PndMvdCalcTot.h

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#ifndef PNDMVDCALCTOT_H
#define PNDMVDCALCTOT_H

#include "FairLogger.h"
#include "TObject.h"
#include "TString.h"
#include "TRandom.h"
#include <iostream>
#include <iomanip>


class PndMvdCalcTot {
 public:
  PndMvdCalcTot()
  {
    ftr = 100.;
    fa = 60.;
    fthreshold = 3000;
    fclockfrequency = 50.;
    ftimestep = 1. / fclockfrequency * 1000.;
    SetStartOffset();
    LOG(info) << " <PndMvdCalcTot::PndMvdCalcTot()>: default constructor used!";
  };

  PndMvdCalcTot(Double_t tr, Double_t a, Double_t threshold, Double_t clockfrequency)
  {
    ftr = tr;
    fa = a;
    fthreshold = threshold;
    fclockfrequency = clockfrequency;
    ftimestep = 1. / fclockfrequency * 1000.;
    SetStartOffset();
  };

  ~PndMvdCalcTot(){};

  void SetStartOffset();

  Double_t GetTot(Double_t fcharge);
  void SetParameter(Double_t tr, Double_t a, Double_t threshold);
  Double_t GetPileUpTime(Double_t fcharge); // returns the time the capacitor is loaded and therefore the time the hit MVD is blind for other events

 private:
  Double_t fthreshold;      // in electrons
  Double_t ftr;             // raising time [ns]
  Double_t fa;              // falling ration [e/ns]
  Double_t Q, Qt;           // max charge, threshold charge
  Double_t t1e, t2e;        // exact time point when signal is over threshold/under threshold again
  Double_t fclockfrequency; // the frequency the readout chip works with
  Double_t ftimestep;       // one time step of the clock
  Double_t fstarttime;      // absolute point when TOT begins
  Double_t fstoptime;       // absolute point when TOT ends
  Double_t ftimeoffset;     // difference between rising clock edge and when detector gets hit

  Double_t GetTotWC(); // assumes a clock which results in a quantized TOT

};

#endif /*MVDCALCTOT_H*/