PDS_VERSION_ID                 = PDS3

/* File structure:                                                       */
/* This file contains an unstructured byte stream.                       */
/* The UNDEFINED RECORD_TYPE is used to meet PDS standards requirements. */
/* A label "record" is actually a single byte.                           */
RECORD_TYPE                    = UNDEFINED

/* Locations of Data Objects in the file.                */
/* >>> CAUTION <<< The first byte is location 1 (not 0)! */
LABEL_RECORDS                  = 32768 <BYTES>
^SCIENCE_CHANNEL_TABLE         = 32769 <BYTES>
^LOOKUP_TABLE                  = 33569 <BYTES>
^CPMM_ENGINEERING_TABLE        = 49953 <BYTES>
^CALIBRATION_LINE_PREFIX_TABLE = 50013 <BYTES>
^CALIBRATION_LINE_SUFFIX_TABLE = 50013 <BYTES>
^CALIBRATION_IMAGE             = 50013 <BYTES>
^LINE_PREFIX_TABLE             = 227757 <BYTES>
^LINE_SUFFIX_TABLE             = 227757 <BYTES>
^IMAGE                         = 227757 <BYTES>
^GAP_TABLE                     = 84867757 <BYTES>

/* Identification information. */
DATA_SET_ID                    = MRO-M-HIRISE-2-EDR-V1.0
DATA_SET_NAME                  = "MRO MARS HIGH RESOLUTION IMAGING SCIENCE
                                  EXPERIMENT EDR V1.0"
PRODUCER_INSTITUTION_NAME      = "UNIVERSITY OF ARIZONA"
PRODUCER_ID                    = UA
PRODUCER_FULL_NAME             = "ALFRED MCEWEN"
OBSERVATION_ID                 = PSP_002733_1880
MRO:COMMANDED_ID               = PSP_002733_1880
PRODUCT_ID                     = PSP_002733_1880_RED4_0
PRODUCT_VERSION_ID             = 2
SOURCE_FILE_NAME               = 4A_01_482AB57800_05_0_01.DAT
INSTRUMENT_HOST_NAME           = "MARS RECONNAISSANCE ORBITER"
INSTRUMENT_HOST_ID             = MRO
INSTRUMENT_NAME                = "HIGH RESOLUTION IMAGING SCIENCE EXPERIMENT"
INSTRUMENT_ID                  = HIRISE
TARGET_NAME                    = MARS
MISSION_PHASE_NAME             = "PRIMARY SCIENCE PHASE"
ORBIT_NUMBER                   = 2733
RATIONALE_DESC                 = "Faulted layers in Danielson Crater"
SOFTWARE_NAME                  = "HiRISE_Observation v2.10.6 (2.47 2009/06/01
                                  05:08:10)"
FLIGHT_SOFTWARE_VERSION_ID     = IE_FSW_V4

/* Science Channel Header Observation Data Component description. */
Object = SCIENCE_CHANNEL_TABLE
  INTERCHANGE_FORMAT = BINARY
  ROWS               = 1
  COLUMNS            = 184
  ROW_BYTES          = 800
  DESCRIPTION        = "The Science Channel Table contains engineering fields
                        describing the operating state and commanding of the
                        HiRISE observation. For detailed information about the
                        contents and organization of this observation data
                        component, refer to the SCIENCE_CHANNEL_TABLE.FMT
                        file."
  ^STRUCTURE         = SCIENCE_CHANNEL_TABLE.FMT
End_Object

/* Lookup Table Observation Data Component description. */
Object = LOOKUP_TABLE
  INTERCHANGE_FORMAT = BINARY
  ROWS               = 16384
  COLUMNS            = 1
  ROW_BYTES          = 1
  DESCRIPTION        = "The Lookup Table (LUT) defines the translation of
                        14-bit input pixels to 8-bit output pixels. The table
                        has one column and 16384 rows, one for each input DN
                        value. The first entry of the table refers to the 8-bit
                        output value for the input pixel value 0."

