Simulation/BOOST/EmcSim/include/EmcSim/BesEmcGeometry.hh

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//---------------------------------------------------------------------------//
//      BESIII Object_Oreiented Simulation and Reconstruction Tool           //
//---------------------------------------------------------------------------//
// Descpirtion: Geometry of EMC detector
// Author: Fu Chengdong
// Created: Oct 23, 2003
// Comment:
//---------------------------------------------------------------------------//
//
#ifndef BesEmcGeometry_h
#define BesEmcGeometry_h 1
 
#include "G4ThreeVector.hh"
#include "globals.hh"
 
class BesEmcConstruction;
class G4VPhysicalVolume;
class EmcGdmlWriter;
 
class BesEmcGeometry {
public:
  BesEmcGeometry();
  ~BesEmcGeometry();
  friend class BesEmcConstruction;
  friend class EmcGdmlWriter;
 
public:
  void ReadEMCParameters();    // Read EMC parameters from database
  void ComputeEMCParameters(); // Compute derived parameters of the calorimeter
  void ModifyForCasing();      // Compute the sizes of the naked crystals
                               // and the casing
  void PrintEMCParameters();   // Print EMC parameters
public:
  inline void SetVerboseLevel( G4int val ) { verboseLevel = val; }
 
  inline void SetBSCRmin( G4double val ) { BSCRmin = val; };
  inline void SetBSCDz( G4double val ) { BSCDz = val; };
  inline void SetBSCNbPhi( G4int val ) { BSCNbPhi = val; };
  inline void SetBSCNbTheta( G4int val ) { BSCNbTheta = val; };
  inline void SetBSCCrystalLength( G4double val ) { BSCCryLength = val; };
  inline void SetBSCCrystalLength1( G4double val ) { BSCCryLength1 = val; };
  inline void SetBSCYFront0( G4double val ) { BSCYFront0 = val; };
  inline void SetBSCYFront( G4double val ) { BSCYFront = val; };
  inline void SetBSCPosition0( G4double val ) { BSCPosition0 = val; };
  inline void SetBSCPosition1( G4double val ) { BSCPosition1 = val; };
  inline void SetBSCAngleRotat( G4double val ) { BSCAngleRotat = val; };
 
  void SetCasingThickness( G4ThreeVector );
 
public:
  G4int GetVerboseLevel() { return verboseLevel; };
 
  G4double GetBSCRmin() { return BSCRmin; };
  G4double GetBSCDz() { return BSCDz; };
  G4int    GetBSCNbPhi() { return BSCNbPhi; };
  G4int    GetBSCNbTheta() { return BSCNbTheta; };
  G4double GetBSCCryLength() { return BSCCryLength; };
  G4double GetBSCCryLength1() { return BSCCryLength1; };
  G4double GetBSCYFront() { return BSCYFront; };
  G4double GetBSCYFront0() { return BSCYFront0; };
  G4double GetBSCPositon0() { return BSCPosition0; };
  G4double GetBSCPositon1() { return BSCPosition1; };
  G4double GetBSCAngleRotat() { return BSCAngleRotat; };
 
  G4ThreeVector GetCasingThickness() {
    return G4ThreeVector( fTyvekThickness, fAlThickness, fMylarThickness );
  };
 
  G4double           GetXPosition( G4int NbCrystal );
  G4double           GetYPosition( G4int NbCrystal );
  G4double           GetZPosition( G4int NbCrystal );
  G4double           GetThetaPosition( G4int NbCrystal );
  G4double           GetZHalfLength( G4int NbCrystal );
  G4double           GetThetaAxis( G4int NbCrystal );
  G4double           GetPhiAxis( G4int NbCrystal );
  G4double           GetYHalfLength1( G4int NbCrystal );
  G4double           GetXHalfLength1( G4int NbCrystal );
  G4double           GetXHalfLength2( G4int NbCrystal );
  G4double           GetTanAlpha1( G4int NbCrystal );
  G4double           GetYHalfLength2( G4int NbCrystal );
  G4double           GetXHalfLength3( G4int NbCrystal );
  G4double           GetXHalfLength4( G4int NbCrystal );
  G4double           GetTanAlpha2( G4int NbCrystal );
  G4VPhysicalVolume* GetPhysiBSCCrystal( G4int NbCrystal );
 
