anchor.diff:  CW_TEST,ADCPA,bt_beam2_eval_amp,PD1180,bt_beam2_eval_amp_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Bottom Beam 2 Evaluation Amplitude, counts",0,,,,,,,,,Contains the evaluation amplitude of the matching filter used in determining the strength of the bottom echo. Scaling: LSD = 1 count; Range = 0 to 255 counts ,,,,
   CW_TEST,ADCPA,bt_beam3_eval_amp,PD1181,bt_beam3_eval_amp_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Bottom Beam 3 Evaluation Amplitude, counts",0,,,,,,,,,Contains the evaluation amplitude of the matching filter used in determining the strength of the bottom echo. Scaling: LSD = 1 count; Range = 0 to 255 counts ,,,,
   CW_TEST,ADCPA,bt_beam4_eval_amp,PD1182,bt_beam4_eval_amp_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Bottom Beam 4 Evaluation Amplitude, counts",0,,,,,,,,,Contains the evaluation amplitude of the matching filter used in determining the strength of the bottom echo. Scaling: LSD = 1 count; Range = 0 to 255 counts ,,,,
  -CW_TEST,ADCPA,bt_beam1_percent_good,PD1183,bt_beam1_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Bottom Beam 1 Percent Good, percent",0,,,,,,,,,"Contains bottom-track percent-good data for each beam, which indicate the reliability of bottom-track data. It is the percentage of bottom-track pings that have passed the ADCPâs bottom-track validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ",,,,
  -CW_TEST,ADCPA,bt_beam2_percent_good,PD1184,bt_beam2_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Bottom Beam 2 Percent Good, percent",0,,,,,,,,,"Contains bottom-track percent-good data for each beam, which indicate the reliability of bottom-track data. It is the percentage of bottom-track pings that have passed the ADCPâs bottom-track validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ",,,,
  -CW_TEST,ADCPA,bt_beam3_percent_good,PD1185,bt_beam3_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Bottom Beam 3 Percent Good, percent",0,,,,,,,,,"Contains bottom-track percent-good data for each beam, which indicate the reliability of bottom-track data. It is the percentage of bottom-track pings that have passed the ADCPâs bottom-track validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ",,,,
  -CW_TEST,ADCPA,bt_beam4_percent_good,PD1186,bt_beam4_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Bottom Beam 4 Percent Good, percent",0,,,,,,,,,"Contains bottom-track percent-good data for each beam, which indicate the reliability of bottom-track data. It is the percentage of bottom-track pings that have passed the ADCPâs bottom-track validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ",,,,
  +CW_TEST,ADCPA,bt_beam1_percent_good,PD1183,bt_beam1_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Bottom Beam 1 Percent Good, percent",0,,,,,,,,,"Contains bottom-track percent-good data for each beam, which indicate the reliability of bottom-track data. It is the percentage of bottom-track pings that have passed the ADCP‟s bottom-track validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ",,,,
  +CW_TEST,ADCPA,bt_beam2_percent_good,PD1184,bt_beam2_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Bottom Beam 2 Percent Good, percent",0,,,,,,,,,"Contains bottom-track percent-good data for each beam, which indicate the reliability of bottom-track data. It is the percentage of bottom-track pings that have passed the ADCP‟s bottom-track validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ",,,,
