HRichPad

class HRichPad : public TObject

    public:

                      HRichPad()
                      HRichPad(const HRichPad& source)
              virtual ~HRichPad()
                Int_t addCorner(HRichPadCorner* corner)
                 void CalcNrtoXY(Int_t padsx)
                 void calcPadCenter()
                 void CalcXYtoNr(Int_t padsx)
       static TClass* Class()
              Float_t getAmplitFraction()
                 void getAngles(const Int_t sec, Float_t* pTheta, Float_t* pPhi)
      HRichPadCorner* getCorner(Int_t n)
                Int_t getCornersNr()
               Bool_t getPadActive()
                Int_t getPadFlag()
                Int_t getPadNr()
                Int_t getPadX()
                 void getPadXY(Int_t* pX, Int_t* pY)
                Int_t getPadY()
              Float_t getPhi(const Int_t sec)
              Float_t getTheta()
              Float_t getX()
              Float_t getXlab(const Int_t sec)
              Float_t getXmax()
              Float_t getXmin()
                 void getXY(Float_t* pX, Float_t* pY)
                 void getXYZlab(const Int_t sec, Float_t* pX, Float_t* pY, Float_t* pZ)
              Float_t getY()
              Float_t getYlab(const Int_t sec)
              Float_t getYmax()
              Float_t getYmin()
              Float_t getZlab(const Int_t sec)
      virtual TClass* IsA() const
               Bool_t isOut(Float_t x, Float_t y)
               Bool_t isOutX(Float_t x)
            HRichPad& operator=(const HRichPad& source)
                 void reset()
                 void setAmplitFraction(Float_t ampl)
                Int_t setCorner(HRichPadCorner* corner, Int_t n)
                 void setPadActive(Bool_t active)
                 void setPadFlag(Int_t flag)
                 void setPadNr(Int_t padnr)
                 void setPadX(Int_t padx)
                 void setPadXY(Int_t padx, Int_t pady)
                 void setPadY(Int_t pady)
                 void setPhi(const Int_t sec, const Float_t phi)
                 void setTheta(const Float_t thetha)
                 void setX(const Float_t x)
                 void setXlab(const Int_t sec, const Float_t x)
                 void setXmax(Float_t xmax)
                 void setXmin(Float_t xmin)
                 void setXY(const Float_t x, const Float_t y)
                 void setXYZlab(const Int_t sec, const Float_t x, const Float_t y, const Float_t z)
                 void setY(const Float_t y)
                 void setYlab(const Int_t sec, const Float_t y)
                 void setYmax(Float_t ymax)
                 void setYmin(Float_t ymin)
                 void setZlab(const Int_t sec, const Float_t z)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
         virtual void Streamer(TBuffer& b)
                 void StreamerNVirtual(TBuffer& b)

Data Members

    private:

          Int_t fCornersNr        
      TObjArray fPadCornersArray  
        Float_t fX                X of a pad in mm
        Float_t fY                Y of a pad in mm
          Int_t fPadX             X of a pad in pads units
          Int_t fPadY             Y of a pad in pads units
          Int_t fPadNr            
          Int_t fPadFlag          0-total outside, 1-inside, 2-partial inside
        Float_t fAmplitFraction   fraction amplitude
        Float_t fXlab[6]          X of a pad in LAB in sector 0..5
        Float_t fYlab[6]          Y of a pad in LAB in sector 0..5
        Float_t fZlab[6]          Z of a pad in LAB in sector 0..5
        Float_t fTheta            Theta of a pad 
        Float_t fPhi[6]           Phi of a pad in sector 0..5
        Float_t fXmin             
        Float_t fYmin             
        Float_t fXmax             
        Float_t fYmax             
         Bool_t fPadActive        

Class Description

  HRichPadCorner
  HRichPad
  HRichPadTab

  These classes contain definition of corners, pads and array of pads.


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Inline Functions

          HRichPad& operator=(const HRichPad& source)
              Int_t getCornersNr()
            Float_t getXmin()
            Float_t getYmin()
            Float_t getXmax()
            Float_t getYmax()
               void setXmin(Float_t xmin)
               void setYmin(Float_t ymin)
               void setXmax(Float_t xmax)
               void setYmax(Float_t ymax)
            Float_t getX()
            Float_t getY()
              Int_t getPadX()
              Int_t getPadY()
              Int_t getPadNr()
              Int_t getPadFlag()
             Bool_t getPadActive()
            Float_t getXlab(const Int_t sec)
            Float_t getYlab(const Int_t sec)
            Float_t getZlab(const Int_t sec)
            Float_t getTheta()
            Float_t getPhi(const Int_t sec)
            Float_t getAmplitFraction()
               void setX(const Float_t x)
               void setY(const Float_t y)
               void setPadX(Int_t padx)
               void setPadY(Int_t pady)
               void setPadNr(Int_t padnr)
               void setXY(const Float_t x, const Float_t y)
               void setPadXY(Int_t padx, Int_t pady)
               void setPadFlag(Int_t flag)
               void setPadActive(Bool_t active)
               void setAmplitFraction(Float_t ampl)
               void setXlab(const Int_t sec, const Float_t x)
               void setYlab(const Int_t sec, const Float_t y)
               void setZlab(const Int_t sec, const Float_t z)
               void setXYZlab(const Int_t sec, const Float_t x, const Float_t y, const Float_t z)
               void setTheta(const Float_t thetha)
               void setPhi(const Int_t sec, const Float_t phi)
            TClass* Class()
            TClass* IsA() const
               void ShowMembers(TMemberInspector& insp, char* parent)
               void Streamer(TBuffer& b)
               void StreamerNVirtual(TBuffer& b)