  Object = COLUMN
    NAME        = "Output Data Value"
    DATA_TYPE   = MSB_UNSIGNED_INTEGER
    START_BYTE  = 1
    BYTES       = 1
    DESCRIPTION = "The rows represent the 8-bit output pixel value for each
                   14-bit input pixel. The first row contains the 8-bit pixel
                   value corresponding to the input DN value of 0. Each
                   subsequent row corresponds to the 8-bit output pixel of the
                   next input DN value."
  End_Object
End_Object

/* CPMM Engineering Header Observation Data Component description. */
Object = CPMM_ENGINEERING_TABLE
  INTERCHANGE_FORMAT = BINARY
  ROWS               = 1
  COLUMNS            = 8
  ROW_BYTES          = 60
  DESCRIPTION        = "The CPMM Engineering Table contains engineering fields
                        used by the CCD Processing and Memory Module (CPMM) in
                        commanding the CCD during the observation. For detailed
                        information about the contents and organization of this
                        observation data component, refer to the
                        CPMM_ENGINEERING_TABLE.FMT file."
  ^STRUCTURE         = CPMM_ENGINEERING_TABLE.FMT
End_Object

/* Calibration Image Data Line Prefix description. */
Object = CALIBRATION_LINE_PREFIX_TABLE
  INTERCHANGE_FORMAT = BINARY
  ROWS               = 168
  COLUMNS            = 2
  ROW_BYTES          = 18
  ROW_SUFFIX_BYTES   = 1040

  Object = COLUMN
    NAME        = "Line Identification"
    DATA_TYPE   = MSB_UNSIGNED_INTEGER
    START_BYTE  = 1
    BYTES       = 6
    DESCRIPTION = "Line ID contains line synchronization pattern, channel
                   number, and line counter."

    Object = BIT_COLUMN
      NAME          = "Line Synchronization Pattern"
      BIT_DATA_TYPE = MSB_UNSIGNED_INTEGER
      START_BIT     = 1
      BITS          = 19
      DESCRIPTION   = "For valid lines this line synchronization pattern is
                       2#1111111100000000111#, for a corrupted or missing line
                       the value is 2#1111111111111111111#."
    End_Object

    Object = BIT_COLUMN
      NAME          = "Channel Number"
      BIT_DATA_TYPE = MSB_UNSIGNED_INTEGER
      START_BIT     = 20
      BITS          = 5
      DESCRIPTION   = "Channel number associated with a line."
    End_Object

    Object = BIT_COLUMN
      NAME          = "Line Counter"
      BIT_DATA_TYPE = MSB_UNSIGNED_INTEGER
      START_BIT     = 25
      BITS          = 23
      DESCRIPTION   = "Line counter. First line = 0."
    End_Object

    Object = BIT_COLUMN
      NAME          = "Bad Line"
      BIT_DATA_TYPE = MSB_UNSIGNED_INTEGER
      START_BIT     = 48
      BITS          = 1
      DESCRIPTION   = "The bad line flag is set when the line was found to
                       have a misplaced or corrupted line header. A line header
                       that is lost in a data gap does not result in a bad
                       line."
    End_Object
  End_Object

  Object = COLUMN
    NAME        = "Buffer Pixels"
    DATA_TYPE   = MSB_UNSIGNED_INTEGER
    START_BYTE  = 7
    BYTES       = 12
    ITEMS       = 12
    ITEM_BYTES  = 1
    DESCRIPTION = "The buffer pixels contain the value of empty pixels after
                   going through the instrument electronics."
  End_Object
End_Object

/* Calibration Image Data Line Suffix description. */
Object = CALIBRATION_LINE_SUFFIX_TABLE
  INTERCHANGE_FORMAT = BINARY
  ROWS               = 168
  COLUMNS            = 1
  ROW_BYTES          = 16
  ROW_PREFIX_BYTES   = 1042

  Object = COLUMN
    NAME        = "Dark Reference Pixels"
    DATA_TYPE   = MSB_UNSIGNED_INTEGER
    START_BYTE  = 1
    BYTES       = 16
    ITEMS       = 16
    ITEM_BYTES  = 1
    DESCRIPTION = "Dark reference pixel values produced by masked detectors."
  End_Object
End_Object

/* Calibration Image Data Description. */
Object = CALIBRATION_IMAGE
  LINES             = 168
  LINE_SAMPLES      = 1024
  SAMPLE_BITS       = 8
  SAMPLE_BIT_MASK   = 2#11111111#
  SAMPLE_TYPE       = MSB_UNSIGNED_INTEGER
  MISSING_CONSTANT  = 16#FF#
  LINE_PREFIX_BYTES = 18
  LINE_SUFFIX_BYTES = 16
  DESCRIPTION       = "The calibration image results from passing unexposed
                       pixels through the instrument electronics. This records
                       the instrument fixed noise signature that can be used to
                       correct the observational data."
End_Object

