/* Version 1.2 with comma-delimiters beginning with time */
OBJECT        = COLUMN
   NAME           = ET
   COLUMN_NUMBER  = 1
   BYTES          = 16
   DATA_TYPE      = ASCII_REAL
   START_BYTE     = 1
   FORMAT         = "F16.6"
   UNIT           = "SECOND"
   DESCRIPTION    = "The independent variable of the equations of motion,
     in seconds from the J2000 epoch, at the shot timing origin T0.
     In the past this variable has been referred to at JPL as Ephemeris Time
     and at MIT, later at the Center for Astrophysics, as Coordinate Time.
     Its practical realization is the project-supplied clock kernel,
     applied to the Spacecraft Clock Mission Elapsed Time (MET) count
     that is transmitted to MESSENGER subsystems by the Integrated
     Electronics Module corresponding to the 1 PPS signal. The NAIF
     SPICE spacecraft clock (SCLK) kernel determines a corresponding
     Terrestrial Dynamic Time. These times are synchronous with respect
     to an observer at the Solar System barycenter in a relativistic sense.
     The SPICE library routine SCS2E performs the conversion to
     Ephemeris Time as used by the Project-supplied ephemeris files."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = UTC
   COLUMN_NUMBER  = 2
   BYTES          = 24
   DATA_TYPE      = TIME
   START_BYTE     = 18
   DESCRIPTION    = "Spacecraft clock (MET) converted to Coordinated Universal
                     Time (UTC) using the project-supplied conversion from MET
                     into Terrestrial Dynamical Time (TDT) seconds past the
                     J2000 epoch, and by accounting for leap seconds and the
                     offset between atomic time and UTC,
                     into to an ISO standard calendar representation of UTC."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = MET
   COLUMN_NUMBER  = 3
   BYTES          = 9
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 43
   DESCRIPTION    = "Spacecraft clock count, the Mission Elapsed Time in
                     seconds, transmitted to subsystems by the Integrated
                     Electronics Module, corresponding to the 1 PPS signal."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RMU_DATA_SIZE
   COLUMN_NUMBER  = 4
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 53
   DESCRIPTION    = "RMU supports two interfaces in reading the RMU shot data
     after every RUPT: byte mode and nibble mode. The nibble mode is not
     supported by flight software, therefore this telemetry point should
     always read 0, for byte mode."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RMU_TEST_PATTERN
   COLUMN_NUMBER  = 5
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 55
   DESCRIPTION    = "Test pattern used to fill RMU shot data.
      0,6,7: real data, 1: LFSR, 2: 0xAA, 3: 0x55, 4: Counter, 5: ~Counter
   "
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RMU_DATA_TYPE
   COLUMN_NUMBER  = 6
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 57
   DESCRIPTION    = "Identifies shot data as real or test data.
     =0 real data, =1 test data." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RMU_RATE_SELECT
   COLUMN_NUMBER  = 7
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 59
   DESCRIPTION    = "RMU Rate selected. =0, 1Hz, =1 6Hz, =2 8Hz, =3 10Hz" 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = CANNED_DATA
   COLUMN_NUMBER  = 8
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 61
   DESCRIPTION    = "Designates whether flight software is using a collection
     of RMU shot data or fake data as input to the science algorithms.
      =0 Real Data, =1 Fake Data
    "
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RMU_1PPS_SYNC
   COLUMN_NUMBER  = 9
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 63
   DESCRIPTION    = "RMU synchronized with 1PPS flag. 
    =0, not synchronized, =1 synchronized" 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RMU_TRANSFER_MODE
   COLUMN_NUMBER  = 10
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 65
   DESCRIPTION    = "Data Transfer mode commanded to RMU. Does not reflect
      the state of the RMU but rather the state of the software and how the
      software is reading the RMU. It is possible after an RMU reset to have
      this telemetry point not coincide with RMU_DATA_SIZE.
