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main.cpp
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main.cpp
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#include "warp.h"
/**
* \brief a
* \details b
*
* @param[in] argc - argument count
* @param[in] argv - arguments
*/
int main(int argc, char* argv[]){
//using namespace std;
///////////////////
// BEGIN PROGRAM //
///////////////////
// names
unsigned tallycell = 999;
unsigned N = 0;
std::string tallyname, filename;
std::string assemblyname = "assembly";
std::string homfuelname = "homfuel";
std::string godivaname = "godiva";
std::string pincellname = "pincell";
std::string testname = "test";
// check
if(argc<=2){
printf("MUST ENTER A RUN TYPE : %s, %s, %s, %s, or %s; and a number of particles to run!\n",assemblyname.c_str(),homfuelname.c_str(), godivaname.c_str(), pincellname.c_str(), testname.c_str() );
exit(0);
}
// get number of histories to do
N = atoi(argv[2]);
// set up geometry
std::vector<float> mins (3);
std::vector<float> maxs (3);
std::vector<float> origin(3);
unsigned type, material, n_topes;
unsigned prim_id = 0;
wgeometry geom;
// set datapath
// geom.set_datapath("/usr/local/LANL/MCNP6_DATA/xsdir_mcnp6.1");
geom.set_datapath("/usr/local/SERPENT/xsdata/endfb7/sss_endfb7u.xsdir");
if(assemblyname.compare(argv[1])==0){
//assembly mats
n_topes = 4;
std::vector<std::string> topes (n_topes);
std::vector<float> fracs_fuel (n_topes);
std::vector<float> fracs_water(n_topes);
topes[0] = "92235.03c";
topes[1] = "92238.03c";
topes[2] = "8016.03c" ;
topes[3] = "1001.03c" ;
fracs_fuel[0] = 0.1;
fracs_fuel[1] = 0.9;
fracs_fuel[2] = 2;
fracs_fuel[3] = 0;
fracs_water[0] = 0;
fracs_water[1] = 0;
fracs_water[2] = 1;
fracs_water[3] = 2;
float dens_fuel = 15;
float dens_water = 3;
geom.add_material(1,1,n_topes,dens_fuel, topes,fracs_fuel);
geom.add_material(2,0,n_topes,dens_water,topes,fracs_water);
// run stuff
tallycell = 316; //center pin
filename = assemblyname;
tallyname = assemblyname;
tallyname.append(".tally");
// assembly geom
type=1;
material=1;
mins[0]=-1.0;
mins[1]=-1.0;
mins[2]=-20.0;
maxs[0]= 1.0;
maxs[1]= 1.0;
maxs[2]= 20.0;
origin[0]=0.0;
origin[1]=0.0;
origin[2]=0.0;
prim_id=geom.add_primitive(type,material,mins,maxs,origin);
geom.make_hex_array(prim_id,15,0.0,0.0,1.164,1);
type=0;
material=2;
mins[0]=-48;
mins[1]=-48;
mins[2]=-48;
maxs[0]=48;
maxs[1]=48;
maxs[2]=48;
prim_id=geom.add_primitive(type,material,mins,maxs,origin);
geom.add_transform(prim_id,999,0,0,0,0,0);
//geom.print_all();
//geom.update();
//geom.print_summary();
}
else if(homfuelname.compare(argv[1])==0){
// homogenized UO2
n_topes = 4;
std::vector<std::string> topes (n_topes);
std::vector<float> fracs (n_topes);
topes[0] = "92235.03c";
topes[1] = "92238.03c";
topes[2] = "8016.03c" ;
topes[3] = "1001.03c" ;
fracs[0]=0.1;
fracs[1]=0.9;
fracs[2]=3.0;
