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<?xml version="1.0" encoding="ISO-8859-1"?>
<sequence>
<branch name="Movie Loop">
<branch name="No_Parameters_0">
<DATakeMovie>
<name type="str">No_Parameters_0</name>
<length type="int">300</length>
</DATakeMovie>
</branch>
<branch name="Parameters_By_Name_0">
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Parameters_By_Name_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Parameters_By_Number_0">
<DASetParameters>
<parameters type="int">0</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Parameters_By_Number_0</name>
<length type="int">300</length>
<parameters type="int">0</parameters>
</DATakeMovie>
</branch>
<branch name="No_File_Overwrite_0">
<DASetFocusLockTarget>
<lock_target type="float">10.0</lock_target>
</DASetFocusLockTarget>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">No_File_Overwrite_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
<overwrite type="bool">False</overwrite>
</DATakeMovie>
</branch>
<branch name="Set_Lock_Target_0">
<DASetFocusLockTarget>
<lock_target type="float">10.0</lock_target>
</DASetFocusLockTarget>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Set_Lock_Target_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Find_Sum_0">
<DAFindSum>
<min_sum type="float">50.0</min_sum>
</DAFindSum>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Find_Sum_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Check_Focus_No_Scan_0">
<DACheckFocus>
<num_focus_checks>5</num_focus_checks>
</DACheckFocus>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Check_Focus_No_Scan_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Check_Focus_Scan_0">
<DACheckFocus>
<num_focus_checks>5</num_focus_checks>
<focus_scan/>
<min_sum>1000</min_sum>
</DACheckFocus>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Check_Focus_Scan_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Piezo_Recenter_0">
<DARecenterPiezo/>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Piezo_Recenter_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Change_Directory_0">
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetDirectory>
<directory type="str">C:\data\test</directory>
</DASetDirectory>
<DATakeMovie>
<name type="str">Change_Directory_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
<directory type="str">C:\data\test</directory>
</DATakeMovie>
</branch>
<DASetDirectory>
<directory type="str">C:\data\test</directory>
</DASetDirectory>
<branch name="Delay_0">
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DADelay>
<delay type="int">10000</delay>
</DADelay>
<DATakeMovie>
<name type="str">Delay_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Min_Spots_0">
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Min_Spots_0</name>
<length type="int">300</length>
<min_spots type="int">2000</min_spots>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Pause_0">
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DAPause/>
<DATakeMovie>
<name type="str">Pause_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Locked_Out_Progression_0">
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>lockedout</type>
</DASetProgression>
<DATakeMovie>
<name type="str">Locked_Out_Progression_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Filename_Progression_0">
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>file</type>
<filename>..\dave\test\test_progression.power</filename>
</DASetProgression>
<DATakeMovie>
<name type="str">Filename_Progression_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Channel_Progression_0">
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>exponential</type>
<channel frames="100" inc="1.05" start="0.01">6</channel>
</DASetProgression>
<DATakeMovie>
<name type="str">Channel_Progression_0</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="No_Parameters_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DATakeMovie>
<name type="str">No_Parameters_1</name>
<length type="int">300</length>
</DATakeMovie>
</branch>
<branch name="Parameters_By_Name_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Parameters_By_Name_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Parameters_By_Number_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="int">0</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Parameters_By_Number_1</name>
<length type="int">300</length>
<parameters type="int">0</parameters>
</DATakeMovie>
</branch>
<branch name="No_File_Overwrite_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetFocusLockTarget>
<lock_target type="float">10.0</lock_target>
</DASetFocusLockTarget>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">No_File_Overwrite_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
<overwrite type="bool">False</overwrite>
</DATakeMovie>
</branch>
<branch name="Set_Lock_Target_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetFocusLockTarget>
<lock_target type="float">10.0</lock_target>
</DASetFocusLockTarget>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Set_Lock_Target_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Find_Sum_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DAFindSum>
<min_sum type="float">50.0</min_sum>
</DAFindSum>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Find_Sum_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Check_Focus_No_Scan_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DACheckFocus>
<num_focus_checks>5</num_focus_checks>
</DACheckFocus>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Check_Focus_No_Scan_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Check_Focus_Scan_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DACheckFocus>
<num_focus_checks>5</num_focus_checks>
<focus_scan/>
<min_sum>1000</min_sum>
</DACheckFocus>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Check_Focus_Scan_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Piezo_Recenter_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DARecenterPiezo/>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Piezo_Recenter_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Change_Directory_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetDirectory>
<directory type="str">C:\data\test</directory>
</DASetDirectory>
<DATakeMovie>
<name type="str">Change_Directory_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
<directory type="str">C:\data\test</directory>
</DATakeMovie>
</branch>
<DASetDirectory>
<directory type="str">C:\data\test</directory>
</DASetDirectory>
<branch name="Delay_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DADelay>
<delay type="int">10000</delay>
</DADelay>
<DATakeMovie>
<name type="str">Delay_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Min_Spots_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Min_Spots_1</name>
<length type="int">300</length>
<min_spots type="int">2000</min_spots>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Pause_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DAPause/>
<DATakeMovie>
<name type="str">Pause_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Locked_Out_Progression_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>lockedout</type>
</DASetProgression>
<DATakeMovie>
<name type="str">Locked_Out_Progression_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Filename_Progression_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>file</type>
<filename>..\dave\test\test_progression.power</filename>
</DASetProgression>
<DATakeMovie>
<name type="str">Filename_Progression_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Channel_Progression_1">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>exponential</type>
<channel frames="100" inc="1.05" start="0.01">6</channel>
</DASetProgression>
<DATakeMovie>
<name type="str">Channel_Progression_1</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="No_Parameters_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DATakeMovie>
<name type="str">No_Parameters_2</name>
<length type="int">300</length>
</DATakeMovie>
</branch>
<branch name="Parameters_By_Name_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Parameters_By_Name_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Parameters_By_Number_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="int">0</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Parameters_By_Number_2</name>
<length type="int">300</length>
<parameters type="int">0</parameters>
</DATakeMovie>
</branch>
<branch name="No_File_Overwrite_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetFocusLockTarget>
<lock_target type="float">10.0</lock_target>
</DASetFocusLockTarget>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">No_File_Overwrite_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
<overwrite type="bool">False</overwrite>
</DATakeMovie>
</branch>
<branch name="Set_Lock_Target_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetFocusLockTarget>
<lock_target type="float">10.0</lock_target>
</DASetFocusLockTarget>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Set_Lock_Target_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Find_Sum_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DAFindSum>
<min_sum type="float">50.0</min_sum>
</DAFindSum>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Find_Sum_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Check_Focus_No_Scan_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DACheckFocus>
<num_focus_checks>5</num_focus_checks>
</DACheckFocus>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Check_Focus_No_Scan_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Check_Focus_Scan_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DACheckFocus>
<num_focus_checks>5</num_focus_checks>
<focus_scan/>
<min_sum>1000</min_sum>
</DACheckFocus>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Check_Focus_Scan_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Piezo_Recenter_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DARecenterPiezo/>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Piezo_Recenter_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Change_Directory_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetDirectory>
<directory type="str">C:\data\test</directory>
</DASetDirectory>
<DATakeMovie>
<name type="str">Change_Directory_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
<directory type="str">C:\data\test</directory>
</DATakeMovie>
</branch>
<DASetDirectory>
<directory type="str">C:\data\test</directory>
</DASetDirectory>
<branch name="Delay_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DADelay>
<delay type="int">10000</delay>
</DADelay>
<DATakeMovie>
<name type="str">Delay_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Min_Spots_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Min_Spots_2</name>
<length type="int">300</length>
<min_spots type="int">2000</min_spots>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Pause_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DAPause/>
<DATakeMovie>
<name type="str">Pause_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Locked_Out_Progression_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>lockedout</type>
</DASetProgression>
<DATakeMovie>
<name type="str">Locked_Out_Progression_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Filename_Progression_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>file</type>
<filename>..\dave\test\test_progression.power</filename>
</DASetProgression>
<DATakeMovie>
<name type="str">Filename_Progression_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Channel_Progression_2">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">0.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>exponential</type>
<channel frames="100" inc="1.05" start="0.01">6</channel>
</DASetProgression>
<DATakeMovie>
<name type="str">Channel_Progression_2</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="No_Parameters_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DATakeMovie>
<name type="str">No_Parameters_3</name>
<length type="int">300</length>
</DATakeMovie>
</branch>
<branch name="Parameters_By_Name_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Parameters_By_Name_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Parameters_By_Number_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="int">0</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Parameters_By_Number_3</name>
<length type="int">300</length>
<parameters type="int">0</parameters>
</DATakeMovie>
</branch>
<branch name="No_File_Overwrite_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetFocusLockTarget>
<lock_target type="float">10.0</lock_target>
</DASetFocusLockTarget>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">No_File_Overwrite_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
<overwrite type="bool">False</overwrite>
</DATakeMovie>
</branch>
<branch name="Set_Lock_Target_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetFocusLockTarget>
<lock_target type="float">10.0</lock_target>
</DASetFocusLockTarget>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Set_Lock_Target_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Find_Sum_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DAFindSum>
<min_sum type="float">50.0</min_sum>
</DAFindSum>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Find_Sum_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Check_Focus_No_Scan_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DACheckFocus>
<num_focus_checks>5</num_focus_checks>
</DACheckFocus>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Check_Focus_No_Scan_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Check_Focus_Scan_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DACheckFocus>
<num_focus_checks>5</num_focus_checks>
<focus_scan/>
<min_sum>1000</min_sum>
</DACheckFocus>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Check_Focus_Scan_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Piezo_Recenter_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DARecenterPiezo/>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Piezo_Recenter_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Change_Directory_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetDirectory>
<directory type="str">C:\data\test</directory>
</DASetDirectory>
<DATakeMovie>
<name type="str">Change_Directory_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
<directory type="str">C:\data\test</directory>
</DATakeMovie>
</branch>
<DASetDirectory>
<directory type="str">C:\data\test</directory>
</DASetDirectory>
<branch name="Delay_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DADelay>
<delay type="int">10000</delay>
</DADelay>
<DATakeMovie>
<name type="str">Delay_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Min_Spots_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Min_Spots_3</name>