  +CW_TEST,ADCPA,bt_beam3_percent_good,PD1185,bt_beam3_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Bottom Beam 3 Percent Good, percent",0,,,,,,,,,"Contains bottom-track percent-good data for each beam, which indicate the reliability of bottom-track data. It is the percentage of bottom-track pings that have passed the ADCP‟s bottom-track validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ",,,,
  +CW_TEST,ADCPA,bt_beam4_percent_good,PD1186,bt_beam4_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Bottom Beam 4 Percent Good, percent",0,,,,,,,,,"Contains bottom-track percent-good data for each beam, which indicate the reliability of bottom-track data. It is the percentage of bottom-track pings that have passed the ADCP‟s bottom-track validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ",,,,
   CW_TEST,ADCPA,bt_ref_layer_min,PD1187,bt_ref_layer_min_quantity_uint16_dm,0,quantity,uint16,,dm,55555,"BT Reference Layer Minimum Size, dm",0,,,,,,,,,"Stores the minimum layer size, the near boundary, and the far boundary of the BT water-reference layer (BL-command). Scaling (minimum layer size): LSD = 1 dm; Range = 0-999 dm. Scaling (near/far boundaries): LSD = 1 dm; Range = 0-9999 dm.",,,,
   CW_TEST,ADCPA,bt_ref_layer_near,PD1188,bt_ref_layer_near_quantity_uint16_dm,0,quantity,uint16,,dm,55555,"BT Reference Layer Near Boundary, dm",0,,,,,,,,,"Stores the minimum layer size, the near boundary, and the far boundary of the BT water-reference layer (BL-command). Scaling (minimum layer size): LSD = 1 dm; Range = 0-999 dm. Scaling (near/far boundaries): LSD = 1 dm; Range = 0-9999 dm.",,,,
   CW_TEST,ADCPA,bt_ref_layer_far,PD1189,bt_ref_layer_far_quantity_uint16_dm,0,quantity,uint16,,dm,55555,"BT Reference Layer Far Boundary, dm",0,,,,,,,,,"Stores the minimum layer size, the near boundary, and the far boundary of the BT water-reference layer (BL-command). Scaling (minimum layer size): LSD = 1 dm; Range = 0-999 dm. Scaling (near/far boundaries): LSD = 1 dm; Range = 0-9999 dm.",,,,
  
positive.code: CW_TEST,FLORT-D,total_volume_scattering_coefficient,PD1151,total_volume_scattering_coefficient_function_float32_m_1_sr_1,0,function,float32,,m-1 sr-1,-9999999,"Total Volume Scattering Coefficient (Beta(117,700)), m-1 sr-1",6,,PFID74,"{'sf':'PD1145','X':'PD1139','off':'PD1146'}",,,,FLUBSCT_L1,,"The OOI Level 1 Optical Backscatter (red wavelengths) (FLUBSCT) core data product is produced by the WET Labs two and three channel fluorometers (FLORD and FLORT, respectively).",,,,
  CW_TEST,FLORT-D,fluorometric_chlorophyll_a,PD1152,fluorometric_chlorophyll_a_function_float32_ug_L_1,0,function,float32,,ug L-1,-9999999,"Fluormetric Chlorophyll a Concentration, ug L-1",6,,PFID74,"{'sf':'PD1147','X':'PD1141','off':'PD1148'}",,,,CHLAFLO_L1,,"The OOI Level 1 Fluorometric Chlorophyll-a concentration (CHLAFLO) core data product is produced by the WET Labs two and three channel fluorometers (FLORD and FLORT, respectively).  ",,,,
  CW_TEST,FLORT-D,fluorometric_cdom,PD1153,fluorometric_cdom_function_float32_ppm,0,function,float32,,ppm,-9999999,"Fluorometric CDOM Concentration, ppm",6,,PFID74,"{'sf':'PD1149','X':'PD1143','off':'PD1150'}",,,,CDOMFLO_L1,,The OOI Level 1 Fluorometric Colored Dissolved Organic Matter (CDOM) (CDOMFLO) core data product is produced by the WET Labs three channel fluorometers (FLORT).  ,,,,
  CW_TEST,VELPT,eastward_velocity,PD1154,eastward_velocity_function_float32_m_s_1,0,function,float32,,m s-1,-9999999,"Eastward Turbulent Velocity, m s-1",,,PFID55,"{'uu':'PD441','vv':'PD442','lat':'PD8','lon':'PD9','timestamp':'PD7'}",,VELPTMN-VLE,,VELPTMN-VLE_L1,1341-00790,,,,,