      =0 byte mode, =1 low nibble, =2 high nibble
   " 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DETECTOR_CH3
   COLUMN_NUMBER  = 11
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 67
   DESCRIPTION    = "Status of detector channel 3:
     =0 enabled, =1 disabled." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DETECTOR_CH2
   COLUMN_NUMBER  = 12
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 69
   DESCRIPTION    = "Status of detector channel 2: 
     =0 enabled, =1 disabled." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DETECTOR_CH1LO
   COLUMN_NUMBER  = 13
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 71
   DESCRIPTION    = "Status of detector channel 1 low: 
     =0 enabled, =1 disabled." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DETECTOR_CH1HI
   COLUMN_NUMBER  = 14
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 73
   DESCRIPTION    = "Status of detector channel 1 high: 
     =0 enabled, =1 disabled." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DUMP_ACTIVE
   COLUMN_NUMBER  = 15
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 75
   DESCRIPTION    = "Designates whether software is performing a memory dump.
      =0 not performing memory dump
      =1 currently performing memory dump" 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RMU_CLOCK_SELECT
   COLUMN_NUMBER  = 16
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 77
   DESCRIPTION    = "Clock configuration for the RMU. This drives the entire
      operation of the RMU. RMU has 4 different 5MHz clocks available to it,
      two internal to the RMU board and two external from the spacecraft.
      =0 Oscillator A, =1 Internal 40%, =2 Internal 50%, =3 Oscillator B" 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RMU_CYCLE_RESET_TOF
   COLUMN_NUMBER  = 17
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 79
   DESCRIPTION    = "RMU uses TOF chips to measure in fine detail the return
      pulses coming back from a laser fire. The chips are prone to lockup if
      flooded with input. If the flight software detects that they are locked
      up, it will automatically configure the RMU to reset the TOF chips for
      one shot. Unfortunately the rate at which this telemetry point is
      monitored means that it is very unlikely that this event will ever be
      reflected in this telemetry point.
      =0 TOF chips are not reset after each shot.
      =1 TOF chips are reset after each shot." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RMU_CAL_SELECT
   COLUMN_NUMBER  = 18
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 81
   DESCRIPTION    = "Indicates which calibration setting was applied to the
      RMU during ground testing, if enabled:
      00=0ns, 01=200ns, 10=400ns, 11=200ns" 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RMU_CAL_ENABLE
   COLUMN_NUMBER  = 19
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 83
   DESCRIPTION    = "Indicates whether RMU will output a fixed test pattern
      during ground testing as selected by RMU_CAL_SELECT:
      00,01,10=Real Data from instrument, 11=TOF-A calibration data" 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = OVR_THRESHOLD_CH3
   COLUMN_NUMBER  = 20
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 85
   DESCRIPTION    = "Indicates whether the science task has overridden (via
    command) the channel 3 threshold value written as a DAC to the
    hardware. =0 not overridden, =1 overridden" 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = OVR_THRESHOLD_CH2
   COLUMN_NUMBER  = 21
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 87
   DESCRIPTION    = "Indicates whether the science task has overridden (via
      command) the channel 2 threshold value written as a DAC to the
      hardware. =0 not overridden, =1 overridden" 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = OVR_THRESHOLD_CH1LO
   COLUMN_NUMBER  = 22
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 89
   DESCRIPTION    = "Indicates whether the science task has overridden (via
      command) the channel 1 low threshold value written as a DAC to the
       hardware. =0 not overridden, =1 overridden" 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = OVR_THRESHOLD_CH1HI
   COLUMN_NUMBER  = 23
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 91
   DESCRIPTION    = "Indicates whether the science task has overridden (via
      command) the channel 1 high threshold value written as a DAC to the
      hardware. =0 not overridden, =1 overridden
  " 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = OVR_CHAN_DISABLES
   COLUMN_NUMBER  = 24
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 93
   DESCRIPTION    = "Indicates whether channel disables mask used by
      science algorithms has been overridden. This mask is used to enable
      and disable the return channels (1hi, 1low, 2, 3).
      =0 not overridden, =1 overridden.
 " 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = OVR_GAIN
   COLUMN_NUMBER  = 25
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 95
   DESCRIPTION    = "Indicates whether the science task has overridden (via
      command) the gain value written as a DAC to the hardware.