/* Image data line prefix description. */
Object = LINE_PREFIX_TABLE
  INTERCHANGE_FORMAT = BINARY
  ROWS               = 80000
  COLUMNS            = 2
  ROW_BYTES          = 18
  ROW_SUFFIX_BYTES   = 1040

  Object = COLUMN
    NAME        = "Line Identification"
    DATA_TYPE   = MSB_UNSIGNED_INTEGER
    START_BYTE  = 1
    BYTES       = 6
    DESCRIPTION = "Line ID contains line synchronization pattern, channel
                   number, and line counter."

    Object = BIT_COLUMN
      NAME          = "Line Synchronization Pattern"
      BIT_DATA_TYPE = MSB_UNSIGNED_INTEGER
      START_BIT     = 1
      BITS          = 19
      DESCRIPTION   = "For valid lines this line synchronization pattern is
                       2#1111111100000000111#, for a corrupted or missing line
                       the value is 2#1111111111111111111#."
    End_Object

    Object = BIT_COLUMN
      NAME          = "Channel Number"
      BIT_DATA_TYPE = MSB_UNSIGNED_INTEGER
      START_BIT     = 20
      BITS          = 5
      DESCRIPTION   = "Channel number associated with a line."
    End_Object

    Object = BIT_COLUMN
      NAME          = "Line Counter"
      BIT_DATA_TYPE = MSB_UNSIGNED_INTEGER
      START_BIT     = 25
      BITS          = 23
      DESCRIPTION   = "Line counter. First line = 168."
    End_Object

    Object = BIT_COLUMN
      NAME          = "Bad Line"
      BIT_DATA_TYPE = MSB_UNSIGNED_INTEGER
      START_BIT     = 48
      BITS          = 1
      DESCRIPTION   = "The bad line flag is set when the line was found to
                       have a misplaced or corrupted line header. A line header
                       that is lost in a data gap does not result in a bad
                       line."
    End_Object
  End_Object

  Object = COLUMN
    NAME        = "Buffer Pixels"
    DATA_TYPE   = MSB_UNSIGNED_INTEGER
    START_BYTE  = 7
    BYTES       = 12
    ITEMS       = 12
    ITEM_BYTES  = 1
    DESCRIPTION = "The buffer pixels contain the value of empty pixels after
                   going through the instrument electronics."
  End_Object
End_Object

/* Image data line suffix description. */
Object = LINE_SUFFIX_TABLE
  INTERCHANGE_FORMAT = BINARY
  ROWS               = 80000
  COLUMNS            = 1
  ROW_BYTES          = 16
  ROW_PREFIX_BYTES   = 1042

  Object = COLUMN
    NAME        = "Dark Reference Pixels"
    DATA_TYPE   = MSB_UNSIGNED_INTEGER
    START_BYTE  = 1
    BYTES       = 16
    ITEMS       = 16
    ITEM_BYTES  = 1
    DESCRIPTION = "Dark reference pixel values produced by masked detectors."
  End_Object
End_Object

/* Image data description. */
Object = IMAGE
  LINES             = 80000
  LINE_SAMPLES      = 1024
  SAMPLE_BITS       = 8
  SAMPLE_BIT_MASK   = 2#11111111#
  SAMPLE_TYPE       = MSB_UNSIGNED_INTEGER
  MISSING_CONSTANT  = 16#FF#
  LINE_PREFIX_BYTES = 18
  LINE_SUFFIX_BYTES = 16
  DESCRIPTION       = "Observation image data."
End_Object

/* Gap Table description. */
Object = GAP_TABLE
  INTERCHANGE_FORMAT = BINARY
  ROWS               = 0
  COLUMNS            = 2
  ROW_BYTES          = 8
  DESCRIPTION        = "The Gap Table identifies the location of gap byte
                        value (0xFF) segments in the file as a set of [start,
                        end) range pairs."

