PDS_VERSION_ID               = PDS3
LABEL_REVISION_NOTE          = "2004-11-22, S. Slavney (GEO);
                                2006-04-05, S. Murchie (JHU/APL);"

/* DDR Identification */

DATA_SET_ID                  = "MRO-M-CRISM-6-DDR-V1.0"
PRODUCT_ID                   = "MSV0005600A_07_DE152S_DDR1"
/* cccnnnnnnnn_xx_ooaaas_DDRv            */
/* ccc = Class Type                      */
/* nnnnnnnn = Observation ID (hex)       */
/* xx = counter this observation (hex)   */
/* ooaaa = obs type, macro number        */
/* s = sensor ID (S or L)                */
/* v = version number                    */

INSTRUMENT_HOST_NAME         = "MARS RECONNAISSANCE ORBITER"
SPACECRAFT_ID                = MRO
INSTRUMENT_NAME              = "COMPACT RECONNAISSANCE IMAGING
                                SPECTROMETER FOR MARS"
INSTRUMENT_ID                = CRISM
TARGET_NAME                  = MARS
PRODUCT_TYPE                 = DDR
PRODUCT_CREATION_TIME        = 2020-11-25T00:31:09
START_TIME                   = 2020-11-05T19:38:59.431
STOP_TIME                    = 2020-11-05T19:41:59.399
SPACECRAFT_CLOCK_START_COUNT = "23/1289072393:34463"
SPACECRAFT_CLOCK_STOP_COUNT  = "23/1289072573:32403"

ORBIT_NUMBER                 = 0
OBSERVATION_TYPE             = "MSV"
OBSERVATION_ID               = "16#0005600A#"
MRO:OBSERVATION_NUMBER       = 16#07#
MRO:ACTIVITY_ID              = "DE152"
MRO:SENSOR_ID                = "S"
PRODUCT_VERSION_ID           = "1"
SOURCE_PRODUCT_ID            = {
      "MRO_SCLKSCET.00094.65536.tsc",
      "mro_v16.tf",
      "MRO_CRISM_FK_0000_000_N_01.TF",
      "MRO_CRISM_IK_0000_000_N_10.TI",
      "naif0012.tls",
      "pck00008.tpc",
      "mro_sc_2020-11-04.bc",
      "mro_sc_2020-11-05.bc",
      "mro_sc_2020-11-06.bc",
      "mro_sc_2020-11-07.bc",
      "mro_sc_2020-11-08.bc",
      "mro_sc_2020-11-09.bc",
      "mro_sc_2020-11-10.bc",
      "mro_sc_2020-11-11.bc",
      "mro_sc_2020-11-12.bc",
      "mro_sc_2020-11-13.bc",
      "mro_sc_2020-11-14.bc",
      "mro_sc_2020-11-15.bc",
      "mro_sc_2020-11-16.bc",
      "mro_sc_2020-11-17.bc",
      "mro_sc_2020-11-18.bc",
      "spck_2020_309_r_1.bc",
      "spck_2020_310_r_1.bc",
      "spck_2020_311_r_1.bc",
      "spck_2020_312_r_1.bc",
      "spck_2020_313_r_1.bc",
      "spck_2020_314_r_1.bc",
      "spck_2020_315_r_1.bc",
      "spck_2020_316_r_1.bc",
      "spck_2020_317_r_1.bc",
      "spck_2020_318_r_1.bc",
      "spck_2020_319_r_1.bc",
      "spck_2020_320_r_1.bc",
      "spck_2020_321_r_1.bc",
      "spck_2020_322_r_1.bc",
      "de421.bsp",
      "mro_cruise.bsp",
      "mro_ab.bsp",
      "mro_psp.bsp",
      "mro_psp_rec.bsp"
}

PRODUCER_INSTITUTION_NAME    = "APPLIED PHYSICS LABORATORY"
SOFTWARE_NAME                = "crism_ddr"
SOFTWARE_VERSION_ID          = "1.9"

/* DDR Instrument and Observation Parameters */

TARGET_CENTER_DISTANCE       = 3673.919131 <KM>
                               /* distance to Mars center at first frame */
SOLAR_DISTANCE               = 215362464.233153 <KM>
SOLAR_LONGITUDE              = 309.346277 <DEGREES>
MRO:FRAME_RATE               = 30 <HZ>
PIXEL_AVERAGING_WIDTH        = 5
MRO:INSTRUMENT_POINTING_MODE = "FIXED POINTING"
SCAN_MODE_ID                 = "N/A"


/* This DDR label describes one data file:                               */
/* 1. A multiple-band backplane image file with wavelength-independent,  */
/* spatial pixel-dependent geometric and timing information.             */

/* See the CRISM Data Products SIS for more detailed description.        */

OBJECT                       = FILE
  ^IMAGE                     = "MSV0005600A_07_DE152S_DDR1.IMG"
  RECORD_TYPE                = FIXED_LENGTH
  RECORD_BYTES               = 512
  FILE_RECORDS               = 75600

  OBJECT                     = IMAGE
    LINES                    = 5400
    LINE_SAMPLES             = 128
    SAMPLE_TYPE              = PC_REAL
    SAMPLE_BITS              = 32
    BANDS                    = 14
    BAND_STORAGE_TYPE        = BAND_SEQUENTIAL
    BAND_NAME                = ("INA at areoid, deg",
                                "EMA at areoid, deg",
                                "Phase angle, deg",
                                "Latitude, areocentric, deg N",
                                "Longitude, areocentric, deg E",
                                "INA at surface from MOLA, deg",
                                "EMA at surface from MOLA, deg",
                                "Slope magnitude from MOLA, deg",
                                "MOLA slope azimuth, deg clkwise from N",
                                "Elevation, meters relative to MOLA",
                                "Thermal inertia, J m^-2 K^-1 s^-0.5",
                                "Bolometic albedo",
                                "Local solar time, hours",
                                "Spare")

  END_OBJECT                 = IMAGE

END_OBJECT                   = FILE

END