      =0 not overridden, =1 overridden.
 " 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = OVR_RANGE_WINDOW
   COLUMN_NUMBER  = 26
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 97
   DESCRIPTION    = "Indicates whether the science task has overridden (via
      command) the range window vlaue used to write the RMU range gate
      start and stop. =0 not overridden, =1 overridden.
  " 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = OVR_RANGE_DELAY
   COLUMN_NUMBER  = 27
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 99
   DESCRIPTION    = "Indicates whether the science task has overridden (via
      command) the range delay value used to write the RMU range gate start
       and stop. =0 not overridden, =1 overridden.
  " 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = V2DOT5_MON
   COLUMN_NUMBER  = 28
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 101
   DESCRIPTION    = "The ADC of the +2.5 volt monitor." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = V5_MON
   COLUMN_NUMBER  = 29
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 105
   DESCRIPTION    = "The ADC of the +5 volt monitor." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = V5NEG_MON
   COLUMN_NUMBER  = 30
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 109
   DESCRIPTION    = "The ADC of the -5 volt monitor." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = V12_MON
   COLUMN_NUMBER  = 31
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 113
   DESCRIPTION    = "The ADC of the +12 volt monitor." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = V32DOT5_MON
   COLUMN_NUMBER  = 32
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 117
   DESCRIPTION    = "The ADC of the +32.5 volt monitor." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = V550_MON
   COLUMN_NUMBER  = 33
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 121
   DESCRIPTION    = "The ADC of the +550 volt monitor." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = VOLT2DOT5
   COLUMN_NUMBER  = 34
   BYTES          = 4
   DATA_TYPE      = ASCII_REAL
   START_BYTE     = 125
   FORMAT         = "F4.2"
   UNIT           = "VOLT"
   DESCRIPTION    = "The voltage of the +2.5 volt monitor." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = VOLT5
   COLUMN_NUMBER  = 35
   BYTES          = 4
   DATA_TYPE      = ASCII_REAL
   START_BYTE     = 130
   FORMAT         = "F4.2"
   UNIT           = "VOLT"
   DESCRIPTION    = "The voltage of the +5 volt monitor." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = VOLT5NEG
   COLUMN_NUMBER  = 36
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   START_BYTE     = 135
   FORMAT         = "F6.2"
   UNIT           = "VOLT"
   DESCRIPTION    = "The voltage of the -5 volt monitor." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = VOLT12
   COLUMN_NUMBER  = 37
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   START_BYTE     = 142
   FORMAT         = "F6.2"
   UNIT           = "VOLT"
   DESCRIPTION    = "The voltage of the +12 volt monitor." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = VOLT32DOT5
   COLUMN_NUMBER  = 38
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   START_BYTE     = 149
   FORMAT         = "F6.2"
   UNIT           = "VOLT"
   DESCRIPTION    = "The voltage of the +32.5 volt monitor." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = VOLT550
   COLUMN_NUMBER  = 39
   BYTES          = 5
   DATA_TYPE      = ASCII_REAL
   START_BYTE     = 156
   FORMAT         = "F5.1"
   UNIT           = "VOLT"
   DESCRIPTION    = "The voltage of the +550 volt monitor." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = LASER_TX_THRESHOLD
   COLUMN_NUMBER  = 40
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 162
   DESCRIPTION    = "The ADC of the laser Tx threshold which is commanded
      by the science task automatically every shot, via a DAC write, using a
      table value." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = VOLT_LASER_TX_THRESHOLD
   COLUMN_NUMBER  = 41
   BYTES          = 7
   DATA_TYPE      = ASCII_REAL
   START_BYTE     = 166
   FORMAT         = "F7.4"
   UNIT           = "VOLT"
   DESCRIPTION    = "The voltage of the laser Tx threshold which is commanded
      by the science task automatically every shot, via a DAC write, using a
      table value." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = AEM_LATCHUP_CTR
   COLUMN_NUMBER  = 42
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 174
   DESCRIPTION    = "Count of the number of times the flight software
      responds to an AEM latch-up. It is important to note that this counter
      does not reflect the number of AEM latch-ups, but rather the number of
      times the software responds to a latch-up. Because the AEM is not able
      to remove the latch-up condition fast enough, the software will attempt
      to acknoweldge the same latch-up multiple times. Because of this, the
      software limits the number of latch-up acknowledgements a second to 2.
