#ifndef HITOFDIGITPAR_H
#define HITOFDIGITPAR_H
#include "hparcond.h"


class HParamList;

class HiTofDigitPar : public HParCond {
protected:
    Float_t  sigmaT;            // time resolution   [ns]
    Float_t  vG;                // group velocity    [mm/ns]
    Float_t  minEnergyCut ;     // hits below this energy loss will be ignored [MeV]
    Float_t  attenuationEloss ; // attenunation for eloss [mm]
    Float_t  sigmaEloss ;       // resolution smearing for eloss [MeV]
    //----------------------------------------------------------------------------

public:
    HiTofDigitPar(const Char_t* name   ="iTofDigitPar",
		  const Char_t* title  ="digitisation parameters for iTof",
		  const Char_t* context="iTofDigitParProduction");
    ~HiTofDigitPar();
    Int_t   write(HParIo*);
    void    putParams(HParamList*);
    Bool_t  getParams(HParamList*);
    void    clear();
    void    printParam(void);

    Float_t getSigmaT()                    { return sigmaT; }
    Float_t getVG()                        { return vG; }
    Float_t getMinEnergyCut()              { return minEnergyCut; }
    Float_t getAttenuationEloss()          { return attenuationEloss; }
    Float_t getSigmaEloss()                { return sigmaEloss; }
    void    setSigmaT(Float_t sig)         { sigmaT = sig; }
    void    setVG(Float_t vg)              { vG = vg; }
    void    setMinEnergyCut(Float_t cut)   { minEnergyCut = cut; }
    void    setAttenuationEloss(Float_t at){ attenuationEloss = at; }
    void    setSigmaEloss(Float_t sig)     { sigmaEloss = sig; }

    Float_t calcLightPropTime (Int_t s,Int_t cell,Float_t distPMT);
    Float_t calcTimeResolution(Int_t s,Int_t cell,Float_t distPMT);
    Float_t calcEnergyLoss    (Int_t s,Int_t cell,Float_t distPMT,Float_t geantELoss);

    ClassDef(HiTofDigitPar,1) // Container for the iTof Digitizer parameters
};
#endif  /*!HITOFDIGITPAR_H*/