McTkrStrip.h

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#ifndef McTkrStrip_H
#define McTkrStrip_H

//include files

#include "TObject.h"
#include "TVector.h"
#include "TRef.h"

#include "commonRootData/idents/VolumeIdentifier.h"
#include "McPositionHit.h"

class McTkrStrip : public TObject
{   
public:
    McTkrStrip();
    
    McTkrStrip(const VolumeIdentifier& id, UInt_t strip, Double_t e=0,
         Bool_t noise=0, Double_t deltaX=0, Double_t deltaY=0, TRefArray* hitList = 0);
    virtual ~McTkrStrip();
    
    void initialize(const VolumeIdentifier& id, UInt_t strip, Double_t e,
         Bool_t noise, Double_t deltaX, Double_t deltaY, TRefArray* hitList);

    void Clear(Option_t *option ="");

    void Print(Option_t *option="") const;

    VolumeIdentifier getId()          const {return m_planeId; }
    UInt_t           getStripNumber() const {return m_strip; }
    Double_t         getEnergy()      const {return m_energy; }
    Double_t         energy()         const {return m_energy; }
    Bool_t           noise()          const {return getNoise();}
    Bool_t           getNoise()       const {return m_noise;}
    // get list of hits
    const TRefArray& getHits()        const {return m_hits;}

    void addHit(McPositionHit* hit) {   
        TObject* inList = m_hits.FindObject(hit);
        if (inList == 0) {
            m_hits.Add(hit);
        }
    }
    
    void operator+=(double de){m_energy += de;}

    TVector3 getDelta()  const {return TVector3(m_deltaX, m_deltaY, 0.0); }
    
    Double_t getDeltaX() const {return m_deltaX; }
    Double_t getDeltaY() const {return m_deltaY; }
        
private:
    VolumeIdentifier m_planeId;
    
    UInt_t m_strip;
    
    Double_t m_energy;

    Bool_t m_noise;

    TRefArray m_hits;

    Double_t m_deltaX;
    Double_t m_deltaY;

    ClassDef(McTkrStrip,1)  // Monte Carlo strip hits class
};

#endif

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