BSEmcFittedCosmicPulseshape.h

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#ifndef BSEmcFittedCosmicPulseshape_HH
#define BSEmcFittedCosmicPulseshape_HH

#include "Rtypes.h"
#include "RtypesCore.h"

#include "BSEmcAbsPulseshape.h"

class TBuffer;
class TClass;
class TMemberInspector;

class BSEmcFittedCosmicPulseshape : public BSEmcAbsPulseshape {

 public:
  BSEmcFittedCosmicPulseshape();
  BSEmcFittedCosmicPulseshape(Double_t t_AmpConv, Double_t t_Rise, Double_t t_FastDecay);

  virtual ~BSEmcFittedCosmicPulseshape(){};

  virtual Double_t operator()(const Double_t t_time, const Double_t t_amp, const Double_t t_timeOffset) const;

  void SetAmplitudeConversionFactor(Double_t t_ampConv) { fAmpConv = t_ampConv; }

  void SetRiseTime(Double_t t_rise) { fRise = t_rise; }

  void SetDecayTime(Double_t t_fastDecay) { fFastDecay = t_fastDecay; }

 private:
  Double_t RisingSigmoid(Double_t t, Double_t t0, Double_t t_r) const;
  Double_t FallingSigmoid(Double_t t, Double_t t0, Double_t t_f) const;

  Double_t fAmpConv{0};   // Amplitude conversion an "Amplitude" of 2.49 corresponds to 1 MeV input energy
  Double_t fRise{0};      // Rise time in samples*12.5ns
  Double_t fFastDecay{0}; // Fast decay time in samples*12.5ns

  ClassDef(BSEmcFittedCosmicPulseshape, 1)
};

#endif /*BSEmcFittedCosmicPulseshape_HH*/