ERI2_WRITRMF

Write simple energy response to a FITS file

Invocation

CALL ERI2_WRITRMF( NARG, ARGS, OARG, STATUS )

Description

This method writes simple format energy respones to a FITS file. Such a response is simply a 2D array of values. It writes only that information which is contained within the RMFID passed as the second argument. Other data of interest must be written by surrounding methods which have access to the dataset to which this response is "attached".

The response is written in one of two formats. If the input compression method is NONE, the the response is written as a simple 2D array in a fixed size BINTABLE extension. If the method is ASTERIX or OGIP_CMP then the response is written to a variable field size BINTABLE.

Arguments

• NARG = INTEGER (given)
  Number of method arguments
• ARGS(*) = INTEGER (given)
  ADI identifier of method arguments
• OARG = INTEGER (rreturned)
  Output data
• STATUS = INTEGER (given and returned)
  The global status.

References

• ERI Subroutine Guide

ERI2_WRITRMF_OGIP

Write OGIP format energy response to a FITS file

Invocation

CALL ERI2_WRITRMF_OGIP( NARG, ARGS, OARG, STATUS )

Description

This method provides the low level mechanism of writing a energy response structure to a dataset. It writes only that information which is contained within the RMFID passed as the second argument. Other data of interest must be written by surrounding methods which have access to the dataset to which this response is "attached".

The response is written in one of two formats. If the input compression method is NONE, the the response is written as a simple 2D array in a fixed size BINTABLE extension. If the method is ASTERIX or OGIP_CMP then the response is written to a variable field size BINTABLE.

Arguments

• NARG = INTEGER (given)
  Number of method arguments
• ARGS(*) = INTEGER (given)
  ADI identifier of method arguments
• OARG = INTEGER (rreturned)
  Output data
• STATUS = INTEGER (given and returned)
  The global status.

References

• ERI Subroutine Guide

ERI2_WRITRMF_AST

Write ASTERIX type energy response to a FITS file

Invocation

CALL ERI2_WRITRMF_AST( NARG, ARGS, OARG, STATUS )

Description

This method provides the low level mechanism of writing a energy response structure to a dataset. It writes only that information which is contained within the RMFID passed as the second argument. Other data of interest must be written by surrounding methods which have access to the dataset to which this response is "attached".

The response is written in one of two formats. If the input compression method is NONE, the the response is written as a simple 2D array in a fixed size BINTABLE extension. If the method is ASTERIX or OGIP_CMP then the response is written to a variable field size BINTABLE.

Arguments

• NARG = INTEGER (given)
  Number of method arguments
• ARGS(*) = INTEGER (given)
  ADI identifier of method arguments
• OARG = INTEGER (rreturned)
  Output data
• STATUS = INTEGER (given and returned)
  The global status.

References

• ERI Subroutine Guide

ERI2_WRITRMF_AST1

Write ASTERIX energy response elements to a FITS file

Invocation

CALL ERI2_WRITRMF_AST1( FID, NE, NCH, NRMF, EBND, CI, EI,

Description

Arguments

• LUN = INTEGER (given)
  Logical unit for output
• NE = INTEGER (given)
  Number of energy bins (ie number of rows in table)
• NCH = INTEGER (given)
  Number of channel bins
• NRMF = INTEGER (given)
  Number of specified response elements
• EBND[] = REAL (given)
  Energy bounds array
• CI[] = INTEGER (given)
  Channel indices of non-zero elements
• EI[] = INTEGER (given)
  Energy indices of non-zero elements
• RSP[] = REAL (given)
  Response elements
• AREA = REAL (given)
  Geometrical area in cm**2
• WRK1[] = INTEGER (given)
  Workspace as big as NE
• WRK2[] = INTEGER (given)
  Workspace as big as NRMF
• STATUS = INTEGER (given and returned)
  The global status.

References

• ERI Subroutine Guide

ERI2_WRITRMF_CEBND

Write channel energy bounds to EBOUNDS extension

Invocation

CALL ERI2_WRITRMF_CEBND( FID, RMFID, STATUS )

Description

Arguments

• FID = INTEGER (given)
  FITSfile object to which bounds will be written
• RMFID = INTEGER (given)
  Response containing
• STATUS = INTEGER (given and returned)
  The global status.

References

• ERI Subroutine Guide