SUBROUTINE ARR_SLCOPR( NDIM, DIMS, IN, LBND, UBND, OUT, STATUS )
*+
*  Name:
*     ARR_SLCOPR

*  Purpose:
*     Extract a slice of REAL elements from an array

*  Language:
*     Starlink Fortran

*  Invocation:
*     CALL ARR_SLCOPR( NDIM, DIMS, IN, LBND, UBND, OUT, STATUS )

*  Description:
*     Extracts a slice from an array of REALs of dimensionality less 
*     than or equal 7.

*  Arguments:
*     NDIM = INTEGER (given)
*        Dimensionality of input array
*     DIMS[NDIM] = INTEGER (given)
*        Dimensions of input array
*     IN[] = REAL (given)
*        The input data
*     LBND[NDIM] = INTEGER (given)
*        Lower indices of slice
*     UBND[NDIM] = INTEGER (given)
*        Upper indices of slice
*     OUT[] = REAL (returned)
*        The output slice
*     STATUS = INTEGER (given)
*        The global status.

*  Examples:
*     {routine_example_text}
*        {routine_example_description}

*  Pitfalls:
*     {pitfall_description}...

*  Notes:
*     {routine_notes}...

*  Prior Requirements:
*     {routine_prior_requirements}...

*  Side Effects:
*     {routine_side_effects}...

*  Algorithm:
*     {algorithm_description}...

*  Accuracy:
*     {routine_accuracy}

*  Timing:
*     {routine_timing}

*  External Routines Used:
*     {name_of_facility_or_package}:
*        {routine_used}...

*  Implementation Deficiencies:
*     {routine_deficiencies}...

*  References:
*     ARR Subroutine Guide : http://www.sr.bham.ac.uk/asterix-docs/Programmer/Guides/arr.html

*  Keywords:
*     package:arr, usage:public

*  Copyright:
*     Copyright (C) University of Birmingham, 1995

*  Authors:
*     DJA: David J. Allan (Jet-X, University of Birmingham)
*     {enter_new_authors_here}

*  History:
*     20 Sep 1995 (DJA):
*        Original version.
*     {enter_changes_here}

*  Bugs:
*     {note_any_bugs_here}

*-
      
*  Type Definitions:
      IMPLICIT NONE              ! No implicit typing

*  Global Constants:
      INCLUDE 'SAE_PAR'          ! Standard SAE constants
      INCLUDE 'ADI_PAR'

*  Arguments Given:
      INTEGER			NDIM, DIMS(*), LBND(*), UBND(*)
      REAL			IN(*)

*  Arguments Returned:
      REAL			OUT(*)

*  Status:
      INTEGER 			STATUS             	! Global status

*  Local Variables:
      INTEGER			I			! Loop over dimensions
      INTEGER			IDIMS(ADI__MXDIM)	! I/p dimensions
      INTEGER			ILBND(ADI__MXDIM)	! Slice lower bound
      INTEGER			ODIMS(ADI__MXDIM)	! O/p dimensions
*.

*  Check inherited global status.
      IF ( STATUS .NE. SAI__OK ) RETURN

*  Construct output dimensions and make local copy of input dimensions
      DO I = 1, NDIM
        IDIMS(I) = DIMS(I)
        ILBND(I) = LBND(I)
        ODIMS(I) = UBND(I) - LBND(I) + 1
      END DO

*  Pad both input and output dimensions
      CALL AR7_PAD( NDIM, IDIMS, STATUS )
      CALL AR7_PAD( NDIM, ILBND, STATUS )
      CALL AR7_PAD( NDIM, ODIMS, STATUS )

*  Copy the data
      CALL ARR_SLCOPR_INT( IDIMS(1), IDIMS(2), IDIMS(3), IDIMS(4),
     :                       IDIMS(5), IDIMS(6), IDIMS(7), IN,
     :                       ILBND(1), ILBND(2), ILBND(3), ILBND(4),
     :                       ILBND(5), ILBND(6), ILBND(7),
     :                       ODIMS(1), ODIMS(2), ODIMS(3), ODIMS(4),
     :                       ODIMS(5), ODIMS(6), ODIMS(7),
     :                       OUT, STATUS )

      END