OpticsResponseBuilder

#include "OpticsResponseBuilder.hh"

OpticsResponseBuilder

class description - source file - inheritance tree (.pdf)

class OpticsResponseBuilder : public EsafMsgSource

Inheritance Chart:

EsafMsgSource

OpticsResponseBuilder


    public:

                            OpticsResponseBuilder()
                    virtual ~OpticsResponseBuilder()
                       void BuildEfficacyTables()
             static TClass* Class()
               virtual void Clear()
               virtual void CloseDB()
                     Bool_t ComputeEfficacy(Float_t th, Float_t ph, Float_t wl)
               virtual void FillPsfHist()
                const char* GetDBName() const
                    Float_t GetDiscRadius() const
                    Float_t GetEusoRadius() const
         IdealFocalSurface* GetIdealFocalSurface() const
                      Int_t GetNrays() const
             OpticalSystem* GetOpticalSystem() const
                const TH2F* GetPsf() const
                const TH1F* GetPsfRProj() const
                const TH2F* GetPsfZoom() const
                    Float_t GetRmax() const
                    Float_t GetTriggDiam() const
            virtual TClass* IsA() const
               virtual void OpenDB()
                       void SetBins(Int_t k, Int_t n)
                       void SetDBName(const char* name)
                       void SetDiscRadius(Float_t r)
                       void SetEusoRadius(Float_t r)
                       void SetIdealFocalSurface(IdealFocalSurface* ifs)
                       void SetNrays(Int_t n)
                       void SetOpticalSystem(OpticalSystem* os)
                       void SetRmax(Float_t r)
                       void SetTriggDiam(Float_t d)
               virtual void ShowMembers(TMemberInspector& insp, char* parent)
               virtual void Streamer(TBuffer& b)
                       void StreamerNVirtual(TBuffer& b)

Data Members

    private:

                 TString fDBName             
                  TFile* fDBFile             
                  TTree* fDBTree             
          OpticalSystem* fOpticalSystem      not own
      IdealFocalSurface* fIdealFocalSurface  not own
                   TH2F* fPsf                
                   TH2F* fPsfZoom            
                   TH1F* fPsfRProj           
                 Float_t fTotalEfficacy      
                 Float_t fTriggEfficacy      
                   Int_t fNrays              
                 Float_t fThetaMin           
                 Float_t fThetaMax           
                 Float_t fLambdaMin          
                 Float_t fLambdaMax          
                   Int_t fBinsTheta          
                   Int_t fBinsLambda         
                   Int_t fPsfBins            
                 Float_t fPsfZoomSide        
                TVector3 fCentroid           
                 Float_t fDiscRadius         entrance disc radius
                 Float_t fEusoRadius         detector radius
                 Float_t fRmax               maximum incident angle
                 Float_t fTriggDiam          bucket diameter for the trig
           TClonesArray* fPoints             intersections between photons
           ParentPhoton* fParent             
              EORSample* fSample

Class Description

 OpticsResponseBuilder

 <extensive class description>

   Config file parameters
   ======================

   <parameter name>: <parameter description>
   -Valid options: <available options>

void SetNrays(Int_t n)

 Reset clear fPoints and reset its size

void Clear()

 Clears all temporary histograms

void OpenDB()

 Helper function. Opens and initializes the database

void CloseDB()

Bool_t ComputeEfficacy(Float_t theta , Float_t phi, Float_t lambda)

 Simulate and collect a uniform beam of photons for the chosen optical
 system.

void FillPsfHist()

 Build histograms

void BuildEfficacyTables()

Inline Functions

                         void ~OpticsResponseBuilder()
        OpticsResponseBuilder OpticsResponseBuilder()
                         void SetOpticalSystem(OpticalSystem* os)
                         void SetIdealFocalSurface(IdealFocalSurface* ifs)
                         void SetDBName(const char* name)
                         void SetBins(Int_t k, Int_t n)
                         void SetDiscRadius(Float_t r)
                         void SetEusoRadius(Float_t r)
                         void SetRmax(Float_t r)
                         void SetTriggDiam(Float_t d)
               OpticalSystem* GetOpticalSystem() const
           IdealFocalSurface* GetIdealFocalSurface() const
                  const char* GetDBName() const
                        Int_t GetNrays() const
                      Float_t GetDiscRadius() const
                      Float_t GetEusoRadius() const
                      Float_t GetRmax() const
                      Float_t GetTriggDiam() const
                  const TH2F* GetPsf() const
                  const TH2F* GetPsfZoom() const
                  const TH1F* GetPsfRProj() const
                      TClass* Class()
                      TClass* IsA() const
                         void ShowMembers(TMemberInspector& insp, char* parent)
                         void Streamer(TBuffer& b)
                         void StreamerNVirtual(TBuffer& b)