void runSimulation()
{
CellInitializer *init = new CellInitializer(256,256,30000);
StripingSimulator<Cell> sim(init,
MPILayer().rank() ? 0 : new NoOpBalancer());
int outputFrequency = 100;
PPMWriter<Cell> *ppmWriter = 0;
if (MPILayer().rank() == 0) {
ppmWriter = new PPMWriter<Cell>(
&Cell::temp,
0.0,
10.0,
"gaussSeidel",
outputFrequency,
Coord<2>(1, 1));
}
CollectingWriter<Cell> *ppmAdapter = new CollectingWriter<Cell>(
ppmWriter);
sim.addWriter(ppmAdapter);
outputFrequency = 1000;
sim.addWriter(new TracingWriter<Cell>(outputFrequency, init->maxSteps() ));
sim.run();
}
int hpx_main()
{
{
CellInitializer *init = new CellInitializer();
SimulatorType sim(
init,
std::vector<double>(1, 1.0), // number an relative speed of update groups
new TracingBalancer(new OozeBalancer()),
100, // load balancing period
1 // ghost zone width
);
// fixme
// int outputFrequency = 1;
// sim.addWriter(
// new HpxWriterCollectorType(
// sink
// ));
sim.addWriter(
new TracingWriterType(
1,
init->maxSteps(),
1));
sim.run();
}
return hpx::finalize();
}
void runSimulation()
{
srand(1234);
int outputFrequency = 1;
CellInitializer *init = new CellInitializer();
SerialSimulator<Cell> sim(init);
sim.addWriter(
new PPMWriter<Cell>(
&Cell::state,
CellToColor(),
"./ants",
outputFrequency,
Coord<2>(8, 8)));
sim.addWriter(
new AntTracer(
outputFrequency,
init->maxSteps()));
sim.run();
}
void runSimulation()
{
int outputFrequency = 1;
CellInitializer *init = new CellInitializer();
StripingSimulator<ConwayCell> sim(
init,
MPILayer().rank() ? 0 : new TracingBalancer(new OozeBalancer()),
10);
sim.addWriter(
new BOVWriter<ConwayCell>(
Selector<ConwayCell>(&ConwayCell::alive, "alive"),
"game",
outputFrequency));
sim.addWriter(
new TracingWriter<ConwayCell>(
1,
init->maxSteps()));
sim.run();
}
void runSimulation()
{
int outputFrequency = 100;
int numSteps = 10000;
int factor = pow(MPILayer().size(), 1.0 / 3.0);
CellInitializer *init = new CellInitializer(factor, numSteps);
HiParSimulator<Cell, RecursiveBisectionPartition<3> > sim(
init,
MPILayer().rank() ? 0 : new TracingBalancer(new NoOpBalancer()),
numSteps,
1);
if (MPILayer().rank() == 0) {
sim.addWriter(
new TracingWriter<Cell>(outputFrequency, init->maxSteps()));
}
sim.addWriter(
new BOVWriter<Cell>(
Selector<Cell>(&Cell::temp, "temperature"),
"jacobi3d",
outputFrequency));
#ifdef LIBGEODECOMP_WITH_VISIT
VisItWriter<Cell> *visItWriter = 0;
if (MPILayer().rank() == 0) {
visItWriter = new VisItWriter<Cell>("jacobi", outputFrequency);
visItWriter->addVariable(&Cell::temp, "temperature");
}
sim.addWriter(new CollectingWriter<Cell>(visItWriter));
#endif
sim.run();
}
