Procedure

     SCPR01 ( SCLK partition bounds, type 1  )

     ENTRY SCPR01 ( SC, NPARTN, PARBEG, PAREND )

Abstract

     Return partition data for a specified type 1 clock.

Required_Reading

     SCLK
     TIME

Keywords

     CONVERSION
     TIME

Declarations

    INTEGER               SC
    INTEGER               NPARTN
    DOUBLE PRECISION      PARBEG ( * )
    DOUBLE PRECISION      PAREND ( * )

Brief_I/O

     VARIABLE  I/O  DESCRIPTION
     --------  ---  --------------------------------------------------
     SC         I   NAIF spacecraft clock ID code.
     NPARTN     O   Number of partitions.
     PARBEG     O   Partition begin times.
     PAREND     O   Partition end times.

Detailed_Input

     SC       is a NAIF ID code for a spacecraft clock.

Detailed_Output

     NPARTN   is the number of partitions for the clock
              designated by SC.

     PARBEG,
     PAREND   are, respectively, arrays of partition begin and
              end times for the clock designated by SC. The
              times are expressed as encoded SCLK.

Parameters

     None.

Exceptions

     1)  If an error occurs in the course of updating the type 1 SCLK
         database, the error is signaled by a
         routine in the call tree of this routine.

Files

     Appropriate kernels must be loaded by the calling program before
     this routine is called.

     The following data are required:

     -  An SCLK kernel providing data for the SCLK designated by
        the input ID code SC.

     In all cases, kernel data are normally loaded once per program
     run, NOT every time this routine is called.

Particulars

     None.

Examples

     See usage in the SPICELIB function SCPART.

Restrictions

     1)  This is essentially a SPICE-private routine. It should not
         be called directly by user application code.

Literature_References

     None.

Author_and_Institution

     N.J. Bachman       (JPL)
     J. Diaz del Rio    (ODC Space)

Version

    SPICELIB Version 1.0.0, 01-DEC-2021 (NJB) (JDR)

        New entry point.