  Object = COLUMN
    NAME        = "Range Start"
    DATA_TYPE   = MSB_UNSIGNED_INTEGER
    START_BYTE  = 1
    BYTES       = 4
    DESCRIPTION = "The byte offset (0-based) from the beginning of the file to
                   the start byte (inclusive) of the gap segment."
  End_Object

  Object = COLUMN
    NAME        = "Range End"
    DATA_TYPE   = MSB_UNSIGNED_INTEGER
    START_BYTE  = 5
    BYTES       = 4
    DESCRIPTION = "The byte offset (0-based) from the beginning of the file to
                   the end byte (exclusive) of the range."
  End_Object
End_Object

/* Observation timing events.                                           */
/* All xxx_COUNT values are for the MRO spacecraft clock (SCLK)         */
/* in seconds:subseconds form. A subsecond tick = 15.2588 microseconds. */
/* All xxx_TIME values are referenced to UTC.                           */
/* To obtain the most accurate results from time values                 */
/* use the xxx_COUNT values with the latest SPICE kernels               */
/* obtained from ftp://naif.jpl.nasa.gov/pub/naif/MRO/kernels.          */
Group = TIME_PARAMETERS
  /* Time when power to the CPMM units was applied. */
  MRO:ANALOG_POWER_START_TIME  = 2007-02-25T09:48:46.973
  MRO:ANALOG_POWER_START_COUNT = 856864145:58207

  /* Time when the observation first started. */
  MRO:OBSERVATION_START_TIME   = 2007-02-25T09:49:57.711
  MRO:OBSERVATION_START_COUNT  = 856864216:41044

  /* Time at the beginning of the first calibration image line. */
  MRO:CALIBRATION_START_TIME   = 2007-02-25T09:49:57.884
  MRO:CALIBRATION_START_COUNT  = 856864216:52387

  /* Time at the beginning of the first target image line. */
  START_TIME                   = 2007-02-25T09:49:57.899
  SPACECRAFT_CLOCK_START_COUNT = 856864216:53351

  /* Time at the end of the last target image line. */
  STOP_TIME                    = 2007-02-25T09:50:04.899
  SPACECRAFT_CLOCK_STOP_COUNT  = 856864223:53351

  /* Time when the CPMM readout started. */
  MRO:READOUT_START_TIME       = 2007-02-25T09:54:09.097
  MRO:READOUT_START_COUNT      = 856864468:00780

  /* Time when this EDR product was created. */
  PRODUCT_CREATION_TIME        = 2009-11-07T08:09:23
End_Group

/* Instrument settings. */
Group = INSTRUMENT_SETTING_PARAMETERS
  MRO:CPMM_NUMBER                 = 5
  MRO:CHANNEL_NUMBER              = 0
  FILTER_NAME                     = RED
  CENTER_FILTER_WAVELENGTH        = 700 <NANOMETERS>
  BANDWIDTH                       = 300 <NANOMETERS>
  MRO:SCAN_EXPOSURE_DURATION      = 87.5000 <MICROSECONDS>
  MRO:LINE_EXPOSURE_DURATION      = 87.5000 <MICROSECONDS>
  MRO:IMAGE_EXPOSURE_DURATION     = 7014700.0000 <MICROSECONDS>
  MRO:DELTA_LINE_TIMER_COUNT      = 216
  MRO:POWERED_CPMM_FLAG           = (ON, ON, ON, ON, ON, ON, ON, ON, ON, ON,
                                     ON, ON, ON, ON)
  MRO:BINNING                     = 1
  MRO:TDI                         = 128
  MRO:TRIM_LINES                  = 1797
  MRO:FOCUS_POSITION_COUNT        = 2023
  MRO:FELICS_COMPRESSION_FLAG     = YES
  MRO:STIMULATION_LAMP_FLAG       = (OFF, OFF, OFF)
  MRO:HEATER_CONTROL_MODE         = "CLOSED LOOP"
  MRO:HEATER_CONTROL_FLAG         = (ON, ON, ON, ON, ON, ON, ON, ON, ON, ON,
                                     ON, ON, ON, ON)
  MRO:LOOKUP_TABLE_TYPE           = STORED
  MRO:LOOKUP_TABLE_MINIMUM        = -9998
  MRO:LOOKUP_TABLE_MAXIMUM        = -9998
  MRO:LOOKUP_TABLE_MEDIAN         = -9998
  MRO:LOOKUP_TABLE_K_VALUE        = -9998
  MRO:LOOKUP_TABLE_NUMBER         = 10

