int main (int argc, char *argv[]) {
Config mcxconfig;
unsigned int activedev=0;
float *fluence=NULL,totalenergy=0.f;
mcx_initcfg(&mcxconfig);
// parse command line options to initialize the configurations
mcx_parsecmd(argc,argv,&mcxconfig);
// identify gpu number and set one gpu active
if(!mcx_set_gpu(&mcxconfig,&activedev)){
mcx_error(-1,"No compute platform was found\n",__FILE__,__LINE__);
}
if(activedev==0)
return 0;
mcx_createfluence(&fluence,&mcxconfig);
// this launches the MC simulation
mcx_run_simulation(&mcxconfig,fluence,&totalenergy);
// clean up the allocated memory in the config
mcx_clearfluence(&fluence);
mcx_clearcfg(&mcxconfig);
return 0;
}
int main (int argc, char *argv[]) {
Config mcxconfig;
float *fluence=NULL,totalenergy=0.f;
mcx_initcfg(&mcxconfig);
// parse command line options to initialize the configurations
mcx_parsecmd(argc,argv,&mcxconfig);
mcx_createfluence(&fluence,&mcxconfig);
// this launches the MC simulation
mcx_run_simulation(&mcxconfig,fluence,&totalenergy);
// clean up the allocated memory in the config
mcx_clearfluence(&fluence);
mcx_clearcfg(&mcxconfig);
return 0;
}
void mcx_createfluence(float **fluence, Config *cfg){
mcx_clearfluence(fluence);
*fluence=(float*)calloc(cfg->dim.x*cfg->dim.y*cfg->dim.z,cfg->maxgate*sizeof(float));
}