      In practice, for every AEM latch-up this counter will increment by 2."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DETECTOR_BOARD_TEMP
   COLUMN_NUMBER  = 43
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 178
   DESCRIPTION    = "The ADC of the detector board temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = ALTIMETER_DET_TEMP
   COLUMN_NUMBER  = 44
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 182
   DESCRIPTION    = "The ADC of the altimeter detector temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = ANALOG_BOARD_TEMP
   COLUMN_NUMBER  = 45
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 186
   DESCRIPTION    = "The ADC of the analog board temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RMU_BOARD_TEMP
   COLUMN_NUMBER  = 46
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 190
   DESCRIPTION    = "The ADC of the RMU board temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = XTAL_OSCILLATOR_TEMP
   COLUMN_NUMBER  = 47
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 194
   DESCRIPTION    = "The ADC of the crystal oscillator temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = CPU_BOARD_TEMP
   COLUMN_NUMBER  = 48
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 198
   DESCRIPTION    = "The ADC of the CPU board temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = LASER_ELEC_TEMP
   COLUMN_NUMBER  = 49
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 202
   DESCRIPTION    = "The ADC of the laser electronics temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = LASER_AMP_TEMP
   COLUMN_NUMBER  = 50
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 206
   DESCRIPTION    = "The ADC of the laser amplifier temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = LASER_OSCILLATOR_TEMP
   COLUMN_NUMBER  = 51
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 210
   DESCRIPTION    = "The ADC of the laser oscillator temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = PCA_TEMP
   COLUMN_NUMBER  = 52
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 214
   DESCRIPTION    = "The ADC of the PCA temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = BEAM_XPAND_TOP_TEMP
   COLUMN_NUMBER  = 53
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 218
   DESCRIPTION    = "The ADC of the beam expander top temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = BEAM_XPAND_BASE_TEMP
   COLUMN_NUMBER  = 54
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 222
   DESCRIPTION    = "The ADC of the beam expander base temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RX_TUBELENS_TOP_TEMP
   COLUMN_NUMBER  = 55
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 226
   DESCRIPTION    = "The ADC of the receiver tube lens temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = MLA_HOUSING_TEMP
   COLUMN_NUMBER  = 56
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 230
   DESCRIPTION    = "The ADC of the MLA housing temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = CAL_LO_TEMP
   COLUMN_NUMBER  = 57
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 234
   DESCRIPTION    = "The ADC of the low calibration temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = CAL_HI_TEMP
   COLUMN_NUMBER  = 58
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 238
   DESCRIPTION    = "The ADC of the high calibration temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_DETECTOR_BOARD_TEMP
   COLUMN_NUMBER  = 59
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 242
   DESCRIPTION    = "The detector board temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_ALTIMETER_DET_TEMP
   COLUMN_NUMBER  = 60
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 249
   DESCRIPTION    = "The altimeter detector temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_ANALOG_BOARD_TEMP
   COLUMN_NUMBER  = 61
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 256
   DESCRIPTION    = "The analog board temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_RMU_BOARD_TEMP
   COLUMN_NUMBER  = 62
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 263
   DESCRIPTION    = "The RMU board temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_XTAL_OSCILLATOR_TEMP
   COLUMN_NUMBER  = 63
   BYTES          = 6
   FORMAT         = "F6.2"
   DATA_TYPE      = ASCII_REAL
   UNIT           = "degC"
   START_BYTE     = 270
   DESCRIPTION    = "The crystal oscillator temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_CPU_BOARD_TEMP
   COLUMN_NUMBER  = 64
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 277
   DESCRIPTION    = "The CPU board temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_LASER_ELEC_TEMP
   COLUMN_NUMBER  = 65
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 284
   DESCRIPTION    = "The laser electronics temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_LASER_AMP_TEMP
   COLUMN_NUMBER  = 66
