ProgramSettings::EngineSettings::CalculatorType ProgramSettings::defineCalculatorType(const libconfig::Setting& stg)
{
std::string calculatorType;
calculatorType = stg.c_str();
if(calculatorType.compare("LOCAL_DISPLACEMENT") == 0)
{
return EngineSettings::calcLDISPL;
}
else if (calculatorType.compare("LOCAL_STRAIN") == 0)
{
return EngineSettings::calcLSTRAIN;
} else if (calculatorType.compare("MEAN_STRAIN") == 0)
{
return EngineSettings::calcMSTRAIN;
} else if (calculatorType.compare("COPLANAR_INTENSITY") == 0)
{
return EngineSettings::calcCOINTENSITY;
}else if (calculatorType.compare("COPLANAR_CORRELATION") == 0)
{
return EngineSettings::calcCOCORRELATION;
}
else
{
return EngineSettings::calcUNKNOWN;
}
}
ProgramSettings::SampleSettings::InterfaceType ProgramSettings::defineInterfaceType(const libconfig::Setting& stg)
{
std::string interfaceType;
interfaceType = stg.c_str();
if (interfaceType.compare("STRAIGHT_GAMMA") == 0)
{
return SampleSettings::itfSTRAIGHT_GAMMA;
}else if(interfaceType.compare("STRAIGHT_GG") == 0)
{
return SampleSettings::itfSTRAIGHT_GG;
}else if(interfaceType.compare("STRAIGHT_GAUSS") == 0)
{
return SampleSettings::itfSTRAIGHT_GAUSS;
}else if(interfaceType.compare("HEXRSH") == 0)
{
return SampleSettings::itfHEXRSH;
}else if(interfaceType.compare("HEXRSO") == 0)
{
return SampleSettings::itfHEXRSO;
}else if(interfaceType.compare("HEXRW") == 0)
{
return SampleSettings::itfHEXRW;
}else if(interfaceType.compare("CONSTFIELD") == 0)
{
return SampleSettings::itfCONSTFIELD;
}else
{
return SampleSettings::itfUNKNOWN;
}
}
