#ifndef HShowerDigiDetPar_H
#define HShowerDigiDetPar_H
#pragma interface

#include "hparset.h"
#include "hshowerparset.h"
#include "hlocation.h"
#include "hshowerpad.h"
#include "hshowerwire.h"
#include "hshowerframe.h"

class HParHadAsciiFileIo;

class HShowerDigiDetPar : public HShowerParSet {
public:
  HShowerDigiDetPar();
  ~HShowerDigiDetPar();

  virtual Bool_t initAscii(HParHadAsciiFileIo* pHadAsciiFile);
  virtual Bool_t writeAscii(HParHadAsciiFileIo* pHadAsciiFile);
  virtual void clear();

  Float_t getThickDet(){return fThickDet;} 
  Float_t getFwhmResponse(){return fFwhmResponse;} 
  Float_t getFactorInd(){return fFactorInd;}
  Float_t* getChargeMatrix(){return chargeMatrix;} 
  Int_t getPadRange(){return nPadRange;}
  Int_t getMatrixRange(){return nMatrixRange;}
  Float_t getBoxSize(){return fBoxSize;}
  Float_t getPlaneDist(){return fPlaneDist;}
  Int_t getNumElec(){return nNumElec;}
  Float_t getVoltage(){return fVoltage;}
  Float_t getTrackThreshold(){return fTrackThreshold;}
  Float_t getRawThreshold(){return fRawThreshold;}

  void setThickDet(Float_t fThick){fThickDet = fThick;}
  void setFwhmResponse(Float_t fFwhm){fFwhmResponse = fFwhm;}
  void setFactorInd(Float_t fFact){fFactorInd = fFact;}
  void setPadRange(Int_t nRange){nPadRange = nRange;}
  void setMatrixRange(Int_t nRange){nMatrixRange = nRange;}
  void setBoxSize(Float_t fSize){fBoxSize = fSize;}
  void setPlaneDist(Float_t fDist){fPlaneDist = fDist;}
  void setNumElec(Int_t nElec){nNumElec = nElec;}
  void setVoltage(Float_t fVolt){fVoltage = fVolt;}
  void setTrackThreshold(Float_t fThreshold){fTrackThreshold = fThreshold;}
  void setRawThreshold(Float_t fThreshold){fRawThreshold = fThreshold;}

  float calcCharge(float charge, float dist, float Xd, float Yd, 
                                                float Xu , float Yu);
  void initChargeMatrix(); 

  ClassDef(HShowerDigiDetPar,1) //ROOT extension
public:
  float fThickDet;
  float fFwhmResponse;
  float fFactorInd;
  float *chargeMatrix;
  Int_t nMatrixRange;
  Float_t fPlaneDist;
  Float_t fBoxSize;
  Int_t nPadRange;
  Int_t nNumElec;
  Float_t fVoltage;
  Float_t fTrackThreshold;
  Float_t fRawThreshold;
};

#endif