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 291
   DESCRIPTION    = "The laser amplifier temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_LASER_OSCILLATOR_TEMP
   COLUMN_NUMBER  = 67
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   START_BYTE     = 298
   FORMAT         = "F6.2"
   UNIT           = "degC"
   DESCRIPTION    = "The laser oscillator temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_PCA_TEMP
   COLUMN_NUMBER  = 68
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 305
   DESCRIPTION    = "The PCA temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_BEAM_XPAND_TOP_TEMP
   COLUMN_NUMBER  = 69
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 312
   DESCRIPTION    = "The beam expander top temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_BEAM_XPAND_BASE_TEMP
   COLUMN_NUMBER  = 70
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 319
   DESCRIPTION    = "The beam expander base temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_RX_TUBELENS_TOP_TEMP
   COLUMN_NUMBER  = 71
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 326
   DESCRIPTION    = "The receiver tube lens temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_MLA_HOUSING_TEMP
   COLUMN_NUMBER  = 72
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 333
   DESCRIPTION    = "The MLA housing temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_CAL_LO_TEMP
   COLUMN_NUMBER  = 73
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 340
   DESCRIPTION    = "The low calibration temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DEG_CAL_HI_TEMP
   COLUMN_NUMBER  = 74
   BYTES          = 6
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F6.2"
   UNIT           = "degC"
   START_BYTE     = 347
   DESCRIPTION    = "The high calibration temperature." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = TELEMETRY_VOLUME
   COLUMN_NUMBER  = 75
   BYTES          = 5
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 354
   DESCRIPTION    = "Telemetry volume counter. Increments by 1 for every
      1KB of data output by the telemetry framer task since the last software
      boot."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = CHECKSUM_ENABLED
   COLUMN_NUMBER  = 76
   BYTES          = 5
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 360
   DESCRIPTION    = "An integer representation of the 16-bit mask that
     shows which tables in memory are being checksummed. Each bit in the
     mask corresponds to the table ID of the same number (bit 4 in the mask
     corresponds to table 4). Convert back to binary notation before
     evaluating the checksumenabled mask:
     =0 table is not being checksummed, =1 table is being checksummed."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = CHECKSUM_STATUS
   COLUMN_NUMBER  = 77
   BYTES          = 5
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 366
   DESCRIPTION    = "An integer representation of the 16-bit mask that shows
     whether the checksum of a table in memory is correct or incorrect.
     Each bit in the mask corresponds to the table ID of the same number
     (bit 4 in the mask corresponds to table 4). Convert back to binary 
     notation before evaluating the checksumstatus mask:
     =0 Checksum is correct, =1 checksum is incorrect"
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = TOF_LOCKUP_CNTR
   COLUMN_NUMBER  = 78
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 372
   DESCRIPTION    = "There are 6 TOF chips in the RMU. The RMU uses them
     to time stamp the Tx pulse, the high return, and the low returns. Every
     16 shots the software analyzes the state of the TOFs. If during the past
     16 shots the fine time (least significant 10 bits) on a RMU time stamp
     has not changed at all, and the coarse time has changed at least once,
     then a TOF lockup is detected and this telemetry point is incremented,
     and for the next shot, the TOF chips are configured to be reset. The
     software will immediately begin monitoring for the next 16 shots. The
     software only monitors the TOF lockups in Standby and Science modes."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = TELEM_RATE_CONFIG
   COLUMN_NUMBER  = 79
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 376
   DESCRIPTION    = "Indicates whether the TELEMETRY_VOLUME counter is
    derived from the FSW or from a test source: 0=Oper, 1=Test."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = SDHWDIAG_LITESWITCH
   COLUMN_NUMBER  = 80
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 378
   DESCRIPTION    = "=0 The MLA_HWDiagLite packet is off.
                     =1 The MLA_HwDiagLite packet is on.
    "
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = SI_TIMING_VALID
   COLUMN_NUMBER  = 81
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 380
   DESCRIPTION    = "Check of timing integrity at rate of once per second.
