KVDetectorSignalTraceRiseTime.cpp

#include "KVDetectorSignalTraceRiseTime.h"
 
const std::vector<TString> KVDetectorSignalTraceRiseTime::param_names = {"BaseLineLength", "TauRC", "ShaperRiseTime", "ShaperFlatTop"};
 
 
 
void KVDetectorSignalTraceRiseTime::SetParameter(int i, Double_t par_val)
{
   // Set parameters for PSA treatment:
   //
   //   - i=0 : BaseLineLength [bins]
   //   - i=1 : TauRC [??]
   //   - i=2 : ShaperRiseTime [us]
   //   - i=3 : ShaperFlatTop [us]
 
   fParams.SetValue(param_names[i], par_val);
   if(param_names[i]=="BaseLineLength")
      signalTreatment.SetBaseLineLength(par_val);
   else if(param_names[i]=="TauRC")
      signalTreatment.SetTauRC(par_val);
   else if(param_names[i]=="ShaperRiseTime")
      signalTreatment.SetShaperRiseTime(par_val);
   else if(param_names[i]=="ShaperFlatTop")
      signalTreatment.SetShaperFlatTop(par_val);
}
 
 
 
 
Double_t KVDetectorSignalTraceRiseTime::Compute(Double_t, const KVNameValueList&) const
{
   // Calculate and return rise time of KVDetectorSignalTrace associated to detector
 
   if(theTrace->IsFired() && theTrace->GetTrace().GetN())
   {
      signalTreatment.SetChannelWidth(theTrace->GetTimeResolution());
      signalTreatment.SetData(theTrace->GetTrace().GetN(),theTrace->GetTrace().GetX(),theTrace->GetTrace().GetY());
      signalTreatment.RemoveBaseLine();
      signalTreatment.FIR_ApplyTrapezoidal(signalTreatment.GetShaperRiseTime(), signalTreatment.GetShaperFlatTop());
      signalTreatment.ComputeAmplitude();
      signalTreatment.SetADCData();
      signalTreatment.ComputeRiseTime();
      return signalTreatment.GetRiseTime();
   }
   return -1;
}
 
 
ClassImp(KVDetectorSignalTraceRiseTime)