<length type="int">300</length>
<min_spots type="int">2000</min_spots>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Pause_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DAPause/>
<DATakeMovie>
<name type="str">Pause_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Locked_Out_Progression_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>lockedout</type>
</DASetProgression>
<DATakeMovie>
<name type="str">Locked_Out_Progression_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Filename_Progression_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>file</type>
<filename>..\dave\test\test_progression.power</filename>
</DASetProgression>
<DATakeMovie>
<name type="str">Filename_Progression_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Channel_Progression_3">
<DAMoveStage>
<stage_x type="float">10.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>exponential</type>
<channel frames="100" inc="1.05" start="0.01">6</channel>
</DASetProgression>
<DATakeMovie>
<name type="str">Channel_Progression_3</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="No_Parameters_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DATakeMovie>
<name type="str">No_Parameters_4</name>
<length type="int">300</length>
</DATakeMovie>
</branch>
<branch name="Parameters_By_Name_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Parameters_By_Name_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Parameters_By_Number_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="int">0</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Parameters_By_Number_4</name>
<length type="int">300</length>
<parameters type="int">0</parameters>
</DATakeMovie>
</branch>
<branch name="No_File_Overwrite_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetFocusLockTarget>
<lock_target type="float">10.0</lock_target>
</DASetFocusLockTarget>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">No_File_Overwrite_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
<overwrite type="bool">False</overwrite>
</DATakeMovie>
</branch>
<branch name="Set_Lock_Target_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetFocusLockTarget>
<lock_target type="float">10.0</lock_target>
</DASetFocusLockTarget>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Set_Lock_Target_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Find_Sum_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DAFindSum>
<min_sum type="float">50.0</min_sum>
</DAFindSum>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Find_Sum_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Check_Focus_No_Scan_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DACheckFocus>
<num_focus_checks>5</num_focus_checks>
</DACheckFocus>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Check_Focus_No_Scan_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Check_Focus_Scan_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DACheckFocus>
<num_focus_checks>5</num_focus_checks>
<focus_scan/>
<min_sum>1000</min_sum>
</DACheckFocus>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Check_Focus_Scan_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Piezo_Recenter_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DARecenterPiezo/>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Piezo_Recenter_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Change_Directory_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetDirectory>
<directory type="str">C:\data\test</directory>
</DASetDirectory>
<DATakeMovie>
<name type="str">Change_Directory_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
<directory type="str">C:\data\test</directory>
</DATakeMovie>
</branch>
<DASetDirectory>
<directory type="str">C:\data\test</directory>
</DASetDirectory>
<branch name="Delay_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DADelay>
<delay type="int">10000</delay>
</DADelay>
<DATakeMovie>
<name type="str">Delay_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Min_Spots_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DATakeMovie>
<name type="str">Min_Spots_4</name>
<length type="int">300</length>
<min_spots type="int">2000</min_spots>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Pause_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DAPause/>
<DATakeMovie>
<name type="str">Pause_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Locked_Out_Progression_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>lockedout</type>
</DASetProgression>
<DATakeMovie>
<name type="str">Locked_Out_Progression_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Filename_Progression_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>file</type>
<filename>..\dave\test\test_progression.power</filename>
</DASetProgression>
<DATakeMovie>
<name type="str">Filename_Progression_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
<branch name="Channel_Progression_4">
<DAMoveStage>
<stage_x type="float">0.0</stage_x>
<stage_y type="float">10.0</stage_y>
</DAMoveStage>
<DASetParameters>
<parameters type="str">Test_Parameter</parameters>
</DASetParameters>
<DASetProgression>
<type>exponential</type>
<channel frames="100" inc="1.05" start="0.01">6</channel>
</DASetProgression>
<DATakeMovie>
<name type="str">Channel_Progression_4</name>
<length type="int">300</length>
<parameters type="str">Test_Parameter</parameters>
</DATakeMovie>
</branch>
</branch>
<DAValveProtocol>Hybridize 1</DAValveProtocol>
<DAValveProtocol>Hybridize 2</DAValveProtocol>
<DAValveProtocol>Extra Wash</DAValveProtocol>
</sequence>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<settings>
<!-- camera settings -->
<emccd_gain type="int">0</emccd_gain>
<x_start type="int">129</x_start>
<x_end type="int">384</x_end>
<y_start type="int">129</y_start>
<y_end type="int">384</y_end>
<x_bin type="int">1</x_bin>
<y_bin type="int">1</y_bin>
<exposure_time type="float">0.01</exposure_time>
<preampgain type="float">2.4</preampgain>
<!-- film settings -->
<extensions type="string-array">ph1, ,</extensions>
<auto_increment type="int">0</auto_increment>
<acq_mode type="string">fixed_length</acq_mode>
<frames type="int">5</frames>
<directory type="string">C:\users\Data\Jeff M</directory>
<auto_shutters type="int">0</auto_shutters>
<default_power channel="7">1.0</default_power>
<!-- view settings -->
<colortable type="string">ramp.ctbl</colortable>
<max_intensity type="int">20000</max_intensity>
</settings>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<sequence>
<valve_protocol>Hybridize 1</valve_protocol>
<valve_protocol>Hybridize 2</valve_protocol>
<valve_protocol>Extra Wash</valve_protocol>
</sequence>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<recipe>
<command_sequence>
<loop name = "Movie Loop" increment = "name">
<!-- Single Movie w/o Parameters or Stage Movement -->
<movie>
<name increment="Yes">No_Parameters</name>
<length>300</length>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Parameters by Name -->
<movie>
<name increment="Yes">Parameters_By_Name</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Parameters by Number -->
<movie>
<name increment="Yes">Parameters_By_Number</name>
<length>300</length>
<parameters>0</parameters>
<variable_entry name = "Movie Loop" />
</movie>
<!-- No file overwrite -->
<movie>
<name increment="Yes">No_File_Overwrite</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<lock_target>10.0</lock_target>
<overwrite>False</overwrite>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Set lock target -->
<movie>
<name increment="Yes">Set_Lock_Target</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<lock_target>10.0</lock_target>
<variable_entry name = "Movie Loop" />
</movie>
<!-- FindSum -->
<movie>
<name increment="Yes">Find_Sum</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<find_sum>50.0</find_sum>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Check Focus w/o Scan-->
<movie>
<name increment="Yes">Check_Focus_No_Scan</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<check_focus>
<num_focus_checks>5</num_focus_checks>
</check_focus>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Check Focus w Scan-->
<movie>
<name increment="Yes">Check_Focus_Scan</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<check_focus>
<num_focus_checks>5</num_focus_checks>
<focus_scan/>
<min_sum>1000</min_sum>
</check_focus>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Recenter -->
<movie>
<name increment="Yes">Piezo_Recenter</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<recenter>1</recenter>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Change Directory-->
<movie>
<name increment="Yes">Change_Directory</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<directory>C:\data\test</directory>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Change Directory without a movie call-->
<change_directory>C:\data\test</change_directory>
<!-- Delay-->
<movie>
<name increment="Yes">Delay</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<delay>10000</delay>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Minimum Number of Spots-->
<movie>
<name increment="Yes">Min_Spots</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<min_spots>2000</min_spots>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Pause -->
<movie>
<name increment="Yes">Pause</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<pause>1</pause>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Locked out progressions -->
<movie>
<name increment="Yes">Locked_Out_Progression</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<progression>
<type>lockedout</type>
</progression>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Filename progressions -->
<movie>
<name increment="Yes">Filename_Progression</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<progression>
<type>file</type>
<filename>..\dave\test\test_progression.power</filename>
</progression>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Channel progressions -->
<movie>
<name increment="Yes">Channel_Progression</name>
<length>300</length>
<parameters>Test_Parameter</parameters>
<progression>
<type>exponential</type>
<channel start="0.01" inc="1.05" frames="100">6</channel>
</progression>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Add a timer (in minutes) to capture a hardware failure if movie takes longer than the timer -->
<movie>
<name increment="Yes">No_Parameters_ErrorCheck</name>
<length>300</length>
<failure_duration>1</failure_duration>
<variable_entry name = "Movie Loop" />
</movie>
<!-- Clear warnings-->
<clear_warnings/>
</loop>
<valve_protocol>Hybridize 1</valve_protocol>
<valve_protocol>Hybridize 2</valve_protocol>
<valve_protocol>Extra Wash</valve_protocol>
</command_sequence>
<loop_variable name = "Movie Loop">
<!-- No stage movement test -->
<value><none/></value>
<!-- Stage movement -->
<value><stage_x>0.0</stage_x><stage_y>0.0</stage_y></value>
<value><stage_x>10.0</stage_x><stage_y>0.0</stage_y></value>
<value><stage_x>10.0</stage_x><stage_y>10.0</stage_y></value>
<value><stage_x>0.0</stage_x><stage_y>10.0</stage_y></value>
</loop_variable>
</recipe>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<oversampling>2</oversampling>
<event>
<channel>1</channel>
<power>1.0</power>
<on>1.0</on>
<off>2.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<event>
<channel>1</channel>
<power>1.0</power>
<on>1.0</on>
<off>4.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<event>
<channel>-1</channel>
<power>1.0</power>
<on>1.0</on>
<off>4.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<event>
<channel>10</channel>
<power>1.0</power>
<on>1.0</on>
<off>4.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<oversampling>2</oversampling>
<by_name>1</by_name>
<event>
<channel>647</channel>
<power>1.0</power>
<on>1.0</on>
<off>2.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<oversampling>2</oversampling>
<by_name>1</by_name>
<event>
<channel>476</channel>
<power>1.0</power>
<on>1.0</on>
<off>2.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<event>
<channel>1</channel>
<power>1.0</power>
<on>1.0</on>
<off>2.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<event>
<power>1.0</power>
<on>1.0</on>
<off>2.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<event>
<channel>1</channel>
<on>1.0</on>
<off>2.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<event>
<channel>1</channel>
<power>1.0</power>
<off>2.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<event>
<channel>1</channel>
<power>1.0</power>
<on>1.0</on>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<event>
<channel>1</channel>
<power>1.0</power>
<on>-1.0</on>
<off>2.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<event>
<channel>1</channel>
<power>1.0</power>
<on>4.0</on>
<off>2.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<repeat>
<frames>3</frames>
<event>
<channel>1</channel>
<power>1.0</power>
<on>1.0</on>
<off>-1.0</off>
<color>255,0,0</color>
</event>
</repeat>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<settings>
<directory type="string">./data/</directory>
</settings>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<experiment>
<x_offset>0.0</x_offset>
<y_offset>0.0</y_offset>
<frame_rate>10.0</frame_rate>
<pass>
<movie>
<name>conv</name>
<length>5</length>
<lock_target>0.0</lock_target>
</movie>
</pass>
</experiment>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<settings>
<camera1 validate="True">
<x_end type="int">256</x_end>
<x_start type="int">1</x_start>
<y_end type="int">256</y_end>
<y_start type="int">1</y_start>
</camera1>
</settings>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<settings>
<camera1 validate="True">
<x_end type="int">256</x_end>
<x_start type="int">1</x_start>
<y_end type="int">512</y_end>
<y_start type="int">1</y_start>
</camera1>
<display00 validate="False">
<camera1 validate="True">
<display_max type="int">200</display_max>
<display_min type="int">10</display_min>
</camera1>
</display00>
</settings>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<settings>
<camera1 validate="True">
<x_end type="int">512</x_end>
<x_start type="int">256</x_start>
<y_end type="int">512</y_end>
<y_start type="int">256</y_start>
</camera1>
<display00 validate="False">
<camera1 validate="True">
<display_max type="int">200</display_max>
<display_min type="int">10</display_min>
</camera1>
</display00>
</settings>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<settings>
<!-- Examples of each of the different kinds of feeds -->
<feeds is_new="True">
<!-- Feed coordinates are relative to the camera which the
feed derives from adjusted for binning. All the feed
types support taking a part of the overall image from
the camera. They are 1 indexed, i.e. the upper left
hand corner of the camera is 1,1 and not 0,0.
