PDS_VERSION_ID               = PDS3
RECORD_TYPE                  = FIXED_LENGTH
RECORD_BYTES                 = 2880
FILE_RECORDS                 = 360       
^IMAGE                       = ("JGDWN_CER18D_ACCERR_0018.IMG",1)    
INSTRUMENT_HOST_NAME         = "DAWN"
MISSION_PHASE_NAME           = {                                              
                               "CERES SCIENCE SURVEY (CSS)",                  
                               "CERES SCIENCE HAMO (CSH)",                    
                               "CERES SCIENCE LAMO (CSL)" }  
TARGET_NAME                  = "1 CERES" 
INSTRUMENT_NAME              = "GRAVITY SCIENCE INSTRUMENT"
DATA_SET_ID                  = "DAWN-A-RSS-5-CEGR-V3.0"
ORIGINAL_PRODUCT_ID          = "CERES18D_ACCERR"
PRODUCT_ID                   = "JGDWN_CER18D_ACCERR_0018.IMG"
PRODUCT_RELEASE_DATE         = 2018-05-08
DESCRIPTION                  = "
 This file contains a digital map of the radial gravity error derived 
 from the JPL CERES18D model of the Ceres gravity field.  Each point 
 gives the Ceres gravity radial acceleration error in milligals on a 
 482.0-km x 445.9-km ellipsoid of revolution, which is close to the 
 surface of Ceres. The hydrostatic coefficients J2 and J4 are included.
 The JGDWN_CER18D_ACCERR gravity acceleration error is computed from the 
 full CERES18D solution covariance (from degree 2 up to degree 18).

 The map is produced at JPL by the Dawn Radio Science Team (Alex Konopliv, 
 Ryan Park, Sami Asmar)."

START_TIME                   = 2015-02-02T07:00:00.000
STOP_TIME                    = 2016-09-02T15:00:00.000
SPACECRAFT_CLOCK_START_COUNT = "1/0476132467.030"                             
SPACECRAFT_CLOCK_STOP_COUNT  = "1/0526100468.004"   
SOFTWARE_NAME                = "GRVMAP;V1.0"
PRODUCT_CREATION_TIME        = 2018-05-08T00:00:00.000
PRODUCER_ID                  = "DAWN GRAVITY TEAM"

OBJECT               = IMAGE
  LINES                      = 181
  LINE_SAMPLES               = 360
  SAMPLE_TYPE                = PC_REAL
  SAMPLE_BITS                = 64
  UNIT                       = "MILLIGALS"
  OFFSET                     = 0.0E+00
  SCALING_FACTOR             = 1.0E+00
  DESCRIPTION                = "The Digital Map contains
   values of the gravity anomaly.  The values can be obtained
   by multiplying the sample in the map by SCALING_FACTOR
   and then adding OFFSET.  One milligal equals 0.01 mm/s/s."
END_OBJECT           = IMAGE

OBJECT               = IMAGE_MAP_PROJECTION
  ^DATA_SET_MAP_PROJECTION     = "DSMAP.CAT"
  COORDINATE_SYSTEM_TYPE       = "BODY-FIXED ROTATING"
  COORDINATE_SYSTEM_NAME       = PLANETOCENTRIC
  MAP_PROJECTION_TYPE          = "SIMPLE CYLINDRICAL"
  A_AXIS_RADIUS                = 482.0 <KM>
  B_AXIS_RADIUS                = 482.0 <KM>
  C_AXIS_RADIUS                = 445.9 <KM>
  FIRST_STANDARD_PARALLEL      = "N/A"
  SECOND_STANDARD_PARALLEL     = "N/A"
  POSITIVE_LONGITUDE_DIRECTION = "EAST"
  CENTER_LATITUDE              = 0.0 <DEGREES>
  CENTER_LONGITUDE             = 179.5 <DEGREES>
  REFERENCE_LATITUDE           = 0.0 <DEGREES>
  REFERENCE_LONGITUDE          = 0.0 <DEGREES>
  LINE_FIRST_PIXEL             = 1
  LINE_LAST_PIXEL              = 181
  SAMPLE_FIRST_PIXEL           = 1
  SAMPLE_LAST_PIXEL            = 360
  MAP_PROJECTION_ROTATION      = 0.0 <DEGREES>
  MAP_RESOLUTION               = 1.0E+00
  MAP_SCALE                    = "N/A"
  MAXIMUM_LATITUDE             = 90.0 <DEGREES>
  MINIMUM_LATITUDE             = -90.0 <DEGREES>
  EASTERNMOST_LONGITUDE        = 359.0 <DEGREES>
  WESTERNMOST_LONGITUDE        = 0.0 <DEGREES>
  LINE_PROJECTION_OFFSET       = 0.0
  SAMPLE_PROJECTION_OFFSET     = 0.0
END_OBJECT           = IMAGE_MAP_PROJECTION

END