LCDCalHit

class description - source file - inheritance tree

class LCDCalHit : public TObject

    private:


    protected:


    public:

            LCDCalHit LCDCalHit()
            LCDCalHit LCDCalHit(UInt_t towerID)
            LCDCalHit LCDCalHit(UInt_t towerID, Float_t hitE)
            LCDCalHit LCDCalHit(UInt_t towerID, Double_t hitE)
            LCDCalHit LCDCalHit(LCDCalHit&)
         virtual void ~LCDCalHit()
                 void AddHit(Int_t mcindex, Double_t edep)
       static TClass* Class()
                 void Clean()
             Double_t GetEscale()
             Double_t GetEtot()
             Double_t GetEtotMCE()
             Double_t GetEtotRaw()
         LCDEDeposit* GetMCE()
                Int_t GetMCEEntries()
             Double_t GetPhi()
             Double_t GetPhiSeg()
             Double_t GetR()
             Double_t GetRcyl()
             Double_t GetTheta()
             Double_t GetThetaSeg()
          LCDtowerID* GetTower()
      virtual TClass* IsA() const
                 void SetEtot(Double_t a)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
         virtual void Streamer(TBuffer& b)
                 void StreamerNVirtual(TBuffer& b)


  Data Members

    private:

           Float_t m_Etot       Total energy deposited in calorimeter tower
        LCDtowerID m_tower      TowerID tag
             Int_t m_nMCE       
       LCDEDeposit m_MCE[50]    
      static Int_t sys2det[16]  

    protected:


    public:

      static Float_t* energyScale  energy scale factor
      static Float_t* ThetaSeg     segmentation in theta
      static Float_t* phiSeg       segementation in phi
      static Float_t* barrelThick  Thickness between the layers
      static Float_t* endcapThick  Thickness between the layers
      static Float_t* barrelInner  Barrel Inner Radius
      static Float_t* endcapInner  Endcap Inner Z

Class Description

 LCDCalHit
 The LCDCalHit class contains the information about a single calorimeter
 tower. This includes the towerID tag, the total energy in the tower,
 and the list of particles which deposited energy in the tower and how
 much energy they deposited.
void AddHit(Int_t mcindex, Double_t edep)
 Add a hit to the list
  AddE(EDep->GetEDeposit());
Double_t GetEtotMCE()
 Function to increment the total energy in the tower
 and return the new total
Double_t GetEscale()
 get energy scale factor
Double_t GetThetaSeg()
 get segementation in theta
Double_t GetPhiSeg()
 get segementation in phi
Double_t GetR()
 Get IP to Hit distance. This is not cylindrical R.
Double_t GetRcyl()
 This is cylindrical R.



Inline Functions

           LCDCalHit LCDCalHit()
           LCDCalHit LCDCalHit(UInt_t towerID)
           LCDCalHit LCDCalHit(UInt_t towerID, Float_t hitE)
           LCDCalHit LCDCalHit(UInt_t towerID, Double_t hitE)
                void Clean()
            Double_t GetEtotRaw()
         LCDtowerID* GetTower()
               Int_t GetMCEEntries()
        LCDEDeposit* GetMCE()
            Double_t GetEtot()
            Double_t GetTheta()
            Double_t GetPhi()
                void SetEtot(Double_t a)
             TClass* Class()
             TClass* IsA() const
                void ShowMembers(TMemberInspector& insp, char* parent)
                void Streamer(TBuffer& b)
                void StreamerNVirtual(TBuffer& b)
           LCDCalHit LCDCalHit(LCDCalHit&)
                void ~LCDCalHit()

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