CCSD3ZF0000100000001NJPL3IF0PDS200000001 = SFDU_LABEL

/* File Structure */

RECORD_TYPE = FIXED_LENGTH
RECORD_BYTES = 512
FILE_RECORDS =    748
LABEL_RECORDS =     51
CHECKSUM = 22997392
/* Unsigned 32-bit checksum of all bytes after label records */
FILE_STATE = CLEAN

^HISTORY =     52
OBJECT = HISTORY
END_OBJECT = HISTORY

^HISTOGRAM_IMAGE =     76
OBJECT = HISTOGRAM_IMAGE
/* Two dim histogram image structure */
 LINES = 256
 LINE_SAMPLES = 408
 SAMPLE_TYPE = UNSIGNED_INTEGER
 SAMPLE_BITS = 8
 SAMPLE_NAME = BAND
 LINE_NAME = INTENSITY
 NOTE = "This is an unannotated two-dimensional histogram 'image' showing
  frequency of measured 'Intensity' versus band number.  The 'Intensity'
  may be DN, Radiance, or BDRF (Bi-Directional Reflectance), or a
  combination of BDRF with Radiance, with BDRF below a cutoff band
  number and radiance above.  The cutoff is defined by:
  BDRF_RAD_TRANSITION_BAND_NUMBER.
  The 'Intensity' is DN only if CORE_NAME in the QUBE object is
  RAW_DATA_NUMBER."
 BDRF_RAD_TRANSITION_BAND_NUMBER = 96
END_OBJECT = HISTOGRAM_IMAGE

^SAMPLE_SPECTRUM_QUBE =    280
OBJECT = SAMPLE_SPECTRUM_QUBE
/* Sample spectrum non-standard qube structure */
 AXES = 3
 AXIS_NAME = (SAMPLE,LINE,REGION)
 ITEMS = (500,340,1)
 ITEM_BITS = 4
 ITEM_TYPE = UNSIGNED_INTEGER
 REGION_UPPER_LEFT_LATITUDE = -999.990
 REGION_UPPER_LEFT_LONGITUDE = -639.990
 REGION_SAMPLES = 6
 REGION_LINES = 36
 NOTE	  = "Each band is a partially annotated 'image' of a spectral
  plot over a selected region in the NIMS data cube. The plot is of
  DN, radiance or BDRF (Bi-Directional Reflectance) versus NIMS_band
  or wavelength.  Nibble pixels may assume 3 values, representing
  background (usually 0), spectrum (usually 15), and an intermediate
  (gray) value used to display standard deviation over region.  BDRF
  and radiance may coexist in each plot, with BDRF below a cutoff
  wavelength and radiance above.  The cutoff is defined by:
  BDRF_RAD_TRANSITION_WAVELENGTH.
  The plot is of DN only if CORE_NAME in the QUBE object is
  RAW_DATA_NUMBER."
 BDRF_RAD_TRANSITION_WAVELENGTH = 5.19695
END_OBJECT = SAMPLE_SPECTRUM_QUBE

^QUBE =    447
OBJECT = QUBE

/* Qube structure */

 AXES = 3
 AXIS_NAME = (SAMPLE,LINE,BAND)

/*  Core description */

 CORE_ITEMS = (20,14,96)
 CORE_ITEM_BYTES = 4
 CORE_ITEM_TYPE = VAX_REAL
 CORE_BASE = 0.0
 CORE_MULTIPLIER = 1.0
/* Core scaling is:  True_value = base + (multiplier * stored_value) */
 CORE_VALID_MINIMUM =         16#FFEFFFFF#
 CORE_HIGH_REPR_SATURATION =  16#FFFBFFFF#
 CORE_HIGH_INSTR_SATURATION = 16#FFFCFFFF#
 CORE_LOW_INSTR_SATURATION =  16#FFFDFFFF#
 CORE_LOW_REPR_SATURATION =   16#FFFEFFFF#
 CORE_NULL =                  16#FFFFFFFF#
 CORE_NAME = SPECTRAL_RADIANCE
 CORE_UNIT = 'uWATT*CM**-2*SR**-1*uM**-1'
/* Core units:  to convert these radiances to SI units (W/m^2/sr/uM), */
/* the data in the cube must be divided by 100. */

