interfaces.h

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/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *\
 *                                                                           *
 *                       / /   / /    __    \ \  / /                         *
 *                      / /__ / /   / _ \    \ \/ /                          *
 *                     /  ___  /   | |/_/    / /\ \                          *
 *                    / /   / /    \_\      / /  \ \                         *
 *                                                                           *
 *                         Jakub Benda (c) 2014                              *
 *                     Charles University in Prague                          *
 *                                                                           *
\* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */

#ifndef HEX_DB_INTERFACES
#define HEX_DB_INTERFACES

void initialize (const char* dbname);

void create_new_database ();

void import (const char* sqlname);

void update ();

void optimize ();

void avail ();

void dump (const char* dumpname);

#if 0

extern "C" void scattering_amplitude (
    int const * ni, int const * li, int const * mi,
    int const * nf, int const * lf, int const * mf,
    int const * S, double const * Ei,
    int const * N, double const * theta, double * amplitudes
);

extern "C" void differential_cross_section (
    int const * ni, int const * li, int const * mi,
    int const * nf, int const * lf, int const * mf,
    int const * S, double const * Ei,
    int const * N, double const * theta, double * dsigma
);

extern "C" void momentum_transfer (
    int const * ni, int const * li, int const * mi,
    int const * nf, int const * lf, int const * mf,
    int const * L, int const * S,
    int const * N, double const * Ei, double * eta
);

extern "C" void integral_cross_section (
    int const * ni, int const * li, int const * mi,
    int const * nf, int const * lf, int const * mf,
    int const * L, int const * S,
    int const * N, double const * Ei, double * sigma
);

extern "C" void complete_cross_section (
    int const * ni, int const * li, int const * mi,
    int const * nf, int const * lf, int const * mf,
    int const * N, double const * Ei, double * sigma
);

extern "C" void extrapolate_cross_section (
    int const * ni, int const * li, int const * mi,
    int const * nf, int const * lf, int const * mf,
    int const * N, double const * Ei, double * sigma
);

extern "C" void collision_strength (
    int const * ni, int const * li, int const * mi,
    int const * nf, int const * lf, int const * mf,
    int const * L, int const * S,
    int const * N, double const * Ei, double * omega
);

extern "C" void total_cross_section (
    int const * ni, int const * li, int const * mi,
    int const * N, double const * Ei, double * sigma
);

#endif

#endif