fracs[3]=2.0;
float dens = 10;
geom.add_material(1,1,n_topes,dens,topes,fracs);
// run stuff
tallycell = 999;
filename = homfuelname;
tallyname = homfuelname;
tallyname.append(".tally");
//simple geom
type=0;
material=1;
mins[0]=-30.0;
mins[1]=-30.0;
mins[2]=-30.0;
maxs[0]= 30.0;
maxs[1]= 30.0;
maxs[2]= 30.0;
origin[0]=0.0;
origin[1]=0.0;
origin[2]=0.0;
prim_id=geom.add_primitive(type,material,mins,maxs,origin);
geom.add_transform(prim_id,999,0,0,0,0,0);
}
else if(godivaname.compare(argv[1])==0){
// godiva mats
n_topes = 1;
std::vector<std::string> topes (n_topes);
std::vector<float> fracs (n_topes);
topes[0] = "94239.03c";
fracs[0] = 1;
float dens = 19.816;
geom.add_material(1,1,n_topes,dens,topes,fracs);
// run stuff
tallycell = 999;
filename = godivaname;
tallyname = godivaname;
tallyname.append(".tally");
//godiva geom
// type=3;
// material=1;
// mins[0]= -1.1;
// mins[1]= -1.1;
// mins[2]= -1.1;
// maxs[0]= 1.1;
// maxs[1]= 1.1;
// maxs[2]= 1.1;
// origin[0]=0.0;
// origin[1]=0.0;
// origin[2]=0.0;
// prim_id=geom.add_primitive(type,material,mins,maxs,origin);
// geom.add_transform(prim_id,1,0,0,0,0,0);
//
// //godiva geom
// type=3;
// material=1;
// mins[0]= -2.1;
// mins[1]= -2.1;
// mins[2]= -2.1;
// maxs[0]= 2.1;
// maxs[1]= 2.1;
// maxs[2]= 2.1;
// origin[0]=0.0;
// origin[1]=0.0;
// origin[2]=0.0;
// prim_id=geom.add_primitive(type,material,mins,maxs,origin);
// geom.add_transform(prim_id,200,0,0,0,0,0);
//
// //godiva geom
// type=3;
// material=1;
// mins[0]= -3.1;
// mins[1]= -3.1;
// mins[2]= -3.1;
// maxs[0]= 3.1;
// maxs[1]= 3.1;
// maxs[2]= 3.1;
// origin[0]=0.0;
// origin[1]=0.0;
// origin[2]=0.0;
// prim_id=geom.add_primitive(type,material,mins,maxs,origin);
// geom.add_transform(prim_id,300,0,0,0,0,0);
//
// //godiva geom
// type=3;
// material=1;
// mins[0]= -4.1;
// mins[1]= -4.1;
// mins[2]= -4.1;
// maxs[0]= 4.1;
// maxs[1]= 4.1;
// maxs[2]= 4.1;
// origin[0]=0.0;
// origin[1]=0.0;
// origin[2]=0.0;
// prim_id=geom.add_primitive(type,material,mins,maxs,origin);
// geom.add_transform(prim_id,400,0,0,0,0,0);
//
// //godiva geom
// type=0;
// material=1;
// mins[0]= -0.1;
// mins[1]= -0.1;
// mins[2]= -0.1;
// maxs[0]= 0.4;
// maxs[1]= 0.1;
// maxs[2]= 0.1;
// origin[0]=0.0;
// origin[1]=0.0;
// origin[2]=0.0;
// prim_id=geom.add_primitive(type,material,mins,maxs,origin);
// geom.add_transform(prim_id,500,0,0,4.5,0,0);
//godiva geom
type=3;
material=1;
mins[0]= -5.1;
mins[1]= -5.1;
mins[2]= -5.1;
maxs[0]= 5.1;
maxs[1]= 5.1;
maxs[2]= 5.1;
origin[0]=0.0;
origin[1]=0.0;
origin[2]=0.0;
prim_id=geom.add_primitive(type,material,mins,maxs,origin);
geom.add_transform(prim_id,999,0,0,0,0,0);
}
else if(pincellname.compare(argv[1])==0){
// pincell mats
n_topes = 4;
std::vector<std::string> topes (n_topes);
std::vector<float> fracs_fuel (n_topes);
std::vector<float> fracs_water (n_topes);