Also, the feed size in x must be a multiple of 4,
otherwise it will not be displayed properly. -->
<!-- This feed averages 10 frames from the camera together -->
<!-- Note that the tag name for this block is arbitrary and
it will be used as the name of the feed. We could for
example have called this feed "average10". -->
<average>
<source type="string">camera1</source>
<feed_type type="string">average</feed_type>
<frames_to_average type="int">10</frames_to_average>
<!-- Set this to true if you want this feed to be saved when
the movie is recorded.
Also, if you do not want all the original images from
the camera to be saved then you can add this setting
with the value false to the camera section of the
parameters. -->
<saved type="boolean">True</saved>
</average>
<!-- This feed shows the first and fifth frame of a 16 frame
interval. It also takes only the top half of the image
from the camera. -->
<interval>
<source type="string">camera1</source>
<feed_type type="string">interval</feed_type>
<cycle_length type="int">16</cycle_length>
<capture_frames type="custom">0,5</capture_frames>
<saved type="boolean">True</saved>
<x_start type="int">1</x_start>
<x_end type="int">508</x_end>
<y_start type="int">1</y_start>
<y_end type="int">256</y_end>
</interval>
<!-- This feed takes only a small sub-section of the camera
image. -->
<slice1>
<source type="string">camera1</source>
<feed_type type="string">slice</feed_type>
<saved type="boolean">True</saved>
<x_start type="int">65</x_start>
<x_end type="int">128</x_end>
<y_start type="int">256</y_start>
<y_end type="int">320</y_end>
</slice1>
</feeds>
</settings>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<settings>
<camera1 is_new="False">
<x_end type="int">384</x_end>
<x_start type="int">129</x_start>
<y_end type="int">384</y_end>
<y_start type="int">129</y_start>
</camera1>
<feeds is_new="True">
<slice1>
<source type="string">camera1</source>
<feed_type type="string">slice</feed_type>
<saved type="boolean">True</saved>
<x_start type="int">65</x_start>
<x_end type="int">192</x_end>
<y_start type="int">65</y_start>
<y_end type="int">192</y_end>
</slice1>
</feeds>
</settings>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- The setup name -->
<setup_name type="string">none</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">classic</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the (software) time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
Also, "camera1" is assumed to be the master camera and many other modules
(software) synchronize to this camera.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<default_max type="int">300</default_max> <!-- these are the display defaults, not the camera range. -->
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
</modules>
</config>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- The setup name -->
<setup_name type="string">none</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">classic</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the (software) time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
Also, "camera1" is assumed to be the master camera and many other modules
(software) synchronize to this camera.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<default_max type="int">300</default_max> <!-- these are the display defaults, not the camera range. -->
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
<camera2>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">0.5</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<default_max type="int">350</default_max> <!-- these are the display defaults, not the camera range. -->
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">True</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string">camera2</extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera2>
<!-- Bluetooth communication -->
<!--
This module handle Bluetooth communication with the HAL android app.
-->
<!--
<bluetooth>
<class_name type="string">HalBluetooth</class_name>
<module_name type="string">halBluetooth</module_name>
<parameters>
<send_pictures type="int">1</send_pictures>
</parameters>
</bluetooth>
-->
<!-- Feed viewers -->
<!--
This module handles additional camera displays as well as processing
of the camera stream(s) such as averaging, sub-sections, etc.
-->
<!--
<feedviewers>
<class_name type="string">FeedViewers</class_name>
<menu_item type="string">New Viewer</menu_item>
<module_name type="string">display.feedViewer</module_name>
</feedviewers>
-->
<!-- The focus lock -->
<!--
<focuslock>
<class_name type="string">AFocusLockZ</class_name>
<menu_item type="string">Focus Lock</menu_item>
<module_name type="string">focuslock.noneFocusLockZ</module_name>
</focuslock>
-->
<!-- Illumination (lasers, shutters, etc) control -->
<!--
<illumination>
<class_name type="string">IlluminationControl</class_name>
<menu_item type="string">Illumination</menu_item>
<module_name type="string">illumination.illuminationControl</module_name>
<parameters>
<settings_xml type="string">none_illumination_settings.xml</settings_xml>
</parameters>
</illumination>
-->
<!-- Automatic illumination power adjustment -->
<!--
<progressions>
<class_name type="string">ProgressionControl</class_name>
<menu_item type="string">Progressions</menu_item>
<module_name type="string">progressionControl</module_name>
</progressions>
-->
<!-- The live STORM analysis and display -->
<!--
<spotcounter>
<class_name type="string">SingleSpotCounter</class_name>
<menu_item type="string">Spot Counter</menu_item>
<module_name type="string">spotCounter</module_name>
</spotcounter>
-->
<!-- Motorized XY stage -->
<!--
<stage>
<class_name type="string">AStageControl</class_name>
<menu_item type="string">Stage Control</menu_item>
<module_name type="string">stagecontrol.noneStageControl</module_name>
</stage>
-->
<!-- Remote control of HAL via TCP/IP -->
<!--
<tcpip>
<class_name type="string">HalTCPControl</class_name>
<module_name type="string">halTcpControl</module_name>
<parameters>
<tcp_port type="int">9000</tcp_port>
</parameters>
</tcpip>
-->
</modules>
</config>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- The setup name -->
<setup_name type="string">none</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">classic</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<!-- These are the display defaults, not the camera range. -->
<default_max type="int">300</default_max>
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
<!-- AOTF control -->
<aotf>
<module_name type="string">storm_control.sc_hardware.none.noneAOTFModule</module_name>
<class_name type="string">NoneAOTFModule</class_name>
<configuration>
<off_frequency type="float">20.0</off_frequency>
<used_during_filming type="boolean">True</used_during_filming>
<!-- These are the things that we provide AOTF functionality for.
Other modules will request them with a 'get functionality'
message and "name" = "aotf.xxx". -->
<ilm647>
<channel type="int">0</channel>
<frequency type="float">90.0</frequency>
<maximum type="int">5000</maximum>
</ilm647>
<ilm561>
<channel type="int">1</channel>
<frequency type="float">108.0</frequency>
<maximum type="int">4000</maximum>
</ilm561>
<ilm488>
<channel type="int">2</channel>
<frequency type="float">131.0</frequency>
<maximum type="int">3000</maximum>
</ilm488>
</configuration>
</aotf>
<!-- DAQ control -->
<daq>
<module_name type="string">storm_control.sc_hardware.none.noneDaqModule</module_name>
<class_name type="string">NoneDaqModule</class_name>
<configuration>
<!-- These are the things that we provide DAQ functionality for.
