value::Matrix * runManagerThread(vpz::Vpz *vpz,
utils::ModuleManager& modulemgr,
uint32_t threads,
uint32_t rank,
uint32_t world,
Error *error)
{
ExperimentGenerator expgen(*vpz, rank, world);
std::string vpzname(vpz->project().experiment().name());
boost::thread_group gp;
value::Matrix *result = new value::Matrix(expgen.size(), 1, expgen.size(), 1);
for (uint32_t i = 0; i < threads; ++i) {
gp.create_thread(worker(vpz, expgen, modulemgr,
mLogOption, mSimulationOption,
i, threads, result, error));
}
gp.join_all();
delete vpz->project().model().model();
delete vpz;
return result;
}
void mvle_show(const std::string& vpz)
{
vle::manager::ExperimentGenerator expgen(vpz, 0, 1);
if (expgen.size()) {
vle::vpz::Conditions conds;
vle::vpz::Conditions::iterator it;
expgen.get(expgen.min(), &conds);
mvle_print(";");
for (it = conds.begin(); it != conds.end(); ++it) {
const vle::vpz::Condition& cond = it->second;
vle::vpz::Condition::const_iterator jt;
for (jt = cond.begin(); jt != cond.end(); ++jt) {
mvle_print("%s.%s;", it->first.c_str(), jt->first.c_str());
}
}
mvle_print("\n");
for (uint32_t i = expgen.min(); i < expgen.max(); ++i) {
expgen.get(i, &conds);
mvle_print("%d;", i);
for (it = conds.begin(); it != conds.end(); ++it) {
const vle::vpz::Condition& cond = it->second;
vle::vpz::Condition::const_iterator jt;
for (jt = cond.begin(); jt != cond.end(); ++jt) {
mvle_print("%s;",
jt->second->get(0)->writeToFile().c_str());
}
}
mvle_print("\n");
}
}
}
value::Matrix * runManagerMono(vpz::Vpz *vpz,
utils::ModuleManager &modulemgr,
uint32_t rank,
uint32_t world,
Error *error)
{
Simulation sim(mLogOption, mSimulationOption, NULL);
ExperimentGenerator expgen(*vpz, rank, world);
std::string vpzname(vpz->project().experiment().name());
value::Matrix *result = 0;
error->code = 0;
error->message.clear();
if (mSimulationOption & manager::SIMULATION_NO_RETURN) {
for (uint32_t i = expgen.min(); i <= expgen.max(); ++i) {
Error err;
vpz::Vpz *file = new vpz::Vpz(*vpz);
setExperimentName(file, vpzname, i);
expgen.get(i, &file->project().experiment().conditions());
sim.run(file, modulemgr, &err);
if (err.code) {
writeRunLog(err.message);
if (not error->code) {
error->code = -1;
error->message = _("Manager failure.");
}
}
}
} else {
result = new value::Matrix(expgen.size(), 1, expgen.size(), 1);
for (uint32_t i = expgen.min(); i <= expgen.max(); ++i) {
Error err;
vpz::Vpz *file = new vpz::Vpz(*vpz);
setExperimentName(file, vpzname, i);
expgen.get(i, &file->project().experiment().conditions());
value::Map *simresult = sim.run(file, modulemgr, &err);
if (err.code) {
writeRunLog(err.message);
if (not error->code) {
error->code = -1;
error->message = _("Manager failure.");
}
} else {
result->add(i, 0, simresult);
}
}
}
delete vpz->project().model().model();
delete vpz;
return result;
}
