ShowerStep

#include "ShowerStep.hh"

ShowerStep

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

class ShowerStep

Inheritance Chart:

ShowerStep


    public:

                      ShowerStep()
                      ShowerStep(const ShowerStep&)
              virtual ~ShowerStep()
       static TClass* Class()
                 void Clear()
             Double_t GetAgef() const
             Double_t GetAgei() const
             Double_t GetEloss() const
          const TH1F* GetHistoAngCher() const
          const TH1F* GetHistoEnergy() const
          const TH1F* GetHistoEnergy() const
          const TH1F* GetHistoLateral() const
          const TH1F* GetHistoLateral() const
          const TH2F* GetHistoRadDTimeEle() const
          const TH2F* GetHistoRadPhiEle() const
          const TH2F* GetHistoRadPhiEloss() const
             Double_t GetNcharged() const
             Double_t GetNcherenkov() const
             Double_t GetNelectrons() const
         ShowerTrack* GetParentTrack() const
                Int_t GetStepID() const
             Double_t GetTimef() const
             Double_t GetTimei() const
             Double_t GetXf() const
             Double_t GetXi() const
              EVector GetXYZf() const
              EVector GetXYZi() const
      virtual TClass* IsA() const
          ShowerStep& operator=(const ShowerStep&)
                 void SetParentTrack(ShowerTrack* track)
                 void SetStepID(Int_t n)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
         virtual void Streamer(TBuffer& b)
                 void StreamerNVirtual(TBuffer& b)

Data Members

    private:

          Double_t fXi                Slant Depth  of the first point of the step
          Double_t fXf                Slant Depth  of the last point of the step
           EVector fXYZi              3D coordinates in MES of the first point of the step
           EVector fXYZf              3D coordinates in MES of the last point of the step  
          Double_t fTimei             Time of the passage of shower axis in fXYZi
          Double_t fTimef             Time  of the passage of shower axis in fXYZf
          Double_t fAgei              age of the shower at fXYZi
          Double_t fAgef              age of the shower at fXYZf
          Double_t fNelectrons        Number of electrons at (fXf+fXi)/2
          Double_t fNcharged          Number of charged part. at (fXf+fXi)/2
          Double_t fEloss             Energy loss by ionization during the Step
          Double_t fNcherenkov        Number of Cherenov photons produced in the Step
             TH1F* fHistoEnergy       histogram of energy distribution of fNelectrons
             TH1F* fHistoLateral      histogram of lateral distribution of fNelectrons
             TH2F* fHistoEneAng       histogram of energy and polar angular distribution of fNelectrons
             TH2F* fHistoRadPhiEle    histogram of Electron radial and phi distribution along axis (phi=0 is the
             TH2F* fHistoRadDTimeEle  histogram of Radial and Delta-Time respecto to axis Time for fNelectrons
             TH2F* fHistoRadPhiEloss  histogram of Energy loss radial and phi distribution along axis (phi=0 is 
             TH1F* fHistoAngCher      histogram of polar angular distribution of Cherenkov photons fNcherenkov   
      ShowerTrack* fParentTrack       pointer to the ShowerStep container
             Int_t fStepID            number of the current step

Class Description

 ShowerStep is the universal container of Atmospheric Air Shower
 produced by Ultra High Energy Cosmic Ray entering the atmosphere.
 ShowerStep is a vector element of the ShowerTrack object which is
 produced by interfaces to specific generators like CORSICA, AIRES, UNISIM, SLAST, etc
 ShowerStep contains relevant information of EAS development at the given
 position in space

void Clear()

 Clear the step

const TH1F* GetHistoEnergy()

 This method returns pointer to the histogram with energy distribution of
 electrons at the given step filled by the Shower Generator. If Shower
 Generator does not provide this information the histogram is filled
 automatically according to configured analitical distribution.

const TH1F* GetHistoEnergy() const

 const version of GetHistoEnergy

const TH1F* GetHistoLateral()

 This method returns pointer to the histogram with lateral distribution
 of electrons at the given step filled by the Shower Generator. If Shower
 Generator does not provide this information the histogram is filled
 automatically according to configured analitical distribution.

const TH1F* GetHistoLateral() const

 const version of GetHistoLateral

Inline Functions

                void ~ShowerStep()
          ShowerStep ShowerStep()
          ShowerStep ShowerStep(const ShowerStep&)
            Double_t GetXi() const
            Double_t GetXf() const
             EVector GetXYZi() const
             EVector GetXYZf() const
            Double_t GetTimei() const
            Double_t GetTimef() const
            Double_t GetAgei() const
            Double_t GetAgef() const
            Double_t GetNelectrons() const
            Double_t GetNcharged() const
            Double_t GetEloss() const
            Double_t GetNcherenkov() const
         const TH2F* GetHistoRadPhiEle() const
         const TH2F* GetHistoRadDTimeEle() const
         const TH2F* GetHistoRadPhiEloss() const
         const TH1F* GetHistoAngCher() const
        ShowerTrack* GetParentTrack() const
               Int_t GetStepID() const
                void SetStepID(Int_t n)
                void SetParentTrack(ShowerTrack* track)
             TClass* Class()
             TClass* IsA() const
                void ShowMembers(TMemberInspector& insp, char* parent)
                void Streamer(TBuffer& b)
                void StreamerNVirtual(TBuffer& b)
         ShowerStep& operator=(const ShowerStep&)