        Three checks are performed:
             1. Has MET message from S/C been received
             2. Has the 1PPS signal from the S/C been received
             3. Is the phase lock to the 1PPS off by more than 5 us
            If any of the checks fail then the timing integrity is in 
             question.
             =0 Timing integrity fine, 
             =1 Timing integrity under question."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = CHECKSUM_EN_FLAG
   COLUMN_NUMBER  = 82
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 382
   DESCRIPTION    = "=0 checksumming of tables is disabled.
                     =1 checksumming of tables is enabled."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = ONE_PPS_OCCURRED
   COLUMN_NUMBER  = 83
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 384
   DESCRIPTION    = "Each second the spacecraft sends a 1PPS signal to the
      MLA instrument. The flight software uses this signal to synchronize.
      =0 1PPS did not occur, =1 1PPS occured." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = SDHWDIAG_FULLSWITCH
   COLUMN_NUMBER  = 84
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 386
   DESCRIPTION    = "=0 MLA_HwDiagnostic packet is off.
      =1 MLA_HwDiagnostic packet is on."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = OS_EPROM_VERSION
   COLUMN_NUMBER  = 85
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 388
   DESCRIPTION    = "There are two banks of EEPROM that the software is
      stored in.  When the instrument is turned on, or any time the CPU board
      is rebooted, the code stored in EEPROM is copied out of one of the two
      banks, into RAM and executed there.  This telemetry point says which
      bank of EEPROM the code was copied out of.  
      =0 EEPROM Bank 0 - Non Write-Protected
      =1 EEPROM Bank 1 - Write-Protected"
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = SIDIRECT_THRES_OVR
   COLUMN_NUMBER  = 86
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 390
   DESCRIPTION    = "The science task allows the thresholds applied to
      each of the channels to be overridden.  The science algorithms specify
      that the value commanded for them to be overridden with must be scaled
      by a function of the gain, and range window. For testing purposes, it
      was necessary to have the ability to directly apply the threshold given
      in the threshold override command.
      =0 thresholds are scaled as prescribed in science algorithm.
      =1 thresholds are directly applied"
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = IDLE_CHECKIN
   COLUMN_NUMBER  = 87
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 392
   DESCRIPTION    = "By default, the flight software requires certain
     critical tasks to 'check in' in order for the watchdog to be kicked.
     In diagnosing a problem it might be necessary to disable that behavior.  
     =0 critical tasks do NOT have to check in.
     =1 critical tasks DO have to check in."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = IDLE_MET_CHECKIN
   COLUMN_NUMBER  = 88
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 394
   DESCRIPTION    = "By default, the software checks that the MET is being
      received while in Science mode. If the MET is missing for a preset
      amount of time, then the software will execute the Mla_Safe script which
      will transition the software to Keep Alive mode. This telemetry point
      reflects whether or not the software is actively checking if the MET is
      being received.
      =0 MET not being checked.
      =1 MET being checked."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = SISC_TIME_BIAS
   COLUMN_NUMBER  = 89
   BYTES          = 8
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F8.3"
   UNIT           = "SECOND"
   START_BYTE     = 396
   DESCRIPTION    = "The difference between the s/c ranging data alignment to
   the value of the MET, used in Science algorithm mode 1. Value is a B8
   fraction."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = SISC_RANGE_BIAS
   COLUMN_NUMBER  = 90
   BYTES          = 5
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 405
   DESCRIPTION    = "The difference between the s/c ranging data alignment to
     the range value, used in Science algorithm mode 1 to account for orbital
     error and other biases. Value is a signed integer number of counts."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = SI_TRANSMIT_THRESHOLD
   COLUMN_NUMBER  = 91
   BYTES          = 4
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 411
   DESCRIPTION    = "The transmit start detector threshold value commanded by
     the Science task (currently defaults to 15 counts)."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = VOLT_SI_TRANSMIT_THRESHOLD
   COLUMN_NUMBER  = 92
   BYTES          = 7
   DATA_TYPE      = ASCII_REAL
   FORMAT         = "F7.4"
   UNIT           = "VOLT"
   START_BYTE     = 416
   DESCRIPTION    = "The transmit start detector threshold voltage.
