HmaxByShapeMethodModule

#include "HmaxByShapeMethodModule.hh"

HmaxByShapeMethodModule

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

class HmaxByShapeMethodModule : public RecoModule

Inheritance Chart:

EsafConfigurable

EsafMsgSource

RecoModule

HmaxByShapeMethodModule


    public:

                                    HmaxByShapeMethodModule()
                            virtual ~HmaxByShapeMethodModule()
                     static TClass* Class()
                           Double_t DeltaL(Double_t)
                               void DensityToAltitude()
                     virtual Bool_t Done()
                               void GetAltitude()
                            Float_t GetBackground()
      const vector<RecoPixelData*>& GetClusters() const
                           Double_t GetDensity()
                           Double_t GetEnergy()
                            Float_t GetFluorMaxTime()
                           Double_t GetTheta()
                     virtual Bool_t Init()
                    virtual TClass* IsA() const
                           Double_t nOmega(Double_t)
                              Int_t PixelId(Double_t)
                     virtual Bool_t PostProcess()
                     virtual Bool_t PreProcess()
                     virtual Bool_t Process(RecoEvent*)
                     virtual Bool_t SaveRootData(RecoRootEvent*)
                       virtual void ShowMembers(TMemberInspector& insp, char* parent)
                       virtual void Streamer(TBuffer& b)
                               void StreamerNVirtual(TBuffer& b)
                       virtual void UserMemoryClean()

Data Members

    private:

                       Int_t fNum             event number
               vector<Int_t> fPointsId        
      vector<RecoPixelData*> cluster          all cluster in one vector 
                  RecoEvent* fEv              pointer to the reco event
                       Int_t fNumPoints       
                       Int_t fNumHits         
                    Double_t fEnergy          assumed energy
                    Double_t fTheta           reconstrustructed from the previous module Theta zenith angle
                    Double_t fPhi             reconstrustructed from the previous module Phi azimuthal angle
                    Double_t fAltitude        reconstructed altitude of shower maximum
                    Double_t fDensity         reconstructed air density at the shower maximum position
                       Int_t fFluorMaxAt      hit number corresponding to the fluorescent maximum
                    TVector3 fOmega           reconstructed unit vector along the shower direction 
                     Float_t fGtuLength       Gate Time Unit length in microsecond
                     Float_t fFirstHit        First time hit of the event
                     Float_t fLastHit         Last time hit of the event
                     Float_t fMeanBackground  Mean value of the background in the event
                       TH1F* fTemp            temporary histogram
                        TF1* fFitFcn          Fit function
                        TF1* fFluor           Fluoresence fit function
                     Float_t fChi2            Chi2/NDF after the fit
                    Double_t fFluorMaxPe      Fitted Number of p.e. in fluorescence maximum
                    Double_t fFluorMaxPeObs   Observed Number of p.e. in fluorescence maximum
                    Double_t fFluorMaxTime    Time corresponding to fluorescence maximum
                    TCanvas* fc               Canvas for drawings
                     TString fEventTag        Unique Event tag number

Class Description

Bool_t Init()

Bool_t PreProcess()

Bool_t Process(RecoEvent *ev)

Bool_t PostProcess()

Bool_t SaveRootData(RecoRootEvent *fRecoRootEvent)

Bool_t Done()

void UserMemoryClean()

Int_t PixelId(Double_t time)

Double_t nOmega(Double_t time)

 This method computes the scalar product of the shower unit vector
 Omega (sin(Theta)*cos(Phi), sin(Theta)*sin(Phi), cos(Theta))
 and the given pixel unit vector aling its field of view direction

Double_t DeltaL(Double_t time)

 This method returns the track length inclined with Theta and Phi zenith and azimuth angles
 respectively seen by the given pixel in one GTU time interval

void GetAltitude()

void DensityToAltitude()

Inline Functions

                                 void ~HmaxByShapeMethodModule()
              HmaxByShapeMethodModule HmaxByShapeMethodModule()
                              Float_t GetBackground()
        const vector<RecoPixelData*>& GetClusters() const
                             Double_t GetEnergy()
                             Double_t GetTheta()
                              Float_t GetFluorMaxTime()
                             Double_t GetDensity()
                              TClass* Class()
                              TClass* IsA() const
                                 void ShowMembers(TMemberInspector& insp, char* parent)
                                 void Streamer(TBuffer& b)
                                 void StreamerNVirtual(TBuffer& b)