FDsimG4VCorrectorRing.hh

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#ifndef G4FDSIMVCORRECTORRING_H
#define G4FDSIMVCORRECTORRING_H

#include "globals.hh"
#include "G4ThreeVector.hh"
#include "G4Material.hh"
 

class G4LogicalVolume;

namespace TelescopeSimulatorLX{
 
  class FDsimG4VCorrectorRing{


  public:

    FDsimG4VCorrectorRing(G4double rMin, G4double rMax, 
                          G4double minPhi, G4double deltaPhi, 
                          G4double Thickness, G4Material* Material, 
                          G4int Npoints) ; 

    virtual ~FDsimG4VCorrectorRing() ;

    inline G4LogicalVolume*    GetLogicalVolume()  {return fLogicalVol ;}
    inline G4Material*         GetMaterial()       {return fMaterial ;}

    inline G4double            GetMinRadius()      {return fMinRadius ;}
    inline G4double            GetMaxRadius()      {return fMaxRadius ;}

    inline G4double            GetStartPhi()       {return fStartPhi;}
    inline G4double            GetDeltaPhi()       {return fDeltaPhi;}

    inline G4double            GetThickness()      {return fThickness ;}

    void                DumpInfo() ;

  protected:

    virtual G4double GetSagita(G4double) = 0 ;
    virtual G4double GetRadius(G4double) = 0 ;

    virtual void     MakeLogicalVolume1() ;
    virtual void     MakeLogicalVolume2() ;

  protected:

    G4double      fMinRadius;
    G4double      fMaxRadius;
    G4Material*   fMaterial;
    G4double      fStartPhi;
    G4double      fDeltaPhi;
    G4double      fThickness ;

    G4int         fNpoints ;

    G4double *fRminVec ; 
    G4double *fRmaxVec ; 
    G4double *fZVec ; 

    G4LogicalVolume*   fLogicalVol ;


  };

}

#endif // G4FDSIMVCORRECTORRING_H