PDS_VERSION_ID                 = PDS3
LABEL_REVISION_NOTE            = "2006-03-14 D. Humm (APL), created;
                                  version 0 prelim Rob Green cal <2500 nm
                                  and 5x5 >2500 nm; version 1 D. Humm,
                                  replace all non-scene with 65535.;
                                  version 2 2006-09-21 D. Humm,
                                  final ground Rob Green cal 
                                  <2500 nm and 5x5 >2500 nm;
                                  version 3 2007-01-23 D. Humm,
                                  adjust by 1.5-3 nm wavelength
                                  shift as a function of column #
                                  supplied by Rob Green 2007-01-03" 

/*( NOTE: Comments in this label that are delimited with parentheses,     )*/
/*( for example:                                                          )*/
        /*( comment )*/
/*( are notes to the data provider. These comments should be removed      )*/
/*( from the final label.  Comments without parentheses, for example:     )*/
        /* comment */
/*( are intended to be part of the final label.                           )*/

/* Level 6 CDR (Calibration Data Record) Identification */

DATA_SET_ID                    = "MRO-M-CRISM-4/6-CDR-V1.0"
PRODUCT_ID                     = "CDR6_9_0947778566_SW_L_3"

PRODUCT_TYPE                   = CDR
SPACECRAFT_ID                  = MRO
INSTRUMENT_ID                  = CRISM
START_TIME                     = 2010-01-12T15:48:55
STOP_TIME                      = NULL
SPACECRAFT_CLOCK_START_COUNT   = "9/0947778566"
SPACECRAFT_CLOCK_STOP_COUNT    = NULL
OBSERVATION_TIME               = NULL
PRODUCT_CREATION_TIME          = 2010-02-18T21:24:00

OBSERVATION_TYPE               = NULL 
OBSERVATION_ID                 = NULL 
MRO:OBSERVATION_NUMBER         = NULL 
MRO:ACTIVITY_ID                = NULL 
SOURCE_PRODUCT_ID              = NULL
MRO:SENSOR_ID                  = "L" 
PRODUCT_VERSION_ID             = "3" 

/* CDR Instrument and Observation Parameters */

MRO:WAVELENGTH_FILE_NAME       = "CDR6_1_0000000000_SW_L_3.TAB"
MRO:DETECTOR_TEMPERATURE       = NULL 
MRO:OPTICAL_BENCH_TEMPERATURE  = NULL 
MRO:SPECTROMETER_HOUSING_TEMP  = NULL 
MRO:SPHERE_TEMPERATURE         = NULL 
SHUTTER_MODE_ID                = "OPEN" 
LIGHT_SOURCE_NAME              = "NONE" 
MRO:CALIBRATION_LAMP_STATUS    = "OFF" 
MRO:CALIBRATION_LAMP_LEVEL     = 0 

/* CRISM IR Sampling Wavelength Table                                       */

/* The CRISM IR spectrometer has smile, so a given row is not at constant   */
/* wavelength bit varies by a little more than a wavelength bin across the  */
/* range of spatial pixels.  It is convenient for users of the CRISM data   */
/* to be able to do calculations assuming a given row is at a constant      */
/* wavelength.  This table gives a standard set of wavelengths to use for   */
/* such approximations.  Each wavelength in this table is an average of the */
/* wavelengths in a single row for columns 270-369.                         */

/* The sampling wavelength has two uses.  The unbinned IR columns 270-369   */
/* represent a part of the field of view with less than 1 nm smile, and     */
/* within that part of the field of view, the sample wavelength values are  */
/* in error by less than half a nm.  Our pixels are separated by about      */
/* 6.55 nm center-to-center, so half a nm of error is negligible for many   */
/* purposes.  Therefore, many analyses may proceed ignoring the smile, if   */
/* they operate only on columns 270-369.  This is particularly useful for   */
/* atmospheric analyses.  The second use of the sampling wavelength is as a */
/* standard set of wavelengths for nearest-neighbor wavelength resampling   */
/* of the entire field of view.  This is useful for analyses (such as       */
/* broad mineralogical features in spectral regions without atmospheric     */
/* absorption lines) that are not sensitive to half a pixel (about 3.3 nm)  */
/* of wavelength error. The fact that the resampled wavelengths are accurate*/
/* in columns 270-369 is helpful for the user to evaluate the effect of the */
/* resampling error in the rest of a given image.                           */

/* Related CDRs: The WA level 4 CDR gives the actual center wavelength for  */
/* each pixel, including smile.  The RW level 4 CDR gives the resampled     */
/* wavelength for each pixel.                                               */
/* The PS level 4 CDR gives the row number of the Zone 0 sampling           */
/* wavelength used by a pixel minus the row number of the pixel.            */
/* The zone 0 sampling wavelengths are given in the SW level 6 CDR.         */

OBJECT                         = FILE
/* The time string in the file name will increment if there is a change in  */
/* VNIR standard sampling wavelengths                                       */
  ^TABLE                       = "CDR6_9_0947778566_SW_L_3.TAB"
  RECORD_TYPE                  = FIXED_LENGTH
  RECORD_BYTES                 = 14
  FILE_RECORDS                 = 480

  OBJECT                       = TABLE
    NAME                       = "CRISM STANDARD SAMPLING WAVELENGTH TABLE"
    INTERCHANGE_FORMAT         = "ASCII"
    ROWS                       = 480
    COLUMNS                    = 2
    ROW_BYTES                  = 14
    DESCRIPTION                = "CRISM Standard sampling wavelength table "

    OBJECT                     = COLUMN 
      COLUMN_NUMBER            = 1
      NAME                     = ROWNUM
      DATA_TYPE                = ASCII_INTEGER
      START_BYTE               = 1
      BYTES                    = 3
      DESCRIPTION              = "detector row number (0-479)"
    END_OBJECT                 = COLUMN

    OBJECT                     = COLUMN 
      COLUMN_NUMBER            = 2
      NAME                     = SAMPL_WAV
      DATA_TYPE                = ASCII_REAL
      START_BYTE               = 5
      BYTES                    = 8
      DESCRIPTION              = "Standard sampling center wavelength in nm"
      UNIT                     = "NM"
    END_OBJECT                 = COLUMN

  END_OBJECT                   = TABLE
  
END_OBJECT                     = FILE

END