d8/d54/OpDet_8h_source.html

#ifndef OpDet_h

#define OpDet_h


// detector for optical photons


#include <CLHEP/Random/Random.h>

#include <Geant4/globals.hh>

#include <Rtypes.h>


class Detector;

class G4LogicalVolume;

class G4Step;

class G4TouchableHistory;

class TTree;

class G4VPhysicalVolume;


class OpDet {


  public:


    OpDet(const G4String& name, G4double xysiz, G4double zpos, G4double xmid, G4double ymid, G4LogicalVolume *top);

    virtual ~OpDet();


    //G4VSensitiveDetector

    virtual G4bool ProcessHits(const G4Step *step, G4TouchableHistory*);


    //Detector

//    virtual void Add(std::vector<Detector*> *vec) {vec->push_back(this);}

    virtual const G4String& GetName() const {return fNam;}

    virtual void CreateOutput(TTree *tree);

    virtual void ClearEvent();

    virtual void FinishEvent();


    G4VPhysicalVolume *GetPhysicalVolume() const {return fPhys;}


  private:


    void AddBranch(const std::string& nam, Double_t *val, TTree *tree);

    void AddBranch(const std::string& nam, ULong64_t *val, TTree *tree);


    Double_t fEdep; // total energy deposited in optical photon detector

    Double_t fEopt; // energy deposited by optical photons

    ULong64_t fNphot; // number of photons in event

    ULong64_t fNscin; // scintillation photons

    ULong64_t fNcerenkov; // Cerenkov photons


    Double_t fTmin; // time of first detected photon

    Double_t fTmax; // time of last detected photon

    Double_t fTavg; // average time of all detected photons


    G4VPhysicalVolume *fPhys; // optical detector physical volume

    G4String fNam; // detector name


    G4double fQE; // quantum efficiency

    CLHEP::HepRandom *fRand; // random generator for quantum efficiency


    G4int fScinType; // scintillation process type

    G4int fScinSubType; // scintillation process subtype

    G4int fCerenkovType; // Cerenkov process type

    G4int fCerenkovSubType; // Cerenkov process subtype


    friend class CompCal;


};


#endif