DepositionCosmics: remove unused CRY file

/*

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Produced at the Lawrence Livermore National Laboratory

UCRL-CODE-227323.

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*/

#include "CRYData.h"

#include "CRYGenerator.h"

#include "CRYParticle.h"

#include "CRYSetup.h"

#include "CRYUtils.h"

#include <fstream>

#include <iostream>

#include <string>

#include <vector>

#include <assert.h>

#include <stdlib.h> // For Ubuntu Linux

#include <string.h> // For Ubuntu Linux

extern "C" {

CRYGenerator* gen;

double xoff0, yoff0, zoff0;

int cry_init_(double (*rng)(void)) {

    char* str;

    char crydatapath[256] = "";

    char crysetuppath[256] = "";

    if((str = getenv("CRYDATAPATH")) != NULL) {

        strncpy(crydatapath, str, strlen(str));

    } else {

        strncpy(crydatapath, "./data", strlen("./data"));

    }

    if((str = getenv("CRYSETUPPATH")) != NULL) {

        strncpy(crysetuppath, str, strlen(str));

    } else {

        strncpy(crysetuppath, ".", strlen("."));

    }

    strncat(crysetuppath, "/setup.file", strlen("/setup.file"));

    std::ifstream inputFile;

    inputFile.open(crysetuppath, std::ios::in);

    char buffer[1000];

    std::string setupString("");

    while(!inputFile.getline(buffer, 1000).eof()) {

        setupString.append(buffer);

        setupString.append(" ");

    }

    CRYSetup* setup = new CRYSetup(setupString, crydatapath);

    gen = new CRYGenerator(setup);

    setup->getUtils()->setRandomFunction(rng);

    xoff0 = setup->param(CRYSetup::xoffset);

    yoff0 = setup->param(CRYSetup::yoffset);

    zoff0 = setup->param(CRYSetup::zoffset);

    return 0;

}

int cry_smp_(double* erg,

             double* xxx,

             double* yyy,

             double* zzz,

             double* uuu,

             double* vvv,

             double* www,

             double* tme,

             int* pid,

             int* charge,

             int* npmax) {

    int npar = 0;

    std::vector<CRYParticle*>* ev = new std::vector<CRYParticle*>;

    ev->clear();

    gen->genEvent(ev);

    if(static_cast<int>(ev->size()) > *npmax) {

        std::cerr << "CRY::cry_fort: shower array size too small for shower of size " << ev->size() << std::endl;

        assert(0);

    }

    for(unsigned j = 0; j < ev->size(); j++) {

        erg[npar] = (*ev)[j]->ke();

        xxx[npar] = (*ev)[j]->x() + xoff0;

        yyy[npar] = (*ev)[j]->y() + yoff0;

        zzz[npar] = (*ev)[j]->z() + zoff0;

        uuu[npar] = (*ev)[j]->u();

        vvv[npar] = (*ev)[j]->v();

        www[npar] = (*ev)[j]->w();

        tme[npar] = (*ev)[j]->t();

        pid[npar] = (*ev)[j]->id();

        charge[npar] = (*ev)[j]->charge();

        npar++;

        delete(*ev)[j];

    }

    delete ev;

    return npar;

}

} // extern