 SPATIAL_BINNING_TYPE = FOOTPRINT_AVERAGE
 THRESHOLD_WEIGHT = 0.02500
 FOOTPRINT_GRID_SIZE = 10
/* Each NIMS raw DN was averaged over its entire footprint, which was */
/* approximated by computing the location of its four corner points and */
/* covering the resulting quadrilateral with a grid;  the weight of each DN */
/* in a given output pixel is the number of grid points falling in that */
/* pixel, weighted by the instrument response function. */
/* FOOTPRINT_GRID_SIZE is the number of points used in each dimension for */
/* the grid. */
/* THRESHOLD_WEIGHT is the lower limit for the average: if the total weight */
/* contributing to an output pixel is below this limit, then the output DN */
/* is set to NULL. */

 EXPANDED_RADIUS = 357460.00
 DARK_UPDATE_TYPE = NOUPDAT
 FILL_BOX_SIZE = 0
 FILL_MIN_VALID_PIXELS = 0
 PHOTOMETRIC_CORRECTION_TYPE = NONE

/*  Suffix description  */

 SUFFIX_BYTES = 4
 SUFFIX_ITEMS = (0,0,42)
 BAND_SUFFIX_NAME = (GR_POS_00_LATITUDE,GR_POS_00_LONGITUDE,
  GR_POS_00_PROJECTED_LINE,GR_POS_00_PROJECTED_SAMPLE,
  GR_POS_00_RIGHT_EDGE_PROJ_LINE,GR_POS_00_RIGHT_EDGE_PROJ_SAMPLE,
  GR_POS_02_LATITUDE,GR_POS_02_LONGITUDE,
  GR_POS_02_PROJECTED_LINE,GR_POS_02_PROJECTED_SAMPLE,
  GR_POS_02_RIGHT_EDGE_PROJ_LINE,GR_POS_02_RIGHT_EDGE_PROJ_SAMPLE,
  GR_POS_04_LATITUDE,GR_POS_04_LONGITUDE,
  GR_POS_04_PROJECTED_LINE,GR_POS_04_PROJECTED_SAMPLE,
  GR_POS_04_RIGHT_EDGE_PROJ_LINE,GR_POS_04_RIGHT_EDGE_PROJ_SAMPLE,
  GR_POS_06_LATITUDE,GR_POS_06_LONGITUDE,
  GR_POS_06_PROJECTED_LINE,GR_POS_06_PROJECTED_SAMPLE,
  GR_POS_06_RIGHT_EDGE_PROJ_LINE,GR_POS_06_RIGHT_EDGE_PROJ_SAMPLE,
  GR_POS_08_LATITUDE,GR_POS_08_LONGITUDE,
  GR_POS_08_PROJECTED_LINE,GR_POS_08_PROJECTED_SAMPLE,
  GR_POS_08_RIGHT_EDGE_PROJ_LINE,GR_POS_08_RIGHT_EDGE_PROJ_SAMPLE,
  GR_POS_10_LATITUDE,GR_POS_10_LONGITUDE,
  GR_POS_10_PROJECTED_LINE,GR_POS_10_PROJECTED_SAMPLE,
  GR_POS_10_RIGHT_EDGE_PROJ_LINE,GR_POS_10_RIGHT_EDGE_PROJ_SAMPLE,
  INCIDENCE_ANGLE,EMISSION_ANGLE,PHASE_ANGLE,SLANT_DISTANCE,
  INTERCEPT_ALTITUDE,NATIVE_TIME)
 BAND_SUFFIX_UNIT = (DEGREE,DEGREE,DIMENSIONLESS,DIMENSIONLESS,DIMENSIONLESS,DIMENSIONLESS,
  DEGREE,DEGREE,DIMENSIONLESS,DIMENSIONLESS,DIMENSIONLESS,DIMENSIONLESS,
  DEGREE,DEGREE,DIMENSIONLESS,DIMENSIONLESS,DIMENSIONLESS,DIMENSIONLESS,
  DEGREE,DEGREE,DIMENSIONLESS,DIMENSIONLESS,DIMENSIONLESS,DIMENSIONLESS,
  DEGREE,DEGREE,DIMENSIONLESS,DIMENSIONLESS,DIMENSIONLESS,DIMENSIONLESS,
  DEGREE,DEGREE,DIMENSIONLESS,DIMENSIONLESS,DIMENSIONLESS,DIMENSIONLESS,
  DEGREE,DEGREE,DEGREE,KILOMETER,KILOMETER,SECOND)
 BAND_SUFFIX_ITEM_BYTES = (4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,
     4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4)
 BAND_SUFFIX_ITEM_TYPE = (VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,
     VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,
     VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,
     VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,
     VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,
     VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,VAX_REAL,
     VAX_REAL,VAX_REAL,VAX_REAL)
 BAND_SUFFIX_BASE = (0.000000,0.000000,0.000000,0.000000,0.000000,
     0.000000,0.000000,0.000000,0.000000,0.000000,0.000000,0.000000,
     0.000000,0.000000,0.000000,0.000000,0.000000,0.000000,0.000000,
     0.000000,0.000000,0.000000,0.000000,0.000000,0.000000,0.000000,
     0.000000,0.000000,0.000000,0.000000,0.000000,0.000000,0.000000,
     0.000000,0.000000,0.000000,0.000000,0.000000,0.000000,0.000000,
     0.000000,0.000000)
 BAND_SUFFIX_MULTIPLIER = (1.000000,1.000000,1.000000,1.000000,
     1.000000,1.000000,1.000000,1.000000,1.000000,1.000000,1.000000,
     1.000000,1.000000,1.000000,1.000000,1.000000,1.000000,1.000000,
     1.000000,1.000000,1.000000,1.000000,1.000000,1.000000,1.000000,
     1.000000,1.000000,1.000000,1.000000,1.000000,1.000000,1.000000,
     1.000000,1.000000,1.000000,1.000000,1.000000,1.000000,1.000000,
     1.000000,1.000000,63.000000)
 BAND_SUFFIX_VALID_MINIMUM  = (16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,
     16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,
     16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,
     16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,
     16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,
     16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,
     16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,
     16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,
     16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#)
 BAND_SUFFIX_NULL           = (16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,
     16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,
     16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,
     16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,
     16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,
     16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,
     16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,
     16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,
     16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#,16#FFFFFFFF#)
 BAND_SUFFIX_LOW_REPR_SAT   = (16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,
     16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,
     16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,
     16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,
     16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,
     16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,
     16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,
     16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,
     16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#,16#FFFEFFFF#)
 BAND_SUFFIX_LOW_INSTR_SAT  = (16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,
     16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,
     16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,
     16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,
     16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,
     16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,
     16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,
     16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,
     16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#,16#FFFDFFFF#)
 BAND_SUFFIX_HIGH_INSTR_SAT = (16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,
     16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,
     16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,
     16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,
     16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,
     16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,
     16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,
     16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,
     16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#,16#FFFCFFFF#)
 BAND_SUFFIX_HIGH_REPR_SAT  = (16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,
     16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,
     16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,
     16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,
     16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,
     16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,
     16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,
     16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,
     16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#,16#FFFBFFFF#)

