bool OperatorEnergyChannels::initialize(ConfigReader& cr,Simulation& sim,SimulationClasses& simClasses) {
initialized = true;
simClasses.logger << "(SEP OP ENERGY CHANNELS) Starting initialization" << endl << write;
// Init base class:
if (OperatorAccumulationBase::initialize(cr,sim,simClasses) == false) {
simClasses.logger << "(SEP OP ENERGY CHANNELS) ERROR: OperatorAccumulationBase failed to initialize!" << endl << write;
initialized = false;
}
// Create a profiler section name for this DataOperator:
#if PROFILE_LEVEL > 0
stringstream ss;
ss << "Energy Channels" << OperatorAccumulationBase::getOrder();
profileName = ss.str();
OperatorAccumulationBase::setProfileName(ss.str());
#endif
// Get names of instruments:
vector<string> instrumentNames;
cr.addComposed(PREFIX+".instrument_names","Names of energy instruments (string).");
cr.parse();
cr.get(PREFIX+".instrument_names",instrumentNames);
//instrumentIndices.push_back(make_pair<size_t,size_t>(0,0));
for (size_t i=0; i<instrumentNames.size(); ++i) {
// Skip empty lines
if (instrumentNames[i].size() == 0) continue;
// Read config file items for instrument and create it:
if (createInstrument(simClasses,cr,instrumentNames[i]) == false) {
simClasses.logger << "(SEP OP ENERGY CHANNELS) ERROR: Failed to read required config file items for ";
simClasses.logger << "instrument '" << instrumentNames[i] << "'" << endl << write;
initialized = false;
}
}
// Write init status and exit:
simClasses.logger << "(SEP OP ENERGY CHANNELS) Initialization complete, status is ";
if (initialized == true) simClasses.logger << "SUCCESS" << endl << write;
else simClasses.logger << "FAILURE" << endl << write;
return initialized;
}
bool SpatialSliceOP::addConfigFileItems(ConfigReader& cr) {
cr.addComposed(prefix+".sliced_coordinate","Sliced coordinate: x/y/z (string).");
cr.addComposed(prefix+".slice_origin","Origin of 2D spatial mesh slice (float).");
cr.addComposed(prefix+".slice_geometry","Geometry of output mesh cartesian/cylindrical (string)");
return true;
}