void ThermTrace::loadValues(ChipEnergyBundle *energyBundle,
std::vector <float> *temperatures
){
I(energyBundle->cntrs.size()!=0);
for(size_t i = 0;i<mapping.size();i++) {
float lkg = 0.0;
float slkg = 0.0;
for(size_t k = 0;k<mapping[i].map.size();k++) {
int32_t flp_id = mapping[i].map[k];
slkg = scaleLeakage((*temperatures)[flp_id],energyBundle->cntrs[i].getLkg(), energyBundle->cntrs[i].getDevType());
energyBundle->cntrs[i].setScaledLkg(slkg);
lkg += slkg;
}
(*scaledLkgCntrValues_)[i] = lkg;
(*energyCntrValues_)[0][i] = (lkg + (*energyBundle).cntrs[i].getDyn());
}
dumpLeakage();
energyCntrSample_ = 0;
return;
}
void PowerModel::initPowerModel(const char *section) {
MSG("Initialize McPAT/CACTI");
//mcpatWrapper->plug(section, activity, energyCntrNames, leakageCntrValues, deviceTypes, energyCntrAreas, energyCntrTDPs, sysConn, coreConn, &coreEIdx, &ncores, &nL2, &nL3, coreIndex, gpuIndex, true);
mcpatWrapper->plug(section, activity, energyBundle, &coreEIdx, &ncores, &nL2, &nL3, coreIndex, gpuIndex, false);
I(ncores == (uint32_t)SescConf->getRecordSize("","cpusimu"));
clockPrev.resize(ncores);
clockInterval.resize(ncores);
temperatures->resize(energyBundle->cntrs.size(), INITIAL_TEMP);
powerGlue.dumpFlpDescr(coreEIdx);
initPowerGStats();
dumppwth = 0;
dumppwth = SescConf->getBool(section, "dumpPower", 0);
dumppwthSplit = dumppwth;
dumpLeakage();
dumpDeviceTypes();
getPowerDumpFile();
}