   "
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = SD_AEM_ERROR_COUNT
   COLUMN_NUMBER  = 93
   BYTES          = 5
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 424
   DESCRIPTION    = "Once a second, the flight software performs a series
      of ADCs on the temperatures and voltages.  After every RUPT, the flight
      software performs a series of ADCs on all the items that can be written
      to via a DAC. If any ADC fails, due to a time out (the software pends on
      the AEM asserting that it is finished the ADC), then this counter is
      incremented."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = SI_RMU_ERROR_COUNT
   COLUMN_NUMBER  = 94
   BYTES          = 5
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 430
   DESCRIPTION    = "Every shot when the software is in Science mode, the
      science task writes the values of the range gates (start and stop). At
      that time it also reads the values back and compares them to the values
      it wrote. If those two values do not agree then the science task
      increments this counter."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = CMD_ACCEPT_CTR
   COLUMN_NUMBER  = 95
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 436
   DESCRIPTION    = "Counter increments every time a command is sent and
      the software executes that command to completion without any errors."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = CMD_OPCODE
   COLUMN_NUMBER  = 96
   DATA_TYPE      = CHARACTER
   BYTES          = 4
   START_BYTE     = 442
   DESCRIPTION    = "The opcode of the last command that was processed, as a
     hexadecimal value." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = CMD_RESULTCODE
   COLUMN_NUMBER  = 97
   BYTES          = 4
   DATA_TYPE      = CHARACTER
   START_BYTE     = 450
   DESCRIPTION    = "The error code generated by the last command executed.
      If the last command executed did not generate an error, then this value
      is zero. The error code is a hexadecimal value."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = ALARM_ID
   COLUMN_NUMBER  = 98
   BYTES          = 4
   DATA_TYPE      = CHARACTER
   START_BYTE     = 458
   DESCRIPTION    = "The ID of the last alarm issued by the flight software.
     The id is a hexadecimal value." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = ALARM_COUNT
   COLUMN_NUMBER  = 99
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 464
   DESCRIPTION    = "Counter is incremented every time an alarm is issued
      by the flight software. The flight software treats the reset message as
      an alarm, therefore value is one at boot up. However the actual integer
      range of values will be from 129 to 255 because the most significant bit
      of the telemetry point is used as a flag that is always set to 1."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = CMD_REJECT_COUNT
   COLUMN_NUMBER  = 100
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 468
   DESCRIPTION    = "Counter increments every time the flight software fails
      to execute a command." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = ITF_REJECT_COUNT
   COLUMN_NUMBER  = 101
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 472
   DESCRIPTION    = "Counter is incremented every time the flight software
      receives an ITF and the ITF is either invalid or unable to be processed.
      The four cases for which this counter increments are:
        Not enough memory available to allocate a software bus packet;
        Invalid command format;
        Incorrect checksum;
        Synch pattern incorrect."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = WATCHDOG_COUNT
   COLUMN_NUMBER  = 102
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 476
   DESCRIPTION    = "Increments on reset of the flight software watchdog."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = CPURESET_COUNT
   COLUMN_NUMBER  = 103
   BYTES          = 3
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 480
   DESCRIPTION    = "Increments on every reset of the flight software CPU.
      A CPU reset can occur one of two ways:
       Software was directly commanded to reset;
       Software erroneously branched to an unused memory address and executed
       a 0xFF instruction." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RESET_CAUSE
   COLUMN_NUMBER  = 104
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 484
   DESCRIPTION    = "Every time the flight software reboots, registers in
      the CPU board FPGA are examined in order to determine the cause of the
      reboot:
      =0 Power On, =1 CPU Reset, =2 Watchdog, =3 Invalid."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = MLA_MODE
   COLUMN_NUMBER  = 105
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 486
   DESCRIPTION    = "Flight software mode:
      =0 Keep Alive, =1 Standby, =2 Science"
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = DPU_SELECTION
   COLUMN_NUMBER  = 106
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 488
   DESCRIPTION    = "The S/C has two DPUs that can interface to the MLA
      instrument. Only one of them can be active at a time.
