cpixe_fif/cpixe_fif.c File Reference

#include <stdio.h>
#include <stdlib.h>
#include <math.h>
#include <string.h>
#include "../libcpixe/libcpixe.h"
#include "../libcpixe/compilopt.h"

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Functions
int	translatesample (int NFoil, int Nels, const int *pFOILZ, const float *pFOILM, const float *pAMNT, const float *pFOILTHICK, int *MaxZinsample, foil **MatArray)
int	translatesample2 (int NFoil, int MaxNels, const int *pNels, const int *pFOILZ, const float *pFOILM, const float *pAMNT, const float *pFOILTHICK, int *MaxZinsample, foil **MatArray)
int	translateresults (int dimSums, int dimResults, const int *PresentElems, const CalibYld *XYldSums, CPIXERESULTS *pRESULTS)
int	translateresultsNDF (int Nels, const int *pFOILZ, const CalibYld *XYldSums, CPIXERESULTS *pRESULTS)
void	TESTFIF ()
void	CPIXEMAIN (int NCALL)

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Detailed Description

This is a fortran interface, not properly part of the LibCPIXE lybrary.

I wrote it to facilitate the integration with the NDF program by N.P. Barradas but it might be useful as well in the case that other people wants to link libCPIXE to a Fortran program.

I try to maintain cpixe_fif.c with at least the same funcionalities available in the cpixe.c code.

Definition in file cpixe_fif.c.

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Function Documentation

void CPIXEMAIN

(

int

NCALL

)

Definition at line 230 of file cpixe_fif.c.

References ELEMENT::A, EXP_PARAM::BeamEner, SIM_PARAM::CalEner, FILTER::changes, SIM_PARAM::ColCharge, foil::comp, createPresentElems(), createSPTs(), EXP_PARAM::DetAng, EXP_PARAM::DetColFac, SIM_PARAM::DTCC, COMPOUND::elem, FILTER::FilterElems, FILTER::foil, freeFilter(), freeReusable(), FILTER::geomcorr, EXP_PARAM::IncAng, integrate_Simpson(), EXP_PARAM::ion, CalibYld::K_, CalibYld::L_, LineNm, CalibYld::M_, FILTER::MaxZ, SIM_PARAM::MaxZinsample, COMPOUND::nelem, foil::nfoilelm, FILTER::nlyr, readAbsCoef(), readFCK(), readXYld(), safefree(), EXP_PARAM::simpar, XrayYield::symb, foil::thick, FILTER::Trans, translateresultsNDF(), translatesample(), translatesample2(), COMPOUND::w, COMPOUND::X, COMPOUND::xn, XrayYield::XYld, and ELEMENT::Z.

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void TESTFIF

(

)

Definition at line 225 of file cpixe_fif.c.

int translateresults	(	int	dimSums,
		int	dimResults,
		const int *	PresentElems,
		const CalibYld *	XYldSums,
		CPIXERESULTS *	pRESULTS
	)

Definition at line 199 of file cpixe_fif.c.

References CPIXERESULTS::atnum, and CPIXERESULTS::simareas.

int translateresultsNDF	(	int	Nels,
		const int *	pFOILZ,
		const CalibYld *	XYldSums,
		CPIXERESULTS *	pRESULTS
	)

IMPORTANT!!!!!!: Each isotope gets the FULL number of counts for the element!!!

Definition at line 214 of file cpixe_fif.c.

References CPIXERESULTS::atnum, and CPIXERESULTS::simareas.

Referenced by CPIXEMAIN().

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int translatesample	(	int	NFoil,
		int	Nels,
		const int *	pFOILZ,
		const float *	pFOILM,
		const float *	pAMNT,
		const float *	pFOILTHICK,
		int *	MaxZinsample,
		foil **	MatArray
	)

Todo:

IMPORTANT!! Some changes in the definitions of structures may affect the interface with NDF. The following is a list of things that I have changed in libcpixe that may have to be teaken care of in the fortran code:

Added "SAngFract" to the EXP_PARAM structure (and needed for deNormalize2() )

Added "Fluence" to the EXP_PARAM structure (and needed for deNormalize2() )

Definition at line 71 of file cpixe_fif.c.

References ELEMENT::A, foil::comp, COMPOUND::elem, ELEMENT::IM, ELEMENT::M, COMPOUND::nelem, foil::nfoilelm, COMPOUND::sumX, foil::thick, COMPOUND::w, COMPOUND::X, COMPOUND::xn, ELEMENT::Z, and Z2mass().

Referenced by CPIXEMAIN().

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int translatesample2	(	int	NFoil,
		int	MaxNels,
		const int *	pNels,
		const int *	pFOILZ,
		const float *	pFOILM,
		const float *	pAMNT,
		const float *	pFOILTHICK,
		int *	MaxZinsample,
		foil **	MatArray
	)

Definition at line 132 of file cpixe_fif.c.

References ELEMENT::A, foil::comp, COMPOUND::elem, ELEMENT::IM, ELEMENT::M, COMPOUND::nelem, foil::nfoilelm, COMPOUND::sumX, foil::thick, COMPOUND::w, COMPOUND::X, COMPOUND::xn, ELEMENT::Z, and Z2mass().

Referenced by CPIXEMAIN().

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