/* The backplanes contain 6 geometric parameters for each grating position */
/* (latitude, longitude, line, sample, right-edge-of-NIMS-FOV line, right-edge */
/* sample), 5 'global' geometric parameters which apply to all grating */
/* positions, the time (in 'chops', see below) of the first grating position, */
/* and 0 to 10 'spectral index' bands, each a user-specified function of the */
/* data bands.  (See the BAND SUFFIX NAME values.) */

/* Longitude ranges from 0 to 360 degrees, with positive direction */
/* specified by POSITIVE LONGITUDE DIRECTION in the IMAGE MAP PROJECTION */
/* group.  Latitudes are planetographic. */

/* INTERCEPT ALTITUDE contains values for the DIFFERENCE between */
/* the length of the normal from the center of the target body to the */
/* line of sight AND the radius of the target body.  On-target points */
/* have zero values.  Points beyond the maximum expanded radius have */
/* null values.  This plane thus also serves as a set of "off-limb" */
/* flags.  It is meaningful only for the ORTHOGRAPHIC and */
/* POINT PERSPECTIVE projections; otherwise all values are zero. */

/* The NATIVE TIME band of the suffix is the time in "chops" of */
/* the first grating position at the corresponding line and sample */
/* after the NATIVE START TIME, where 63 chops = 1 second. */"

