KVSeDPositionCal::KVSeDPositionCal(KVDetector *det) : KVCalibrator(NPAR_SEDPOSCAL)
{
//Create a position calibration object for a specific detector (*det).
//The calibrator takes the name of the detector.
SetDetector( det );
SetName( det->GetName() );
SetType(Form("position->cm %s",GetName()));
SetLabel("XY");
}
//___________________________________________________________________________
KVChannelVolt::KVChannelVolt(const Char_t* signal, KVDetector* kvd): KVCalibrator
(3)
{
//Create an electronic calibration object for a specific detector (*kvd)
//specifying the signal type ("PG" - petit "low" gain - or "GG" - grand "high" gain)
SetType("Channel-Volt");
SetDetector(kvd);
SetSignal(signal);
SetGainRef(1);
}
//------------------------------
KVFunctionCal::KVFunctionCal(KVDetector* kvd, TF1* ff): KVCalibrator(ff->GetNpar())
//------------------------------
{
// Constructor of KVCalibrator in used
// Initialisation of the calibration function fcalibfunction
// and link with the KVDetector is done
init();
SetDetector(kvd);
fcalibfunction = ff;
SetParametersWithFunction();
}
//------------------------------
KVFunctionCal::KVFunctionCal(KVDBParameterSet* kvdbps): KVCalibrator()
//------------------------------
{
// Specific constructor using a KVDBParameterSet*
// From where all information on the calibration function, the detector and type of signal
// are specified (for more details see KVINDRAUpDater_e475s::SetCalibParameters(KVDBRun* kvrun))
init();
fcalibfunction = new TF1(kvdbps->GetName(), kvdbps->GetParamName(0));
for (Int_t pp = 0; pp < fcalibfunction->GetNpar(); pp += 1) {
fcalibfunction->SetParameter(pp, kvdbps->GetParameter(pp + 1));
}
fcalibfunction->SetRange(kvdbps->GetParameter(kvdbps->GetParamIndex("xmin")), kvdbps->GetParameter(kvdbps->GetParamIndex("xmax")));
SetType(kvdbps->GetTitle());
SetDetector(gMultiDetArray->GetDetector(kvdbps->GetName()));
SetNumberParams(fcalibfunction->GetNpar());
SetParametersWithFunction();
}
KVPulseHeightDefect::KVPulseHeightDefect(KVDetector*d):KVCalibrator(4)
{
//Associate PHD calculation to detector
init();
SetDetector(d);
}
KVRecombination::KVRecombination(KVDetector *d) : KVCalibrator(1){
//Associate PHD calculation to detector
init();
SetDetector(d);
}
