Gabriele Cosmo
189 lines
7.2 KiB
C++
189 lines
7.2 KiB
C++
//
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// ********************************************************************
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// * DISCLAIMER *
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// * *
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// * The following disclaimer summarizes all the specific disclaimers *
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// * of contributors to this software. The specific disclaimers,which *
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// * govern, are listed with their locations in: *
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// * http://cern.ch/geant4/license *
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// * *
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// * Neither the authors of this software system, nor their employing *
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// * institutes,nor the agencies providing financial support for this *
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// * work make any representation or warranty, express or implied, *
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// * regarding this software system or assume any liability for its *
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// * use. *
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// * *
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// * This code implementation is the intellectual property of the *
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// * GEANT4 collaboration. *
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// * By copying, distributing or modifying the Program (or any work *
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// * based on the Program) you indicate your acceptance of this *
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// * statement, and all its terms. *
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// ********************************************************************
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//
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// Rich advanced example for Geant4
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// RichTbRunConfig.hh for Rich of LHCb
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// History:
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// Created: Sajan Easo (Sajan.Easo@cern.ch)
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// Revision and changes: Patricia Mendez (Patricia.Mendez@cern.ch)
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/////////////////////////////////////////////////////////////////////////////
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#ifndef RichTbRunConfig_h
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#define RichTbRunConfig_h 1
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#include "globals.hh"
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#include <vector>
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#include "AerogelTypeSpec.hh"
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#include "FilterTypeSpec.hh"
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#include "AerogelRefData.hh"
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#include "FilterTrData.hh"
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#include <math.h>
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#include <fstream>
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class RichTbRunConfig{
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public:
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RichTbRunConfig();
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virtual ~RichTbRunConfig();
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G4double getPressureN2()
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{return CurrentPressureN2;}
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G4double getTemperatureN2()
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{ return CurrentTemperatureN2; }
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G4double getMirrorAddTiltX()
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{return MirrorAddTiltX; }
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G4double getMirrorAddTiltY()
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{return MirrorAddTiltY; }
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G4int getRichTbHall_visib()
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{return RichTbHall_visib;}
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G4int getRichTbEnclosure_visib()
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{return RichTbEnclosure_visib;}
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G4int getRichTbRadFrame_visib()
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{return RichTbRadFrame_visib;}
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G4int getRichTbRadUpW_visib()
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{return RichTbRadUpW_visib;}
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G4int getRichTbRadDnW_visib()
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{return RichTbRadDnW_visib;}
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G4int getRichTbAerogel_visib()
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{return RichTbAerogel_visib;}
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G4int getRichTbAerogelWrap_visib()
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{return RichTbAerogelWrap_visib;}
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G4int getRichTbFilter_visib()
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{return RichTbFilter_visib;}
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G4int getRichTbMirror_visib()
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{return RichTbMirror_visib;}
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G4int getRichTbHpdMaster_visib()
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{return RichTbHpdMaster_visib; }
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G4int getRichTbHpdEnvelopeTube_visib()
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{return RichTbHpdEnvelopeTube_visib;}
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G4int getRichTbHpdQuartzW_visib()
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{return RichTbHpdQuartzW_visib; }
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G4int getRichTbHpdPhCathode_visib()
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{return RichTbHpdPhCathode_visib; }
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G4int getRichTbHpdSiDet_visib()
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{return RichTbHpdSiDet_visib; }
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G4int getRichTbHpdSectCoat_visib()
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{return RichTbHpdSectCoat_visib; }
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G4int getRichTbHpdSiPx_visib()
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{return RichTbHpdSiPx_visib; }
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G4int getRefIndexPara()
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{return RefIndexPara; }
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G4int getRichTbDrawTrajectory() {return RichTbDrawTrajectory_visib; }
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G4double getHpdPhElectronEnergy() {return HpdPhElectronEnergy; }
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G4int DoWriteOutputFile() {return WriteOutputFile; }
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G4String getOutputFileName() {return OutputFileName; }
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G4String getOutputHistoDirName() {return OutputHistoDirName; }