 STD_DEV_SELECTED_BAND_NUMBER = 48
 STD_DEV_SELECTED_BACKPLANE = 5

/*  Data description: general */

 DATA_SET_ID = 'GO-J-NIMS-4-TUBE-V1.0'
 SPACECRAFT_NAME = GALILEO_ORBITER
 MISSION_PHASE_NAME = EUROPA_4_ENCOUNTER
 INSTRUMENT_NAME = 'NEAR INFRARED MAPPING SPECTROMETER'
 INSTRUMENT_ID = NIMS
 ^INSTRUMENT_DESCRIPTION = "NIMSINST.TXT"

 TARGET_NAME = J_RINGS
 START_TIME = 1996-12-20T17:16:23Z
 STOP_TIME = 1996-12-20T17:17:20Z
 NATIVE_START_TIME = "3748905.00.0"
 NATIVE_STOP_TIME = "3748905.85"

 OBSERVATION_NAME = 'E4RNMRING_01B'
 NOTE = "Study composition and particle sizes of Jupiter's main ring - DARK
   SKY // Observation during occultation of the Sun by Jupiter, phase 
  angles near 150 degrees - ring not seen // MIPL Systematic Processing 
  Product"
 PRODUCT_ID = "E4RNMRING_01B_MSY01.VTUB"
 PRODUCT_CREATION_DATE = 1998-06-09
 IMAGE_ID = NULL

 INCIDENCE_ANGLE = 117.60
 EMISSION_ANGLE = 88.14
 PHASE_ANGLE = 154.26
 SOLAR_AZIMUTH = 167.16
 SUB_SPACECRAFT_AZIMUTH = 348.05
 START_SUB_SPACECRAFT_LATITUDE =  0.46
 START_SUB_SPACECRAFT_LONGITUDE = 237.79
 STOP_SUB_SPACECRAFT_LATITUDE =  0.46
 STOP_SUB_SPACECRAFT_LONGITUDE = 238.35
 START_SUB_SOLAR_LATITUDE = -1.08
 START_SUB_SOLAR_LONGITUDE = 34.64
 STOP_SUB_SOLAR_LATITUDE = -1.08
 STOP_SUB_SOLAR_LONGITUDE = 35.21
 MINIMUM_SLANT_DISTANCE = 1579240.00
 MAXIMUM_SLANT_DISTANCE = 1580090.00
 SCAN_RATE_TOLERANCE = 0.230769
 MEAN_SCAN_RATE = 1.080370
/* The unit of SCAN RATE TOLERANCE is mrad/s. */
/* The unit of MEAN SCAN RATE is the Nyquist scanning rate, which depends on */
/* the instrument mode: it is one-half FOV (0.5 mrad) per grating cycle. */
 MIN_SPACECRAFT_SOLAR_DISTANCE = 7.70603e+08
 MAX_SPACECRAFT_SOLAR_DISTANCE = 7.70603e+08
 MINIMUM_CENTRAL_BODY_DISTANCE = 1584260.00
 MAXIMUM_CENTRAL_BODY_DISTANCE = 1584700.00

/*  Data description: instrument status  */

 INSTRUMENT_MODE_ID = FULL_MAP
 GAIN_MODE_ID = 4
 CHOPPER_MODE_ID = REFERENCE
 START_GRATING_POSITION = 00
 OFFSET_GRATING_POSITION = 04
 GRATING_POSITION_INCREMENT = 02
 GRATING_POSITIONS = 12

 MEAN_FOCAL_PLANE_TEMPERATURE = 65.00
 MEAN_RAD_SHIELD_TEMPERATURE = 0.00
 MEAN_TELESCOPE_TEMPERATURE = 0.00
 MEAN_GRATING_TEMPERATURE = 130.00
 MEAN_CHOPPER_TEMPERATURE = 0.00
 MEAN_ELECTRONICS_TEMPERATURE = 0.00

 MEAN_DARK_DATA_NUMBER = (27.26,26.90,25.79,25.75,24.43,21.88,
     25.03,18.09,24.72,17.23,31.83,33.67,30.19,30.21,28.94,27.72,
     26.15)
/* The "mean dark data numbers" are the DN value of dark sky for each of the */
/* 17 NIMS detectors, averaged over the mirror-position-specific values used */
/* in the computation of radiance.  The original dark values were obtained */
/* from either off-limb portions of the observation or special "heaven dark" */
/* observations for an encounter. */