topes[0]="92235.03c";
topes[1]="92238.03c";
topes[2]= "8016.03c" ;
topes[3]= "1001.03c" ;
fracs_fuel[0] = 0.1;
fracs_fuel[1] = 0.9;
fracs_fuel[2] = 2;
fracs_fuel[3] = 0;
fracs_water[0] = 0;
fracs_water[1] = 0;
fracs_water[2] = 1;
fracs_water[3] = 2;
float dens_fuel = 15;
float dens_water = 3;
geom.add_material(1,1,n_topes,dens_fuel, topes,fracs_fuel);
geom.add_material(2,0,n_topes,dens_water,topes,fracs_water);
// run stuff
tallycell = 1;
filename = pincellname;
tallyname = pincellname;
tallyname.append(".tally");
//pin cell
type=1;
material=1;
mins[0]=-1;
mins[1]=-1;
mins[2]=-20;
maxs[0]= 1;
maxs[1]= 1;
maxs[2]= 20;
origin[0]=0.0;
origin[1]=0.0;
origin[2]=0.0;
prim_id=geom.add_primitive(type,material,mins,maxs,origin);
geom.add_transform(prim_id,1,0,0,0,0,0);
//water
type=0;
material=2;
mins[0]=-5.0;
mins[1]=-5.0;
mins[2]=-25.0;
maxs[0]= 5.0;
maxs[1]= 5.0;
maxs[2]= 25.0;
origin[0]=0.0;
origin[1]=0.0;
origin[2]=0.0;
prim_id=geom.add_primitive(type,material,mins,maxs,origin);
geom.add_transform(prim_id,999,0,0,0,0,0);
}
else if(testname.compare(argv[1])==0){
// test mats
n_topes = 2;
std::vector<std::string> topes (n_topes);
std::vector<float> fracs_fuel (n_topes);
std::vector<float> fracs_water (n_topes);
topes[0] = "92235.03c";
topes[1] = "1002.03c";
fracs_fuel[0] = 1;
fracs_fuel[1] = 1;
float dens_fuel = 4.5;
geom.add_material(1,1,n_topes,dens_fuel,topes,fracs_fuel);
// run stuff
tallycell = 999;
filename = testname;
tallyname = testname;
tallyname.append(".tally");
// box
type=0;
material=1;
mins[0]=-30.0;
mins[1]=-30.0;
mins[2]=-30.0;
maxs[0]= 30.0;
maxs[1]= 30.0;
maxs[2]= 30.0;
origin[0]=0.0;
origin[1]=0.0;
origin[2]=0.0;
prim_id=geom.add_primitive(type,material,mins,maxs,origin);
geom.add_transform(prim_id,999,0,0,0,0,0);
}
else{
printf("MUST ENTER A *VALID* RUN TYPE : %s, %s, %s, or %s\n",assemblyname.c_str(),homfuelname.c_str(), godivaname.c_str(), pincellname.c_str() );
exit(0);
}
// finalize geom
geom.set_outer_cell(999,2); // cell, BC 1=black, 2=specular
geom.add_tally(tallycell);
geom.update();
if(geom.check()){std::cout << "geometry failed check!\n"; return 1;}
//geom.print_all();
geom.print_summary();
/////////////////////////////////////////////////////////////////
// INIT CUDA and HISTORY STUFF and LOAD/UNIONIZE CROS SECTIONS //
/////////////////////////////////////////////////////////////////
whistory hist ( N , geom );
hist.set_print_level(4);
hist.set_dump_level(1);
hist.set_device(0);
hist.init();
hist.print_xs_data();
hist.print_materials_table();
/////////////////////////////////////
// converge fission source and run //
/////////////////////////////////////
hist.set_run_type("criticality");
hist.set_run_param(40,20); //active, skip
hist.set_filename(filename);
hist.plot_geom("cell"); // **MUST** be called after init.
hist.run();
hist.write_tally();
return 0;
}