CCSD3ZF0000100000001NJPL3IF0PDS200000001 = SFDU_LABEL /* File Structure */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 512 FILE_RECORDS = 512 LABEL_RECORDS = 30 CHECKSUM = 6574182 /* Unsigned 32-bit checksum of all bytes after label records */ FILE_STATE = CLEAN ^HISTORY = 31 OBJECT = HISTORY END_OBJECT = HISTORY ^HISTOGRAM_IMAGE = 55 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 = 259 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 = 0.000 REGION_UPPER_LEFT_LONGITUDE = 60.000 REGION_SAMPLES = 3 REGION_LINES = 3 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 = 0.73598 END_OBJECT = SAMPLE_SPECTRUM_QUBE ^QUBE = 426 OBJECT = QUBE /* Qube structure */ AXES = 3 AXIS_NAME = (SAMPLE,LINE,BAND) /* Core description */ CORE_ITEMS = (20,30,17) CORE_ITEM_BYTES = 2 CORE_ITEM_TYPE = VAX_INTEGER CORE_BASE = 0.0 CORE_MULTIPLIER = 1.0 /* Core scaling is: True_value = base + (multiplier * stored_value) */ CORE_VALID_MINIMUM = -32752 CORE_HIGH_REPR_SATURATION = -32764 CORE_HIGH_INSTR_SATURATION = -32765 CORE_LOW_INSTR_SATURATION = -32766 CORE_LOW_REPR_SATURATION = -32767 CORE_NULL = -32768 CORE_NAME = RAW_DATA_NUMBER CORE_UNIT = DIMENSIONLESS SPATIAL_BINNING_TYPE = NEAREST_AVERAGE EXPANDED_RADIUS = 143.00 DARK_UPDATE_TYPE = NOUPDAT FILL_BOX_SIZE = 0 FILL_MIN_VALID_PIXELS = 0 PHOTOMETRIC_CORRECTION_TYPE = NONE /* Suffix description */ SUFFIX_BYTES = 4 SUFFIX_ITEMS = (0,0,10) BAND_SUFFIX_NAME = (GR_POS_00_LATITUDE,GR_POS_00_LONGITUDE, GR_POS_00_PROJECTED_LINE,GR_POS_00_PROJECTED_SAMPLE, INCIDENCE_ANGLE,EMISSION_ANGLE,PHASE_ANGLE,SLANT_DISTANCE, INTERCEPT_ALTITUDE,NATIVE_TIME) BAND_SUFFIX_UNIT = (DEGREE,DEGREE,DIMENSIONLESS,DIMENSIONLESS, DEGREE,DEGREE,DEGREE,KILOMETER,KILOMETER,SECOND) BAND_SUFFIX_ITEM_BYTES = (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) BAND_SUFFIX_BASE = (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, 1.000000,1.000000,1.000000,1.000000,1.000000,63.000000) BAND_SUFFIX_VALID_MINIMUM = (16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#, 16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#,16#FFEFFFFF#, 16#FFEFFFFF#,16#FFEFFFFF#) BAND_SUFFIX_NULL = (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#) 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#) 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#) 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#) /* The backplanes contain 4 geometric parameters for each grating */ /* position (latitude, longitude, line, 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 planetocentric. */ /* 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 = 9 STD_DEV_SELECTED_BACKPLANE = 5 /* Data description: general */ DATA_SET_ID = 'GO-A-NIMS-3-TUBE-V1.0' SPACECRAFT_NAME = GALILEO_ORBITER MISSION_PHASE_NAME = GASPRA_ENCOUNTER INSTRUMENT_NAME = 'NEAR INFRARED MAPPING SPECTROMETER' INSTRUMENT_ID = NIMS ^INSTRUMENT_DESCRIPTION = "NIMSINST.TXT" TARGET_NAME = GASPRA START_TIME = 1991-10-29T14:52:02Z STOP_TIME = 1991-10-29T14:52:11Z NATIVE_START_TIME = "1072734.07.0" NATIVE_STOP_TIME = "1072734.21" OBSERVATION_NAME = 'GAPNGASPER01' NOTE = "Gaspra Fixed-Map observation // // Using NIMS96A calibration" PRODUCT_ID = "GAPNGASPER01A_MSY01" PRODUCT_CREATION_DATE = 1999-03-26 IMAGE_ID = NULL INCIDENCE_ANGLE = 62.24 EMISSION_ANGLE = 94.65 PHASE_ANGLE = 33.84 SOLAR_AZIMUTH = 185.05 SUB_SPACECRAFT_AZIMUTH = 54.20 START_SUB_SPACECRAFT_LATITUDE = 36.83 START_SUB_SPACECRAFT_LONGITUDE = 25.99 