Simulation/BOOST/EmcSim/include/EmcSim/BesEmcParameter.hh

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//---------------------------------------------------------------------------//
//      BOOST --- BESIII Object_Oriented Simulation Tool                     //
//---------------------------------------------------------------------------//
// Description:
// Author: He Miao
// Created: Nov,12 2004
// Modified:
// Comment:
//---------------------------------------------------------------------------//
//$ID: BesEmcParameter.hh
 
#ifndef BesEmcParameter_h
#define BesEmcParameter_h 1
 
#include "globals.hh"
 
class BesEmcParameter {
public:
  BesEmcParameter();
  ~BesEmcParameter();
 
  // static member functions
  static BesEmcParameter& GetInstance();
  static bool             Exist();
  static void             Kill();
 
private:
  // static data members
  static BesEmcParameter* fpInstance;
 
public:
  void ReadData();
 
  G4long   GetArraySize() { return array_size; }
  G4double GetTau() { return m_tau; }
  G4double GetHighRange() { return m_highRange; }
  G4double GetMidRange() { return m_midRange; }
  G4double GetLowRange() { return m_lowRange; }
  G4double GetSampleTime() { return m_sampleTime; }
  G4double GetPeakTime() { return m_peakTime; }
  G4double GetTimeOffset() { return m_timeOffset; }
  G4int    GetADCbit() { return m_bitNb; }
  G4double GetPhotonsPerMeV() { return m_photonsPerMeV; }
  G4double GetNonuniformity() { return m_nonuniformity; }
 
  G4double GetWorldRmin1() { return WorldRmin1; }
  G4double GetWorldRmax1() { return WorldRmax1; }
  G4double GetWorldRmin2() { return WorldRmin2; }
  G4double GetWorldRmax2() { return WorldRmax2; }
  G4double GetWorldDz() { return WorldDz; }
  G4double GetWorldZPosition() { return WorldZPosition; }
  G4double GetCrystalLength() { return CrystalLength; }
  G4double GetCrystalLength1() { return CrystalLength1; }
 
  G4int GetCryInOneLayer( G4int nb ) { return cryNumInOneLayer[nb]; }
  G4int GetPentaInOneSector( G4int nb ) { return pentaInOneSector[nb]; }
 
  G4double GetTyvekThickness() { return fTyvekThickness; }
  G4double GetAlThickness() { return fAlThickness; }
  G4double GetMylarThickness() { return fMylarThickness; }
 
  G4double GetBSCRmin() { return BSCRmin; }
  G4double GetBSCDz() { return BSCDz; }
  G4double GetBSCRmin1() { return BSCRmin1; }
  G4double GetBSCRmax1() { return BSCRmax1; }
  G4double GetBSCRmin2() { return BSCRmin2; }
  G4double GetBSCRmax2() { return BSCRmax2; }
  G4double GetBSCDz1() { return BSCDz1; }
 
  G4double GetBSCAngleRotat() { return BSCAngleRotat; }
  G4int    GetBSCNbPhi() { return BSCNbPhi; }
  G4int    GetBSCNbTheta() { return BSCNbTheta; }
 
  G4double GetBSCYFront0() { return BSCYFront0; }
  G4double GetBSCYFront() { return BSCYFront; }
  G4double GetBSCYFront1() { return BSCYFront1; }
  G4double GetBSCPosition0() { return BSCPosition0; }
  G4double GetBSCPosition1() { return BSCPosition1; }
 
  G4double GetTaperRingDz() { return TaperRingDz; }
  G4double GetTaperRingThickness1() { return TaperRingThickness1; }
  G4double GetTaperRingThickness2() { return TaperRingThickness2; }
  G4double GetTaperRingThickness3() { return TaperRingThickness3; }
  G4double GetTaperRingTheta() { return TaperRingTheta; }
  G4double GetTaperRingInnerLength() { return TaperRingInnerLength; }
  G4double GetTaperRingOuterLength() { return TaperRingOuterLength; }
 
  G4double GetRearBoxLength() { return rearBoxLength; }
  G4double GetRearBoxDz() { return rearBoxDz; }
  G4double GetHangingPlateDz() { return HangingPlateDz; }
  G4double GetOCGirderAngle() { return OCGirderAngle; }
 