 GROUP = BAND_BIN

/*  Spectral axis description */

  BAND_BIN_CENTER = (0.7035,0.7296,0.7556,0.7817,0.8077,0.8337,
     0.8425,0.8686,0.8947,0.9207,0.9468,0.9729,0.9898,1.0418,
     1.0938,1.1457,1.1977,1.2496,1.2677,1.3198,1.3718,1.4239,
     1.4759,1.5279,1.5460,1.5982,1.6503,1.7024,1.7545,1.8066,
     1.8264,1.8786,1.9308,1.9830,2.0352,2.0873,2.1077,2.1599,
     2.2122,2.2645,2.3167,2.3690,2.6729,2.7253,2.7777,2.8301,
     2.8825,2.9349,2.9524,3.0048,3.0573,3.1098,3.1622,3.2147,
     3.2358,3.2883,3.3408,3.3933,3.4458,3.4983,3.5184,3.5710,
     3.6235,3.6761,3.7287,3.7812,3.8014,3.8541,3.9067,3.9593,
     4.0119,4.0645,4.0847,4.1374,4.1900,4.2427,4.2954,4.3480,
     4.3686,4.4213,4.4741,4.5268,4.5795,4.6322,4.6506,4.7034,
     4.7562,4.8089,4.8616,4.9144,4.9330,4.9858,5.0386,5.0914,
     5.1442,5.1969)
  BAND_BIN_UNIT = MICROMETER
  BAND_BIN_ORIGINAL_BAND = (1,3,5,7,9,11,13,15,17,19,21,23,25,
     27,29,31,33,35,37,39,41,43,45,47,49,51,53,55,57,59,61,63,
     65,67,69,71,73,75,77,79,81,83,97,99,101,103,105,107,109,
     111,113,115,117,119,121,123,125,127,129,131,133,135,137,
     139,141,143,145,147,149,151,153,155,157,159,161,163,165,
     167,169,171,173,175,177,179,181,183,185,187,189,191,193,
     195,197,199,201,203)
  BAND_BIN_GRATING_POSITION = (0,2,4,6,8,10,0,2,4,6,8,10,0,2,
     4,6,8,10,0,2,4,6,8,10,0,2,4,6,8,10,0,2,4,6,8,10,0,2,4,6,
     8,10,0,2,4,6,8,10,0,2,4,6,8,10,0,2,4,6,8,10,0,2,4,6,8,10,
     0,2,4,6,8,10,0,2,4,6,8,10,0,2,4,6,8,10,0,2,4,6,8,10,0,2,
     4,6,8,10)
  BAND_BIN_DETECTOR = (1,1,1,1,1,1,2,2,2,2,2,2,3,3,3,3,3,3,4,
     4,4,4,4,4,5,5,5,5,5,5,6,6,6,6,6,6,7,7,7,7,7,7,9,9,9,9,9,
     9,10,10,10,10,10,10,11,11,11,11,11,11,12,12,12,12,12,12,
     13,13,13,13,13,13,14,14,14,14,14,14,15,15,15,15,15,15,16,
     16,16,16,16,16,17,17,17,17,17,17)
  BAND_BIN_SOLAR_FLUX = (5596.6099,5200.7300,4837.1401,4538.1299,
     4257.2500,4000.5801,3917.1299,3677.5400,3451.2500,3267.7800,
     3101.0200,2942.8101,2844.5701,2557.2300,2299.9900,2083.4199,
     1892.0400,1720.2700,1664.9399,1517.7100,1386.4500,1271.0800,
     1169.7700,1078.8400,1049.4000,970.4280,869.8650,780.3350,
     701.3890,631.9320,608.4890,551.3480,500.4630,455.0590,414.8470,
     378.9710,366.0050,335.0310,307.1400,281.9810,259.2490,238.6760,
     152.9250,142.3900,132.7240,123.8450,115.6770,108.1540,105.7760,
     99.0236,92.8822,87.2003,81.9377,77.0583,75.1971,70.7947,
     66.7035,62.8977,59.3542,56.0517,54.8491,51.8446,49.0389,
     46.4166,43.9638,41.6675,40.8235,38.7222,36.7516,34.9023,
     33.1720,31.5674,30.9783,29.5006,28.1086,26.7966,25.5590,
     24.3910,23.9516,22.8714,21.8505,20.8851,19.9715,19.1066,
     18.8144,18.0094,17.2463,16.5226,15.8359,15.1839,14.9614,
     14.3524,13.8517,13.4014,12.9705,12.5582)
  BAND_BIN_SENSITIVITY = (0.7858,1.0433,1.2487,1.1637,1.2213,
     1.0736,1.0534,0.9388,0.9051,0.6660,0.4347,0.3240,0.9160,
     1.7253,2.4195,3.4541,4.5074,5.0300,4.4370,5.5214,7.0353,
     8.5412,9.6752,10.7375,8.8197,9.0310,9.4210,10.3702,11.6344,
     12.1278,18.1927,17.9140,19.0260,20.7396,22.9186,24.2913,
     36.1722,39.5632,44.4778,47.9590,47.6107,51.8264,77.0712,
     78.7547,79.1890,80.6125,83.3141,86.2243,105.5230,106.8610,
     104.7910,107.1440,117.8140,128.5190,135.4890,140.4530,145.5200,
     145.1100,145.4430,145.1740,126.2890,132.5700,135.6570,134.7910,
     134.0280,134.6120,131.2870,126.6320,123.1960,125.6120,125.9960,
     116.7420,154.7000,154.2180,153.4090,150.8310,144.3160,136.1280,
     42.4591,41.9675,43.0327,39.7475,34.0196,33.1654,44.6382,
     43.9141,43.1173,43.0084,42.2163,40.7921,41.7182,40.6448,
     38.8606,37.7680,36.1036,34.3149)
/* "Band Bin Sensitivity" is the Sensitivity for each band, in units of */
/* DN/radiance_unit (see CORE UNIT). These values are functions of */
/* reported focal plane assembly temperature during the observation and */
/* of ground and flight calibration data.  They may be used to construct */
/* "idealized data numbers" (DNs which would have been measured by an */
/* anomaly-free instrument) by the formula: */
/*	DN = dark_value + sensitivity * radiance, */
/* where 'dark_value' is approximated by the MEAN_DARK_DATA_NUMBER array. */
/* Note that actually measured raw DNs are not obtainable in this way, */
/* due to corrections for instrument anomalies (see the referenced */
/* INSTRUMENT_DESCRIPTION for details) and possible resampling of the */
/* data. */
 END_GROUP = BAND_BIN