  G4double GetRearBoxLength( G4int NbCrystal );
  G4double GetRearBoxDz( G4int NbCrystal );
  G4double GetRearBoxPosX( G4int NbCrystal );
  G4double GetRearBoxPosY( G4int NbCrystal );
  G4double GetRearBoxPosZ( G4int NbCrystal );
  G4double GetRearBoxPosTheta( G4int NbCrystal );
 
private:
  G4int verboseLevel;
 
  G4double BSCCryLength;
  G4double BSCCryLength1;
  G4double BSCYFront0;
  G4double BSCYFront;
  G4double BSCYFront1;
  G4double BSCPosition0;
  G4double BSCPosition1;
 
  G4int BSCNbPhi;
  G4int BSCNbTheta;
 
  G4double BSCPhiRmin;
  G4double BSCPhiRmax;
  G4double BSCPhiDz;
  G4double BSCPhiSphi;
  G4double BSCPhiDphi;
  G4double BSCAngleRotat;
  G4double BSCRmin;
  G4double BSCRmax;
  G4double BSCDz;
 
  G4double BSCRmin1;
  G4double BSCRmax1;
  G4double BSCRmin2;
  G4double BSCRmax2;
  G4double BSCDz1;
 
  G4double zHalfLength[150];
  G4double thetaAxis[150];
  G4double phiAxis[150];
  G4double yHalfLength1[150];
  G4double xHalfLength1[150];
  G4double xHalfLength2[150];
  G4double tanAlpha1[150];
  G4double yHalfLength2[150];
  G4double xHalfLength3[150];
  G4double xHalfLength4[150];
  G4double tanAlpha2[150];
  G4double thetaPosition[150];
  G4double xPosition[150];
  G4double yPosition[150];
  G4double zPosition[150];
 
  G4VPhysicalVolume* physiBSCCrystal[50];
 
  G4double fTyvekThickness;
  G4double fAlThickness;
  G4double fMylarThickness;
 
  /////////////////////////////////////////////////////////////
  // other substance on the rear face of crystal
  G4double rearBoxLength;
  G4double rearBoxDz;
  G4double rearBoxPosX[150];
  G4double rearBoxPosY[150];
  G4double rearBoxPosZ[150];
 
  // tyvek casing
  G4double rearCasingThickness;
 
  // organic glass
  G4double orgGlassLengthX;
  G4double orgGlassLengthY;
  G4double orgGlassLengthZ;
 
  // photodiode
  G4double PDLengthX;
  G4double PDLengthY;
  G4double PDLengthZ;
 
  // Al plate
  G4double AlPlateDz;
 
  // preamplifier box
  G4double PABoxDz;
  G4double PABoxThickness;
 
  // stainless steel plate for hanging the crystal
  G4double HangingPlateDz;
 
  G4double OCGirderRmin1[22];
  G4double OCGirderRmin2[22];
  G4double OCGirderDz[22];
  G4double OCGirderAngle;
  G4double OCGirderPosZ[22];
 
  // cable
  G4double cableLength[22];
  G4double cableDr;
  G4double cablePosX[22];
  G4double cablePosY[22];
  G4double cablePosZ[22];
 
  // water pipe
  G4double waterPipeDr;
  G4double waterPipeThickness;
 
  /////////////////////////////////////////////////////////////
  // barrel support frame
  G4double SPBarThickness;
  G4double SPBarThickness1;
  G4double SPBarwidth;
  G4double SPBarDphi;
  G4double RFBarThickness;
  G4int    RFBarHoleNb;
  G4double RFBarHoleDphi;
  G4double RFBarHoleDz;
 
  // end ring
  G4double EndRingDz;
  G4double EndRingDr;
  G4double EndRingRmin;
 
  // taper ring
  G4double TaperRingThickness1;
  G4double TaperRingThickness2;
  G4double TaperRingThickness3;
  G4double TaperRingTheta;
  G4double TaperRingRmin1;
  G4double TaperRingRmin2;
  G4double TaperRingDr;
  G4double TaperRingDz;
  G4double TaperRingInnerLength;
  G4double TaperRingOuterLength;
  G4double TaperRingOuterLength1;
};
#endif