  G4double GetRearCasingThickness() { return rearCasingThickness; }
 
  G4double GetOrgGlassLengthX() { return orgGlassLengthX; }
  G4double GetOrgGlassLengthY() { return orgGlassLengthY; }
  G4double GetOrgGlassLengthZ() { return orgGlassLengthZ; }
 
  G4double GetPDLengthX() { return PDLengthX; }
  G4double GetPDLengthY() { return PDLengthY; }
  G4double GetPDLengthZ() { return PDLengthZ; }
 
  G4double GetAlPlateDz() { return AlPlateDz; }
  G4double GetPABoxDz() { return PABoxDz; }
  G4double GetPABoxThickness() { return PABoxThickness; }
 
  G4double GetCableDr() { return cableDr; }
  G4double GetWaterPipeDr() { return waterPipeDr; }
  G4double GetWaterPipeThickness() { return waterPipeThickness; }
 
  G4double GetSPBarThickness() { return SPBarThickness; }
  G4double GetSPBarThickness1() { return SPBarThickness1; }
  G4double GetSPBarwidth() { return SPBarwidth; }
 
  G4double GetEndRingDz() { return EndRingDz; }
  G4double GetEndRingDr() { return EndRingDr; }
  G4double GetEndRingRmin() { return EndRingRmin; }
 
  G4double GetLightOutput( G4int i ) { return lightOutput[i]; }
  G4double GetLightOutput( G4int, G4int, G4int );
 
private:
  // digitise parameter
  G4long   array_size;
  G4double m_tau;
  G4double m_highRange;
  G4double m_midRange;
  G4double m_lowRange;
  G4double m_sampleTime;
  G4double m_peakTime;
  G4double m_timeOffset;
  G4int    m_bitNb;
  G4double m_photonsPerMeV;
  G4double m_nonuniformity;
 
  // endcap geometry parameter
  G4double WorldRmin1;
  G4double WorldRmax1;
  G4double WorldRmin2;
  G4double WorldRmax2;
  G4double WorldDz;
  G4double WorldZPosition;
  G4double CrystalLength;
  G4double CrystalLength1;
 
  G4int cryNumInOneLayer[6];
  G4int pentaInOneSector[5];
 
  // crystal casing parameter
  G4double fTyvekThickness;
  G4double fAlThickness;
  G4double fMylarThickness;
 
  // barrel geometry parameter
  G4double BSCRmin;
  G4double BSCDz;
  G4double BSCRmin1;
  G4double BSCRmax1;
  G4double BSCRmin2;
  G4double BSCRmax2;
  G4double BSCDz1;
 
  G4double BSCAngleRotat;
  G4int    BSCNbPhi;
  G4int    BSCNbTheta;
 
  G4double BSCYFront0;
  G4double BSCYFront;
  G4double BSCYFront1;
  G4double BSCPosition0;
  G4double BSCPosition1;
 
  // barrel support frame parameter
  G4double TaperRingDz;
  G4double TaperRingThickness1;
  G4double TaperRingThickness2;
  G4double TaperRingThickness3;
  G4double TaperRingTheta;
  G4double TaperRingInnerLength;
  G4double TaperRingOuterLength;
 
  G4double rearBoxLength;
  G4double rearBoxDz;
  G4double HangingPlateDz;
  G4double OCGirderAngle;
 
  G4double rearCasingThickness;
 
  G4double orgGlassLengthX;
  G4double orgGlassLengthY;
  G4double orgGlassLengthZ;
 
  G4double PDLengthX;
  G4double PDLengthY;
  G4double PDLengthZ;
 
  G4double AlPlateDz;
  G4double PABoxDz;
  G4double PABoxThickness;
 
  G4double cableDr;
  G4double waterPipeDr;
  G4double waterPipeThickness;
 
  G4double SPBarThickness;
  G4double SPBarThickness1;
  G4double SPBarwidth;
 
  G4double EndRingDz;
  G4double EndRingDr;
  G4double EndRingRmin;
 
  // crystal light yield
  G4double lightOutput[6240];
};
 
#endif