HarpoSimElectronics.h

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#ifndef HARPOSIMELECTRONICS_H
#define HARPOSIMELECTRONICS_H
//                                                                      //
// HarpoSimElectronics                                                       //
//                                                                      //
// SIM raw file Electronics Class                                            //
//                                                                      //

#include "TObject.h"
#include "HarpoDccMap.h"
#include "HarpoPedestal.h"
#include "HarpoSimStrips.h"

class HarpoSimElectronics : public TObject {

public:

  HarpoSimElectronics();
  virtual   ~HarpoSimElectronics(){}

  HarpoDccMap* GetDccMapX(){return fDccMapX;}
  HarpoDccMap* GetDccMapY(){return fDccMapY;}

  void Reset();
  /* void ProcessStrips(HarpoSimStrips* strips); */
  /* void ProcessStrips(HarpoDccMap* dccMap, TClonesArray* hits, Int_t nhits); */
  void Noise();//{}
  void Noise(HarpoDccMap* map);//{}
  void Saturation(HarpoDccMap* map);//{}
  Double_t ChannelSat(Double_t qreal);
  void ZeroSuppression();//{}
  void ZeroSuppression(HarpoDccMap* map);//{}
  /* void AGETmultiplicity(); */

  Int_t AddCharge(HarpoDccMap* map, Int_t channel, Double_t time, Double_t charge);
  Int_t AddCharge(Int_t plane, Int_t channel, Double_t time, Double_t charge);

  //  Double_t GetSigmaNoise(){return fNoise;}
  HarpoPedestal* GetPedestals(UInt_t ndet){return fPedestals[ndet];}


 private:
  
  Double_t fNoise;
  /* Double_t fNoiseAGET; */
  Int_t fZeroSuppr;
  Int_t fGammaPower;   // Form of the shaping function t^P*exp(-P*t) P = 2,3,4
  Double_t fTau;          // Shaping time [us]
  Double_t fSamplingFreq; // Sampling frequency [MHz]
  Int_t fTimeRange;
  Double_t fTimeOffset;
  Double_t fThrSat;
  Double_t fThrSatCh;
  Double_t fAmpSatCh;
  Double_t fXtalkSatCh;

  HarpoDccMap* fDccMapX;
  HarpoDccMap* fDccMapY;

  //  HarpoSimAGET* fAGET;
  /* TClonesArray* fAGETarray; */

  HarpoPedestal* fPedestals[2];

  ClassDef(HarpoSimElectronics,1) 
};
#endif