Other modules will request them with a 'get functionality'
message and "name" = "daq.xxx.yyy". -->
<ilm750>
<do_task>
<source type="string">/do/line0</source>
</do_task>
</ilm750>
<ilm647>
<ao_task>
<source type="string">/ao/line0</source>
</ao_task>
<do_task>
<source type="string">/do/line1</source>
</do_task>
</ilm647>
<ilm647m>
<do_task>
<source type="string">/do/line2</source>
</do_task>
</ilm647m>
<ilm561>
<ao_task>
<source type="string">/ao/line1</source>
</ao_task>
<do_task>
<source type="string">/do/line3</source>
</do_task>
</ilm561>
<ilm532>
<do_task>
<source type="string">/do/line4</source>
</do_task>
</ilm532>
<ilm488>
<ao_task>
<source type="string">/ao/line2</source>
</ao_task>
</ilm488>
<ilm405>
<do_task>
<source type="string">/do/line5</source>
</do_task>
</ilm405>
</configuration>
</daq>
<!-- Focus lock control GUI. -->
<focuslock>
<class_name type="string">FocusLock</class_name>
<module_name type="string">storm_control.hal4000.focusLock.focusLock</module_name>
<configuration>
<ir_laser type="string">none_irlaser</ir_laser>
<ir_power type="int">10</ir_power>
<lock_modes type="string">NoLockMode,AutoLockMode,AlwaysOnLockMode,OptimalLockMode,CalibrationLockMode</lock_modes>
<qpd type="string">none_qpd</qpd>
<z_stage type="string">none_zstage</z_stage>
<parameters>
<find_sum>
<step_size type="float">1.0</step_size>
</find_sum>
<locked>
<buffer_length type="int">10</buffer_length>
<offset_threshold type="float">40.0</offset_threshold>
</locked>
<jump_size type="float">0.1</jump_size>
</parameters>
</configuration>
</focuslock>
<!-- Illumination (lasers, shutters, etc) control GUI. -->
<illumination>
<class_name type="string">Illumination</class_name>
<module_name type="string">storm_control.hal4000.illumination.illumination</module_name>
<configuration>
<!-- Note: The name of the channel is the gui_name.
XML tags cannot start with numbers. -->
<ch1>
<gui_name type="string">750</gui_name>
<color type="string">200,0,0</color>
<amplitude_modulation>
<hw_fn_name>none_wheel1</hw_fn_name>
</amplitude_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm750.do_task</hw_fn_name>
</digital_modulation>
</ch1>
<ch2>
<gui_name type="string">647</gui_name>
<color type="string">255,0,0</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm647</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm647.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm647.do_task</hw_fn_name>
</digital_modulation>
<mechanical_shutter>
<hw_fn_name type="string">daq.ilm647m.do_task</hw_fn_name>
</mechanical_shutter>
</ch2>
<ch3>
<gui_name type="string">561</gui_name>
<color type="string">255,255,0</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm561</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm561.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm561.do_task</hw_fn_name>
</digital_modulation>
</ch3>
<ch4>
<gui_name type="string">532</gui_name>
<color type="string">0,255,0</color>
<digital_modulation>
<hw_fn_name type="string">daq.ilm532.do_task</hw_fn_name>
</digital_modulation>
</ch4>
<ch5>
<gui_name type="string">488</gui_name>
<color type="string">0,255,255</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm488</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm488.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
</ch5>
<ch6>
<gui_name type="string">405</gui_name>
<color type="string">255,0,255</color>
<amplitude_modulation>
<hw_fn_name>none_405</hw_fn_name>
</amplitude_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm405.do_task</hw_fn_name>
</digital_modulation>
</ch6>
</configuration>
</illumination>
<none_405>
<module_name type="string">storm_control.sc_hardware.none.noneLaserModule</module_name>
<class_name type="string">NoneLaserModule</class_name>
<configuration>
<used_during_filming type="boolean">True</used_during_filming>
</configuration>
</none_405>
<none_irlaser>
<module_name type="string">storm_control.sc_hardware.none.noneIRLaserModule</module_name>
<class_name type="string">NoneIRLaserModule</class_name>
</none_irlaser>
<none_qpd>
<module_name type="string">storm_control.sc_hardware.none.noneQPDModule</module_name>
<class_name type="string">NoneQPDModule</class_name>
<configuration>
<parameters>
<max_voltage type="float">10.0</max_voltage>
<min_voltage type="float">-10.0</min_voltage>
<offset_has_center_bar type="boolean">True</offset_has_center_bar>
<offset_maximum type="float">0.6</offset_maximum>
<offset_minimum type="float">-0.6</offset_minimum>
<offset_warning_high type="float">0.5</offset_warning_high>
<offset_warning_low type="float">-0.5</offset_warning_low>
<sum_maximum type="float">1000.0</sum_maximum>
<sum_minimum type="float">0.0</sum_minimum>
<sum_warning_low type="float">100.0</sum_warning_low>
</parameters>
<units_to_microns type="float">1.0</units_to_microns>
<!-- These are for simulation / testing -->
<noise type="float">0.0</noise>
<tilt type="float">1.0</tilt>
<xy_stage_fn type="string">none_stage</xy_stage_fn>
<z_stage_fn type="string">none_zstage</z_stage_fn>
</configuration>
</none_qpd>
<none_stage>
<module_name type="string">storm_control.sc_hardware.none.noneStageModule</module_name>
<class_name type="string">NoneStageModule</class_name>
<configuration>
<velocity type="float">100.0</velocity>
</configuration>
</none_stage>
<none_wheel1>
<module_name type="string">storm_control.sc_hardware.none.noneFilterWheelModule</module_name>
<class_name type="string">NoneFilterWheelModule</class_name>
</none_wheel1>
<none_zstage>
<module_name type="string">storm_control.sc_hardware.none.noneZStageModule</module_name>
<class_name type="string">NoneZStageModule</class_name>
<configuration>
<parameters>
<center type="float">50.0</center>
<has_center_bar type="boolean">True</has_center_bar>
<maximum type="float">100.0</maximum>
<minimum type="float">0.0</minimum>
<warning_high type="float">95.0</warning_high>
<warning_low type="float">5.0</warning_low>
</parameters>
</configuration>
</none_zstage>
<!-- Progression control GUI -->
<progressions>
<module_name type="string">storm_control.hal4000.progressions.progressions</module_name>
<class_name type="string">Progressions</class_name>
<configuration>
<illumination_functionality type="string">illumination</illumination_functionality>
<frames type="int">100</frames>
<increment type="float">0.01</increment>
<starting_value type="float">0.1</starting_value>
</configuration>
</progressions>
<!-- Stage control GUI -->
<stage>
<module_name type="string">storm_control.hal4000.stage.stage</module_name>
<class_name type="string">Stage</class_name>
<configuration>
<stage_functionality type="string">none_stage</stage_functionality>
</configuration>
</stage>
<!-- TCP control -->
<tcp_control>
<module_name type="string">storm_control.hal4000.tcpControl.tcpControl</module_name>
<class_name type="string">TCPControl</class_name>
<configuration>
<parallel_mode type="boolean">False</parallel_mode>
<tcp_port type="int">9000</tcp_port>
</configuration>
</tcp_control>
</modules>
</config>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- The setup name -->
<setup_name type="string">none</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">detached</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the (software) time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
Also, "camera1" is assumed to be the master camera and many other modules
(software) synchronize to this camera.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<default_max type="int">300</default_max> <!-- these are the display defaults, not the camera range. -->
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
</modules>
</config>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- The setup name -->
<setup_name type="string">none</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">detached</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the (software) time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
Also, "camera1" is assumed to be the master camera and many other modules
(software) synchronize to this camera.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<default_max type="int">300</default_max> <!-- these are the display defaults, not the camera range. -->
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
<camera2>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">0.5</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<default_max type="int">350</default_max> <!-- these are the display defaults, not the camera range. -->
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">True</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string">camera2</extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera2>
</modules>
</config>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- The setup name -->
<setup_name type="string">error</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">classic</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the (software) time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
Also, "camera1" is assumed to be the master camera and many other modules
(software) synchronize to this camera.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<default_max type="int">300</default_max> <!-- these are the display defaults, not the camera range. -->
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
<error_test>
<class_name type="string">TestSimpleError</class_name>
<module_name type="string">storm_control.hal4000.testing.testErrors</module_name>
</error_test>
</modules>
</config>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- The setup name -->
<setup_name type="string">error</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">classic</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the (software) time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
Also, "camera1" is assumed to be the master camera and many other modules
(software) synchronize to this camera.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<default_max type="int">300</default_max> <!-- these are the display defaults, not the camera range. -->
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
<error_test>
<class_name type="string">TestWorkerError</class_name>
<module_name type="string">storm_control.hal4000.testing.testErrors</module_name>
</error_test>
</modules>
</config>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- The setup name -->
<setup_name type="string">error</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">classic</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the (software) time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
Also, "camera1" is assumed to be the master camera and many other modules
(software) synchronize to this camera.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<default_max type="int">300</default_max> <!-- these are the display defaults, not the camera range. -->
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
<error_test>
<class_name type="string">TestWorkerTimeout</class_name>
<module_name type="string">storm_control.hal4000.testing.testErrors</module_name>
</error_test>
</modules>
</config>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- The setup name -->
<setup_name type="string">error</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">classic</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the (software) time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
Also, "camera1" is assumed to be the master camera and many other modules
(software) synchronize to this camera.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<default_max type="int">300</default_max> <!-- these are the display defaults, not the camera range. -->
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
<sequencing_test>
<class_name type="string">TestSimpleSequencing</class_name>
<module_name type="string">storm_control.hal4000.testing.testSequencing</module_name>
</sequencing_test>
</modules>
</config>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- <directory type="directory">C:/Data/</directory> -->
<!-- The setup name -->
<setup_name type="string">none</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">classic</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<!-- These are the display defaults, not the camera range. -->
<default_max type="int">300</default_max>
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
<!-- AOTF control -->
<aotf>
<module_name type="string">storm_control.sc_hardware.none.noneAOTFModule</module_name>
<class_name type="string">NoneAOTFModule</class_name>
<configuration>
<off_frequency type="float">20.0</off_frequency>
<used_during_filming type="boolean">True</used_during_filming>
<!-- These are the things that we provide AOTF functionality for.
