PDS_VERSION_ID                      = PDS3

/* FILE DATA ELEMENTS */

RECORD_TYPE                         = FIXED_LENGTH
RECORD_BYTES                        = 14400
FILE_RECORDS                        = 7200

/* POINTERS TO DATA OBJECTS */

^IMAGE                              = "OLIVINE_OSP2_EQU_MAP.IMG"

/* DESCRIPTIVE DATA ELEMENTS */

DATA_SET_ID                         = "MEX-M-OMEGA-5-DDR-GLOBAL-MAPS-V1.0"
PRODUCT_ID                          = OLIVINE_OSP2_EQU_MAP
RELEASE_ID                          = 0001
REVISION_ID                         = 0000
PROCESSING_LEVEL_ID                 = 5
PRODUCT_CREATION_TIME               = 2013-08-28T17:35:59.000
INSTRUMENT_HOST_ID                  = MEX
INSTRUMENT_HOST_NAME                = "MARS EXPRESS"
INSTRUMENT_ID                       = OMEGA
INSTRUMENT_NAME                     = "Observatoire Mineralogie, Eau, Glaces,
                                       Activite"
MISSION_NAME                        = "MARS EXPRESS"
TARGET_NAME                         = MARS
START_TIME                          = 2004-01-08T12:46:15.000
STOP_TIME                           = 2010-08-20T00:46:05.000
START_ORBIT_NUMBER                  = 6
STOP_ORBIT_NUMBER                   = 8485
DESCRIPTION                         = "This data product is a global olivine
  spectral parameter map of Mars at a resolution of 40 ppd (about 1.5 km at the
  equator). It is based on reflectance data acquired by the Mars Express OMEGA
  hyperspectral camera from January 2004 to August 2010. The OMEGA Flight
  Experiment Data Records (EDR) are the source for this data product. It
  corresponds to the map that was produced and published by Ody et al.
  ([ODY_JGR2012], figure 9a). This map, in simple cylindrical projection, is in
  the form of an image where each sample represents the highest value of the
  olive spectral parameter values calculated within a 0.025 by 0.025 degree
  area. Olivine has a broad, complex absorption centered near 1 micrometer that
  varies in width, position, and shape with grain size and Fo number. This
  olivine spectral parameter (OSP2) is sensitive to olivine with high iron
  content and/or large grain size and/or high abundance. For more information
  on how this map was produced and how it can be best interpreted, please refer 
  to the original publication available in the DOCUMENT directory of this
  data set."

^ODY_JGR2012_EDR_DESC               = "ODY_JGR2012_EDR_DESC.TXT"

/* IMAGE OBJECT DEFINITIONS */

OBJECT                              = IMAGE
  INTERCHANGE_FORMAT                = BINARY
  LINES                             = 7200
  LINE_SAMPLES                      = 14400
  SAMPLE_TYPE                       = LSB_INTEGER
  SAMPLE_BITS                       = 16
  BANDS                             = 1
  BAND_STORAGE_TYPE                 = BAND_SEQUENTIAL
  OFFSET                            = 1.1844276838e+00
  SCALING_FACTOR                    = 4.4081477778e-06
  MISSING_CONSTANT                  = -32768
  MINIMUM                           = 1.040
  MAXIMUM                           = 1.329
  MEAN                              = 1.070
  STANDARD_DEVIATION                = 0.038
END_OBJECT                          = IMAGE

/* MAP OBJECT DEFINITIONS */

OBJECT                              = IMAGE_MAP_PROJECTION
  ^DATA_SET_MAP_PROJECTION_CATALOG  = "DSMAP.CAT"
  MAP_PROJECTION_TYPE               = "SIMPLE CYLINDRICAL"
  A_AXIS_RADIUS                     = 3396.0 <KM>
  B_AXIS_RADIUS                     = 3396.0 <KM>
  C_AXIS_RADIUS                     = 3396.0 <KM>
  FIRST_STANDARD_PARALLEL           = "N/A"
  SECOND_STANDARD_PARALLEL          = "N/A"
  POSITIVE_LONGITUDE_DIRECTION      = "EAST"
  CENTER_LATITUDE                   = 0.0 <DEGREE>
  CENTER_LONGITUDE                  = 0.0 <DEGREE>
  REFERENCE_LATITUDE                = "N/A"
  REFERENCE_LONGITUDE               = "N/A"
  LINE_FIRST_PIXEL                  = 1
  LINE_LAST_PIXEL                   = 7200
  SAMPLE_FIRST_PIXEL                = 1
  SAMPLE_LAST_PIXEL                 = 14400
  MAP_PROJECTION_ROTATION           = 0.0
  MAP_RESOLUTION                    = 40.0 <PIXEL/DEGREE>
  MAP_SCALE                         = 1.48178 <KM/PIXEL>
  MAXIMUM_LATITUDE                  = 90.0 <DEGREE>
  MINIMUM_LATITUDE                  = -90.0 <DEGREE>
  WESTERNMOST_LONGITUDE             = -180.0 <DEGREE>
  EASTERNMOST_LONGITUDE             = 180.0 <DEGREE>
  LINE_PROJECTION_OFFSET            = 3600.5
  SAMPLE_PROJECTION_OFFSET          = 7200.5
  COORDINATE_SYSTEM_TYPE            = "BODY-FIXED ROTATING"
  COORDINATE_SYSTEM_NAME            = "PLANETOCENTRIC"
END_OBJECT                          = IMAGE_MAP_PROJECTION

END