STOP_SUB_SPACECRAFT_LATITUDE = 36.83 STOP_SUB_SPACECRAFT_LONGITUDE = 26.10 START_SUB_SOLAR_LATITUDE = 5.20 START_SUB_SOLAR_LONGITUDE = 12.73 STOP_SUB_SOLAR_LATITUDE = 5.20 STOP_SUB_SOLAR_LONGITUDE = 12.84 MINIMUM_SLANT_DISTANCE = 222690.00 MAXIMUM_SLANT_DISTANCE = 222821.00 SCAN_RATE_TOLERANCE = 499.500006 MEAN_SCAN_RATE = 0.911731 /* 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 = 3.29525e+08 MAX_SPACECRAFT_SOLAR_DISTANCE = 3.29525e+08 MINIMUM_CENTRAL_BODY_DISTANCE = 0.00 MAXIMUM_CENTRAL_BODY_DISTANCE = 0.00 /* Data description: instrument status */ INSTRUMENT_MODE_ID = FIXED_MAP GAIN_MODE_ID = 4 CHOPPER_MODE_ID = '63_HERTZ' START_GRATING_POSITION = 06 OFFSET_GRATING_POSITION = 04 GRATING_POSITION_INCREMENT = 00 GRATING_POSITIONS = 01 MEAN_FOCAL_PLANE_TEMPERATURE = 65.64 MEAN_RAD_SHIELD_TEMPERATURE = 116.06 MEAN_TELESCOPE_TEMPERATURE = 131.57 MEAN_GRATING_TEMPERATURE = 139.03 MEAN_CHOPPER_TEMPERATURE = 137.17 MEAN_ELECTRONICS_TEMPERATURE = 284.92 GROUP = BAND_BIN /* Spectral axis description */ BAND_BIN_CENTER = (0.7360,0.8750,1.0545,1.3325,1.6109,1.8914, 2.1728,2.4529,2.7382,3.0177,3.3012,3.5839,3.8670,4.1503, 4.4343,4.7163,4.9988) BAND_BIN_UNIT = MICROMETER BAND_BIN_ORIGINAL_BAND = (1,2,3,4,5,6,7,8,9,10,11,12,13,14, 15,16,17) BAND_BIN_GRATING_POSITION = (0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0) BAND_BIN_DETECTOR = (1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16, 17) END_GROUP = BAND_BIN GROUP = IMAGE_MAP_PROJECTION /* Projection description */ MAP_PROJECTION_TYPE = POINT_PERSPECTIVE MAP_SCALE = 111.373 MAP_RESOLUTION = 0.001 SUB_SPACECRAFT_LATITUDE = 36.83 SUB_SPACECRAFT_LONGITUDE = 26.05 LINE_SUB_SPACECRAFT_OFFSET = -9.00 SAMPLE_SUB_SPACECRAFT_OFFSET = -9.00 TARGET_CENTER_DISTANCE = 222755.8 LINE_OPTICAL_AXIS_OFFSET = -9.00 SAMPLE_OPTICAL_AXIS_OFFSET = -9.00 FOCAL_LENGTH = 800.0 FOCAL_PLANE_SCALE = 2.500 OFFSET_DIRECTION = TO_ORIGIN MINIMUM_LATITUDE = -19.84 MAXIMUM_LATITUDE = 15.60 MINIMUM_LONGITUDE = 10.88 MAXIMUM_LONGITUDE = 179.80 EASTERNMOST_LONGITUDE = 10.88 WESTERNMOST_LONGITUDE = 179.80 COORDINATE_SYSTEM_TYPE = "BODY-FIXED ROTATING" COORDINATE_SYSTEM_NAME = PLANETOCENTRIC POSITIVE_LONGITUDE_DIRECTION = WEST A_AXIS_RADIUS = 9.10 B_AXIS_RADIUS = 5.20 C_AXIS_RADIUS = 4.40 MAP_PROJECTION_ROTATION = 119.28 SAMPLE_FIRST_PIXEL = 1 SAMPLE_LAST_PIXEL = 20 LINE_FIRST_PIXEL = 1 LINE_LAST_PIXEL = 20 END_GROUP = IMAGE_MAP_PROJECTION END_OBJECT = QUBE END GROUP = VISIS2 VERSION_DATE = 1999-03-21 DATE_TIME = 1999-03-26T08:07:41 NODE_NAME = "MIPL" USER_NAME = "NIMS_SYS" SOFTWARE_DESC = "ISIS cube file with PDS label has been generated as systematic product by MIPL using the following programs: NIMSMERGE to create EDRs; NIMSCMM 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 = "Using NIMS96A calibration" GROUP = PARAMETERS EDR_FILE_NAME = "N10107273405.2" POINTING_SOURCE = "AACS" SP_KERNEL_FILE_NAME = "SPICEKER:GLL920514.BSP_1" I_KERNEL_FILE_NAME = "NDAT:NIMS_IKERNEL_MAB5.DAT" SPIKE_FILE_NAME = "DUMMY_DSPK.DAT" BOOM_FILE_NAME = "NDAT:BOOM_OBSCURATION.NIM" DARK_VALUE_FILE_NAME = " " CALIBRATION_FILE_NAME = "NDAT:NIMS94B_GS1_63HZ_GAS_01.CAL" SOLAR_FLUX_FILE_NAME = " " MERGED_MOSAIC_FILE_NAME = "GLLNIMS:GAPNGASPER01A_MSY01.TUB" GRATING_POSITION_CORRECTION = -0.3000 GRATING_STEP_INFLATION = 0.0000 /* 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. */ END_GROUP = PARAMETERS END_GROUP = VISIS2 END 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