  /* This table provides a reverse mapping                      */
  /* from 8-bit EDR image data back to 14-bit observation data. */
  /* Each node of the map is the (lower, upper) inclusive range */
  /* of the original 14-bit observation value                   */
  /* that was translated to the 8-bit image value               */
  /* corresponding to the node number (first node = 0).         */
  /* Unused image values have the special range (-9998, -9998). */
  /* A special ((0, 0)) map indicates that no LUT was applied.  */
  MRO:LOOKUP_CONVERSION_TABLE     = ((0, 1007), (1008, 1022), (1023, 1037),
                                     (1038, 1053), (1054, 1068), (1069, 1083),
                                     (1084, 1098), (1099, 1113), (1114, 1128),
                                     (1129, 1143), (1144, 1159), (1160, 1174),
                                     (1175, 1189), (1190, 1204), (1205, 1219),
                                     (1220, 1234), (1235, 1249), (1250, 1265),
                                     (1266, 1280), (1281, 1295), (1296, 1310),
                                     (1311, 1325), (1326, 1340), (1341, 1356),
                                     (1357, 1371), (1372, 1386), (1387, 1401),
                                     (1402, 1416), (1417, 1431), (1432, 1446),
                                     (1447, 1462), (1463, 1477), (1478, 1492),
                                     (1493, 1512), (1513, 1538), (1539, 1564),
                                     (1565, 1590), (1591, 1616), (1617, 1642),
                                     (1643, 1668), (1669, 1694), (1695, 1720),
                                     (1721, 1746), (1747, 1772), (1773, 1798),
                                     (1799, 1824), (1825, 1850), (1851, 1875),
                                     (1876, 1901), (1902, 1927), (1928, 1953),
                                     (1954, 1979), (1980, 2005), (2006, 2031),
                                     (2032, 2057), (2058, 2083), (2084, 2109),
                                     (2110, 2135), (2136, 2161), (2162, 2187),
                                     (2188, 2213), (2214, 2238), (2239, 2264),
                                     (2265, 2290), (2291, 2316), (2317, 2342),
                                     (2343, 2368), (2369, 2394), (2395, 2420),
                                     (2421, 2446), (2447, 2472), (2473, 2498),
                                     (2499, 2524), (2525, 2550), (2551, 2576),
                                     (2577, 2601), (2602, 2627), (2628, 2653),
                                     (2654, 2679), (2680, 2705), (2706, 2731),
                                     (2732, 2757), (2758, 2783), (2784, 2809),
                                     (2810, 2835), (2836, 2861), (2862, 2887),
                                     (2888, 2913), (2914, 2939), (2940, 2965),
                                     (2966, 2992), (2993, 3019), (3020, 3046),
                                     (3047, 3074), (3075, 3101), (3102, 3128),
                                     (3129, 3155), (3156, 3182), (3183, 3209),
                                     (3210, 3236), (3237, 3263), (3264, 3291),
                                     (3292, 3318), (3319, 3345), (3346, 3372),
                                     (3373, 3399), (3400, 3426), (3427, 3453),
                                     (3454, 3480), (3481, 3508), (3509, 3535),
                                     (3536, 3562), (3563, 3589), (3590, 3616),
                                     (3617, 3643), (3644, 3670), (3671, 3697),
                                     (3698, 3725), (3726, 3752), (3753, 3779),
