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xrayphysics_c_interface.h
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xrayphysics_c_interface.h
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#ifdef WIN32
#pragma once
#ifdef PROJECTOR_EXPORTS
#define XRAYPHYSICS_API __declspec(dllexport)
#else
#define XRAYPHYSICS_API __declspec(dllimport)
#endif
#else
#define XRAYPHYSICS_API
#endif
extern "C" XRAYPHYSICS_API void about();
extern "C" XRAYPHYSICS_API float atomicMass(int Z);
extern "C" XRAYPHYSICS_API float massDensity(int Z);
extern "C" XRAYPHYSICS_API int elementSymbolToAtomicNumber(const char* chemForm);
extern "C" XRAYPHYSICS_API bool simulateSpectra(float kVp, float takeOffAngle, int Z, float* gammas, int N, float* output);
extern "C" XRAYPHYSICS_API bool changeTakeOffAngle(float kVp, float takeOffAngle_cur, float takeOffAngle_new, int Z, float* gammas, int N, float* s);
extern "C" XRAYPHYSICS_API float sigma(float Z, float gamma);
extern "C" XRAYPHYSICS_API float sigmaCompound(const char* chemForm, float gamma);
extern "C" XRAYPHYSICS_API float sigmae(float Z, float gamma);
extern "C" XRAYPHYSICS_API float sigmaeCompound(const char* chemForm, float gamma);
extern "C" XRAYPHYSICS_API float sigmaPE(float Z, float gamma);
extern "C" XRAYPHYSICS_API float sigmaCompoundPE(const char* chemForm, float gamma);
extern "C" XRAYPHYSICS_API float sigmaCS(float Z, float gamma);
extern "C" XRAYPHYSICS_API float sigmaCompoundCS(const char* chemForm, float gamma);
extern "C" XRAYPHYSICS_API float sigmaRS(float Z, float gamma);
extern "C" XRAYPHYSICS_API float sigmaCompoundRS(const char* chemForm, float gamma);
extern "C" XRAYPHYSICS_API float sigmaPP(float Z, float gamma);
extern "C" XRAYPHYSICS_API float sigmaCompoundPP(const char* chemForm, float gamma);
extern "C" XRAYPHYSICS_API float sigmaTP(float Z, float gamma);
extern "C" XRAYPHYSICS_API float sigmaCompoundTP(const char* chemForm, float gamma);
extern "C" XRAYPHYSICS_API float incoherentScatterDistribution(float Z, float gamma, float theta);
extern "C" XRAYPHYSICS_API float coherentScatterDistribution(float Z, float gamma, float theta);
extern "C" XRAYPHYSICS_API float incoherentScatterDistributionCompound(const char* chemForm, float gamma, float theta);
extern "C" XRAYPHYSICS_API float coherentScatterDistributionCompound(const char* chemForm, float gamma, float theta);
extern "C" XRAYPHYSICS_API float incoherentScatterDistribution_normalizationFactor(float Z, float gamma);
extern "C" XRAYPHYSICS_API float coherentScatterDistribution_normalizationFactor(float Z, float gamma);
extern "C" XRAYPHYSICS_API float incoherentScatterDistributionCompound_normalizationFactor(const char* chemForm, float gamma);
extern "C" XRAYPHYSICS_API float coherentScatterDistributionCompound_normalizationFactor(const char* chemForm, float gamma);
extern "C" XRAYPHYSICS_API float meanEnergy(float* spectralResponse, float* gammas, int N);
extern "C" XRAYPHYSICS_API bool normalizeSpectrum(float* spectralResponse, float* gammas, int N);
extern "C" XRAYPHYSICS_API float effectiveZ(const char* chemForm, float min_energy, float max_energy, float arealDensity);
extern "C" XRAYPHYSICS_API float effectiveAttenuation(float Ze, float density, float thickness, float* spectralResponse, float* gammas, int N);
extern "C" XRAYPHYSICS_API float effectiveEnergy(float Ze, float density, float thickness, float* spectralResponse, float* gammas, int N);
extern "C" XRAYPHYSICS_API float effectiveAttenuation_compound(const char* chemForm, float density, float thickness, float* spectralResponse, float* gammas, int N);
extern "C" XRAYPHYSICS_API float effectiveEnergy_compound(const char* chemForm, float density, float thickness, float* spectralResponse, float* gammas, int N);
extern "C" XRAYPHYSICS_API float transmission(float Z, float density, float thickness, float* spectralResponse, float* gammas, int N);
extern "C" XRAYPHYSICS_API float transmission_compound(const char* chemForm, float density, float thickness, float* spectralResponse, float* gammas, int N);
extern "C" XRAYPHYSICS_API bool setBHlookupTable(float Ze, float* spectralResponse, float* gammas, int N_gamma, float* LUT, float T_lac, int N_lac, float referenceEnergy);
extern "C" XRAYPHYSICS_API bool setBHlookupTable_compound(const char* chemForm, float* spectralResponse, float* gammas, int N_gamma, float* LUT, float T_lac, int N_lac, float referenceEnergy);
extern "C" XRAYPHYSICS_API bool setBHClookupTable(float Ze, float* spectralResponse, float* gammas, int N_gamma, float* LUT, float T_lac, int N_lac, float referenceEnergy);
extern "C" XRAYPHYSICS_API bool setBHClookupTable_compound(const char* chemForm, float* spectralResponse, float* gammas, int N_gamma, float* LUT, float T_lac, int N_lac, float referenceEnergy);
extern "C" XRAYPHYSICS_API bool generateDEDlookUpTables(float* spectralResponses, float* gammas, int N_gamma, float* referenceEnergies, float* basisFunctions, float* LUT, float T_lac, int N_lac);
extern "C" XRAYPHYSICS_API bool setTwoMaterialBHClookupTable(float* spectralResponse, float* gammas, int N_gamma, float referenceEnergy, float* sigmas, float* LUT, float T_lac, int N_lac);