OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ABSCAL_FACTOR STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ABSCAL_FACTOR keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give, in DN/s/W/m^2/sr/nm, the absolute scaling factor use during the calibration." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ABSOLUTE_CALIBRATION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ABSOLUTE_CALIBRATION_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the image has been absolute calibrated." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ABSOLUTE_CALIBRATION_VERSION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ABSOLUTE_CALIBRATION_VERSION keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give information on the version of the absolute calibration in the calibration pipeline." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ACTIVITY_NAME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ACTIVITY_NAME keyword in the Rosetta Dictionary is a specific implementation allowing for a team to identify the tag that was given to a given observation when planning the scientific operations (e.g. if a observation was intended for a gas, dust, or nucleus observation). This is used as part of a set of keywords used to link a scientific product to an operational activity. See also the OPERATIONAL_ACTIVITY, MISSION_PHASE and RATIONALE_DESC keywords within the Rosetta data dictionary." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ADC_ENABLED_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ADC_ENABLED_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate by TRUE or FALSE if the ADC is permanently powered on." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ADC_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ADC_ID keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate which ADC is used to digitize the CCD readout. Possible values are LOW, HIGH." STANDARD_VALUE_SET = { "LOW", "HIGH"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ADC_OFFSET_CORRECTION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC DESCRIPTION = " Flag indicating whether on-board bad pixel replacement correction was used." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ADC_OFFSET_CORRECTION_VERSION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ADC_OFFSET_CORRECTION_VERSION keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give information on the version of the offset correction in the calibration pipeline." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:AMPLIFIER_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The AMPLIFIER_ID keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to provide the amplifier chain used to readout the image data. Possible values are A, B, BOTH." STANDARD_VALUE_SET = { "A", "B", "BOTH"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:AUTOEXPOSURE_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The AUTOEXPOSURE_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the autoexposure was used to optimize the exposure time." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:B1_SHUTTER_PULSE_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The B1_SHUTTER_PULSE_FLAG ROSETTA mission specific keyword is a flag used by the OSIRIS instrument to indicate if position of the encoder data from the shutter blade 1 exists in the data file." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:B2_SHUTTER_PULSE_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The B2_SHUTTER_PULSE_FLAG ROSETTA mission specific keyword is a flag used by the OSIRIS instrument to indicate if position of the encoder data from the shutter blade 2 exists in the data file." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BAD_PIXEL_REPLACEMENT_GROUND_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC DESCRIPTION = " Flag indicating whether ground based bad pixel replacement correction was applied to the image." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BAD_PIXEL_REPLACEMENT_VERSION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The BAD_PIXEL_REPLACEMENT_VERSION keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give information on the version of bad pixel replacement correction in the calibration pipeline." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BIAS_CORRECTION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC DESCRIPTION = " Flag indicating if BIAS correction was applied to the image." STANDARD_VALUE_SET = { "TRUE", "FLASE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BIAS_CORRECTION_VERSION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The BIAS_CORRECTION_VERSION keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give information on the version of the bias correction in the calibration pipeline." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BIAS_LEVEL STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The BIAS_LEVEL keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give, in data-number unit, the subtracted bias level." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BLADE1_FIT_OFFSET STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The BLADE1_FIT_OFFSET keyword is part of the ROSETTA mission specific dictionary. It is used by the OSIRIS instrument to give, in m/s, the blade velocity at time 0 of the linear regression fit of the blade 1 motion." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BLADE1_FIT_SLOPE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The BLADE1_FIT_SLOPE keyword is part of the ROSETTA mission specific dictionary. It is used by the OSIRIS instrument to give, in m/s^2, the slope of linear regression fit of motion of the shutter blade 1." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BLADE1_FIT_START STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The BLADE1_FIT_START keyword is part of the ROSETTA mission specific dictionary. It is used by the OSIRIS instrument to give, in s, the time of the start of constant velocity found by the linear regression fit of the shutter motion of blade 1." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BLADE1_FIT_STDDEV STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The BLADE1_FIT_STDDEV keyword is part of the ROSETTA mission specific dictionary. It is used by the OSIRIS instrument to give, in m/s, the standard deviation of the linear regression fit of the blade 1 motion." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BLADE1_PULSES_ENABLED_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The BLADE1_PULSES_ENABLED_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the delivery of shutter blade 1 position encoder pulses is requested from the CRB." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BLADE2_FIT_OFFSET STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The BLADE2_FIT_OFFSET keyword is part of the ROSETTA mission specific dictionary. It is used by the OSIRIS instrument to give, in m/s, the blade velocity at time 0 of the linear regression fit of the blade 2 motion." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BLADE2_FIT_SLOPE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The BLADE2_FIT_SLOPE keyword is part of the ROSETTA mission specific dictionary. It is used by the OSIRIS instrument to give, in m/s^2, the slope of linear regression fit of motion of the shutter blade 2." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BLADE2_FIT_START STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The BLADE2_FIT_START keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in s the time of the start of constant velocity found by the linear regression fit of the shutter motion of blade 2." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BLADE2_FIT_STDDEV STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The BLADE2_FIT_STDDEV keyword is part of the ROSETTA mission specific dictionary. It is used by the OSIRIS instrument to give, in m/s, the standard deviation of the linear regression fit of the blade 2 motion." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BLADE2_PULSES_ENABLED_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The BLADE2_PULSES_ENABLED_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the delivery of shutter blade 2 position encoder pulses is requested from the CRB." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:BULBMODE_ENABLED_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The BULBMODE_ENABLED_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the CRB bulb mode is enabled. This mode enables very long exposure times." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CALIBRATION_DATAFILES STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CALIBRATION_DATAFILES keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the list of external datafiles used during the calibration." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_DOSIS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = RAD STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_DOSIS keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in radian the total radiation dosis measured by the radiation MOSFET." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_I_24 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_I_24 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in mA the camera CRB power converter 24V rail current." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_I_5_ANALOG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_I_5_ANALOG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in mA the camera CRB power converter 5V analog rail current." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_I_5_DIGITAL STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_I_5_DIGITAL keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in mA the camera CRB power converter 5V digital rail current." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_I_8 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_I_8 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in mA the camera CRB power converter 8V rail current." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_I_M12 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_I_M12 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in mA the camera CRB power converter -12V rail current." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_I_M5 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_I_M5 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in mA the camera CRB power converter -5V rail current." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_TCCD STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_TCCD keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the CCD as read out by the CRB electronics." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_T_ADC_1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_T_ADC_1 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the ADC #1." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_T_ADC_2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_T_ADC_2 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the ADC #2." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_T_DOSIMETER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_T_DOSIMETER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the dosimeter." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_T_POWER_CONVERTER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_T_POWER_CONVERTER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the CRB electronics power converter module." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_T_SENSORHEAD STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_T_SENSORHEAD keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the CCD sensor head electronics board." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_T_SHUTTER_MOTOR_1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_T_SHUTTER_MOTOR_1 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the shutter motor #1." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_T_SHUTTER_MOTOR_2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_T_SHUTTER_MOTOR_2 keyword is part of the ROSETTA specific dictionary. It gives the temperature in Kelvin of the shutter motor #2." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_V_24 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_V_24 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the Camera CRB power converter 24V rail voltage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_V_5_ANALOG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_V_5_ANALOG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the Camera CRB power converter 5V analog rail voltage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_V_5_DIGITAL STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_V_5_DIGITAL keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the Camera CRB power converter 5V digital rail voltage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_V_8 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_V_8 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the Camera CRB power converter 8V rail voltage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_V_M12 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_V_M12 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the Camera CRB power converter -12V rail voltage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAMERA_V_M5 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CAMERA_V_M5 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the Camera CRB power converter -5V rail voltage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAM_ABSOLUTE_FRAME_NUMBER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ROSETTA mission specific keyword CAM_ABSOLUTE_FRAME_NUMBER gives the number of the current CCD frame since the CAM start-up. The range is between 0 and 2^32 -1 frames." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAM_COVER_POSITION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA mission specific keyword CAM_COVER_POSITION gives the current position of the cover/attenuation mechanism. There are 4 possible values: 'UNDEFINED_POSITION', 'FOC_NATT' for focused without attenuation (dust cover, imaging of faint target), 'FOC_ATT' for focused with attenuation (bright targets and asteroid tracking mode) and 'DEFOC_NATT' for defocused without attenuation (target detection in imaging mode). The default value is 'DEFOC_NATT'." STANDARD_VALUE_SET = { "UNDEFINED_POSITION", "FOC_ATT", "FOC_NATT", "DEFOC_NATT"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAM_DATA_VALID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA mission specific keyword CAM_DATA_VALID gives the result of the health check performed every 16 seconds on the CAM parameters. There are 2 possible values: 'NOT_OK' and 'OK'." STANDARD_VALUE_SET = { "NOT_OK", "OK"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAM_GAIN STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA mission specific keyword CAM_GAIN gives the gain used. There are 2 possible values: 'LOW' and 'HIGH'." STANDARD_VALUE_SET = { "LOW", "HIGH"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAM_MISSING_LINES STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword CAM_MISSING_LINES gives the number of missing lines in the image. It is computed as follows: WINDOW SIZE ALONG COLUMN - Number of rows actually found in TM data. It is zero if the image is complete. It is greater than zero if lines are missing in the image." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAM_MODE_FRAME_NUMBER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ROSETTA mission specific keyword CAM_MODE_FRAME_NUMBER gives the relative number of the current CCD frame within the current mode. The integer value is between 0 and 2^32-1 frames." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAM_WINDOW_POS_ALONG_COL STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword CAM_WINDOW_POS_ALONG_COL is defined for the NAVCAM instrument. It gives the window centre Y coordinate in pixel in the CCD reference frame. It is an integer." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CAM_WINDOW_POS_ALONG_ROW STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword CAM_WINDOW_POS_ALONG_ROW is defined for the NAVCAM instrument. It gives the window centre X coordinate in pixel in the CCD reference frame. It is an integer." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CASSE_CHANNEL STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The CASSE_CHANNEL ROSSETTA mission specific keyword gives the type of measurement of each multiplexer channel. The CASSE instrument is constituted by 3 piezoelectric transmitters and 3 piezoelectric accelerometers, and the respective electronics. The transmitters and the 3 axes of each accelerometer are connected to an analogue 12-channel multiplexer. It is possible to select any combination of 12 sensor channels, which can be the x, y and z axes of each accelerometer and the 3 transmitters. The sequence contains 12 elements representing the channel correspondence for CASSE measurements. These elements are flags that indicate if a channel is used or not. To increase readability, designations of used channels are given explicitly. The sequence takes the following form: (channel 1, channel 2, ..., channel 12). The standard values are -YACCX, -YACCY, -YACCZ, +XACCX, +XACCY, +XACCZ, +YACCX, +YACCY, +YACCZ, -YTRM, +XTRM, +YTRM. The unused channels take the value '-1'. Explanation of acronym positions: Characters 1,2 (-Y, +X, +Y) give information on the Philae foot. Characters 3,4 and 5 give the sensor type (ACC for accelerometer, TRM for transmitter). Character 6 gives information on ACC axis, if a 3 axes accelerometer is used. Example 1 CASSE_CHANNEL = (-YACCX, -YACCY, -YACCZ, -1, -1,-1, -1, -1, -1, -1, -1, -1). This means that all three channels of the accelerometer in the -Y foot are used. Example 2: CASSE_CHANNEL = (-1, -1, -1, -1, -1, -1, -1, -1, -1, -YTRM, +XTRM, +YTRM). This means that no accelerometer channel is used, but the transmitters of all three feet." STANDARD_VALUE_SET = { "-YACCX", "-YACCY", "-YACCZ", "+XACCX", "+XACCY", "+XACCZ", "+YACCX", "+YACCY", "+YACCZ", "-YTRM", "+XTRM", "+YTRM", "-1"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CCD_DATA_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The CCD_DATA_FLAG ROSETTA mission specific keyword is a flag used by the OSIRIS instrument to indicate if actual CCD data exist in the data file." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CCD_ENABLED_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The CCD_ENABLED_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the CCD readout is enabled." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CCD_HEATER_POWER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = W STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CCD_HEATER_POWER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the power in Watt used by the CCD operation heater." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CHANNEL_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The channel_id element identifies the instrument channel through which data were obtained.This may refer to a spectral band or to a detector and filter combination." STANDARD_VALUE_SET = { "VIRTIS_H", "VIRTIS_M_VIS", "VIRTIS_M_IR"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CHARGEMODE_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The CHARGEMODE_ID keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate the charge mode that was used to recharge the shutter electronics capacitors after the exposure. Possible values are OFF, SLOW, NORMAL, FAST." STANDARD_VALUE_SET = { "OFF", "SLOW", "NORMAL", "FAST"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CIVA_CLEANING_NUMBER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA mission specific keyword CIVA_CLEANINGS_NUMBER gives the number of images taken by the CIVA-P or CIVA-M/V cameras in order to clean-up the detectors before the transmission of the effective one." STANDARD_VALUE_SET = { "0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "10"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COHERENT_NOISE_CORRECTION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC DESCRIPTION = " Flag indicating whether coherent noise correction was applied to the image data." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COHERENT_NOISE_CORRECTION_VERSION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The COHERENT_NOISE_CORRECTION_VERSION keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give information on the version of the coherent noise correction in the calibration pipeline." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COMMANDED_FILTER_NAME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The COMMANDED_FILTER_NAME keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to give the names of the two commanded filters in the optical path." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COMMANDED_FILTER_NUMBER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The COMMANDED_FILTER_NUMBER keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to give the commanded indexes of the two filter wheels." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COMPRESSION_RATIO STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The COMPRESSION_RATIO keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the effective compression ratio obtained by the image encoder. Example: value 16 means 16:1 compression." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CONTROL_MASK STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CONTROL_MASK keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS as a raw control byte used to drive the shutter electronics." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CON_MISSION_TABLE_STARTTIC STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword CON_MISSION_TABLE_STARTTIC gives the date of the first sounding in TIC unit. CONSERT uses its own time counter in TIC unit. It is set to zero when CONSERT is turned on and after tuning phases. It allows precise synchronization between CONSERT Orbiter and CONSERT Lander. 1 TIC =2^14/1^07 = 1.6384 ms." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COORDINATE_SYSTEM STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA:COORDINATE_SYSTEM element specifies the reference coordinate system name of the target body." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COSIMA_SPECTRUM_POL STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " Spectrum ion polarity, either 'POSITIVE' or 'NEGATIVE'" STANDARD_VALUE_SET = { "POSITIVE", "NEGATIVE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COSIMA_SPECTRUM_SHOTS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The number of Indium ion shots used to generate the spectrum." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COSIMA_SUBSTRATE_DESC STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " Description of the substrate material for COSIMA." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COSIMA_SUBSTRATE_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " COSIMA substrate ID, from '1C1' to '3D8' where the first number can be either '1' for top, '2' for middle or '3' for low substrate, in the target holders numbered from 'C1' to 'D8'." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COSIMA_SUBSTRATE_X STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " Substrate X co-ordinate, in the range of 0-10000 micrometers. The origin is in the lower left corner." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COSIMA_SUBSTRATE_Y STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " Substrate Y co-ordinate, in the range of 0-10000 micrometers. The origin is in the lower left corner." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:COSIMA_SUBSTRATE_Z STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Rosetta mission specific COSIMA_SUBSTRATE_Z defined for the COSIMA instrument gives the Substrate Z coordinate in the range -1000 1000 micrometers. The origin is the nominal ion beam focus." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CRB_DUMP_MODE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CRB_DUMP_MODE keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to give information on the internal CRB configuration." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CRB_PULSE_MODE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CRB_PULSE_MODE keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to give information on the internal CRB configuration." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CRB_TO_PCM_SYNCHRONIZATION_MODE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The CRB_TO_PCM_SYNCHRONIZATION_MODE keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to give information on the synchronization between the CRB and the CRB power converted." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:CRB_TO_PCM_SYNC_MODE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " Internal CRB configuration parameter (synchronization between the CRB and the CRB power converter)" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:DARK_CURRENT_CORRECTION_VERSION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The DARK_CURRENT_CORRECTION_VERSION keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give information on the version of the dark current correction in the calibration pipeline." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:DATASET_FOR_FACTOR STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = TIME UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Rosetta specific keyword defines the date and time of the start of the pixel gain mode process. The aim of the mode is to determine the depletion of the MCP (part of DFMS detector system)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:DATA_PROCESSING_UNIT_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The DATA_PROCESSING_UNIT_ID keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the hardware ID of the data processing unit. Possible values are EM, QM, FM, FS." STANDARD_VALUE_SET = { "EM", "QM", "FM", "FS"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:DATA_ROUTING_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The DATA_ROUTING_ID is part of the ROSETTA mission specific dictionary. It is used by the OSIRIS instrument to define its internal mass memory data queue used to transfer the image. Possible values are IMAGEMEM, QUEUE1, QUEUE2, QUEUE3, QUEUE4, QUEUE5, PLAINFILE, STORED." STANDARD_VALUE_SET = { "IMAGEMEM", "QUEUE1", "QUEUE2", "QUEUE3"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:DATA_VERSION_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " This keyword is used by the OSIRIS team to indicate the version of the data, specified as the unique document number and issue, which describes the acquisition of the data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:DITHERING_ENABLED_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The DITHERING_ENABLED_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the clock dithering is enabled." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:DUAL_EXPOSURE_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The DUAL_EXPOSURE_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the NAC and WAC images are acquired at the same time." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ENCODING STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ENCODING keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the name of the compression algorithm used to compress the image. Possible values are: NONE for no encoding SPIHT_D24 for SPIHT wavelet based compression used by the OSIRIS flight software before v2.0 SPIHT_TAP for SPIHT wavelet based compression using TAP filtering. SPIHT_LIFT for SPIHT wavelet based compression using LIFT filtering. SQRT_16TO8 for Sqrt based 16 to 8 bit scaling." STANDARD_VALUE_SET = { "NONE", "SPIHT_TAP", "SPIHT_LIFT", "SPIHT_D24", "SQRT_16TO8"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:END_VALID_PERIOD_SCLK STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " End of the mission period to which the data can be applied, in S/C seconds." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:END_VALID_PERIOD STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = TIME UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION DESCRIPTION = " End of the mission period to which the data can be applied." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ERROR_RECOVERY_FAILED_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ERROR_RECOVERY_FAILED_FLAG ROSETTA mission specific keyword is a flag used by the OSIRIS instrument to indicate if error recovery of the shutter mechanism failed." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ERROR_TYPE_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ERROR_TYPE_ID keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to give information on the error, if any, that occurred during the exposure. Possible values are NONE, LOCKING_ERROR_A, MEMORY_ERROR_B, UNLOCKING_ERROR_C, SHE_RESET_ERROR_D." STANDARD_VALUE_SET = { "NONE", "LOCKING_ERROR_A", "MEMORY_ERROR_B", "UNLOCKING_ERROR_C", "SHE_RESET_ERROR_D"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:EXPOSURETIME_CORRECTION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC DESCRIPTION = " Flag indicating whether exposure time correction was applied to the image data." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:EXPOSURETIME_CORRECTION_VERSION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The EXPOSURETIME_CORRECTION_VERSION keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give information on the version of the exposure time correction in the calibration pipeline." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:EXPOSURE_STATUS_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The EXPOSURE_STATUS_ID ROSETTA mission specific keyword is used by the OSIRIS instrument and set to SUCCESS if problems were not detected during the exposure." STANDARD_VALUE_SET = { "SUCCESS"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:FACTOR_TYPE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The Rosetta mission specific keyword FACTOR_TYPE gives the value of the factor in the computation method. The possible values are 'MEASURED' - when the factor is computed from measurements - 'INTERPOLATED' - when the factor is computed based on the interpolation of another data set (other time stamp) - 'EXTRAPOLATED' - when the factor is computed based on the extrapolation of another data set (other time stamp) - 'COPIED' - when the factor is computed based on the copy of another data set (other time stamp) - and 'DERIVED' - when the factor is computed using deductions based on another data set (other time stamp), but without the use of inter- or extrapolation techniques." STANDARD_VALUE_SET = { "MEASURED", "INTERPOLATED", "EXTRAPOLATED"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:FACTOR_UNCERTAINTY STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Rosetta mission specific keyword FACTOR_UNCERTAINTY gives the uncertainty on the factor used in the computation method." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:FLATFIELD_CORRECTION_VERSION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The FLATFIELD_CORRECTION_VERSION keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give information on the version of the flat field correction in the calibration pipeline." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:FLATFIELD_HI_CORRECTION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC DESCRIPTION = " Flag indicating whether high spatial frequency flatfield correction was applied to the image data." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:FLATFIELD_LO_CORRECTION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC DESCRIPTION = " Flag indicating whether low spatial frequency flatfield correction was applied to the image data." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:FRAMETRANSFER_ENABLED_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The FRAMETRANSFER_ENABLED_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the CRB frame transfer mode is enabled." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:FRAME_SEPERATOR_VERSION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The FRAME_SEPARATOR_VERSION keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give information on the version of the frame separator in the calibration pipeline." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:FRONT_DOOR_STATUS_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The FRONT_DOOR_STATUS_ID keyword is part of the ROSETTA mission specific dictionary. It is used by the OSIRIS instrument to indicate the status of the front door of the camera. The possible values are OPEN, CLOSED, LOCKED, UNKNOWN." STANDARD_VALUE_SET = { "OPEN", "CLOSED", "LOCKED", "UNKNOWN"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:GAIN_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The GAIN_ID keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate what gain setting was used for the amplifier(s). Possible values are LOW, HIGH." STANDARD_VALUE_SET = { "LOW", "HIGH"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:GEOMETRIC_DISTORTION_CORRECTION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC DESCRIPTION = " Flag indicating whether geometric distortion correction was applied to the image data." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:GEOMETRY_CORRECTION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The GEOMETRY_CORRECTION_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the image has been corrected for geometric distortion." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:GRAYSCALE_TESTMODE_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The GRAYSCALE_TESTMODE_FLAG ROSETTA keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the CRB test mode was used to acquire the image. If TRUE, the image is grayscale test pattern generated by the CRB FPGA." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:HARDWARE_BINNING_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The HARDWARE_BINNING_ID ROSETTA keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate what hardware binning mode was used to generate the image. The hardware binning has an effect on the effective exposure time. Possible values are, with corresponding exposure time: 1x1 -> time 2x2 -> 4 time 4x4 -> 16 time 8x8 -> 64 time" STANDARD_VALUE_SET = { "1X1", "2X2", "4X4", "8X8"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:HORIZONTAL_FOCAL_LENGTH STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = M STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ROSETTA:HORIZONTAL_FOCAL_LENGTH keyword provides the horizontal focal length for an OSIRIS image to allow for the horizontal scale of an image to be understood." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:HORIZONTAL_RESOLUTION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = RAD STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ROSETTA:HORIZONTAL_RESOLUTION keyword is used by the OSIRIS team to indicate the horizontal scale of an image." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_BAD_HV_MASK_DESC STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Rosetta mission specific keyword created for RPC ICA ICA_BAD_HV_MASK_DESC describes the use of the keyword ICA_BAD_HV_MASK." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_BAD_HV_MASK STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The Rosetta mission specific keyword ICA_BAD_HV_MASK indicates whether BAD-HV mask was on or off. If ON energy-elevation angle combinations which should not reach the nominal value of elevation angle are set to zero. For low energies limited resolution of the elevation deflection voltage is limiting, for high energies insufficient high voltage is limiting." STANDARD_VALUE_SET = { "ENABLED", "DISABLED"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_ELEVATION_TABLE_DESC STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " Description of the table defined by ROSETTA:ICA_ELEVATION_RABLE_NAME" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_ELEVATION_TABLE_NAME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The nominal angles for each elevation index are not reached for all energies. The elevation table gives the actual elevation angles for each energy." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_ENERGY_TABLE_DESC STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " Description of the table defined by ROSETTA:ICA_ENERGY_TABLE_NAME" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_ENERGY_TABLE_NAME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ICA PDS data is organized with one energy spectrogram with 32 or 96 energy steps. The actual energy in eV is given in a table with this name, found in the CALIB directory." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_ION_MASS_DESC STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " he Rosetta mission specific ICA_ION_MASS_DESC keyword gives the definition of keyword ICA_ION_MASS." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_ION_MASS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The Rosetta mission specific ICA_ION_MASS keyword indicates the ion species in the data product. Valid entries are H+, HE++, HE+ and >=O+. This corresponds to a mass per charge in AMU of 1, 2, 4 or more than or equal 16. In practice the latter typically corresponds to water ions (18 AMU/charge)." STANDARD_VALUE_SET = { "H+", "HE++", "HE+", ">=O+"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_MASS_TABLE1_NAME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " Name of currently used mass look-up table for no post-acceleration. The table is found in the CALIB directory." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_MASS_TABLE2_NAME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " Name of currently used mass look-up table for intermediate post- acceleration. The table is found in the CALIB directory." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_MASS_TABLE3_NAME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " Name of currently used mass look-up table for high post- acceleration. The table is found in the CALIB directory." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_MASS_TABLE_DESC STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " A brief description of the mass lookup tables." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_SHADOW_MASK_DESC STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Rosetta mission specific keyword created for RPC ICA ICA_SHADOW_MASK_DESC describes the use of the ICA_SHADOW_MASK keyword." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_SHADOW_MASK STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The Rosetta mission specific keyword ICA_SHADOW_MASK, defined for RPC ICA, indicates whether the shadow mask was ENABLED or DISABLED. If ENABLED, then ions coming from angles blocked by the spacecraft are set to zero. If DISABLED, then the corresponding sectors will likely produce very few counts anyway but may be useful for background subtraction." STANDARD_VALUE_SET = { "ENABLED", "DISABLED"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_SW_VERSION_DESC STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Rosetta mission specific keyword ICA_SW_VERSION_DESC defined for RPC ICA described the content of the ICA_SW_VERSION keyword." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ICA_SW_VERSION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The Rosetta mission specific keyword ICA_SW_VERSION indicates which onboard software version was run. This affects which energy and elevation tables were used, and therefore also the temporal resolution of the measurements." STANDARD_VALUE_SET = { "01", "02", "03", "04", "05", "06", "07", "08", "09", "10"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:IMAGE_POI_PIXEL STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ROSETTA: IMAGE_POI_PIXEL element specifies the image pixel coordinates of the reference pixel 'ROSETTA:POINT_OF_INTEREST'. The value is given in CCD coordinates of the un-binned image." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:INFIELD_STRAYLIGHT_CORRECTION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC DESCRIPTION = " Flag indicating whether infield straylight correction was applied to the image." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:INSTRUMENT_ENDUSER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA mission specific keyword INSTRUMENT_ENDUSER gives the instrument served by SD2 oven and that analyses the sample." STANDARD_VALUE_SET = { "CIVA-MI", "CIVA-MV", "COSAC", "PTOLEMY"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:INTERCEPT_POINT_COORD STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The intercept point on the body surface, expressed as a X, Y, Z vector from the centre of the body." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:I_15 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The I_15 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in mA the main powerconverter 15V rail current." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:I_28_MAIN STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The I_28_MAIN keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in mA the current of the main 28 V power rail." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:I_28_REDUNDANT STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The I_28_REDUNDANT keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in mA the current of the redundant 28 V power rail." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:I_3 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The I_3 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in mA the main powerconverter 3V rail current." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:I_5 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The I_5 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in mA the main powerconverter 5V rail current." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:I_M15 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The I_M15 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in mA the main powerconverter -15V rail current." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_BOOTSTRAP STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_BOOTSTRAP is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. This keyword is relevant in the E-FIELD mode only. In this mode, the cables connecting the probe to the instrument electronics are normally bootstrapped (ON) to the probe potentials, in order to increase the frequency range of the voltage measurement. Bootstrapping can be turned OFF if there should be problems with oscillatory behaviour in dense plasmas. In this case, the cables will capacitively load the signal so that the measurement bandwidth shrinks to below or around 100 Hz. The value OFF will be used only if data at the comet shows this to be needed (which is deemed unlikely but not impossible) The keyword applies to both probes." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_CURRENT_CAL_16B_G0_05 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_CURRENT_CAL_16B_G0_05 is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. This keyword is the calibration factor from TM units to amperes for the current measurements (DENSITY mode) for the 16-bit ADCs for low gain (0.05). It is not needed for understanding science data in the CALIBRATED data set." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_CURRENT_CAL_16B_G1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_CURRENT_CAL_16B_G1 is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. This keyword is the calibration factor from TM units to amperes for the current measurements (DENSITY mode) for the 16-bit ADCs for high gain (1). It is not needed for understanding science data in the CALIBRATED data set." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_CURRENT_CAL_20B_G0_05 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_CURRENT_CAL_20B_G0_05 is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. This keyword is the calibration factor from TM units to amperes for the current measurements (DENSITY mode) for the 20-bit ADCs for low gain (0.05). It is not needed for understanding science data in the CALIBRATED data set." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_CURRENT_CAL_20B_G1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_CURRENT_CAL_20B_G1 is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. This keyword is the calibration factor from TM units to amperes for the current measurements (DENSITY mode) for the 20-bit ADCs for high gain (1). It is not needed for understanding science data in the CALIBRATED data set." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_FEEDBACK_P1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The LAP_FEEDBACK_P1 is part of the ROSETTA specific dictionary. It describes a low-level setting within the RPC-LAP instrument. This keyword is coupled to the LAP_P1_BIAS_MODE value for all operations of scientific interest." STANDARD_VALUE_SET = { "DENSITY", "E-FIELD"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_FEEDBACK_P2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The LAP_FEEDBACK_P2 keyword is part of the ROSETTA specific dictionary. It describes a low-level setting of the RPC-LAP instrument. It is coupled to the LAP_P2_BIAS_MODE value for all operations of scientific interest." STANDARD_VALUE_SET = { "DENSITY", "E-FIELD"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_IBIAS1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_IBIAS1 is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. If Probe 1 is in E-FIELD mode, it gives the bias current value to the probe in digital units. The value in physical units is included as data in the TAB file." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_IBIAS2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_IBIAS2 is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. If Probe 2 is in E-FIELD mode, it gives the bias current value to the probe in digital units. The value in physical units is included as data in the TAB file." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_INITIAL_SWEEP_SMPLS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_INITIAL_SWEEP_SMPLS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. Before actual stepping of the bias starts to perform a sweep, a number of samples can have been acquired at the fixed bias value preceding the sweep. This low-level keyword tells how many such samples were acquired, which will also be apparent from the data, as the bias is given with each data point in the TAB file." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_LDL_ACTIVE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_LDL_ACTIVE is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. In the LDL mode, LAP and MIP can share Probe2 on a time-sharing basis, alternating each AQP (32 seconds). It determines which of the two periods (even or odd) is the one when LAP had Probe 2. It is not needed to understand standard science data." STANDARD_VALUE_SET = { "ACTIVE SYNC 0", "ACTIVE SYNC 1"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_LDL_MODE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_LDL_MODE is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. 'OFF' means we do not run LDL. 'MIXED START SYNC 0' means that LAP and MIP share probe 2 and that the sync value starts with 0 in the first AQP - see LAP_LDL_ACTIVE. 'NORMAL' means that MIP has access to probe 2 all the time. 'MIXED START SYNC 1' means that LAP and MIP share probe 2 and that the sync value starts with 0 in the first AQP - see LAP LDL_ACTIVE. It is not needed to understand standard science data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1P2_ADC20_DOWNSAMPLE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P1P2_ADC20_DOWNSAMPLE is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. The 20-bit data from the two LAP probes can also be downsampled in the flight software, though this is done by a simple moving average technique (see the LAP_P1P2_ADC20_MA_LENGTH). This keyword, which applies to the 20-bit data for both probes, gives the downsampling factor (from the original 57.8 Hz sampling frequency). It is not needed to understand the science data, as the correct time is given with each sample in the TAB files." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1P2_ADC20_MA_LENGTH STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P1P2_ADC20_MA_LENGTH is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. This keyword gives the length of the moving average filter possibly used for the 20-bit data (same for both probes, see LAP_P1P2_ADC20_DOWNSAMPLE). It can be of interest to check that data have been properly interest." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1P2_ADC20_RECORD_LENGTH STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P1P2_ADC20_RECORD_LENGTH is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. This keyword gives the number of 20-bit samples (after downsampling). It is not needed to understand the science data, as the number of samples in a TAB file is evident anyway." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1P2_ADC20_STATUS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. This keyword describes the data from the 20-bit ADCs (same for both probes, if 20-bit data are acquired from both). For each probe (P1, P2), it tells whether data are truncated to 16 bits (T) or if they are full 20-bit data (F). If no entry appears for one of the probes, no data from the 20-bit ADC is available for that probes. This is rarely of interest for science users. The possible values are: 'EMPTY' no data from the 20-bit ADCs, 'P1T' truncated P1 data only, 'P2T' truncated P2 data only, 'P1T & P2T' truncated data from both probes, 'P1F' full 20-bit data from P1 only, 'P2F' full 20-bit data from P2 only, 'P1F & P2F' full 20-bit data from both probes, 'P1T P2F' truncated data from P1, full from P2, 'P1F P2T' truncated data from P2, full from P1." STANDARD_VALUE_SET = { "EMPTY", "P2T", "P1T", "P1T & P2T", "P1F", "P2F", "P1F & P2F"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_ADC16_DIG_FILT_CUTOFF STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P1_ADC16_DIG_FILT_CUTOFF is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It specifies the digital filter used for the downsampling of 16-bit data from Probe 1 (see LAP_P1_ADC16_DOWNSAMPLE). It can be of scientific interest for checking that data have been properly filtered." STANDARD_VALUE_SET = { "4688 HZ", "2344 HZ", "1172 HZ", "586 HZ"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_ADC16_DIG_FILT_STATUS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P1_ADC16_DIG_FILT_STATUS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. This keyword describes whether the digital filter for Probe 1 data is enabled or disabled. It can be of scientific interest for checking that data have been properly filtered." STANDARD_VALUE_SET = { "ENABLED", "DISABLED"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_ADC16_DOWNSAMPLE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P1_ADC16_DOWNSAMPLE is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. The 16-bit data from each probe can be digitally filtered and downsampled (from the original 18.75 kHz sampling frequency) by the flight software. This keyword gives the downsampling factor used for the 16-bit data from Probe 1. It is not needed for understanding the data, as the correct time is provided with each sample in the TAB file." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_ADC16_FILTER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P1_ADC16_FILTER is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. There are three analog filters for each probe, cutting at 20, 4 and 8 kHz. The 16-bit ADC can be connected to either the 4 or 8 kHz filters. The 20-bit ADC is always connected to the 20 Hz filter. The LAP_P1_ADC16_FILTER keyword describes which analog filter has been used for the 16-bit ADC for probe 1." STANDARD_VALUE_SET = { "4KHZ", "8KHZ"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_ADC16_UNI_BI_POLAR STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P1_ADC16_UNI_BI_POLAR is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. Each of the two 16-bit ADCs can be operated in unipolar or bipolar mode. The UNIPOLAR mode covers half the range (the positive part) of the BIPOLAR mode at double resolution. It is not foreseen to use the UNIPOLAR mode, but the possibility is retained. This keyword specifies the polarity mode for the 16-bit ADC for Probe 1." STANDARD_VALUE_SET = { "UNIPOLAR", "BIPOLAR"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_ADC16 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The LAP_P1_ADC16 keyword is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. LAP data are sampled by either a 16 or 20-bit ADC. The LAP_P1_ADC16 keyword tells if the 16-bit ADC for probe 1 is sampling in density mode (current measurement, intended for bias voltage mode) or E-field mode (voltage measurement, intended for bias current mode). The value is coupled with LAP_P1_BIAS_MODE one." STANDARD_VALUE_SET = { "DENSITY", "E-FIELD"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_ADC20 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The LAP_P1_ADC20 keyword is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. LAP data are sampled by either a 16 or 20-bit ADC. The LAP_P1_ADC20 keyword tells if the 20-bit ADC for probe 1 is sampling in density mode (current measurement, intended for bias voltage mode) or E-field mode (voltage measurement, intended for bias current mode). The value is coupled with LAP_P1_BIAS_MODE one." STANDARD_VALUE_SET = { "DENSITY", "E-FIELD"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_BIAS_MODE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P1_BIAS_MODE is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the Probe 1 bias mode. E-FIELD means that a bias current is applied and the probe-to-spacecraft voltage is measured. DENSITY means that a bias voltage is applied and the current to the probe is measured. In all operations of scientific interest, it should have the same value as the LAP_FEEDBACK_P1 keyword and at least one ' the relevant one ' of LAP_P1_ADC16 or LAP_P1_ADC20 should also follow." STANDARD_VALUE_SET = { "E-FIELD", "DENSITY"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_DENSITY_FIX_DURATION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P1_DENSITY_FIX_DURATION is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the number of samples acquired on Probe 1 for a record of time series samples at fixed bias voltage in DENSITY mode." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_EFIELD_FIX_DURATION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P1_EFIELD_FIX_DURATION is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the number of samples acquired on Probe 1 for a record of time series samples at fixed bias current in E-FIELD mode." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_FINE_SWEEP_OFFSET STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P1_FINE_SWEEP_OFFSET is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the value of the Probe 1 fine sweep bias offset in digital units. The range is from 0 to 15, where 0 is -7.8V and 15 is 9.22V with a step of 1V (see LAP_SWEEP_RESOLUTION). A more accurate value in volts is implicit in the data in the TAB file, where each data point is given with its associated bias value." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_INITIAL_SWEEP_SMPLS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P1_INITIAL_SWEEP_SMPLS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. Before actual stepping of the bias starts to perform a sweep, a number of samples can have been acquired at the fixed bias value preceding the sweep. This low-level keyword tells how many such samples were acquired on probe 1, which will also be apparent from the data, as the bias is given with each data point in the TAB file." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_RANGE_DENS_BIAS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The LAP_P1_RANGE_DENS_BIAS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. For each LAP probe, there are 2 possible bias voltage ranges: +/-1.2V or +/-32V. The LAP_P1_RANGE_DENS_BIAS keyword specifies the bias range for probe 1. For operations of scientific interest, the +/-1.2V range will occur only for the FINE sweeps (see the keyword LAP_SWEEP_RESOLUTION)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_RX_OR_TX STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P1_RX_OR_TX is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. In addition to the normal bias strategy, each probe can be connected to a transmitter to excite waves in the plasma. If this is the case for probe 1, then LAP_P1_RX_OR_TX is set to TRANSMITTER, otherwise it is ANALOG_INPUT. In operation of scientific interest, it should be tied to LAP_TRANSMITTER_STATUS." STANDARD_VALUE_SET = { "ANALOG_INPUT", "TRANSMITTER"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_STRATEGY_OR_RANGE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The LAP_P1_STRATEGY_OR_RANGE keyword is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It has different meaning depending on the LAP_P1_BIAS_MODE. If LAP_P1_BIAS_MODE = 'E-FIELD', it specifies if probe 1 is set to a bias current value or if it acquires a floating potential by current equilibrium with the plasma. The bias for each data point is also given in the TAB data files. If LAP_P1_BIAS_MODE = 'DENSITY', it specifies the gain state of probe 1 ' low (0.05) or high (1). It gives information on the resolution." STANDARD_VALUE_SET = { "BIAS", "FLOAT", "GAIN 0.05", "GAIN 1"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_SWEEP_FORMAT STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P1_SWEEP_FORMAT is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. Probe bias voltage sweeps are conducted as a series of equidistant bias voltage steps. The stepping can be monotonic upwards (UP) or downwards (DOWN) from a start bias value, or change direction after half the sweep is done to give UP DOWN or DOWN UP. This keyword refers to the value for probe 1." STANDARD_VALUE_SET = { "DOWN", "UP", "DOWN UP", "UP DOWN"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_SWEEP_PLATEAU_DURATION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P1_SWEEP_PLATEAU_DURATION is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. The sweep is a series of bias voltage steps. Between each step, the voltage stays at some certain plateau value. This keyword gives the number of samples collected on each plateau on probe 1." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_SWEEP_RESOLUTION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P1_SWEEP_RESOLUTION is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. In COARSE mode, sweeps are conducted as steps that are multiples of 0.25V and can cover the full bias range of +/-32V. In FINE mode, the step size is a multiple of 9.4 mV, and the full range is +/-1.2V around an offset value. The offset value is defined by the keywords LAP_P1_FINE_SWEEP_OFFSET and LAP_P2_FINE_SWEEP_OFFSET. The keyword is tied to the value of the LAP_P1_RANGE_DENS_BIAS and LAP_P2_RANGE_DENS_BIAS keywords, so that the COARSE corresponds to 32 and FINE corresponds to 5. Note that the value 5 refers to an obsolete range of +/- 5V but for backwards compatibility with other software we let it remain to indicate +/-1.2V. This keyword refers to the value for probe 1." STANDARD_VALUE_SET = { "COARSE", "FINE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_SWEEP_START_BIAS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P1_SWEEP_START_BIAS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the start bias value of a sweep on probe 1 in digital (DAC) units 8 bits. This value will also be apparent from the data, as the bias is given with each data point in the TAB file. The range is 0 to 255 thus -32V to 32V. During fine sweeps indicated by LAP_SWEEP_RESOLUTION the range is from 0 to 255 thus -1.2V to 1.2V. This range in turn is relative to the LAP_P1_FINE_SWEEP_OFFSET." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_SWEEP_STEPS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P1_SWEEP_STEPS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the number of bias steps in a sweep on probe 1." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P1_SWEEP_STEP_HEIGHT STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P1_SWEEP_STEP_HEIGHT is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the size (in ADC units) of each step in a sweep on probe 1. The actual size in volts is given by the data in the TAB file, where each data point is given with its associated bias value." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_ADC16_DIG_FILT_CUTOFF STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P2_ADC16_DIG_FILT_CUTOFF is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It specifies the digital filter used for the downsampling of 16-bit data from Probe 2 (see LAP_P2_ADC16_DOWNSAMPLE). It can be of scientific interest for checking that data have been properly filtered." STANDARD_VALUE_SET = { "4688 HZ", "2344 HZ", "1172 HZ", "586 HZ"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_ADC16_DIG_FILT_STATUS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P2_ADC16_DIG_FILT_STATUS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. This keyword describes whether the digital filter for Probe 2 data is enabled or disabled. It can be of scientific interest for checking that data have been properly filtered." STANDARD_VALUE_SET = { "ENABLED", "DISABLED"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_ADC16_DOWNSAMPLE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P2_ADC16_DOWNSAMPLE is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. The 16-bit data from each probe can be digitally filtered and downsampled (from the original 18.75 kHz sampling frequency) by the flight software. This keyword gives the downsampling factor used for the 16-bit data from Probe 2. It is not needed to understand the data, as the correct time is provided with each sample in the TAB file." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_ADC16_FILTER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P2_ADC16_FILTER is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. There are three analog filters for each probe, cutting at 20, 4 and 8 kHz. The 16-bit ADC can be connected to either the 4 or 8 kHz filters. The 20-bit ADC is always connected to the 20 Hz filter. The LAP_P2_ADC16_FILTER keyword describes which analog filter has been used for the 16-bit ADC for probe 2." STANDARD_VALUE_SET = { "4KHZ", "8KHZ"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_ADC16_UNI_BI_POLAR STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P2_ADC16_UNI_BI_POLAR is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. Each of the two 16-bit ADCs can be operated in unipolar or bipolar mode. The UNIPOLAR mode covers half the range (the positive part) of the BIPOLAR mode at double resolution. It is not foreseen to use the UNIPOLAR mode, but the possibility is retained. This keyword specifies the polarity mode for the 16-bit ADC for Probe 2." STANDARD_VALUE_SET = { "UNIPOLAR", "BIPOLAR"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_ADC16 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The LAP_P2_ADC16 keyword is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. LAP data are sampled by either a 16 or 20-bit ADC. The LAP_P2_ADC16 keyword tells if the 16-bit ADC for probe 2 is sampling in density mode (current measurement, intended for bias voltage mode) or E-field mode (voltage measurement, intended for bias current mode). The value is coupled with LAP_P2_BIAS_MODE one." STANDARD_VALUE_SET = { "DENSITY", "E-FIELD"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_ADC20 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The LAP_P2_ADC20 keyword is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. LAP data are sampled by either a 16 or 20-bit ADC. The LAP_P2_ADC20 keyword tells if the 20-bit ADC for probe 2 is sampling in density mode (current measurement, intended for bias voltage mode) or E-field mode (voltage measurement, intended for bias current mode). The value is coupled with LAP_P2_BIAS_MODE one." STANDARD_VALUE_SET = { "DENSITY", "E-FIELD"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_BIAS_MODE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P2_BIAS_MODE is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the Probe 2 bias mode. E-FIELD means that a bias current is applied and the probe-to-spacecraft voltage is measured. DENSITY means that a bias voltage is applied and the current to the probe is measured. In all operations of scientific interest, it should have the same value as the LAP_FEEDBACK_P2 keyword and at least one ' the relevant one ' of LAP_P2_ADC16 or LAP_P2_ADC20 should also follow." STANDARD_VALUE_SET = { "E-FIELD", "DENSITY"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_DENSITY_FIX_DURATION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P2_DENSITY_FIX_DURATION is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the number of samples acquired on Probe 2 for a record of time series samples at fixed bias voltage in DENSITY mode." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_EFIELD_FIX_DURATION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P2_EFIELD_FIX_DURATION is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the number of samples acquired on Probe 2 for a record of time series samples at fixed bias current in E-FIELD mode." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_FINE_SWEEP_OFFSET STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P2_FINE_SWEEP_OFFSET is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the value of the Probe 2 fine sweep bias offset in digital units. The range is from 0 to 15, where 0 is -7.8V and 15 is 9.22V with a step of 1V (see LAP_SWEEP_RESOLUTION). A more accurate value in volts is implicit in the data in the TAB file, where each data point is given with its associated bias value." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_INITIAL_SWEEP_SMPLS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P2_INITIAL_SWEEP_SMPLS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. Before actual stepping of the bias starts to perform a sweep, a number of samples can have been acquired at the fixed bias value preceding the sweep. This low-level keyword tells how many such samples were acquired on probe 2, which will also be apparent from the data, as the bias is given with each data point in the TAB file." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_RANGE_DENS_BIAS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The LAP_P2_RANGE_DENS_BIAS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. For each LAP probe, there are 2 possible bias voltage ranges: +/-1.2V or +/-32V. The LAP_P2_RANGE_DENS_BIAS keyword specifies the bias range for probe 2. For operations of scientific interest, the +/-1.2V range will occur only for the FINE sweeps (see the keyword LAP_SWEEP_RESOLUTION)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_RX_OR_TX STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P2_RX_OR_TX is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. In addition to the normal bias strategy, each probe can be connected to a transmitter to excite waves in the plasma. If this is the case for probe 2, then LAP_P2_RX_OR_TX is set to TRANSMITTER, otherwise it is ANALOG_INPUT. In operation of scientific interest, it should be tied to LAP_TRANSMITTER_STATUS." STANDARD_VALUE_SET = { "ANALOG_INPUT", "TRANSMITTER"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_STRATEGY_OR_RANGE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The LAP_P2_STRATEGY_OR_RANGE keyword is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It has different meaning depending on the LAP_P2_BIAS_MODE. If LAP_P2_BIAS_MODE = 'E-FIELD', it specifies if probe 2 is set to a bias current value or if it acquires a floating potential by current equilibrium with the plasma. The bias for each data point is also given in the TAB data files. If LAP_P2_BIAS_MODE = 'DENSITY', it specifies the gain state of probe 2 'low (0.05) or high (1). It gives information on the resolution." STANDARD_VALUE_SET = { "BIAS", "FLOAT", "GAIN 0.05", "GAIN 1"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_SWEEP_FORMAT STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P2_SWEEP_FORMAT is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. Probe bias voltage sweeps are conducted as a series of equidistant bias voltage steps. The stepping can be monotonic upwards (UP) or downwards (DOWN) from a start bias value, or change direction after half the sweep is done to give UP DOWN or DOWN UP. This keyword refers to the value for probe 2." STANDARD_VALUE_SET = { "DOWN", "UP", "UP DOWN", "DOWN UP"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_SWEEP_PLATEAU_DURATION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P2_SWEEP_PLATEAU_DURATION is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. The sweep is a series of bias voltage steps. Between each step, the voltage stays at some certain plateau value. This keyword gives the number of samples collected on each plateau on probe 2." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_SWEEP_RESOLUTION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_P2_SWEEP_RESOLUTION is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. In COARSE mode, sweeps are conducted as steps that are multiples of 0.25V and can cover the full bias range of +/-32V. In FINE mode, the step size is a multiple of 9.4 mV, and the full range is +/-1.2V around an offset value. The offset value is defined by the keywords LAP_P1_FINE_SWEEP_OFFSET and LAP_P2_FINE_SWEEP_OFFSET. The keyword is tied to the value of the LAP_P1_RANGE_DENS_BIAS and LAP_P2_RANGE_DENS_BIAS keywords, so that the COARSE corresponds to 32 and FINE corresponds to 5. Note that the value 5 refers to an obsolete range of +/- 5V but for backwards compatibility with other software we let it remain to indicate +/-1.2V. This keyword refers to the value for probe 2." STANDARD_VALUE_SET = { "COARSE", "FINE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_SWEEP_START_BIAS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P2_SWEEP_START_BIAS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the start bias value of a sweep on probe 2 in digital (DAC) units 8 bits. This value will also be apparent from the data, as the bias is given with each data point in the TAB file. The range is 0 to 255 thus -32V to 32V. During fine sweeps indicated by LAP_SWEEP_RESOLUTION the range is from 0 to 255 thus -1.2V to 1.2V. This range in turn is relative to the LAP_P2_FINE_SWEEP_OFFSET." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_SWEEP_STEPS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P2_SWEEP_STEPS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the number of bias steps in a sweep on probe 2." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_P2_SWEEP_STEP_HEIGHT STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_P2_SWEEP_STEP_HEIGHT is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the size (in ADC units) of each step in a sweep on probe 2. The actual size in volts is given by the data in the TAB file, where each data point is given with its associated bias value." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_SWEEPING_P1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_SWEEPING_P1 is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. If the value is NO, the Probe 1 data are a fixed-bias time series. If the value is YES, they are a sweep." STANDARD_VALUE_SET = { "NO", "YES"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_SWEEPING_P2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_SWEEPING_P2 is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. If the value is NO, the Probe 2 data are a fixed-bias time series. If the value is YES, they are a sweep." STANDARD_VALUE_SET = { "NO", "YES"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_SWEEP_FORMAT STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_SWEEP_FORMAT is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. Probe bias voltage sweeps are conducted as a series of equidistant bias voltage steps. The stepping can be monotonic upwards (UP) or downwards (DOWN) from a start bias value, or change direction after half the sweep is done to give UP DOWN or DOWN UP." STANDARD_VALUE_SET = { "DOWN", "UP", "DOWN UP", "UP DOWN"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_SWEEP_PLATEAU_DURATION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_SWEEP_PLATEAU_DURATION is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. The sweep is a series of bias voltage steps. Between each step, the voltage stays at some certain plateau value. This keyword gives the number of samples collected on each plateau." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_SWEEP_RESOLUTION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_SWEEP_RESOLUTION is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. In COARSE mode, sweeps are conducted as steps that are multiples of 0.25V and can cover the full bias range of +/-32V. In FINE mode, the step size is a multiple of 9.4 mV, and the full range is +/-1.2V around an offset value. The offset value is defined by the keywords LAP_P1_FINE_SWEEP_OFFSET and LAP_P2_FINE_SWEEP_OFFSET. The keyword is tied to the value of the LAP_P1_RANGE_DENS_BIAS and LAP_P2_RANGE_DENS_BIAS keywords, so that the COARSE corresponds to 32 and FINE corresponds to 5. Note that the value 5 refers to an obsolete range of +/- 5V but for backwards compatibility with other software we let it remain to indicate +/-1.2V." STANDARD_VALUE_SET = { "COARSE", "FINE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_SWEEP_START_BIAS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_SWEEP_START_BIAS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the start bias value of a sweep in digital (DAC) units 8 bits. This value will also be apparent from the data, as the bias is given with each data point in the TAB file. The range is 0 to 255 thus -32V to 32V. During fine sweeps indicated by LAP_SWEEP_RESOLUTION the range is from 0 to 255 thus -1.2V to 1.2V. This range in turn is relative to the LAP_P1_FINE_SWEEP_OFFSET and LAP_P2_FINE_SWEEP_OFFSET." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_SWEEP_STEPS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_SWEEP_STEPS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the number of bias steps in a sweep." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_SWEEP_STEP_HEIGHT STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_SWEEP_STEP_HEIGHT is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the size (in ADC units) of each step in a sweep. The actual size in volts is given by the data in the TAB file, where each data point is given with its associated bias value." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_TM_RATE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The LAP_TM_RATE keyword is part of the ROSETTA specific dictionary. It defines the telemetry rate used by the RPC-LAP instrument." STANDARD_VALUE_SET = { "NONE", "MINIMUM", "NORMAL", "BURST"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_TRANSMITTER_AMPLITUDE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_TRANSMITTER_AMPLITUDE is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It gives the description of the amplitude of transmitter signal. The possible values are (TR = Transmitter) 'LTRO1' Low TR Offset 1, 'MTRO2' Middle TR Offset 2, 'HTRO3' High TR Offset 3, 'LTR1' Low TR signal amplitude 1, 'MTR2' Middle TR signal amplitude 2, 'HTR3' High TR signal amplitude 3." STANDARD_VALUE_SET = { "LTRO1", "MTRO2", "HTRO3", "LTR1", "MTR2", "HTR3"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_TRANSMITTER_FREQUENCY STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_TRANSMITTER_FREQUENCY is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. In case the LAP transmitter is active (keywords LAP_P1_RX_OR_TX and LAP_P2_RX_OR_TX), this keyword gives the frequency of the square wave emitted in Hz." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_TRANSMITTER_STATUS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The keyword LAP_TRANSMITTER_STATUS is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. It indicates if the transmitter is ON or OFF." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_VBIAS1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_VBIAS1 is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. If Probe 1 is in DENSITY bias mode and is not sweeping, this keyword gives the value of the fixed bias applied to the probe in digital units. The values in physical units are included as data in the TAB file." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_VBIAS2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_VBIAS2 is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. If Probe 2 is in DENSITY bias mode and is not sweeping, this keyword gives the value of the fixed bias applied to the probe in digital units. The values in physical units are included as data in the TAB file." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_VOLTAGE_CAL_16B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_VOLTAGE_CAL_16B is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. This keyword gives the calibration factor from TM units to volts for the voltage measurements (E-FIELD mode) for the 16-bit ADCs. It is not needed for understanding science data in the CALIBRATED data set." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LAP_VOLTAGE_CAL_20B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The keyword LAP_VOLTAGE_CAL_20B is part of the ROSETTA specific dictionary and used by the RPC-LAP instrument. This keyword gives the calibration factor from TM units to volts for the voltage measurements (E-FIELD mode) for the 20-bit ADCs. It is not needed for understanding science data in the CALIBRATED data set." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LOCKING_ENCODER_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The LOCKING_ENCODER_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the locking encoder was used to detect locking errors of the shutter mechanism." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LOSSLESS_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The LOSSLESS_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate if the performed compression was lossless. FALSE means lossy compression." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LOST_PACKETS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The LOST_PACKETS keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the number of lost packets for each image segment." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:LOWPOWER_MODE_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The LOWPOWER_MODE_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the low power image acquire mode was used o acquire the image." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MCB_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The MCB_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the MCB power mode. Possible values are MAIN, REDUNDANT, OFF." STANDARD_VALUE_SET = { "MAIN", "REDUNDANT", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MCB_MAIN_MOTORPOWER_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The MCB_MAIN_MOTORPOWER_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the main MCB motor power switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MCB_RED_MOTORPOWER_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The MCB_RED_MOTORPOWER_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the redundant MCB motor power switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MIDAS_LIN_STAGE_POS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = V STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MIDAS_LIN_STAGE_POS keyword is part of the ROSETTA specific dictionary. The linear stage is used to bring a specific cantilever in front of the target to be imaged. The position of the linear stage is measured by the LVDT in Volt (-9 - +9 )." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MIDAS_SCANNING_MODE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The MIDAS_SCANNING_MODE keyword is part of the ROSETTA specific dictionary. It gives the data acquisition mode." STANDARD_VALUE_SET = { "DYNAMIC", "CONTACT", "MAGNETIC"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MIDAS_SCAN_DATA_TYPE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The MIDAS_SCAN_DATA_TYPE keyword is part of the ROSETTA specific dictionary. It gives the image scans data type. A detailed description of the different data types is given chapter 'Image Scan Data' of the EAICD." STANDARD_VALUE_SET = { "Z_SET_VAL"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MIDAS_SCAN_DIRECTION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The MIDAS_SCAN_DIRECTION keyword is part of the ROSETTA specific dictionary. It is a three parameter vector. It gives the main image scan direction (MAIN_X or MAIN_Y) and the line scan direction (X_LTOH or X_HTOL and Y_LTOH or Y_HTOL). LTOH stands for low to high piezo voltage and HTOL means from high to low piezo voltage." STANDARD_VALUE_SET = { "MAIN_X", "MAIN_Y", "X_LTOH", "X_HTOL", "Y_LTOH", "Y_HTOL"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MIDAS_SCAN_START_XY STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MIDAS_SCAN_START_XY keyword is part of the ROSETTA specific dictionary. It describes the origin of an image or line scan with respect to the origin of the X/Y table. The X and Y coordinates are given in DAC (digital-analog converter) set values ranging from 0 to 65535. The origin of the target reference frame system is located at the lower left corner of the mounting area of a target facet." STANDARD_VALUE_SET = { ""} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MIDAS_SCAN_STOP_XY STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MIDAS_SCAN_STOP_XY keyword is part of the ROSETTA specific dictionary. It describes the end of an image or line scan with respect to the origin of the X/Y table. The X and Y coordinates are given in DAC (digital-analog converter) set values ranging from 0 to 65535. The origin of the target reference frame system is located at the lower left corner of the mounting area of a target facet.." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MIDAS_SEGMENT_NUMBER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The MIDAS_SEGMENT_NUMBER keyword is part of the ROSETTA specific dictionary. It gives the value of the selected scan segment (from 0 to 1023)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MIDAS_TARGET_NAME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The MIDAS_TARGET_NAME keyword is part of the ROSETTA specific dictionary. The keyword value is a string to be selected between 5 facet names. The first three 'TGZ02', 'TGX01', 'TGT01' are calibration gratings mainly used for (re-)calibrating the instrument. SILICON and SOLGEL are two different types of facets used for dust collection." STANDARD_VALUE_SET = { "TGZ02", "TGX01", "TGT01", "SILICON", "SOLGEL"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MIDAS_TARGET_NUMBER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MIDAS_TARGET_NUMBER keyword is part of the ROSETTA specific dictionary. It gives the number (1 to 64) of the selected scan target." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MIDAS_TARGET_TYPE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The MIDAS_TARGET_TYPE keyword is part of the ROSETTA specific dictionary. It gives the type of scan target." STANDARD_VALUE_SET = { "CALIBRATION", "PLAIN SILICON", "SOLGEL COATED"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MIDAS_TIP_NUMBER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The MIDAS_TIP_NUMBER keyword is part of the ROSETTA specific dictionary. It gives the number (1 to 16) of the selected scan cantilever." STANDARD_VALUE_SET = { "1", "2", "3", "4", "5", "6", "7", "8", "9", "10", "11", "12", "13", "14", "15", "16"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MISSION_PHASE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The MISSION_PHASE keyword in the Rosetta Dictionary is a specific implementation allowing for a team to identify the Long-term, Medium-term and Short-term Planning cycles (LTP, MTP and STP respectively) that are applicable to a given observation. This is used as part of a set of keywords used to link a scientific product to an operational activity. See also the ACTIVITY_NAME, OPERATIONAL_ACTIVITY and RATIONALE_DESC keywords within the Rosetta data dictionary." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:MOTOR_CONTROLLER_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The MOTOR_CONTROLLER_ID keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the hardware ID of the motor controller unit. Possible values are EM QM FM FS" STANDARD_VALUE_SET = { "EM", "QM", "FM", "FS"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_CAMERA_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_CAMERA_ID keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the hardware ID of the NAC Camera/Focal plane hardware. Possible values are: EM QM FM FS" STANDARD_VALUE_SET = { "EM", "QM", "FM", "FS"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_CCDANNEALHEATER_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_CCDANNEALHEATER_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the NAC CCD annealing heater switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_CCD_READOUT_BOX_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_CCD_READOUT_BOX_ID keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the hardware ID of the NAC CCD Readout Box (CRB). Possible values are EM QM FM FS" STANDARD_VALUE_SET = { "EM", "FM", "FS", "QM"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_CRB_PRIMEPOWER_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_CRB_PRIMEPOWER_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the NAC primary CRB power switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_DOORFAILSAFEEXEC_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_DOORFAILSAFEEXEC_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give by ON/OFF if the NAC door failsafe execution switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_DOORFAILSAFE_ENAB_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_DOORFAILSAFE_ENAB_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the NAC door failsafe enable switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_IFPLATEHEATER_M_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_IFPLATEHEATER_M_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the NAC main IFP (PPE) heater switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_IFPLATEHEATER_R_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_IFPLATEHEATER_R_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the NAC redundant IFP (PPE) heater switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_MAIN_CALLAMP_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_MAIN_CALLAMP_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the NAC main calibration lamp switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_MAIN_FDM_POWER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = W STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The NAC_MAIN_FDM_POWER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the power in Watt used by the main NAC front door operational heater." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_MAIN_PPE_POWER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = W STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The NAC_MAIN_PPE_POWER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in Watt the power used by the main PPE structure operational heater." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_RED_CALLAMP_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_RED_CALLAMP_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the NAC redundant calibration lamp switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_RED_FDM_POWER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = W STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The NAC_RED_FDM_POWER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the power in Watt used by the redundant NAC front door operational heater." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_RED_PPE_POWER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = W STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The NAC_RED_PPE_POWER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in Watt the power used by the redundant PPE structure operational heater." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_SHUTFAILSAFEEXEC_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_SHUTFAILSAFEEXEC_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the NAC shutter failsafe execution switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_SHUTFAILSAFE_ENAB_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_SHUTFAILSAFE_ENAB_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the NAC shutter failsafe enabling switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NAC_SHUTTERPOWER_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_SHUTTERPOWER_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the NAC shutter electronics power switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:NUM_OF_EXPOSURES STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The number of times that the CCD was exposed to light before being read out." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:OPERATIONAL_ACTIVITY STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The OPERATIONAL_ACTIVITY keyword in the Rosetta Dictionary is a specific implementation allowing for a team to identify the operational activity or objective applicable to a given observation. This is used as part of a set of keywords used to link a scientific product to an operational activity. See also the ACTIVITY_NAME, MISSION_PHASE and RATIONALE_DESC keywords within the Rosetta data dictionary." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:OUTFIELD_STRAYLIGHT_CORRECTION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " Flag used by the OSIRIS team to indicate whether or not the outfield straylight has been corrected for the given image" STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:OVERCLOCKING_LINES_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The OVERCLOCKING_LINES_FLAG ROSETTA mission specific keyword is a flag used by the OSIRIS instrument to indicate if overclocking lines exist in the data file. Overclocking lines are image lines clocked out after the last line of the physical CCD area." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:OVERCLOCKING_PIXELS_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The OVERCLOCKING_PIXELS_FLAG ROSETTA mission specific keyword is a flag used by the OSIRIS instrument to indicate if overclocking pixels are allowed." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:PCM_PASSCTRLACTIVE_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The PCM_PASSCTRLACTIVE_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the PCM passive controller switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:PIPELINE_MASTER_VERSION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The PIPELINE_MASTER_VERSION keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give information on the version of the pipeline master in the calibration pipeline." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:PIPELINE_VERSION_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The PIPELINE_VERSION_ID keyword is part of the ROSETTA specific dictionary. It is used by all instruments to give information on the version of the pipeline that generates the data sets." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:PIXEL_AVERAGING_HEIGTH STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The PIXEL_AVERAGING_HEIGTH keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the box heigth of software pixel averaging performed by the flight software." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:PIXEL_AVERAGING_WIDTH STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The PIXEL_AVERAGING_WIDTH keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the box width of software pixel averaging performed by the flight software." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:POINT_OF_INTEREST STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA:POINT_OF_INTEREST element provides the identification name of a reference image pixel for an IMAGE_POI group. The group contains geo-referencing coordinates for selected image pixels, specifying the image pixel coordinates, and the corresponding target body surface coordinates." STANDARD_VALUE_SET = { "IMAGE PIXEL", "IMAGE CENTER", "UPPER RIGHT CORNER", "LOWER RIGHT CORNER", "UPPER RIGHT CORNER", "UPPER LEFT CORNER"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:POSTPIXEL_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The POSTPIXEL_FLAG ROSETTA mission specific keyword is a flag used by the OSIRIS instrument to indicate the existence of postpixels in the data file. Postpixels are pixels clocked out after the actual CCD image data." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:POWER_CONVERTER_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The POWER_CONVERTER_ID keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the hardware ID of the main power converter. Possible values are EM QM FM FS" STANDARD_VALUE_SET = { "EM", "QM", "FM", "FS"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:PREPIXEL_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The PREPIXEL_FLAG ROSETTA mission specific keyword is a flag used by the OSIRIS instrument to indicate the existence of prepixels in the data file. Prepixels are pixels clocked out before the actual CCD image data." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:PRIMARY_POWER_RAIL_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The PRIMARY_POWER_RAIL_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the primary power rail that has been selected. Possible values are MAIN, REDUNDANT." STANDARD_VALUE_SET = { "MAIN", "REDUNDANT"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:PROCESSING_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA:PROCESSING_ID keyword is used by OSIRIS to describe the version of the image transferred from the DPU if it has been downloaded multiple times." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:PROFILE_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The PROFILE_ID keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS as a timestamp in seconds since epoch 2000 that indicates when the shutter mechanism power profile was generated." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:PTOLEMY_SAMPLE_TAPPING STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA mission specific keyword PTOLEMY_SAMPLE_TAPPING gives the tapping conditions of the pictured oven from the PTOLEMY data. The value can be 'YES' or 'NO'." STANDARD_VALUE_SET = { "YES", "NO"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:RADIOMETRIC_CALIBRATION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC DESCRIPTION = " Flag indicating whether radiometric calibration factors were applied to the image data." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:RATIONALE_DESC STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The RATIONALE_DESC keyword in the Rosetta Dictionary is a specific implementation allowing for a team to identify the top level scientific rationale behind an observation. This is used as part of a set of keywords used to link a scientific product to an operational activity. See also the OPERATIONAL_ACTIVITY, MISSION_PHASE and ACTIVITY_NAME keywords within the Rosetta data dictionary." STANDARD_VALUE_SET = { "NUCLEUS", "DUST", "GAS", "DUST_GAS", "NUCLEUS_DUST_GAS", "CALIBRATION", "PLANET"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:READOUT_CORRECTION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The READOUT_CORRECTION_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the image has been corrected for the readout amplifier chain." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:READOUT_NOISE_CORRECTION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The READOUT_NOISE_CORRECTION_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the dark current generated during the image readout has been removed." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:REFLECTIVITY_NORMALIZATION_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC DESCRIPTION = " Flag indicating whether reflectivity normalization was applied to the image data." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROLIS_ISB_AVRG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = ASCII_INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Rosetta mission specific keyword gives the ROLIS-ISB image average pixel value. It is an ASCII integer and its values are from 0 to 16383." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROLIS_ISB_BUFNO STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = ASCII_INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The Rosetta mission specific keyword named ROLIS_ISB_BUFNO gives the ROLIS ISB image buffer number. This is an ASCII integer and the possible values are from 0 to 7." STANDARD_VALUE_SET = { "0", "1", "2", "3", "4", "5", "6", "7"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROLIS_ISB_CH_TEMP1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Rosetta mission specific keyword ROLIS _ISB_CH_TEMP1 gives the ROLIS ISB camera temperature before exposure. The value is an ASCII_REAL." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROLIS_ISB_CH_TEMP2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Rosetta mission specific keyword ROLIS _ISB_CH_TEMP2 gives the ROLIS-ISB temperature after exposure. This is an ASCII REAL." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROLIS_ISB_DMA_ERR STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = ASCII_INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Rosetta mission specific keyword ROLIS_ISB_DMA_ERR gives the ROLIS ISB DMA error counter (missing rows). It is an ASCII integer and the values are from 0 to 1024." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROLIS_ISB_FLAGS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION DESCRIPTION = " The ROSETTA mission specific keyword ROLIS_ISB_FLAGS gives the ROLIS ISB imaging flags." STANDARD_VALUE_SET = { "EXPOSED", "DIS", "WAVELET", "DARKSUBTRACTED", "FULL", "TRANSMITTED", "BLOCKED"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROLIS_ISB_IFL_POS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION DESCRIPTION = " The ROSETTA mission specific keyword ROLIS_ISB_IFL_POS gives the ROLIS-ISB infinity lens position before exposure (CLOSED, OPEN, BOTH)." STANDARD_VALUE_SET = { "CLOSED", "OPEN", "BOTH"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROLIS_ISB_LED STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION DESCRIPTION = " The Rosetta mission specific keyword ROLIS_ISB_LED gives the ROLIS ISB LED status (OFF, RED, GREEN, BLUE, IR)." STANDARD_VALUE_SET = { "OFF", "RED", "GREEN", "BLUE", "IR"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_CAL_ID1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA missions specific keyword ROSINA_CAL_ID1 identify the calibrated file of data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_CAL_ID2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_CAL_ID2 gives the name of the mass peak table used to locate the peaks in the spectra." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_CAL_ID3 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_CAL_ID3 gives the name of the directory in CALIB containing the RTOF ADC and TDC correction factors used to produce the calibrated data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_CAL_ID4 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_CAL_ID4 gives the name of the file in CALIB directory containing the linear fit for px0 vs mass derived from GCU files. The value is 'NONE' if no GCU is available. This happened after Jan. 2015." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_CAL_ID5 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_CAL_ID5 gives the name of the file in CALIB directory containing the linear fit for px0 vs mass derived from SLF files." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_CAL_ID6 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_CAL_ID6 gives the name of the mass calibration file used for calibration, only if a calibration peak was found in that file." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_AVG_PPM_DEV_A STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword ROSINA_DFMS_SCI_AVG_PPM_DEV_A defined for the Rosina instrument gives the deviation of the calculated masses of the peak from their known mass, in parts per million for row A. The deviation of the mass peak is the absolute value of the mass difference." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_AVG_PPM_DEV_B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword ROSINA_DFMS_SCI_AVG_PPM_DEV_B defined for the Rosina instrument gives the deviation of the calculated masses of the peak from their known mass, in parts per million for row B. The deviation of the mass peak is the absolute value of the mass difference." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_GCU_PIXEL0_A STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword ROSINA_DFMS_SCI_GCU_PIXEL0_A, defined for the Rosina instrument, gives the px0 (mass calibration) derived from GCU files for row A." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_GCU_PIXEL0_B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword ROSINA_DFMS_SCI_GCU_PIXEL0_B, defined for the Rosina instrument, gives the px0 (mass calibration) derived from GCU files for row B." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_GCU_PIXEL0_UNC_A STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword ROSINA_DFMS_SCI_GCU_PIXEL0_UNC_A, defined for the Rosina instrument, gives the uncertainty of px0 (mass calibration) derived from GCU files for row A." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_GCU_PIXEL0_UNC_B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword ROSINA_DFMS_SCI_GCU_PIXEL0_UNC_B, defined for the Rosina instrument, gives the uncertainty of px0 (mass calibration) derived from GCU files for row B." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_OFF_COEFF_C1_A STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword, defined for ROSINA instrument, ROSINA_DFMS_SCI_OFF_COEFF_C1_A gives the first order coefficient of polynomial fit to subtract offset for row A." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_OFF_COEFF_C1_B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword, defined for ROSINA instrument, ROSINA_DFMS_SCI_OFF_COEFF_C1_B gives the first order coefficient of polynomial fit to subtract offset for row B." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_OFF_COEFF_C2_A STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword, defined for ROSINA instrument, ROSINA_DFMS_SCI_OFF_COEFF_C2_A gives the second order coefficient of polynomial fit to subtract offset for row A." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_OFF_COEFF_C2_B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword, defined for ROSINA instrument, ROSINA_DFMS_SCI_OFF_COEFF_C2_B gives the second order coefficient of polynomial fit to subtract offset for row B." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_OFF_COEFF_C3_A STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword, defined for ROSINA instrument, ROSINA_DFMS_SCI_OFF_COEFF_C3_A gives the third order coefficient of polynomial fit to subtract offset for row A." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_OFF_COEFF_C3_B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword, defined for ROSINA instrument, ROSINA_DFMS_SCI_OFF_COEFF_C3_B gives the third order coefficient of polynomial fit to subtract offset for row B." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_OFF_COEFF_FILE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Rosetta mission specific keyword ROSINA_DFMS_SCI_OFF_COEFF_FILE gives the name of the file in CALIB directory used for 3rd order polynomial fit to subtract offset." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_OFF_LEVEL_A STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_DFMS_SCI_OFF_LEVEL_A gives the offset subtracted for row A (zero order polynomial part)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_OFF_LEVEL_B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword, defined for ROSINA instrument, ROSINA_DFMS_SCI_OFF_LEVEL_B gives the offset subtracted for row B." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_OFF_STDEV_A STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_DFMS_SCI_OFF_STDEV_A gives the standard deviation of the offset subtracted for row A." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_OFF_STDEV_B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The ROSETTA mission specific keyword, defined for ROSINA instrument, ROSINA_DFMS_SCI_OFF_STDEV_B gives the standard deviation of the offset subtracted for row B." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_SELF_PIXEL0_A STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword ROSINA_DFMS_SCI_SELF_PIXEL0_A, defined for the Rosina instrument, gives the px0 (mass calibration) derived from SLF files for row A." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_SELF_PIXEL0_B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword ROSINA_DFMS_SCI_SELF_PIXEL0_B, defined for the Rosina instrument, gives the px0 (mass calibration) derived from SLF files for row B." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_SELF_PIXEL0_UNC_A STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword ROSINA_DFMS_SCI_SELF_PIXEL0_UNC_A, defined for the Rosina instrument, gives the uncertainty of px0 (mass calibration) derived from SLF files for row A." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_SELF_PIXEL0_UNC_B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The Rosetta mission specific keyword ROSINA_DFMS_SCI_SELF_PIXEL0_UNC_B, defined for the Rosina instrument, gives the uncertainty of px0 (mass calibration) derived from SLF files for row B." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_SIGNAL_CAL_DEV_A STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_DFMS_SCI_SIGNAL_CAL_DEV_A gives the uncertainty in % of the calibration factor for row A." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_SIGNAL_CAL_DEV_B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_DFMS_SCI_SIGNAL_CAL_DEV_B gives the uncertainty in % of the calibration factor for row B." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_SIGNAL_CAL_VAL_A STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_DFMS_SCI_SIGNAL_CAL_VAL_A gives the calibration factor used to convert the L2 data signal into ions/spectra for row A." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_DFMS_SCI_SIGNAL_CAL_VAL_B STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 24 DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_DFMS_SCI_SIGNAL_CAL_VAL_B gives the calibration factor used to convert the L2 data signal into ions/spectra for row B." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_INST_MODEL STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_INST_MODEL gives the instrument model: FS (Flight model in Space) or FM (Flight Model on Ground)." STANDARD_VALUE_SET = { "FS", "FM"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_PIXEL0_A_MASS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_PIXEL0_A_MASS gives the mass at px0 for mass calibration for row A." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ROSINA_PIXEL0_B_MASS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ROSETTA mission specific keyword ROSINA_PIXEL0_B_MASS gives the mass at px0 for mass calibration for row B." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SAMPLE_NUMBER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword SAMPLE_NUMBER gives the sample number. The sample number is incremented as followed: 1 is for the first sample of the mission, n+1 for the following ones." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SAMPLE_TAPPING STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA mission specific keyword SAMPLE_TAPPING gives the tapping condition of the pictured oven as deduced from the PTOLEMY or COSAC data. The possible values are 'YES' or 'NO'." STANDARD_VALUE_SET = { "YES", "NO"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SAMPLE_VOLUME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword SAMPLE_VOLUME gives the volume in mm3 discharged into the oven. This value is provided by the volume checker." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SCAN_MODE_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA:SCAN_MODE_ID element describes the scan mode of a spectrometer in general and imaging spectrometers in particular. Imaging spectrometers typically use a 2-D matrix array (e.g., a CCD),and produce a 3-D data cube (2 spatial dimensions and a third spectralaxis). These data cubes are built in a progressive manner." STANDARD_VALUE_SET = { "0", "1", "2"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SCIENCE_DATA_LINK STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The SCIENCE_DATA_LINK ROSETTA keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to describe the data link used to transfer the image to the S/C mass memory. Possible values are HIGHSPEED, RTU, BOTH, NONE." STANDARD_VALUE_SET = { "HIGHSPEED", "RTU", "BOTH", "NONE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SD2_DRILL_DEPTH STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MM STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword SD2_DRILL_DEPTH gives the depth of the drilling process as deduced from the SD2 data. The unit is mm." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SD2_OVEN_FILLING STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA mission specific keyword SD2_OVEN_FILLING describes the filling conditions of the pictured oven as deduced from the SD2 data. The possible values are 'YES' or 'NO'." STANDARD_VALUE_SET = { "YES", "NO"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SD2_OVEN_NUMBER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA mission specific keyword SD2_OVEN_NUMBER gives the number of the Medium Temperature Oven dedicated to CIVA-M. The number 12 corresponds to the calibration target." STANDARD_VALUE_SET = { "3", "4", "5", "6", "7", "8", "9", "10", "11", "12"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SD2_OVEN_TYPE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA mission specific keyword SD2_OVEN_TYPE gives the type of the oven filled by the SD2 system. Possible values are 'MTO' for 'Medium Temperature Oven' or 'HTO' for 'High Temperature Oven'." STANDARD_VALUE_SET = { "MTO", "HTO"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SEGMENT_H STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SEGMENT_H keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the height of each image segment (zero indexed)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SEGMENT_W STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SEGMENT_W keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the width of each image segment (zero indexed)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SEGMENT_X STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SEGMENT_X keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the first column in each image segment (zero indexed)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SEGMENT_Y STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SEGMENT_Y keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the first row in each image segment (zero indexed)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SHUTTER_ENABLED_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The SHUTTER_ENABLED_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the mechanical shutter used to acquire the image is enabled." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SHUTTER_FOUND_IN_ERROR_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The SHUTTER_FOUND_IN_ERROR_FLAG ROSETTA mission specific keyword is a flag used by the OSIRIS instrument to indicate if the shutter mechanism had to be reset before executing the exposure." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SHUTTER_OPERATION_MODE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The SHUTTER_OPERATION_MODE keyword is used by the OSIRIS team on Rosetta to describe whether the camera was operated in BALLISTIC mode, where the shutter stops short of the fully open position and falls back to the closed position by the action of its own spring, or in NORMAL mode, where the shutter locks in the open position and then unlocks after the defined period of time." STANDARD_VALUE_SET = { "BALLISTIC", "NORMAL"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SHUTTER_PRETRIGGER_DURATION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SHUTTER_PRETRIGGER_DURATION keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate the time between the end of the shutter motion and the start of the CCD readout." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SHUTTER_PRE_INIT_FAILED_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The SHUTTER_PRE_INIT_FAILED_FLAG ROSETTA mission specific keyword is a flag used by the OSIRIS instrument to indicate if the pre- initiation of the shutter mechanism failed." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SMOOTH_FILTER_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The SMOOTH_FILTER_ID keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the 5x5 convolution filter id used by the flight software. Possible values are NONE: no filtering CONVOL_KERNEL_1: 0.5 FWHM gauss filter CONVOL_KERNEL_2: 0.8 FWMH gauss filter CONVOL_KERNEL_3: 1.0 FWMH gauss filter" STANDARD_VALUE_SET = { "NONE", "CONVOL_KERNEL_1", "CONVOL_KERNEL_2", "CONVOL_KERNEL_3"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SPECTROMETER_TEMPERATURE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA mission specific keyword SPECTROMETER_TEMPERATURE gives temperature information as described below: For CIVA-M/V, it gives 2 values of the optical box temperature. The first comes from the CIVA HK packets and the second one from the TCU redundant packet. For CIVA-M/I, it gives 2 temperatures. The first one is of the grating mechanism within the CIVA HK packets and the second one is the temperature of the optical box within the TCU redundant data. It is not applicable for CIVA-P." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SPICE_TARGET_NAME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The target name specified by SPICE." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SPIHT_MEAN_SHIFT STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SPIHT_MEAN_SHIFT keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the mean shift value bits used by the SPIHT compressor. Value is N/A for other encodings." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SPIHT_MEAN STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SPIHT_MEAN keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the mean value bits used by the SPIHT compressor. Value is N/A for other encodings." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SPIHT_PYRAMID_LEVELS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SPIHT_PYRAMID_LEVELS keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the number of pyramid levels used by the SPIHT compressor. Value is N/A for other encodings." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SPIHT_THRESHOLD_BITS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SPIHT_THRESHOLD_BITS keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the number of threshold bits used by the SPIHT compressor. Value is N/A for other encodings." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SPIHT_WAVE_LEVELS STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SPIHT_WAVE_LEVELS keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the number of wave levels used by the SPIHT compressor. Value is N/A for other encodings." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SQRT_FILTER_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The SQRT_FILTER_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate if the sqrt filter has been applied by the flight software." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SQRT_GAIN STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SQRT_GAIN keyword is part of the ROSETTA specific dictionary and is used by OSIRIS. If SQRT_FILTER_FLAG is TRUE, it contains the gain factor used by the filter." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SREM_ELECTRONS_LT_2MEV STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SREM_ELECTRONS_LT_2MEV keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in DN the SREM dosis of < 2 MeV electrons." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SREM_PROTONS_50_TO_70MEV STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SREM_PROTONS_50_TO_70MEV keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in DN the SREM dosis of 50-70 MeV protons." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SREM_PROTONS_GT_20MEV STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The SREM_PROTONS_GT_20MEV keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in DN the SREM dosis of >20MeV protons." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:START_VALID_PERIOD_SCLK STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " Start of the mission period to which the data can be applied, in S/C seconds." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:START_VALID_PERIOD STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = TIME UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION DESCRIPTION = " Start of the mission period to which the data can be applied." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:STATUS_MASK STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The STATUS_MASK keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate the raw status value returned from the CRB." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SUBFRAME_COORDINATE_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The SUBFRAME_COORDINATE_ID keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate what sub frame coordinate system is used in the X_START, X_END, Y_START, Y_END tags. Possible Values are OPTICAL, ELECTRICAL." STANDARD_VALUE_SET = { "OPTICAL", "ELECTRICAL"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SURFACE_INTERCEPT_DISTANCE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA:SURFACE_INTERCEPT_DISTANCE element specifies the distance between the camera entrance pupil and the reference point on the target body." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SURFACE_MODEL_FILE_NAME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The name of the surface model file used to generate the information in the label." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:SURF_INT_CART_COORD STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ROSETTA: SURF_INT_CART_COORD element specifies the Cartesian coordinates of the reference point on the target body surface." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:TELEMETRY_FORMAT_CODE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ROSETTA:TELEMETRY_FORMAT_CODE keyword identifies the format of the telemetry sent to ground, needed to interpret and process the data." STANDARD_VALUE_SET = { "210", "202"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:TESTMODE_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The TESTMODE_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the shutter test mode is enabled." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_BOARD_CONTROLLER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_BOARD_CONTROLLER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the motor controller board." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_BOARD_DRIVER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_BOARD_DRIVER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the of motor controller driver state." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_DSP_MAIN STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_DSP_MAIN keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the main DSP (processing unit)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_DSP_REDUNDANT STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_DSP_REDUNDANT keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the redundant DSP (processing unit)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_MAIN_PCM STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_MAIN_PCM keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the Main power converter electronics board." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_NAC_CCD_VIA_MCB STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_NAC_CCD_VIA_MCB keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the NAC CCD temperature as read by the MCB HK board." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_NAC_DOOR_IF_MAIN STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_NAC_DOOR_IF_MAIN keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the NAC front door interface plate (main)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_NAC_DOOR_IF_REDUNDANT STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_NAC_DOOR_IF_REDUNDANT keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the NAC front door interface plate (redundant)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_NAC_DOOR_MOTOR STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_NAC_DOOR_MOTOR keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the NAC filter front door motor temperature sensor." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_NAC_MIRROR_1_AND_3 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_NAC_MIRROR_1_AND_3 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the NAC M1 and M3 mirror mounting plate." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_NAC_MIRROR_2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_NAC_MIRROR_2 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the NAC M2 mirror." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_NAC_PPE_IF_MAIN STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_NAC_PPE_IF_MAIN keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the NAC PPE interface plate (mounting plate for filter wheel, shutter and focal plane) ( main)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_NAC_PPE_IF_REDUNDANT STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_NAC_PPE_IF_REDUNDANT keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the NAC PPE interface plate (mounting plate for filter wheel, shutter and focal plane) (redundant)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_NAC_WHEEL_MOTOR_1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_NAC_WHEEL_MOTOR_1 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the NAC filter wheel #1 motor temperature sensor." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_NAC_WHEEL_MOTOR_2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_NAC_WHEEL_MOTOR_2 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the NAC filter wheel #2 motor temperature sensor." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_REDUNDANT_PCM STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_REDUNDANT_PCM keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the Redundant power converter electronics board." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_WAC3 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_WAC3 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the WAC mirror temperature sensor #3." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_WAC4 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_WAC4 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the WAC mirror temperature sensor #4." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_WAC_CCD_VIA_MCB STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_WAC_CCD_VIA_MCB keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the WAC CCD temperature as read by the MCB HK board." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_WAC_DOOR_MOTOR STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_WAC_DOOR_MOTOR keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the WAC filter front door motor temperature sensor." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_WAC_STRUCTURE_MAIN_1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_WAC_STRUCTURE_MAIN_1 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the WAC structure temperature sensor #1 (main)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_WAC_STRUCTURE_MAIN_2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_WAC_STRUCTURE_MAIN_2 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the WAC structure temperature sensor #2 (main)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_WAC_STRUCTURE_REDUNDANT_1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_WAC_STRUCTURE_REDUNDANT_1 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the WAC structure temperature sensor #1 (redundant)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_WAC_STRUCTURE_REDUNDANT_2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_WAC_STRUCTURE_REDUNDANT_2 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the WAC structure temperature sensor #2 (redundant)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_WAC_WHEEL_MOTOR_1 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_WAC_WHEEL_MOTOR_1 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the WAC filter wheel #1 motor temperature sensor." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:T_WAC_WHEEL_MOTOR_2 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The T_WAC_WHEEL_MOTOR_2 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the temperature in Kelvin of the WAC filter wheel #2 motor temperature sensor." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:VERTICAL_FOCAL_LENGTH STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = M STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ROSETTA:VERTICAL_FOCAL_LENGTH keyword provides the vertical focal length for an OSIRIS image to allow for the vertical scale of an image to be understood." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:VERTICAL_RESOLUTION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = RAD STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ROSETTA:VERTICAL_RESOLUTION keyword is used by the OSIRIS team to indicate the vertical scale of an image." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:VIR_DEAD_PIXEL_MAP_FILE_NAME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " Name of an external file containing the dead pixel map." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:VIR_H_PIXEL_MAP_COEF_DESC STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " This keyword contains the names of the 24 pixel map coefficients for H." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:VIR_H_PIXEL_MAP_COEF STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION DESCRIPTION = " This keyword contains the values of the 24 pixel map coefficients for H, formatted as E13.6." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:VIR_H_START_X_POSITION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " X Co-ordinate of the first IRFPA pixel used on the VIRTIS-H spectrometer" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:VIR_H_START_Y_POSITION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " Y Co-ordinate of the first IRFPA pixel used on the VIRTIS-H spectrometer. Values are in the range of 0 to 15." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:VIR_IR_START_X_POSITION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION DESCRIPTION = " X coordinate of the first CCD pixel used on the M-IR FPA. This quantity determines the correspondence between wavelength and spectral channels." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:VIR_IR_START_Y_POSITION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION DESCRIPTION = " Y coordinate of the first CCD pixel used on the M-IR FPA. This quantity determines the spatial projection of the data on the surface." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:VIR_PIXEL_MAP_FILE_NAME STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " Name of an external file containing the pixel map." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:VIR_VIS_START_X_POSITION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION DESCRIPTION = " X coordinate of the first CCD pixel used on the M-Vis FPA. This quantity determines the correspondence between wavelength and spectral channels." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:VIR_VIS_START_Y_POSITION STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION DESCRIPTION = " Y coordinate of the first CCD pixel used on the M-Vis FPA. This quantity determines the spatial projection of the data on the surface." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:V_15 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The V_15 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the main powerconverter 15V rail voltage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:V_28_MAIN STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The V_28_MAIN keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the voltage of the main 28 V power rail." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:V_28_REDUNDANT STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The V_28_REDUNDANT keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the voltage of the redundant 28 V power rail." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:V_3 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The V_3 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the main powerconverter 3V rail voltage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:V_5 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The V_5 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the main powerconverter 5V rail voltage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:V_M15 STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The V_M15 keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the main powerconverter -15V rail voltage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:V_NAC_REFERENCE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The V_NAC_REFERENCE keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the NAC reference voltage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:V_WAC_REFERENCE STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The V_WAC_REFERENCE keyword is part of the ROSETTA specific dictionary It is used by the OSIRIS instrument to give the WAC reference voltage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_CAMERA_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The WAC_CAMERA_ID keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the hardware ID of the WAC Camera/Focal plane hardware. Possible values are: EM QM FM FS" STANDARD_VALUE_SET = { "EM", "QM", "FM", "FS"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_CCDANNEALHEATER_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The WAC_CCDANNEALHEATER_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if Is the WAC CCD annealing heater switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_CCD_READOUT_BOX_ID STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The WAC_CCD_READOUT_BOX_ID keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give the hardware ID of the WAC CCD Readout Box (CRB). Possible values are EM QM FM FS" STANDARD_VALUE_SET = { "EM", "QM", "FM", "FS"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_CRB_PRIMEPOWER_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The WAC_CRB_PRIMEPOWER_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the WAC primary CRB power switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_DOORFAILSAFEEXEC_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The WAC_DOORFAILSAFEEXEC_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the WAC door failsafe execution switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_DOORFAILSAFE_ENAB_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The WAC_DOORFAILSAFE_ENAB_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the WAC door failsafe enable switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_MAIN_CALLAMP_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The WAC_MAIN_CALLAMP_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the WAC main calibration lamp switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_MAIN_STR1_POWER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = W STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The WAC_MAIN_STR1_POWER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in Watt the power used by the main WAC structure #1 operational heater." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_MAIN_STR2_POWER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The WAC_MAIN_STR2_POWER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in Watt the power used by the main WAC structure #2 operational heater." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_RED_CALLAMP_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The WAC_RED_CALLAMP_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the WAC redundant calibration lamp switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_RED_STR1_POWER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = W STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The WAC_RED_STR1_POWER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in Watt the power used by the redundant WAC structure #1 operational heater." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_RED_STR2_POWER STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The WAC_RED_STR2_POWER keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give in Watt the power used by the redundant WAC structure #2 operational heater." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_SHUTFAILSAFEEXEC_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The NAC_SHUTFAILSAFEEXEC_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the NAC shutter failsafe execution switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_SHUTFAILSAFE_ENAB_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The WAC_SHUTFAILSAFE_ENAB_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to give by ON/OFF if the WAC shutter failsafe enable switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_SHUTTERPOWER_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The WAC_SHUTTERPOWER_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the WAC shutter electronics switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_STRUCTUREHEATER_M_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The WAC_STRUCTUREHEATER_M_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if the WAC main structure heater switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WAC_STRUCTUREHEATER_R_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The WAC_STRUCTUREHEATER_R_FLAG keyword is part of the ROSETTA specific dictionary. It is used by the OSIRIS instrument to indicate by ON/OFF if WAC redundant structure heater switch is switched on." STANDARD_VALUE_SET = { "ON", "OFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:WINDOWING_ENABLED_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The WINDOWING_ENABLED_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the hardware windowing is enabled." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:X_END STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The X_END keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to provide the last column (inclusive) of the hardware sub frame used to acquire the image. The keyword is only valid if WINDOWING_ENABLED_FLAG is TRUE. This value is specified in the ELECTRICAL CCD coordinates." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:X_START STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The X_START keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to provide the first column of the hardware sub frame used to acquire the image. The keyword is only valid if WINDOWING_ENABLED_FLAG is TRUE. This value is specified in the ELECTRICAL CCD coordinates." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:Y_END STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Y_END keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate the last raw of the hardware sub frame used to acquire the image. The keyword is only valid if WINDOWING_ENABLED_FLAG is TRUE. This value is specified in the ELECTRICAL CCD coordinates." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:Y_START STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The Y_START keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate the first raw of the hardware sub frame used to acquire the image. The keyword is only valid if WINDOWING_ENABLED_FLAG is TRUE. This value is specified in the ELECTRICAL CCD coordinates." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ROSETTA:ZEROPULSE_FLAG STATUS_TYPE = PSA-APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The ZEROPULSE_FLAG keyword is part of the ROSETTA mission specific dictionary. It is used by OSIRIS to indicate if the shutter zero position pulse was used to start the position encoder pulse data." STANDARD_VALUE_SET = { "TRUE", "FALSE"} END_OBJECT = ELEMENT_DEFINITION END