PDS_VERSION_ID                = PDS3
/* label standards identifiers PDS Version 3.5 */

DESCRIPTION = "LRF_INPUT.DAT contains fully calibrated, full resolution
     Cassini Radio and Plasma Wave (RPWS) low rate data for the time period
     between 2003-330T00:00:00.000 and 2003-331T00:00:00.000 and includes
     the following targets: SOLAR SYSTEM."



/* pds label for a rpws low rate full */
RECORD_TYPE                   = FIXED_LENGTH
RECORD_BYTES                  = 208
FILE_RECORDS                  = 17

/* pointers to start records of objects in file, std ref3.5:5.3.3.2 */
^LRFULL_TABLE                 = ("LRF_INPUT.DAT",1)
^TIME_TABLE                   = ("LRF_INPUT.DAT",2)
^FREQUENCY_TABLE              = ("LRF_INPUT.DAT",3)
^SPECTRAL_DENSITY_TABLE       = ("LRF_INPUT.DAT",4)

/* identification data elements - data product labels, std ref3.5:5.3.4.1 */
DATA_SET_ID                   = "CO-V/E/J/S/SS-RPWS-3-RDR-LRFULL-V1.0"
STANDARD_DATA_PRODUCT_ID      = RPWS_LOW_RATE_FULL
PRODUCT_TYPE                  = DATA
PRODUCT_ID                    = "LRF_INPUT_V1"
INSTRUMENT_HOST_NAME          = "CASSINI ORBITER"                 
INSTRUMENT_HOST_ID            = CO
INSTRUMENT_NAME               = "RADIO AND PLASMA WAVE SCIENCE"
INSTRUMENT_ID                 = RPWS
SECTION_ID                    = HFR
MISSION_PHASE_NAME            = {"SPACE SCIENCE","SCIENCE CRUISE"}
TARGET_NAME                   = "SOLAR SYSTEM"
ORBIT_NAME                    = "N/A" 
START_TIME                    = 2003-330T00:00:00.000Z
STOP_TIME                     = 2003-331T00:00:00.000Z
SPACECRAFT_CLOCK_START_COUNT  = "1/1448497332:088"
SPACECRAFT_CLOCK_STOP_COUNT   = "1/1448583732:232"
PRODUCT_CREATION_TIME         = 2004-03-08


NOTE = "
/************************************************************************/
/*                         Record Structure                             */
/*       +------------------------------------------------------------+ */
/* ROW 1 | LRFULL_TABLE (FILE_ID RECORD_LENGTH NUMBER_OF_RECORDS ETC) | */
/*       +------+------+--------+---------------+-----+---------------+ */
/* ROW 2 | SCLK | SCET | SPARE  | TIME_OFFSET_0 | ... | TIME_OFFSET_N | */
/*       +------+------+--------+---------------+-----+---------------+ */
/* ROW 3 | SCLK | SCET | SPARE  |  FREQUENCY_0  | ... |  FREQUENCY_N  | */
/*       +------+------+--------+---------------+-----+---------------+ */
/* ROW 4 | SCLK | SCET | Dq/Sen |   DENSITY_0   | ... |   DENSITY_N   | */
/*       +------+------+--------+---------------+-----+---------------+ */
/*  ...  | .... | .... | ...... | ............. | ... | ............. | */
/*       +------+------+--------+---------------+-----+---------------+ */
/* ROW M | SCLK | SCET | Dq/Sen |   DENSITY_0   | ... |   DENSITY_N   | */
/*       +------+------+--------+---------------+-----+---------------+ */
/* BYTE  1      7      13       17                                      */
/*                                                                      */
/*                                                                      */
/*  TIME_OFFSET - The number of seconds from the beginning of the data  */
/*          acquisition when the individual sample was captured.        */
/*                                                                      */
/*  SCLK - The spacecraft clock marking the beginning of the data       */
/*         acquisition.                                                 */
/*                                                                      */
/*  SCET - The spacecraft event time marking the beginning of the data  */
/*          acquisition, UTC.                                           */
/*                                                                      */
/*  Dq/Sen - Data quality and sensor identifies bits, msb first.  The 4 */
/*            LSBs contain the sensor information, 0-16.  The rest      */
/*            contains the data quality information.                    */
/*                                                                      */
/*  DENSITY - Calibrated spectral density, either electric or magnetic. */
/*                                                                      */
/************************************************************************/
"


/* descriptive data elements */
OBJECT                        = LRFULL_TABLE
  NAME                        = LRFULL_TABLE
  INTERCHANGE_FORMAT          = BINARY
  ROW_BYTES                   = 208
  ROWS                        = 1
  COLUMNS                     = 8
  ^STRUCTURE                  = "LRFULL_TABLE.FMT"
END_OBJECT                    = LRFULL_TABLE

OBJECT                        = TIME_TABLE
  NAME                        = TIME_TABLE
  INTERCHANGE_FORMAT          = BINARY
  ROW_BYTES                   = 208
  ROWS                        = 1
  COLUMNS                     = 6
  ^STRUCTURE                  = "RPWS_SCLK_SCET.FMT"
  OBJECT                      = COLUMN
    NAME                      = TIME
    DATA_TYPE                 = IEEE_REAL
    START_BYTE                = 17
    BYTES                     = 192
    ITEMS                     = 48
    ITEM_BYTES                = 4
    UNIT                      = SECOND
    DESCRIPTION               = "Time offset of individual samples
                                  in corresponding columns relative
                                  to time tag of each row."
  END_OBJECT                  = COLUMN
END_OBJECT                    = TIME_TABLE

OBJECT                        = FREQUENCY_TABLE
  NAME                        = FREQUENCY_TABLE
  INTERCHANGE_FORMAT          = BINARY
  ROW_BYTES                   = 208
  ROWS                        = 1
  COLUMNS                     = 6
  ^STRUCTURE                  = "RPWS_SCLK_SCET.FMT"
  OBJECT                      = COLUMN
    NAME                      = FREQUENCY
    DATA_TYPE                 = IEEE_REAL
    START_BYTE                = 17
    BYTES                     = 192
    ITEMS                     = 48
    ITEM_BYTES                = 4
    UNIT                      = HERTZ
    DESCRIPTION               = "Frequency of spectral densities in
                                  corresponding columns."
  END_OBJECT                  = COLUMN
END_OBJECT                    = FREQUENCY_TABLE

OBJECT                        = SPECTRAL_DENSITY_TABLE
  NAME                        = SPECTRAL_DENSITY_TABLE
  INTERCHANGE_FORMAT          = BINARY
  ROW_BYTES                   = 208
  ROWS                        = 14
  COLUMNS                     = 7
  ^STRUCTURE                  = "LRFC_DATA_QUALITY.FMT"
  OBJECT                      = COLUMN
    NAME                      = SPECTRAL_DENSITY
    DATA_TYPE                 = IEEE_REAL
    START_BYTE                = 17
    BYTES                     = 192
    ITEMS                     = 48
    ITEM_BYTES                = 4
    UNIT                      = {"VOLT**2/M**2/HZ", "NANOTESLA**2/HZ "}
    DESCRIPTION               = "Calibrated spectral densities from one
                                  of several sensors.  Units for Ex, Eu
                                  Ev, Ew, Hf sensors are
                                  VOLT**2/M**2/HZ.  Units for Bx, By,
                                  Bz sensors are NANOTESLA**2/HZ"
  END_OBJECT                  = COLUMN
END_OBJECT                    = SPECTRAL_DENSITY_TABLE

END