Other modules will request them with a 'get functionality'
message and "name" = "aotf.xxx". -->
<ilm647>
<channel type="int">0</channel>
<frequency type="float">90.0</frequency>
<maximum type="int">5000</maximum>
</ilm647>
<ilm561>
<channel type="int">1</channel>
<frequency type="float">108.0</frequency>
<maximum type="int">4000</maximum>
</ilm561>
<ilm488>
<channel type="int">2</channel>
<frequency type="float">131.0</frequency>
<maximum type="int">3000</maximum>
</ilm488>
</configuration>
</aotf>
<!-- DAQ control -->
<daq>
<module_name type="string">storm_control.sc_hardware.none.noneDaqModule</module_name>
<class_name type="string">NoneDaqModule</class_name>
<configuration>
<!-- These are the things that we provide DAQ functionality for.
Other modules will request them with a 'get functionality'
message and "name" = "daq.xxx.yyy". -->
<ilm750>
<do_task>
<source type="string">/do/line0</source>
</do_task>
</ilm750>
<ilm647>
<ao_task>
<source type="string">/ao/line0</source>
</ao_task>
<do_task>
<source type="string">/do/line1</source>
</do_task>
</ilm647>
<ilm647m>
<do_task>
<source type="string">/do/line2</source>
</do_task>
</ilm647m>
<ilm561>
<ao_task>
<source type="string">/ao/line1</source>
</ao_task>
<do_task>
<source type="string">/do/line3</source>
</do_task>
</ilm561>
<ilm532>
<do_task>
<source type="string">/do/line4</source>
</do_task>
</ilm532>
<ilm488>
<ao_task>
<source type="string">/ao/line2</source>
</ao_task>
</ilm488>
<ilm405>
<do_task>
<source type="string">/do/line5</source>
</do_task>
</ilm405>
</configuration>
</daq>
<!-- Focus lock control GUI. -->
<focuslock>
<class_name type="string">FocusLock</class_name>
<module_name type="string">storm_control.hal4000.focusLock.focusLock</module_name>
<configuration>
<ir_laser type="string">none_irlaser</ir_laser>
<ir_power type="int">10</ir_power>
<lock_modes type="string">NoLockMode,AutoLockMode,AlwaysOnLockMode,OptimalLockMode,CalibrationLockMode</lock_modes>
<qpd type="string">none_qpd</qpd>
<z_stage type="string">none_zstage</z_stage>
<parameters>
<find_sum>
<step_size type="float">1.0</step_size>
</find_sum>
<locked>
<buffer_length type="int">5</buffer_length>
<offset_threshold type="float">20.0</offset_threshold>
</locked>
<jump_size type="float">0.1</jump_size>
</parameters>
</configuration>
</focuslock>
<!-- Illumination (lasers, shutters, etc) control GUI. -->
<illumination>
<class_name type="string">Illumination</class_name>
<module_name type="string">storm_control.hal4000.illumination.illumination</module_name>
<configuration>
<!-- Note: The name of the channel is the gui_name.
XML tags cannot start with numbers. -->
<ch1>
<gui_name type="string">750</gui_name>
<color type="string">200,0,0</color>
<amplitude_modulation>
<hw_fn_name>none_wheel1</hw_fn_name>
</amplitude_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm750.do_task</hw_fn_name>
</digital_modulation>
</ch1>
<ch2>
<gui_name type="string">647</gui_name>
<color type="string">255,0,0</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm647</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm647.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm647.do_task</hw_fn_name>
</digital_modulation>
<mechanical_shutter>
<hw_fn_name type="string">daq.ilm647m.do_task</hw_fn_name>
</mechanical_shutter>
</ch2>
<ch3>
<gui_name type="string">561</gui_name>
<color type="string">255,255,0</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm561</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm561.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm561.do_task</hw_fn_name>
</digital_modulation>
</ch3>
<ch4>
<gui_name type="string">532</gui_name>
<color type="string">0,255,0</color>
<digital_modulation>
<hw_fn_name type="string">daq.ilm532.do_task</hw_fn_name>
</digital_modulation>
</ch4>
<ch5>
<gui_name type="string">488</gui_name>
<color type="string">0,255,255</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm488</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm488.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
</ch5>
<ch6>
<gui_name type="string">405</gui_name>
<color type="string">255,0,255</color>
<amplitude_modulation>
<hw_fn_name>none_405</hw_fn_name>
</amplitude_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm405.do_task</hw_fn_name>
</digital_modulation>
</ch6>
</configuration>
</illumination>
<none_405>
<module_name type="string">storm_control.sc_hardware.none.noneLaserModule</module_name>
<class_name type="string">NoneLaserModule</class_name>
<configuration>
<used_during_filming type="boolean">True</used_during_filming>
</configuration>
</none_405>
<none_irlaser>
<module_name type="string">storm_control.sc_hardware.none.noneIRLaserModule</module_name>
<class_name type="string">NoneIRLaserModule</class_name>
</none_irlaser>
<none_qpd>
<module_name type="string">storm_control.sc_hardware.none.noneQPDModule</module_name>
<class_name type="string">NoneQPDModule</class_name>
<configuration>
<parameters>
<max_voltage type="float">10.0</max_voltage>
<min_voltage type="float">-10.0</min_voltage>
<offset_has_center_bar type="boolean">True</offset_has_center_bar>
<offset_maximum type="float">0.6</offset_maximum>
<offset_minimum type="float">-0.6</offset_minimum>
<offset_warning_high type="float">0.5</offset_warning_high>
<offset_warning_low type="float">-0.5</offset_warning_low>
<sum_maximum type="float">1000.0</sum_maximum>
<sum_minimum type="float">0.0</sum_minimum>
<sum_warning_low type="float">100.0</sum_warning_low>
</parameters>
<units_to_microns type="float">1.0</units_to_microns>
<!-- These are for simulation / testing -->
<noise type="float">0.0</noise>
<tilt type="float">1.0</tilt>
<xy_stage_fn type="string">none_stage</xy_stage_fn>
<z_stage_fn type="string">none_zstage</z_stage_fn>
</configuration>
</none_qpd>
<none_stage>
<module_name type="string">storm_control.sc_hardware.none.noneStageModule</module_name>
<class_name type="string">NoneStageModule</class_name>
<configuration>
<velocity type="float">100.0</velocity>
</configuration>
</none_stage>
<none_wheel1>
<module_name type="string">storm_control.sc_hardware.none.noneFilterWheelModule</module_name>
<class_name type="string">NoneFilterWheelModule</class_name>
</none_wheel1>
<none_zstage>
<module_name type="string">storm_control.sc_hardware.none.noneZStageModule</module_name>
<class_name type="string">NoneZStageModule</class_name>
<configuration>
<parameters>
<center type="float">50.0</center>
<has_center_bar type="boolean">True</has_center_bar>
<maximum type="float">100.0</maximum>
<minimum type="float">0.0</minimum>
<warning_high type="float">95.0</warning_high>
<warning_low type="float">5.0</warning_low>
</parameters>
</configuration>
</none_zstage>
<!-- Progression control GUI -->
<progressions>
<module_name type="string">storm_control.hal4000.progressions.progressions</module_name>
<class_name type="string">Progressions</class_name>
<configuration>
<illumination_functionality type="string">illumination</illumination_functionality>
<frames type="int">100</frames>
<increment type="float">0.01</increment>
<starting_value type="float">0.1</starting_value>
</configuration>
</progressions>
<!-- Stage control GUI -->
<stage>
<module_name type="string">storm_control.hal4000.stage.stage</module_name>
<class_name type="string">Stage</class_name>
<configuration>
<stage_functionality type="string">none_stage</stage_functionality>
</configuration>
</stage>
<!-- TCP control -->
<tcp_control>
<module_name type="string">storm_control.hal4000.tcpControl.tcpControl</module_name>
<class_name type="string">TCPControl</class_name>
<configuration>
<parallel_mode type="boolean">False</parallel_mode>
<tcp_port type="int">9000</tcp_port>
</configuration>
</tcp_control>
</modules>
</config>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- The setup name -->
<setup_name type="string">none</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">classic</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<!-- These are the display defaults, not the camera range. -->
<default_max type="int">300</default_max>
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
<!-- AOTF control -->
<aotf>
<module_name type="string">storm_control.sc_hardware.none.noneAOTFModule</module_name>
<class_name type="string">NoneAOTFModule</class_name>
<configuration>
<off_frequency type="float">20.0</off_frequency>
<used_during_filming type="boolean">True</used_during_filming>
<!-- These are the things that we provide AOTF functionality for.
Other modules will request them with a 'get functionality'
message and "name" = "aotf.xxx". -->
<ilm647>
<channel type="int">0</channel>
<frequency type="float">90.0</frequency>
<maximum type="int">5000</maximum>
</ilm647>
<ilm561>
<channel type="int">1</channel>
<frequency type="float">108.0</frequency>
<maximum type="int">4000</maximum>
</ilm561>
<ilm488>
<channel type="int">2</channel>
<frequency type="float">131.0</frequency>
<maximum type="int">3000</maximum>
</ilm488>
</configuration>
</aotf>
<!-- DAQ control -->
<daq>
<module_name type="string">storm_control.sc_hardware.none.noneDaqModule</module_name>
<class_name type="string">NoneDaqModule</class_name>
<configuration>
<!-- These are the things that we provide DAQ functionality for.
