CCSD3ZF0000100000001NJPL3IF0PDS200000001 = SFDU_LABEL /* File Structure */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 512 FILE_RECORDS = 844 LABEL_RECORDS = 27 CHECKSUM = 11398612 /* Unsigned 32-bit checksum of all bytes after label records */ FILE_STATE = CLEAN ^HISTORY = 28 OBJECT = HISTORY END_OBJECT = HISTORY ^HISTOGRAM_IMAGE = 52 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 = 1 END_OBJECT = HISTOGRAM_IMAGE ^SAMPLE_SPECTRUM_QUBE = 256 OBJECT = SAMPLE_SPECTRUM_QUBE /* Sample spectrum non-standard qube structure */ AXES = 3 AXIS_NAME = (SAMPLE,LINE,REGION) ITEMS = (500,340,3) ITEM_BITS = 4 ITEM_TYPE = UNSIGNED_INTEGER REGION_UPPER_LEFT_LATITUDE = (0.000,0.000,0.000) REGION_UPPER_LEFT_LONGITUDE = (0.000,0.000,0.000) REGION_SAMPLES = (4,4,4) REGION_LINES = (2,1,1) 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 = 1.87374 END_OBJECT = SAMPLE_SPECTRUM_QUBE ^QUBE = 755 OBJECT = QUBE /* Qube structure */ AXES = 3 AXIS_NAME = (SAMPLE,LINE,BAND) /* Core description */ CORE_ITEMS = (20,48,11) 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 = 0.10000 FOOTPRINT_GRID_SIZE = 10 /* SPATIAL_BINNING_TYPE, FOOTPRINT_GRID_SIZE, THRESHOLD_WEIGHT, and */ /* (for certain projections) MAXIMUM_PIXEL_DISTORTION, are parameters */ /* that are not relevant to the Tube core data, but can be used in */ /* subsequent ISIS processing to generate a projected cube from a */ /* tube file with program NIMSGEOMF. Note that the value: */ /* SPATIAL_BINNING_TYPE = FOOTPRINT_AVERAGE */ /* does trigger the addition of two extra backplanes per grating */ /* position: the RIGHT_EDGE_PROJ_LINE/SAMPLE backplanes. */ EXPANDED_RADIUS = 85790.40 DARK_UPDATE_TYPE = NOUPDAT FILL_BOX_SIZE = 0 FILL_MIN_VALID_PIXELS = 0 PHOTOMETRIC_CORRECTION_TYPE = NONE /* Suffix description */ SUFFIX_BYTES = 4 SUFFIX_ITEMS = (0,0,1) BAND_SUFFIX_NAME = NATIVE_TIME BAND_SUFFIX_UNIT = SECOND BAND_SUFFIX_ITEM_BYTES = 4 BAND_SUFFIX_ITEM_TYPE = VAX_REAL BAND_SUFFIX_BASE = 0.000000 BAND_SUFFIX_MULTIPLIER = 63.000000 BAND_SUFFIX_VALID_MINIMUM = (16#FFEFFFFF#) BAND_SUFFIX_NULL = (16#FFFFFFFF#) BAND_SUFFIX_LOW_REPR_SAT = (16#FFFEFFFF#) BAND_SUFFIX_LOW_INSTR_SAT = (16#FFFDFFFF#) BAND_SUFFIX_HIGH_INSTR_SAT = (16#FFFCFFFF#) BAND_SUFFIX_HIGH_REPR_SAT = (16#FFFBFFFF#) /* 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. */" /* Data description: general */ DATA_SET_ID = 'GO-J-NIMS-3-TUBE-V1.0' SPACECRAFT_NAME = GALILEO_ORBITER MISSION_PHASE_NAME = IO_25_ENCOUNTER INSTRUMENT_NAME = 'NEAR INFRARED MAPPING SPECTROMETER' INSTRUMENT_ID = NIMS ^INSTRUMENT_DESCRIPTION = "NIMSINST.TXT" TARGET_NAME = CAL START_TIME = 1999-12-20T06:40:56Z STOP_TIME = 1999-12-20T06:42:04Z NATIVE_START_TIME = "5307750.00.0" NATIVE_STOP_TIME = "5307751.11" OBSERVATION_NAME = '25NNRCTRLT01S' NOTE = "Radiometric calibration of the thermal detectors using the rct target // RCT // MIPL Systematic Processing Product" PRODUCT_ID = "25NNRCTRLT01S_MSY01.VTUB" PRODUCT_CREATION_DATE = 2000-12-14 IMAGE_ID = NULL MIN_SPACECRAFT_SOLAR_DISTANCE = 7.4668e+08 MAX_SPACECRAFT_SOLAR_DISTANCE = 7.4668e+08 MINIMUM_CENTRAL_BODY_DISTANCE = 5983000.00 MAXIMUM_CENTRAL_BODY_DISTANCE = 5983000.00 /* Data description: instrument status */ INSTRUMENT_MODE_ID = FIXED_LONG_MAP GAIN_MODE_ID = 1 CHOPPER_MODE_ID = '63_HERTZ' START_GRATING_POSITION = 00 OFFSET_GRATING_POSITION = 04 GRATING_POSITION_INCREMENT = 00 GRATING_POSITIONS = 01 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 = (27.36,27.03,26.93,27.18,26.90,26.59, 25.45,26.97,26.45,22.84,28.29,28.99,28.39,28.25,29.31,28.37, 26.61) /* 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. */ THERMAL_DETECTOR_OFFSET = (515.50,516.03,514.03) THERMAL_DETECTOR_SENS_RATIO = (47.56,47.34,48.29) GROUP = BAND_BIN /* Spectral axis description */ BAND_BIN_CENTER = (1.8737,2.1534,2.4384,2.7176,3.0007,3.2831, 3.5659,3.8489,4.1326,4.4145,4.6967) BAND_BIN_UNIT = MICROMETER BAND_BIN_ORIGINAL_BAND = (7,8,9,10,11,12,13,14,15,16,17) BAND_BIN_GRATING_POSITION = (0,0,0,0,0,0,0,0,0,0,0) BAND_BIN_DETECTOR = (7,8,9,10,11,12,13,14,15,16,17) BAND_BIN_SOLAR_FLUX = (596.7640,363.3010,229.8530,154.3390, 106.7610,76.3887,55.9112,41.7489,31.7806,24.6794,19.4245) BAND_BIN_SENSITIVITY = (0.1341,0.9996,14.2555,26.3117,7.6246, 13.2049,3.1390,2.7463,49.0580,46.6100,54.1140) /* "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, */ /* preceding the BAND_BIN group. */ /* 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. The above formula for DN also does not hold for the higher */ /* intensity regime in the thermal detectors (15-17), for which the */ /* following formula applies: */ /* DN = thermal_offset + sensitivity * radiance / sens_ratio */ /* where 'thermal_offset' and 'sens_ratio' for detectors 15, 16, and 17 are */ /* given by the THERMAL_DETECTOR_OFFSET and THERMAL_DETECTOR_SENS_RATIO */ /* arrays, preceding the BAND_BIN group. */ /* The radiances for which the above formula applies, are those lying above: */ /* Cutoff_radiance = thermal_offset / sensitivity */ END_GROUP = BAND_BIN END_OBJECT = QUBE END GROUP = VISIS2 VERSION_DATE = 2000-01-26 DATE_TIME = 2000-12-14T12:50:07 NODE_NAME = "MIPL" USER_NAME = "FrankLeader/43214" SOFTWARE_DESC = "ISIS cube file with PDS label has been generated as systematic product by MIPL using the following programs: NIMSMERGE2 to create EDRs; NIMSCMM2 to create the merged mosaic & geometry cube; HIST2D to create a two-dimensional histogram; SPECPLOT to create the spectral plots; VISIS2 to create the ISIS cube." USERNOTE = "MIPL Systematic Processing Product" GROUP = PARAMETERS EDR_FILE_NAME = "NE:25NNRCTRLT01S.4" PLATFORM_CKERNEL_NAME = " " ROTOR_CKERNEL_NAME = " " SP_KERNEL_FILE_NAME = "SPICEKER:S980928A.BSP" I_KERNEL_FILE_NAME = "NDAT:NIMS_IKERNEL_MAB5.DAT" SPIKE_FILE_NAME = "DUMMY_DSPK.DAT" BOOM_FILE_NAME = "GLL:[NIMS.CAL]BOOM_OBSCURATION.NIM" DARK_VALUE_FILE_NAME = "NCAL:16HNDARKCL01A_FEL01.DRK" CALIBRATION_FILE_NAME = "NCAL:N1999A_GS1_02_I24.CAL" SOLAR_FLUX_FILE_NAME = "NCAL:NIMS_SOLAR.DAT" MERGED_MOSAIC_FILE_NAME = "GLLNIMS:25NNRCTRLT01S_MSY01.TUB" GRATING_POSITION_CORRECTION = 14.5000 GRATING_STEP_INFLATION = 0.2000 /* The "Grating Position Correction" and "Grating Step Inflation" are */ /* adjustments to the nominal grating positions, based on flight calibrations */ /* and known sharp spectral features of the target, used in determination of */ /* wavelengths. GRATING_POSITION_CORRECTION is an additive term to the */ /* grating position and (1.0 + GRATING_STEP_INFLATION) is a multiplicative */ /* term modifying the grating stepsize. */ SUMMARY_IMAGE_RED_ID = 0 SUMMARY_IMAGE_GREEN_ID = 0 SUMMARY_IMAGE_BLUE_ID = 0 ADAPT_STRETCH_SAT_FRAC = 0.0000 ADAPT_STRETCH_SAMP_FRAC = -999.0000 RED_STRETCH_RANGE = ( -999, 0) GREEN_STRETCH_RANGE = ( -999, 0) BLUE_STRETCH_RANGE = ( -999, 0) END_GROUP = PARAMETERS END_GROUP = VISIS2 END 5555555555555555555555555555555555555*@U9,@:@4@F@V:@@O<@.*@U9>@@J4@F@V@J@O<@.<@.>@:@4@4@:@>@<@.<@.>@:@4@4@:@,@<@.*@U9,@:@"@F@V@J@O<@.<@.>@:@"@X@:@P@*@U9<@.@O@JF@VF@V:@P@N@#<@.>@:@F@V4@:@P@<@.@DP@)@ 4@4@:@>@@D*@U9>@)@ 4@4@:@@ON@#@D@O@JF@V4@L@,@<@.@D>@:@4@F@V@J@O<@.*@U9>@:@4@F@VL@P@*@U9N@#,@:@"@F@V:@>@<@.*@U9>@)@ 4@F@V:@>@<@.<@.>@:@4@4@:@,@<@.<@.@O:@F@VF@V:@>@@D<@.@O@JF@VX@L@>@<@.<@.@O@JF@V4@L@>@*@U9*@U9@O:@F@VX@:@@O<@.*@U9>@@J4@F@V:@P@*@U9<@.>@)@ 4@4@:@>@N@#<@.>@@J4@4@)@ 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