                                     (3780, 3806), (3807, 3833), (3834, 3860),
                                     (3861, 3887), (3888, 3915), (3916, 3942),
                                     (3943, 3969), (3970, 3996), (3997, 4023),
                                     (4024, 4050), (4051, 4077), (4078, 4104),
                                     (4105, 4132), (4133, 4159), (4160, 4186),
                                     (4187, 4213), (4214, 4240), (4241, 4267),
                                     (4268, 4294), (4295, 4321), (4322, 4349),
                                     (4350, 4376), (4377, 4403), (4404, 4430),
                                     (4431, 4457), (4458, 4485), (4486, 4513),
                                     (4514, 4540), (4541, 4568), (4569, 4595),
                                     (4596, 4623), (4624, 4651), (4652, 4678),
                                     (4679, 4706), (4707, 4734), (4735, 4761),
                                     (4762, 4789), (4790, 4816), (4817, 4844),
                                     (4845, 4872), (4873, 4899), (4900, 4927),
                                     (4928, 4955), (4956, 4982), (4983, 5010),
                                     (5011, 5038), (5039, 5065), (5066, 5093),
                                     (5094, 5120), (5121, 5148), (5149, 5176),
                                     (5177, 5208), (5209, 5246), (5247, 5283),
                                     (5284, 5320), (5321, 5358), (5359, 5395),
                                     (5396, 5432), (5433, 5470), (5471, 5507),
                                     (5508, 5544), (5545, 5582), (5583, 5619),
                                     (5620, 5656), (5657, 5694), (5695, 5731),
                                     (5732, 5768), (5769, 5806), (5807, 5843),
                                     (5844, 5880), (5881, 5918), (5919, 5970),
                                     (5971, 6038), (6039, 6106), (6107, 6174),
                                     (6175, 6242), (6243, 6309), (6310, 6377),
                                     (6378, 6445), (6446, 6513), (6514, 6581),
                                     (6582, 6649), (6650, 6716), (6717, 6784),
                                     (6785, 6852), (6853, 6920), (6921, 6988),
                                     (6989, 7055), (7056, 7123), (7124, 7191),
                                     (7192, 7259), (7260, 7327), (7328, 7395),
                                     (7396, 7478), (7479, 7578), (7579, 7677),
                                     (7678, 7777), (7778, 7876), (7877, 7976),
                                     (7977, 8075), (8076, 8174), (8175, 8274),
                                     (8275, 8373), (8374, 8473), (8474, 8572),
                                     (8573, 8672), (8673, 8771), (8772, 8871),
                                     (8872, 9003), (9004, 9169), (9170, 9335),
                                     (9336, 9501), (9502, 9666), (9667, 9832),
                                     (9833, 9998), (9999, 10164), (10165,
                                     10330), (10331, 10537), (10538, 10785),
                                     (10786, 11034), (11035, 11283), (11284,
                                     11531), (11532, 11780), (11781, 12054),
                                     (12055, 12352), (12353, 12651), (12652,
                                     12950), (12951, 13248), (13249, 13646),
                                     (13647, 14143), (14144, 14641), (14642,
                                     15262), (15263, 16008), (16009, 16382),
                                     (16383, 16383), (-9998, -9998))