Other modules will request them with a 'get functionality'
message and "name" = "daq.xxx.yyy". -->
<ilm750>
<do_task>
<source type="string">/do/line0</source>
</do_task>
</ilm750>
<ilm647>
<ao_task>
<source type="string">/ao/line0</source>
</ao_task>
<do_task>
<source type="string">/do/line1</source>
</do_task>
</ilm647>
<ilm647m>
<do_task>
<source type="string">/do/line2</source>
</do_task>
</ilm647m>
<ilm561>
<ao_task>
<source type="string">/ao/line1</source>
</ao_task>
<do_task>
<source type="string">/do/line3</source>
</do_task>
</ilm561>
<ilm532>
<do_task>
<source type="string">/do/line4</source>
</do_task>
</ilm532>
<ilm488>
<ao_task>
<source type="string">/ao/line2</source>
</ao_task>
</ilm488>
<ilm405>
<do_task>
<source type="string">/do/line5</source>
</do_task>
</ilm405>
</configuration>
</daq>
<!-- Focus lock control GUI. -->
<focuslock>
<class_name type="string">FocusLock</class_name>
<module_name type="string">storm_control.hal4000.focusLock.focusLock</module_name>
<configuration>
<ir_laser type="string">none_irlaser</ir_laser>
<ir_power type="int">10</ir_power>
<lock_modes type="string">NoLockMode,AutoLockMode,AlwaysOnLockMode,OptimalLockMode,CalibrationLockMode</lock_modes>
<qpd type="string">none_qpd</qpd>
<z_stage type="string">none_zstage</z_stage>
<parameters>
<find_sum>
<step_size type="float">1.0</step_size>
</find_sum>
<locked>
<buffer_length type="int">5</buffer_length>
<offset_threshold type="float">20.0</offset_threshold>
</locked>
<jump_size type="float">0.1</jump_size>
</parameters>
</configuration>
</focuslock>
<!-- Illumination (lasers, shutters, etc) control GUI. -->
<illumination>
<class_name type="string">Illumination</class_name>
<module_name type="string">storm_control.hal4000.illumination.illumination</module_name>
<configuration>
<!-- Note: The name of the channel is the gui_name.
XML tags cannot start with numbers. -->
<ch1>
<gui_name type="string">750</gui_name>
<color type="string">200,0,0</color>
<amplitude_modulation>
<hw_fn_name>none_wheel1</hw_fn_name>
</amplitude_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm750.do_task</hw_fn_name>
</digital_modulation>
</ch1>
<ch2>
<gui_name type="string">647</gui_name>
<color type="string">255,0,0</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm647</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm647.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm647.do_task</hw_fn_name>
</digital_modulation>
<mechanical_shutter>
<hw_fn_name type="string">daq.ilm647m.do_task</hw_fn_name>
</mechanical_shutter>
</ch2>
<ch3>
<gui_name type="string">561</gui_name>
<color type="string">255,255,0</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm561</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm561.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm561.do_task</hw_fn_name>
</digital_modulation>
</ch3>
<ch4>
<gui_name type="string">532</gui_name>
<color type="string">0,255,0</color>
<digital_modulation>
<hw_fn_name type="string">daq.ilm532.do_task</hw_fn_name>
</digital_modulation>
</ch4>
<ch5>
<gui_name type="string">488</gui_name>
<color type="string">0,255,255</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm488</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm488.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
</ch5>
<ch6>
<gui_name type="string">405</gui_name>
<color type="string">255,0,255</color>
<amplitude_modulation>
<hw_fn_name>none_405</hw_fn_name>
</amplitude_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm405.do_task</hw_fn_name>
</digital_modulation>
</ch6>
</configuration>
</illumination>
<none_405>
<module_name type="string">storm_control.sc_hardware.none.noneLaserModule</module_name>
<class_name type="string">NoneLaserModule</class_name>
<configuration>
<used_during_filming type="boolean">True</used_during_filming>
</configuration>
</none_405>
<none_irlaser>
<module_name type="string">storm_control.sc_hardware.none.noneIRLaserModule</module_name>
<class_name type="string">NoneIRLaserModule</class_name>
</none_irlaser>
<none_qpd>
<module_name type="string">storm_control.sc_hardware.none.noneQPDModule</module_name>
<class_name type="string">NoneQPDModule</class_name>
<configuration>
<parameters>
<max_voltage type="float">10.0</max_voltage>
<min_voltage type="float">-10.0</min_voltage>
<offset_has_center_bar type="boolean">True</offset_has_center_bar>
<offset_maximum type="float">0.6</offset_maximum>
<offset_minimum type="float">-0.6</offset_minimum>
<offset_warning_high type="float">0.5</offset_warning_high>
<offset_warning_low type="float">-0.5</offset_warning_low>
<sum_maximum type="float">1000.0</sum_maximum>
<sum_minimum type="float">0.0</sum_minimum>
<sum_warning_low type="float">100.0</sum_warning_low>
</parameters>
<units_to_microns type="float">1.0</units_to_microns>
<!-- These are for simulation / testing -->
<noise type="float">0.0</noise>
<tilt type="float">1.0</tilt>
<xy_stage_fn type="string">none_stage</xy_stage_fn>
<z_stage_fn type="string">none_zstage</z_stage_fn>
</configuration>
</none_qpd>
<none_stage>
<module_name type="string">storm_control.sc_hardware.none.noneStageModule</module_name>
<class_name type="string">NoneStageModuleBroken</class_name>
<configuration>
<velocity type="float">100.0</velocity>
</configuration>
</none_stage>
<none_wheel1>
<module_name type="string">storm_control.sc_hardware.none.noneFilterWheelModule</module_name>
<class_name type="string">NoneFilterWheelModule</class_name>
</none_wheel1>
<none_zstage>
<module_name type="string">storm_control.sc_hardware.none.noneZStageModule</module_name>
<class_name type="string">NoneZStageModule</class_name>
<configuration>
<parameters>
<center type="float">50.0</center>
<has_center_bar type="boolean">True</has_center_bar>
<maximum type="float">100.0</maximum>
<minimum type="float">0.0</minimum>
<warning_high type="float">95.0</warning_high>
<warning_low type="float">5.0</warning_low>
</parameters>
</configuration>
</none_zstage>
<!-- Progression control GUI -->
<progressions>
<module_name type="string">storm_control.hal4000.progressions.progressions</module_name>
<class_name type="string">Progressions</class_name>
<configuration>
<illumination_functionality type="string">illumination</illumination_functionality>
<frames type="int">100</frames>
<increment type="float">0.01</increment>
<starting_value type="float">0.1</starting_value>
</configuration>
</progressions>
<!-- Stage control GUI -->
<stage>
<module_name type="string">storm_control.hal4000.stage.stage</module_name>
<class_name type="string">Stage</class_name>
<configuration>
<stage_functionality type="string">none_stage</stage_functionality>
</configuration>
</stage>
<!-- TCP control -->
<tcp_control>
<module_name type="string">storm_control.hal4000.tcpControl.tcpControl</module_name>
<class_name type="string">TCPControl</class_name>
<configuration>
<parallel_mode type="boolean">False</parallel_mode>
<tcp_port type="int">9000</tcp_port>
</configuration>
</tcp_control>
</modules>
</config>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- <directory type="directory">C:/Data/</directory> -->
<!-- The setup name -->
<setup_name type="string">none</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">classic</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<!-- These are the display defaults, not the camera range. -->
<default_max type="int">300</default_max>
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
<!-- AOTF control -->
<aotf>
<module_name type="string">storm_control.sc_hardware.none.noneAOTFModule</module_name>
<class_name type="string">NoneAOTFModule</class_name>
<configuration>
<off_frequency type="float">20.0</off_frequency>
<used_during_filming type="boolean">True</used_during_filming>
<!-- These are the things that we provide AOTF functionality for.
Other modules will request them with a 'get functionality'
message and "name" = "aotf.xxx". -->
<ilm647>
<channel type="int">0</channel>
<frequency type="float">90.0</frequency>
<maximum type="int">5000</maximum>
</ilm647>
<ilm561>
<channel type="int">1</channel>
<frequency type="float">108.0</frequency>
<maximum type="int">4000</maximum>
</ilm561>
<ilm488>
<channel type="int">2</channel>
<frequency type="float">131.0</frequency>
<maximum type="int">3000</maximum>
</ilm488>
</configuration>
</aotf>
<!-- DAQ control -->
<daq>
<module_name type="string">storm_control.sc_hardware.none.noneDaqModule</module_name>
<class_name type="string">NoneDaqModule</class_name>
<configuration>
<!-- These are the things that we provide DAQ functionality for.
Other modules will request them with a 'get functionality'
message and "name" = "daq.xxx.yyy". -->
<ilm750>
<do_task>
<source type="string">/do/line0</source>
</do_task>
</ilm750>
<ilm647>
<ao_task>
<source type="string">/ao/line0</source>
</ao_task>
<do_task>
<source type="string">/do/line1</source>
</do_task>
</ilm647>
<ilm647m>
<do_task>
<source type="string">/do/line2</source>
</do_task>
</ilm647m>
<ilm561>
<ao_task>
<source type="string">/ao/line1</source>
</ao_task>
<do_task>
<source type="string">/do/line3</source>
</do_task>
</ilm561>
<ilm532>
<do_task>
<source type="string">/do/line4</source>
</do_task>
</ilm532>
<ilm488>
<ao_task>
<source type="string">/ao/line2</source>
</ao_task>
</ilm488>
<ilm405>
<do_task>
<source type="string">/do/line5</source>
</do_task>
</ilm405>
</configuration>
</daq>
<!-- Focus lock control GUI. -->
<focuslock>
<class_name type="string">FocusLock</class_name>
<module_name type="string">storm_control.hal4000.focusLock.focusLock</module_name>
<configuration>
<ir_laser type="string">none_irlaser</ir_laser>
<ir_power type="int">10</ir_power>
<lock_modes type="string">NoLockMode,AutoLockMode,AlwaysOnLockMode,OptimalLockMode,CalibrationLockMode</lock_modes>
<qpd type="string">none_qpd</qpd>
<z_stage type="string">none_zstage</z_stage>
<parameters>
<find_sum>
<step_size type="float">1.0</step_size>
</find_sum>
<locked>
<buffer_length type="int">5</buffer_length>
<offset_threshold type="float">20.0</offset_threshold>
</locked>
<jump_size type="float">0.1</jump_size>
</parameters>
</configuration>
</focuslock>
<!-- Illumination (lasers, shutters, etc) control GUI. -->
<illumination>
<class_name type="string">Illumination</class_name>
<module_name type="string">storm_control.hal4000.illumination.illumination</module_name>
<configuration>
<!-- Note: The name of the channel is the gui_name.
