SUBROUTINE DCI2_WRITE( NARG, ARGS, OARG, STATUS ) *+ * Name: * DCI2_WRITE * Purpose: * Write hardware description to a FITS file * Language: * Starlink Fortran * Invocation: * CALL DCI2_WRITE( NARG, ARGS, OARG, STATUS ) * Description: * Load the data from an HDS file describing the mission, instrument, * detector and filter the data was produced by. * Arguments: * NARG = INTEGER (given) * Number of method arguments * ARGS(*) = INTEGER (given) * ADI identifier of method arguments * OARG = INTEGER (returned) * Output data * STATUS = INTEGER (given and returned) * 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: * DCI Subroutine Guide : http://www.sr.bham.ac.uk/asterix-docs/Programmer/Guides/dci.html * Keywords: * package:dci, usage:private * Copyright: * Copyright (C) University of Birmingham, 1995 * Authors: * DJA: David J. Allan (Jet-X, University of Birmingham) * {enter_new_authors_here} * History: * 6 Mar 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 NARG ! # of input arguments INTEGER ARGS(NARG) ! Input arguments * Arguments Returned: INTEGER OARG ! Output structure * Status: INTEGER STATUS ! Global status * Local Variables: CHARACTER*8 CONTNT ! Content of file *. * Check inherited global status. IF ( STATUS .NE. SAI__OK ) RETURN * Initialise OARG = ADI__NULLID * Write to SPECTRUM too CALL ADI2_GKEY0C( ARGS(1), ' ', 'CONTENT', .FALSE., .FALSE., : CONTNT, ' ', STATUS ) IF ( STATUS .EQ. SAI__OK ) THEN * OGIP spectrum? IF ( CONTNT .EQ. 'SPECTRUM' ) THEN * Write data to primary HDU and SPECTRUM extension CALL DCI2_WRITE1( NARG, ARGS, ' ', STATUS ) CALL DCI2_WRITE1( NARG, ARGS, 'SPECTRUM', STATUS ) * OGIP response matrix? ELSE IF ( CONTNT .EQ. 'MATRIX' ) THEN CALL DCI2_WRITE1( NARG, ARGS, 'MATRIX', STATUS ) CALL DCI2_WRITE1( NARG, ARGS, 'EBOUNDS', STATUS ) END IF * Write data to primary HDU if CONTENT not defined ELSE CALL ERR_ANNUL( STATUS ) END IF * Report any errors IF ( STATUS .NE. SAI__OK ) CALL AST_REXIT( 'DCI2_WRITE', STATUS ) END SUBROUTINE DCI2_WRITE1( NARG, ARGS, HDUNAM, STATUS ) *+ * Name: * DCI2_WRITE1 * Purpose: * Write hardware description to a specific FITS file HDU * Language: * Starlink Fortran * Invocation: * CALL DCI2_WRITE1( NARG, ARGS, HDUNAM, STATUS ) * Description: * Write the data from an HDS file describing the mission, instrument, * detector and filter the data was produced by. * Arguments: * NARG = INTEGER (given) * Number of method arguments * ARGS(*) = INTEGER (given) * ADI identifier of method arguments * HDUNAM = CHARACTER*(*) (given) * HDU to write to * STATUS = INTEGER (given and returned) * 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: * DCI Subroutine Guide : http://www.sr.bham.ac.uk/asterix-docs/Programmer/Guides/dci.html * Keywords: * package:dci, usage:private * Copyright: * Copyright (C) University of Birmingham, 1995 * Authors: * DJA: David J. Allan (Jet-X, University of Birmingham) * {enter_new_authors_here} * History: * 6 Mar 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 NARG ! # of input arguments INTEGER ARGS(NARG) ! Input arguments CHARACTER*(*) HDUNAM ! HDU name * Status: INTEGER STATUS ! Global status * Local Variables: CHARACTER*20 DET ! Detector name CHARACTER*20 FILT ! Filter name CHARACTER*20 INSTRUM ! CHARACTER*20 MISSION ! INTEGER FID, DETID ! Extracted arguments LOGICAL DOK, FOK, IOK, MOK ! Things present? *. * Check inherited global status. IF ( STATUS .NE. SAI__OK ) RETURN * Initialise FID = ARGS(1) DETID = ARGS(2) * Extract each member and write appropriate keyword CALL ADI_THERE( DETID, 'Mission', MOK, STATUS ) IF ( MOK ) THEN CALL ADI_CGET0C( DETID, 'Mission', MISSION, STATUS ) CALL ADI2_PKEY0C( FID, HDUNAM, 'TELESCOP', MISSION, : 'Telescope (mission) name', STATUS ) END IF CALL ADI_THERE( DETID, 'Instrument', IOK, STATUS ) IF ( IOK ) THEN CALL ADI_CGET0C( DETID, 'Instrument', INSTRUM, STATUS ) CALL ADI2_PKEY0C( FID, HDUNAM, 'INSTRUME', INSTRUM, : 'Instrument name', STATUS ) END IF CALL ADI_THERE( DETID, 'Detector', DOK, STATUS ) IF ( DOK ) THEN CALL ADI_CGET0C( DETID, 'Detector', DET, STATUS ) CALL ADI2_PKEY0C( FID, HDUNAM, 'DETNAM', DET, : 'Detector name', STATUS ) END IF CALL ADI_THERE( DETID, 'Filter', FOK, STATUS ) IF ( FOK ) THEN CALL ADI_CGET0C( DETID, 'Filter', FILT, STATUS ) CALL ADI2_PKEY0C( FID, HDUNAM, 'FILTER', FILT, : 'Instrument filter name', STATUS ) END IF * Report any errors IF ( STATUS .NE. SAI__OK ) CALL AST_REXIT( 'DCI2_WRITE1', STATUS ) END