source: JEM-EUSO/esaf_cc_at_lal/packages/simulation/detector/electronics/include/MacroCellHit.hh @ 114

// ESAF : Euso Simulation and Analysis Framework
// class MacroCellHit
// $Id: MacroCellHit.hh 2104 2005-09-22 12:13:11Z naumov $
// M.Pallavicini - created

#ifndef _MACROCELLHIT_H_
#define _MACROCELLHIT_H_

#include "EusoMapping.hh"

typedef Int_t ChannelUniqueId;

class MacroCellHit {
private:
    // dummy empty ctor needed by rootcInt_t
    MacroCellHit() : fRow(-1), fCol(-1), fHits(0), fGtu(-1), fUid(0) {}
public:
    // ctor
    MacroCellHit(Int_t r, Int_t c, Int_t h, Int_t g, ChannelUniqueId id ) :
       fRow(r), fCol(c), fHits(h), fGtu(g), fUid(id) {}
   
    virtual ~MacroCellHit() {};
    virtual void Dump() const;

    inline void SetHits(Int_t val) {fHits=val;}
    inline Int_t Hits() const {return fHits;}
    inline Int_t Row() const {return fRow;}
    inline Int_t Col() const {return fCol;}
    inline Int_t Gtu() const {return fGtu;}
    inline ChannelUniqueId UniqueId() const {return fUid;}

    inline Double_t GetThetaFOV() const {return EusoMapping::Get()->GetThetaFOV(fUid);}
    inline Double_t GetPhiFOV() const {return EusoMapping::Get()->GetPhiFOV(fUid);}
    
private:
    Int_t fRow;
    Int_t fCol;
    Int_t fHits;
    Int_t fGtu;
    ChannelUniqueId fUid; 

    ClassDef(MacroCellHit,0)
};

// contiguity operator
// returns true if 2 hits are nearby in space
Bool_t operator % (const MacroCellHit&, const MacroCellHit&);

#endif