XML tags cannot start with numbers. -->
<ch1>
<gui_name type="string">750</gui_name>
<color type="string">200,0,0</color>
<amplitude_modulation>
<hw_fn_name>none_wheel1</hw_fn_name>
</amplitude_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm750.do_task</hw_fn_name>
</digital_modulation>
</ch1>
<ch2>
<gui_name type="string">647</gui_name>
<color type="string">255,0,0</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm647</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm647.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm647.do_task</hw_fn_name>
</digital_modulation>
<mechanical_shutter>
<hw_fn_name type="string">daq.ilm647m.do_task</hw_fn_name>
</mechanical_shutter>
</ch2>
<ch3>
<gui_name type="string">561</gui_name>
<color type="string">255,255,0</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm561</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm561.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm561.do_task</hw_fn_name>
</digital_modulation>
</ch3>
<ch4>
<gui_name type="string">532</gui_name>
<color type="string">0,255,0</color>
<digital_modulation>
<hw_fn_name type="string">daq.ilm532.do_task</hw_fn_name>
</digital_modulation>
</ch4>
<ch5>
<gui_name type="string">488</gui_name>
<color type="string">0,255,255</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm488</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm488.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
</ch5>
<ch6>
<gui_name type="string">405</gui_name>
<color type="string">255,0,255</color>
<amplitude_modulation>
<hw_fn_name>none_405</hw_fn_name>
</amplitude_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm405.do_task</hw_fn_name>
</digital_modulation>
</ch6>
</configuration>
</illumination>
<none_405>
<module_name type="string">storm_control.sc_hardware.none.noneLaserModule</module_name>
<class_name type="string">NoneLaserModule</class_name>
<configuration>
<used_during_filming type="boolean">True</used_during_filming>
</configuration>
</none_405>
<none_irlaser>
<module_name type="string">storm_control.sc_hardware.none.noneIRLaserModule</module_name>
<class_name type="string">NoneIRLaserModule</class_name>
</none_irlaser>
<none_qpd>
<module_name type="string">storm_control.sc_hardware.none.noneQPDModule</module_name>
<class_name type="string">NoneQPDModule</class_name>
<configuration>
<parameters>
<max_voltage type="float">10.0</max_voltage>
<min_voltage type="float">-10.0</min_voltage>
<offset_has_center_bar type="boolean">True</offset_has_center_bar>
<offset_maximum type="float">0.6</offset_maximum>
<offset_minimum type="float">-0.6</offset_minimum>
<offset_warning_high type="float">0.5</offset_warning_high>
<offset_warning_low type="float">-0.5</offset_warning_low>
<sum_maximum type="float">10000.0</sum_maximum>
<sum_minimum type="float">0.0</sum_minimum>
<sum_warning_low type="float">1000.0</sum_warning_low>
</parameters>
<units_to_microns type="float">1.0</units_to_microns>
<!-- These are for simulation / testing -->
<noise type="float">0.0</noise>
<tilt type="float">1.0</tilt>
<xy_stage_fn type="string">none_stage</xy_stage_fn>
<z_stage_fn type="string">none_zstage</z_stage_fn>
</configuration>
</none_qpd>
<none_stage>
<module_name type="string">storm_control.sc_hardware.none.noneStageModule</module_name>
<class_name type="string">NoneStageModule</class_name>
<configuration>
<velocity type="float">100.0</velocity>
</configuration>
</none_stage>
<none_wheel1>
<module_name type="string">storm_control.sc_hardware.none.noneFilterWheelModule</module_name>
<class_name type="string">NoneFilterWheelModule</class_name>
</none_wheel1>
<none_zstage>
<module_name type="string">storm_control.sc_hardware.none.noneZStageModule</module_name>
<class_name type="string">NoneZStageModule</class_name>
<configuration>
<parameters>
<center type="float">50.0</center>
<has_center_bar type="boolean">True</has_center_bar>
<maximum type="float">100.0</maximum>
<minimum type="float">0.0</minimum>
<warning_high type="float">95.0</warning_high>
<warning_low type="float">5.0</warning_low>
</parameters>
</configuration>
</none_zstage>
<!-- Progression control GUI -->
<progressions>
<module_name type="string">storm_control.hal4000.progressions.progressions</module_name>
<class_name type="string">Progressions</class_name>
<configuration>
<illumination_functionality type="string">illumination</illumination_functionality>
<frames type="int">100</frames>
<increment type="float">0.01</increment>
<starting_value type="float">0.1</starting_value>
</configuration>
</progressions>
<!-- Stage control GUI -->
<stage>
<module_name type="string">storm_control.hal4000.stage.stage</module_name>
<class_name type="string">Stage</class_name>
<configuration>
<stage_functionality type="string">none_stage</stage_functionality>
</configuration>
</stage>
<!-- TCP control -->
<tcp_control>
<module_name type="string">storm_control.hal4000.tcpControl.tcpControl</module_name>
<class_name type="string">TCPControl</class_name>
<configuration>
<parallel_mode type="boolean">False</parallel_mode>
<tcp_port type="int">9000</tcp_port>
</configuration>
</tcp_control>
</modules>
</config>
|
<?xml version="1.0" encoding="ISO-8859-1"?>
<config>
<!-- The starting directory. -->
<directory type="directory">./data/</directory>
<!-- <directory type="directory">C:/Data/</directory> -->
<!-- The setup name -->
<setup_name type="string">none</setup_name>
<!-- The ui type, this is 'classic' or 'detached' -->
<ui_type type="string">classic</ui_type>
<!--
This has two effects:
(1) If this is True any exception will immediately crash HAL, which can
be useful for debugging. If it is False then some exceptions will be
handled by the modules.
(2) If it is False we also don't check whether messages are valid.
-->
<strict type="boolean">True</strict>
<!--
Define the modules to use for this setup.
-->
<modules>
<!--
This is the main window, you must have this.
-->
<hal>
<module_name type="string">storm_control.hal4000.hal4000</module_name>
<class_name type="string">HalController</class_name>
</hal>
<!--
You also need all of these.
-->
<!-- Camera display. -->
<display>
<class_name type="string">Display</class_name>
<module_name type="string">storm_control.hal4000.display.display</module_name>
<parameters>
<!-- The default color table. Other options are in hal4000/colorTables/all_tables -->
<colortable type="string">idl5.ctbl</colortable>
</parameters>
</display>
<!-- Feeds. -->
<feeds>
<class_name type="string">Feeds</class_name>
<module_name type="string">storm_control.hal4000.feeds.feeds</module_name>
</feeds>
<!-- Filming and starting/stopping the camera. -->
<film>
<class_name type="string">Film</class_name>
<module_name type="string">storm_control.hal4000.film.film</module_name>
<!-- Film parameters specific to this setup go here. -->
<parameters>
<extension desc="Movie file name extension" type="string" values=",Red,Green,Blue"></extension>
</parameters>
</film>
<!-- Which objective is being used, etc. -->
<mosaic>
<class_name type="string">Mosaic</class_name>
<module_name type="string">storm_control.hal4000.mosaic.mosaic</module_name>
<!-- List objectives available on this setup here. -->
<parameters>
<flip_horizontal desc="Flip image horizontal (mosaic)" type="boolean">False</flip_horizontal>
<flip_vertical desc="Flip image vertical (mosaic)" type="boolean">False</flip_vertical>
<transpose desc="Transpose image (mosaic)" type="boolean">False</transpose>
<objective desc="Current objective" type="string" values="obj1,obj2,obj3">obj1</objective>
<obj1 desc="Objective 1" type="custom">100x,0.160,0.0,0.0</obj1>
<obj2 desc="Objective 2" type="custom">10x,1.60,0.0,0.0</obj2>
<obj3 desc="Objective 3" type="custom">4x,4.0,0.0,0.0</obj3>
</parameters>
</mosaic>
<!-- Loading, changing and editting settings/parameters -->
<settings>
<class_name type="string">Settings</class_name>
<module_name type="string">storm_control.hal4000.settings.settings</module_name>
</settings>
<!-- Set the time base for films. -->
<timing>
<class_name type="string">Timing</class_name>
<module_name type="string">storm_control.hal4000.timing.timing</module_name>
<parameters>
<time_base type="string">camera1</time_base>
</parameters>
</timing>
<!--
Everything else is optional, but you probably want at least one camera.
-->
<!-- Camera control. -->
<!--
Note that the cameras must have the names "camera1", "camera2", etc..
Cameras are either "master" (they provide their own hardware timing)
or "slave" they are timed by another camera. Each time the cameras
are started the slave cameras are started first, then the master cameras.