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G4int getWriteMiscOutputFlag() {return WriteMiscOutputFlag; }
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G4String getMiscOutFileName() {return MiscOutFileName; }
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G4int GetFilterTNumber() {return FilterTNumber; }
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FilterType GetFilterType() {return CurFilterType; }
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G4int GetNumberOfAerogelTiles() {return NumberOfAerogelTiles ; }
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G4int GetCurAerogelTNumber(G4int AgelNum )
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{return CurAerogelTNumber[AgelNum];}
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AerogelType GetCurAerogelType(G4int AgelNumber)
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{return CurAerogelType[AgelNumber];}
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AerogelRefData* GetAerogelRefdata() {return AerogelRefractiveInd;}
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FilterTrData* GetFilterTrData() {return FilterTransData; }
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G4int GetRichTbNumPartEvent() {return RichTbNumPartEvent; }
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G4int GetRichTbParticleTypeCode() {return RichTbParticleTypeCode; }
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G4int GetRichTbParticleStartPosCode() {return RichTbParticleStartPosCode; }
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G4int GetRichTbParticleDirectionCode(){return RichTbParticleDirectionCode; }
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G4int GetRichTbParticleEnergyCode(){return RichTbParticleEnergyCode; }
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G4double GetRichTbParticleEnergy() {return RichTbParticleEnergy; }
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G4double GetRichTbPhotLowE() {return RichTbPhotLowE; }
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G4double GetRichTbPhotHighE() {return RichTbPhotHighE; }
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G4String GetAerogelRefDataFile() {return AerogelRefDataInputFileName; }
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G4String GetFilterTransDataFile() { return FilterTransDataInputFileName; }
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private:
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G4double CurrentPressureN2;
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G4double CurrentTemperatureN2;
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G4int RefIndexPara;
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G4double MirrorAddTiltX;
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G4double MirrorAddTiltY;
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//Graphics setups
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//For Following variables 0 means make the volume invisible;
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// 1 means make it visible as a solid.
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// 2 means make it visible as a wireframe.
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G4int RichTbHall_visib;
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G4int RichTbEnclosure_visib;
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G4int RichTbRadFrame_visib;
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G4int RichTbRadUpW_visib;
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G4int RichTbRadDnW_visib;
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G4int RichTbAerogel_visib;
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G4int RichTbAerogelWrap_visib;
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G4int RichTbFilter_visib;
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G4int RichTbMirror_visib;
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G4int RichTbHpdMaster_visib;
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G4int RichTbHpdEnvelopeTube_visib;
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G4int RichTbHpdQuartzW_visib;
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G4int RichTbHpdPhCathode_visib;
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G4int RichTbHpdSiDet_visib;
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G4int RichTbHpdSectCoat_visib;
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G4int RichTbHpdSiPx_visib;
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G4int RichTbDrawTrajectory_visib;
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G4double HpdPhElectronEnergy;
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G4int FilterTNumber;
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FilterType CurFilterType;
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G4int NumberOfAerogelTiles;
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std::vector<G4int>CurAerogelTNumber;
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std::vector<AerogelType>CurAerogelType;
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G4int WriteOutputFile;
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G4String OutputFileName;
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G4String OutputHistoDirName;
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G4String AerogelRefDataInputFileName;
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G4String FilterTransDataInputFileName;
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G4int WriteMiscOutputFlag;
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G4String MiscOutFileName;
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AerogelRefData* AerogelRefractiveInd;
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FilterTrData* FilterTransData;
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//The following is for particle types.
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// used as the beam.
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//First the number of beam particles per event.
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G4int RichTbNumPartEvent;
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// 0 means piminus, 1 means optical photon,
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// 2 means mixture of piminus and proton.
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G4int RichTbParticleTypeCode;
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//The following poscode = 0 means standard pos (0, 0, -2000.0 mm);
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// =1 means special pos implemented.
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G4int RichTbParticleStartPosCode;
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// The following dire code =0 means dir is 0,0,1. The other
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// codes for getting the beam spread is not implemented yet.
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G4int RichTbParticleDirectionCode;
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G4int RichTbParticleEnergyCode;
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// the following is for charged particle energy in GeV.
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G4double RichTbParticleEnergy;
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//The following is for photon energy range in eV for testing optical
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// parameters.
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G4double RichTbPhotLowE;
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G4double RichTbPhotHighE;
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};
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#endif
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