sndScifiHit.h

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#ifndef SNDSCIFIHIT_H
#define SNDSCIFIHIT_H 1
 
#include "SndlhcHit.h"
#include "ScifiPoint.h"
#include "TObject.h"
#include "TVector3.h"
 
class sndScifiHit : public SndlhcHit
{
  public:
 
    sndScifiHit();
    sndScifiHit(const sndScifiHit& hit) = default;
    sndScifiHit& operator=(const sndScifiHit& hit) = default;
    explicit sndScifiHit(Int_t detID);
    //  Constructor from ScifiPoint
    sndScifiHit(int detID,std::vector<ScifiPoint*>,std::vector<Float_t>);
 
    virtual ~sndScifiHit();
 
    void Print() ;
    Float_t GetEnergy();
 
    void setInvalid() {flag = false;}
    bool isValid() const {return flag;}
    Int_t GetStation(){return floor(fDetectorID/1000000);}
    bool isVertical(){
        if ( int(fDetectorID/100000)%10 == 1){return true;}
        else{return (false);}
    }
    Int_t  GetMat(){return ( int(fDetectorID/10000)%10);}
    Int_t  GetSiPM(){return ( int(fDetectorID/1000)%10);}
    Int_t GetSiPMChan(){return ( fDetectorID%1000);}
    Int_t GetChannelID(){return fDetectorID;}
/*  
    from Guido (22.9.2021): A threshold of 3.5pe should be used, which corresponds to 0.031MeV.
    1 SiPM channel has 104 pixels, pixel can only see 0 or >0 photons.
*/
  private:
    Float_t ly_loss(Float_t distance);
    Float_t sipm_saturation(Float_t ly, Float_t nphe_max);
    Float_t npix_to_qdc(Float_t npix);
    Float_t flag;   
 
    ClassDef(sndScifiHit, 4);
 
};
 
#endif