-->
<camera1>
<class_name type="string">Camera</class_name>
<module_name type="string">storm_control.hal4000.camera.camera</module_name>
<camera>
<master type="boolean">True</master>
<class_name type="string">NoneCameraControl</class_name>
<module_name type="string">storm_control.hal4000.camera.noneCameraControl</module_name>
<parameters>
<!-- This is specific to the emulated camera. -->
<roll type="float">1.0</roll>
<!-- These should be specified for every camera, and cannot be changed
in HAL when running. -->
<!-- These are the display defaults, not the camera range. -->
<default_max type="int">300</default_max>
<default_min type="int">0</default_min>
<flip_horizontal type="boolean">False</flip_horizontal>
<flip_vertical type="boolean">False</flip_vertical>
<transpose type="boolean">False</transpose>
<!-- These can be changed / editted. -->
<!-- This is the extension to use (if any) when saving data from this camera. -->
<extension type="string"></extension>
<!-- Whether or not data from this camera is saved during filming. -->
<saved type="boolean">True</saved>
</parameters>
</camera>
</camera1>
<!-- AOTF control -->
<aotf>
<module_name type="string">storm_control.sc_hardware.none.noneAOTFModule</module_name>
<class_name type="string">NoneAOTFModule</class_name>
<configuration>
<off_frequency type="float">20.0</off_frequency>
<used_during_filming type="boolean">True</used_during_filming>
<!-- These are the things that we provide AOTF functionality for.
Other modules will request them with a 'get functionality'
message and "name" = "aotf.xxx". -->
<ilm647>
<channel type="int">0</channel>
<frequency type="float">90.0</frequency>
<maximum type="int">5000</maximum>
</ilm647>
<ilm561>
<channel type="int">1</channel>
<frequency type="float">108.0</frequency>
<maximum type="int">4000</maximum>
</ilm561>
<ilm488>
<channel type="int">2</channel>
<frequency type="float">131.0</frequency>
<maximum type="int">3000</maximum>
</ilm488>
</configuration>
</aotf>
<!-- DAQ control -->
<daq>
<module_name type="string">storm_control.sc_hardware.none.noneDaqModule</module_name>
<class_name type="string">NoneDaqModule</class_name>
<configuration>
<!-- These are the things that we provide DAQ functionality for.
Other modules will request them with a 'get functionality'
message and "name" = "daq.xxx.yyy". -->
<ilm750>
<do_task>
<source type="string">/do/line0</source>
</do_task>
</ilm750>
<ilm647>
<ao_task>
<source type="string">/ao/line0</source>
</ao_task>
<do_task>
<source type="string">/do/line1</source>
</do_task>
</ilm647>
<ilm647m>
<do_task>
<source type="string">/do/line2</source>
</do_task>
</ilm647m>
<ilm561>
<ao_task>
<source type="string">/ao/line1</source>
</ao_task>
<do_task>
<source type="string">/do/line3</source>
</do_task>
</ilm561>
<ilm532>
<do_task>
<source type="string">/do/line4</source>
</do_task>
</ilm532>
<ilm488>
<ao_task>
<source type="string">/ao/line2</source>
</ao_task>
</ilm488>
<ilm405>
<do_task>
<source type="string">/do/line5</source>
</do_task>
</ilm405>
</configuration>
</daq>
<!-- Focus lock control GUI. -->
<focuslock>
<class_name type="string">FocusLock</class_name>
<module_name type="string">storm_control.hal4000.focusLock.focusLock</module_name>
<configuration>
<ir_laser type="string">none_irlaser</ir_laser>
<ir_power type="int">10</ir_power>
<lock_modes type="string">NoLockMode,AutoLockMode,AlwaysOnLockMode,OptimalLockMode,CalibrationLockMode</lock_modes>
<qpd type="string">none_qpd</qpd>
<z_stage type="string">none_zstage</z_stage>
<parameters>
<find_sum>
<step_size type="float">1.0</step_size>
</find_sum>
<locked>
<buffer_length type="int">5</buffer_length>
<offset_threshold type="float">20.0</offset_threshold>
</locked>
<jump_size type="float">0.1</jump_size>
</parameters>
</configuration>
</focuslock>
<!-- Illumination (lasers, shutters, etc) control GUI. -->
<illumination>
<class_name type="string">Illumination</class_name>
<module_name type="string">storm_control.hal4000.illumination.illumination</module_name>
<configuration>
<!-- Note: The name of the channel is the gui_name.
XML tags cannot start with numbers. -->
<ch1>
<gui_name type="string">750</gui_name>
<color type="string">200,0,0</color>
<amplitude_modulation>
<hw_fn_name>none_wheel1</hw_fn_name>
</amplitude_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm750.do_task</hw_fn_name>
</digital_modulation>
</ch1>
<ch2>
<gui_name type="string">647</gui_name>
<color type="string">255,0,0</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm647</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm647.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm647.do_task</hw_fn_name>
</digital_modulation>
<mechanical_shutter>
<hw_fn_name type="string">daq.ilm647m.do_task</hw_fn_name>
</mechanical_shutter>
</ch2>
<ch3>
<gui_name type="string">561</gui_name>
<color type="string">255,255,0</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm561</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm561.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm561.do_task</hw_fn_name>
</digital_modulation>
</ch3>
<ch4>
<gui_name type="string">532</gui_name>
<color type="string">0,255,0</color>
<digital_modulation>
<hw_fn_name type="string">daq.ilm532.do_task</hw_fn_name>
</digital_modulation>
</ch4>
<ch5>
<gui_name type="string">488</gui_name>
<color type="string">0,255,255</color>
<amplitude_modulation>
<hw_fn_name>aotf.ilm488</hw_fn_name>
</amplitude_modulation>
<analog_modulation>
<hw_fn_name type="string">daq.ilm488.ao_task</hw_fn_name>
<max_voltage type="float">1.0</max_voltage>
<min_voltage type="float">0.0</min_voltage>
</analog_modulation>
</ch5>
<ch6>
<gui_name type="string">405</gui_name>
<color type="string">255,0,255</color>
<amplitude_modulation>
<hw_fn_name>none_405</hw_fn_name>
</amplitude_modulation>
<digital_modulation>
<hw_fn_name type="string">daq.ilm405.do_task</hw_fn_name>
</digital_modulation>
</ch6>
</configuration>
</illumination>
<none_405>
<module_name type="string">storm_control.sc_hardware.none.noneLaserModule</module_name>
<class_name type="string">NoneLaserModule</class_name>
<configuration>
<used_during_filming type="boolean">True</used_during_filming>
</configuration>
</none_405>
<none_irlaser>
<module_name type="string">storm_control.sc_hardware.none.noneIRLaserModule</module_name>
<class_name type="string">NoneIRLaserModule</class_name>
</none_irlaser>
<none_qpd>
<module_name type="string">storm_control.sc_hardware.none.noneQPDModule</module_name>
<class_name type="string">NoneQPDModule</class_name>
<configuration>
<parameters>
<max_voltage type="float">10.0</max_voltage>
<min_voltage type="float">-10.0</min_voltage>
<offset_has_center_bar type="boolean">True</offset_has_center_bar>
<offset_maximum type="float">0.6</offset_maximum>
<offset_minimum type="float">-0.6</offset_minimum>
<offset_warning_high type="float">0.5</offset_warning_high>
<offset_warning_low type="float">-0.5</offset_warning_low>
<sum_maximum type="float">1000.0</sum_maximum>
<sum_minimum type="float">0.0</sum_minimum>
<sum_warning_low type="float">100.0</sum_warning_low>
</parameters>
<units_to_microns type="float">1.0</units_to_microns>
<!-- These are for simulation / testing -->
<noise type="float">0.0</noise>
<tilt type="float">1.0</tilt>
<xy_stage_fn type="string">none_stage</xy_stage_fn>
<z_stage_fn type="string">none_zstage</z_stage_fn>
</configuration>
</none_qpd>
<none_stage>
<module_name type="string">storm_control.sc_hardware.none.noneStageModule</module_name>
<class_name type="string">NoneStageModule</class_name>
<configuration>
<velocity type="float">100.0</velocity>
</configuration>
</none_stage>
<none_wheel1>
<module_name type="string">storm_control.sc_hardware.none.noneFilterWheelModule</module_name>
<class_name type="string">NoneFilterWheelModule</class_name>
</none_wheel1>
<none_zstage>
<module_name type="string">storm_control.sc_hardware.none.noneZStageModule</module_name>
<class_name type="string">NoneZStageModule</class_name>
<configuration>
<parameters>
<center type="float">50.0</center>
<has_center_bar type="boolean">True</has_center_bar>
<maximum type="float">100.0</maximum>
<minimum type="float">0.0</minimum>
<warning_high type="float">95.0</warning_high>
<warning_low type="float">5.0</warning_low>
</parameters>
</configuration>
</none_zstage>
<!-- Progression control GUI -->
<progressions>
<module_name type="string">storm_control.hal4000.progressions.progressions</module_name>
<class_name type="string">Progressions</class_name>
<configuration>
<illumination_functionality type="string">illumination</illumination_functionality>
<frames type="int">100</frames>
<increment type="float">0.01</increment>
<starting_value type="float">0.1</starting_value>
</configuration>
</progressions>
<!-- Random pause module -->
<random_pause>
<module_name type="string">storm_control.hal4000.testing.testing</module_name>
<class_name type="string">TestingRandomPause</class_name>
<configuration>
<mean_pause type="float">0.2</mean_pause>
</configuration>
</random_pause>
<!-- Stage control GUI -->
<stage>
<module_name type="string">storm_control.hal4000.stage.stage</module_name>
<class_name type="string">Stage</class_name>
<configuration>
<stage_functionality type="string">none_stage</stage_functionality>
</configuration>
</stage>
<!-- TCP control -->
<tcp_control>
<module_name type="string">storm_control.hal4000.tcpControl.tcpControl</module_name>
<class_name type="string">TCPControl</class_name>
<configuration>
<parallel_mode type="boolean">False</parallel_mode>
<tcp_port type="int">9000</tcp_port>
</configuration>
</tcp_control>
</modules>
</config>
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