  /* Waveform sampling timing settings: (image, reset). */
  MRO:ADC_TIMING_SETTINGS         = (5, 4)

  /* Clocks timing locks: (first clock, second clock). */
  MRO:DLL_LOCKED_FLAG             = (YES, YES)
  MRO:DLL_LOCKED_ONCE_FLAG        = (YES, YES)
  MRO:DLL_RESET_COUNT             = 0
  MRO:DLL_FREQUENCY_CORRECT_COUNT = 4
End_Group

/* Temperature sensor readings at observation start. */
Group = TEMPERATURE_PARAMETERS
  MRO:OPT_BNCH_FLEXURE_TEMPERATURE   = 20.0215 <C>
  MRO:OPT_BNCH_MIRROR_TEMPERATURE    = 20.1082 <C>
  MRO:OPT_BNCH_FOLD_FLAT_TEMPERATURE = 20.3683 <C>
  MRO:OPT_BNCH_FPA_TEMPERATURE       = 19.7615 <C>
  MRO:OPT_BNCH_FPE_TEMPERATURE       = 19.5881 <C>
  MRO:OPT_BNCH_LIVING_RM_TEMPERATURE = 20.0215 <C>
  MRO:OPT_BNCH_BOX_BEAM_TEMPERATURE  = 20.1949 <C>
  MRO:OPT_BNCH_COVER_TEMPERATURE     = 19.9348 <C>
  MRO:FIELD_STOP_TEMPERATURE         = 18.4616 <C>
  MRO:FPA_POSITIVE_Y_TEMPERATURE     = 19.5881 <C>
  MRO:FPA_NEGATIVE_Y_TEMPERATURE     = 19.5881 <C>
  MRO:FPE_TEMPERATURE                = 17.7686 <C>
  MRO:PRIMARY_MIRROR_MNT_TEMPERATURE = 20.1082 <C>
  MRO:PRIMARY_MIRROR_TEMPERATURE     = 20.455 <C>
  MRO:PRIMARY_MIRROR_BAF_TEMPERATURE = 3.34153 <C>
  MRO:MS_TRUSS_LEG_0_A_TEMPERATURE   = 19.8482 <C>
  MRO:MS_TRUSS_LEG_0_B_TEMPERATURE   = 19.9348 <C>
  MRO:MS_TRUSS_LEG_120_A_TEMPERATURE = 19.4148 <C>
  MRO:MS_TRUSS_LEG_120_B_TEMPERATURE = 20.1949 <C>
  MRO:MS_TRUSS_LEG_240_A_TEMPERATURE = 20.5417 <C>
  MRO:MS_TRUSS_LEG_240_B_TEMPERATURE = 20.6284 <C>
  MRO:BARREL_BAFFLE_TEMPERATURE      = -12.4606 <C>
  MRO:SUN_SHADE_TEMPERATURE          = -14.001 <C>
  MRO:SPIDER_LEG_30_TEMPERATURE      = 16.1233 <C>
  MRO:SPIDER_LEG_150_TEMPERATURE     = 15.3443 <C>
  MRO:SPIDER_LEG_270_TEMPERATURE     = 15.0847 <C>
  MRO:SEC_MIRROR_MTR_RNG_TEMPERATURE = 19.7615 <C>
  MRO:SEC_MIRROR_TEMPERATURE         = 20.8885 <C>
  MRO:SEC_MIRROR_BAFFLE_TEMPERATURE  = -9.71965 <C>
  MRO:IEA_TEMPERATURE                = 25.9221 <C>
  MRO:FOCUS_MOTOR_TEMPERATURE        = 21.3221 <C>
  MRO:IE_PWS_BOARD_TEMPERATURE       = 17.8502 <C>
  MRO:CPMM_PWS_BOARD_TEMPERATURE     = 21.4948 <C>
  MRO:MECH_TLM_BOARD_TEMPERATURE     = 35.1464 <C>
  MRO:INST_CONT_BOARD_TEMPERATURE    = 34.6875 <C>
End_Group

/* Instrument electrical power sensor readings. */
Group = POWER_PARAMETERS
  MRO:CPMM_POSITIVE_29_VOLTAGE       = 29.1348 <V>
  MRO:CPMM_POSITIVE_29_CURRENT       = 0.215887 <A>
  MRO:CPMM_POSITIVE_10_VOLTAGE       = 9.02174 <V>
  MRO:CPMM_POSITIVE_10_CURRENT       = 2.32884 <A>
  MRO:CPMM_POSITIVE_5_VOLTAGE        = 5.02654 <V>
  MRO:CPMM_POSITIVE_5_CURRENT        = 7.66825 <A>
  MRO:CPMM_POSITIVE_3_3_VOLTAGE      = 3.31305 <V>
  MRO:CPMM_POSITIVE_3_3_CURRENT      = 1.55998 <A>
  MRO:CPMM_POSITIVE_2_5_VOLTAGE      = 2.50663 <V>
  MRO:CPMM_POSITIVE_2_5_CURRENT      = 0.320927 <A>
  MRO:CPMM_POSITIVE_1_8_VOLTAGE      = 1.812 <V>
  MRO:CPMM_POSITIVE_1_8_CURRENT      = 4.17682 <A>
  MRO:CPMM_NEGATIVE_5_VOLTAGE        = -5.05424 <V>
  MRO:CPMM_NEGATIVE_5_CURRENT        = -0.697053 <A>
  MRO:HEATER_CURRENT                 = 0.673163 <A>
  MRO:INST_CONT_FPGA_POS_2_5_VOLTAGE = 2.54639 <V>
  MRO:MECH_TLM_FPGA_POS_2_5_VOLTAGE  = 2.56958 <V>
  MRO:IEA_POSITIVE_28_VOLTAGE        = 30.7915 <V>
  MRO:IEA_NEGATIVE_15_VOLTAGE        = -15.304 <V>
  MRO:IEA_POSITIVE_15_VOLTAGE        = 15.1964 <V>
  MRO:IEA_POSITIVE_5_VOLTAGE         = 5.06348 <V>
End_Group
End