      =0 DPU A, =1 DPU B"
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = WATCHDOG_ENABLED
   COLUMN_NUMBER  = 107
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 490
   DESCRIPTION    = "=1 Watchdog enabled.
      =0 Watchdog disabled. Flight software will still
      continue to service the watchdog but it will have no affect, nor will
      there be any effect if the software fails to service the watchdog."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = PCA_POWER_MODE
   COLUMN_NUMBER  = 108
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 492
   DESCRIPTION    = "The PCA controls the power on the MLA instrument.
      There are two power modes. Under normal operation, Keep Alive software
      mode configures the PCA to low power mode. Standby and Science software
      modes configure the PCA to high power mode.
      =0 low power mode, =1 high power mode." 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = PCA_LASER_ENABLED
   COLUMN_NUMBER  = 109
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 494
   DESCRIPTION    = "The laser on the MLA instrument can be directly turned
      on and off. Under normal operations the laser is automatically
      configured to be on in Science mode and automatically configured to be
      off in all other modes.
      =0 laser is OFF, =1 laser is ON."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = ALGORITHM_MODE
   COLUMN_NUMBER  = 110
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 496
   DESCRIPTION    = "The currently designated science algorithm mode.
      Only modes 0 and 1 were implemented in FSW at launch.
      =0 Mode 0 or Fixed, =1 Mode 1 or Scraft Range, =2 Closed Loop."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = RANGE_MODE
   COLUMN_NUMBER  = 111
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 498
   DESCRIPTION    = "The currently designated range tracking mode:
         0= Don't use the s/c range data
         1= Use s/c range in tracking algorithm
         2= Reserved for future use in Algorithm Mode 2."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = HWDIAG_TLM_CONFIG
   COLUMN_NUMBER  = 112
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 500
   DESCRIPTION    = "=0 neither MLA_HwDiagnostic nor MLA_HwDiagLite is on.
       =1, one of the hardware diagnostic packets is on.
   "
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = SWDIAG_TLM_CONFIG
   COLUMN_NUMBER  = 113
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 502
   DESCRIPTION    = "=0 The Mla_SwDiagnostic packet is OFF
                     =1 The Mla_SwDiagnostic packet is ON"
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = MET_FREE_RUN
   COLUMN_NUMBER  = 114
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 504
   DESCRIPTION    = "Every second the flight software checks to see if it
      has received a MET message from the spacecraft. If it did not receive
      the MET message it will free run off an internal clock until the MET
      message is received again. When using GSEOS build 4 or lower, the MET
      message is not consistently issued, and therefore this telemetry point
      will show the software free running often; this is fine.  There is one
      known error condition for this telemetry point and that is when the
      science task overruns and delays the telemetry framer task for a
      considerable period of time (over 50ms). It is possible in that case
      that the MET was received, but because the task that monitors the MET
      was delayed, the software believes it is free running and will flag this
      telemetry point.
      =0 the flight software did receive a MET message
      =1 the flight software did NOT receive an MET message" 
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = MEM_WRITE_ENABLE
   COLUMN_NUMBER  = 115
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 506
   DESCRIPTION    = "=0 memory is not write enabled
    =1 memory is write enabled."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = SD_PARITY_ERROR
   COLUMN_NUMBER  = 116
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 508
   DESCRIPTION    = "Every time the RUPT is generated, the flight
      software reads 166 bytes from the RMU (the shot data).  The last byte of
      the data read from the RMU is a parity byte (XOR over entire block). The
      flight software also computes a parity for the data read from the RMU.
      If the two parities do not equal each other this telemetry point
      increments. This value should never be anything but 0."
END_OBJECT    = COLUMN

OBJECT        = COLUMN
   NAME           = SPARE
   COLUMN_NUMBER  = 117
   BYTES          = 1
   DATA_TYPE      = ASCII_INTEGER
   START_BYTE     = 510
   DESCRIPTION    = "Spare column."
END_OBJECT    = COLUMN