 GROUP = IMAGE_MAP_PROJECTION
/* Projection description */
  MAP_PROJECTION_TYPE = POINT_PERSPECTIVE
  MAP_SCALE = 396.121
  MAP_RESOLUTION =  3.150
  SUB_SPACECRAFT_LATITUDE =   0.46
  SUB_SPACECRAFT_LONGITUDE = 238.07
  LINE_SUB_SPACECRAFT_OFFSET = -85.08
  SAMPLE_SUB_SPACECRAFT_OFFSET = 302.23
  TARGET_CENTER_DISTANCE = 1584483.3
  LINE_OPTICAL_AXIS_OFFSET = -20.45
  SAMPLE_OPTICAL_AXIS_OFFSET =  -2.50
  FOCAL_LENGTH = 800.0
  FOCAL_PLANE_SCALE =  5.000
  OFFSET_DIRECTION = TO_ORIGIN
  MINIMUM_LATITUDE =  -2.33
  MAXIMUM_LATITUDE =   4.73
  MINIMUM_LONGITUDE = 152.27
  MAXIMUM_LONGITUDE = 152.78
  EASTERNMOST_LONGITUDE = 152.27
  WESTERNMOST_LONGITUDE = 152.78
  COORDINATE_SYSTEM_TYPE = "BODY-FIXED ROTATING"
  COORDINATE_SYSTEM_NAME = PLANETOGRAPHIC
  POSITIVE_LONGITUDE_DIRECTION = WEST
  A_AXIS_RADIUS = 71492.00
  B_AXIS_RADIUS = 71492.00
  C_AXIS_RADIUS = 66854.00
  MAP_PROJECTION_ROTATION = 348.71
  SAMPLE_FIRST_PIXEL = 1
  SAMPLE_LAST_PIXEL = 7
  LINE_FIRST_PIXEL = 1
  LINE_LAST_PIXEL = 36
 END_GROUP = IMAGE_MAP_PROJECTION

END_OBJECT = QUBE
END