  CW_TEST,VELPT,northward_velocity,PD1155,northward_velocity_function_float32_m_s_1,0,function,float32,,m s-1,-9999999,"Northward Turbulent Velocity, m s-1",,,PFID56,"{'uu':'PD441','vv':'PD442','lat':'PD8','lon':'PD9','timestamp':'PD7'}",,VELPTMN-VLN,,VELPTMN-VLN_L1,1341-00790,,,,,
  CW_TEST,VELPT,upward_velocity,PD1156,upward_velocity_function_float32_m_s_1,0,function,float32,,m s-1,-9999999,"Upward Turbulent Velocity, m s-1",,,PFID58,{'w':'PD443'},,VELPTMN-VLU,,VELPTMN-VLU_L1,1341-00790,,,,,
  CW_TEST,"ADCPS, ADCPT",ensemble_start_time_2,PD1157,ensemble_start_time_2_quantity_float64_seconds_since_1900_01_01,0,quantity,float64,,seconds since 1900-01-01,-9999999,"Ensemble Start Time, seconds since 1900-01-01",6,,,,,,,,,"Ensemble start time in seconds since Jan 01, 1900.",Reviewed-KS,,,
  CW_TEST,"ADCPS, ADCPT",real_time_clock_2,PD1158,real_time_clock_2_array_quantity_int16_1,0,array<quantity>,int16,,1,-9999,Real Time Clock Array,0,,,,,,,,,"Elements of the real-time clock array are: Year, Month, Day, Hour, Minute, Seconds, Hundredths. Units are standard time units, applied to each element respectively (year, month, day, hour, minutes, seconds, cseconds).",Reviewed-KS,,,
  
negative.code: SP_TEST,PHSEN,number_measurements,PD1131,number_measurements_quantity_uint8_counts,0,quantity,uint8,,counts,0,,0,,,,,,,,,,,,,
  SP_TEST,PHSEN,salinity_delay,PD1132,salinity_delay_quantity_uint8_counts,0,quantity,uint8,,counts,0,,0,,,,,,,,,,,,,
  SP_TEST,BOTPT,corrected_compass_direction,PD1133,corrected_compass_direction_function_float32_degrees,0,function,float32,,degrees,-9999999,"Corrected Compass Direction, degrees",0,,PFID71,"{'scmp':'PD841','sn':'PD312'}",,,,BOTTILT-CCMP_L1,,"The OOI Level 1 Seafloor High-Resolution Tilt (BOTTILT) core data product is produced by the BOTPT instrument class. The Corrected Compass (CCMP) component of BOTTILT is the compass direction of the positive Y-tilt axis (in degrees, clockwise from North) after corrections for calibration offsets and magnetic declination.",,,,
  SP_TEST,BOTPT,seafloor_tilt_magnitude,PD1134,seafloor_tilt_magnitude_function_float32_µrad,0,function,float32,,µrad,-9999999,"Seafloor Tilt Magnitude, µrad",3,,PFID72,"{'x_tilt':'PD839','y_tilt':'PD840'}",,,,BOTTILT-TMAG_L1,,The OOI Level 1 Seafloor High-Resolution Tilt (BOTTILT) core data product is produced by the BOTPT instrument class. The Tilt Magnitude (TMAG) component of BOTTILT is the magnitude of seafloor tilt (in microradians) since the last re-leveling of the sensor.,,,,
  SP_TEST,BOTPT,seafloor_tilt_direction,PD1135,seafloor_tilt_direction_function_float32_degrees,0,function,float32,,degrees,-9999999,"Seafloor Tilt Direction, degrees",0,,PFID73,"{'x_tilt':'PD839','y_tilt':'PD840','ccmp':'PD1133'}",,,,BOTTILT-TDIR_L1,,"The OOI Level 1 Seafloor High-Resolution Tilt (BOTTILT) core data product is produced by the BOTPT instrument class. The Tilt Direction (TDIR) component of BOTTILT is the corrected direction (in degrees, clockwise from North) of the seafloor downward tilt since the last re-leveling of the sensor. ",,,,
  CW_TEST,FLORT-D,date_string,PD1136,date_string_array_quantity_string_1,0,array<quantity>,string,,1,empty,"Measurement Date, UTC",,,,,,,,,,,,,,
  CW_TEST,FLORT-D,time_string,PD1137,time_string_array_quantity_string_1,0,array<quantity>,string,,1,empty,"Measurement Time, UTC",,,,,,,,,,,,,,
  