HMUDiLeptons

class HMUDiLeptons : public TObject

    public:

                      HMUDiLeptons()
                      HMUDiLeptons(const HMUDiLeptons&)
                      ~HMUDiLeptons()
       static TClass* Class()
              Float_t getMass()
                Int_t getN1()
                Int_t getN2()
      virtual TClass* IsA() const
        HMUDiLeptons& operator=(const HMUDiLeptons&)
                 void setMass(Float_t x)
                 void setN1(Int_t n)
                 void setN2(Int_t n)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
         virtual void Streamer(TBuffer& b)
                 void StreamerNVirtual(TBuffer& b)

Data Members

    private:

        Int_t iN1    index of first lepton used for dilepton
        Int_t iN2    index of second lepton used for dilepton
      Float_t fMass  invariant mass

Class Description

 HMULeptons

 Datacontainer holding all MatchingUnit information abaout found leptons.

 The access to the variables is done via the following public functions:
 To get the content of a variable:
 Int_t getRichNr(void)
		Get the index into HMatchURich category
 Int_t getMetaNr(void)
		Get index into HMatchUTof category
 Int_t getDetBit(void)
		Get flag for META detector (=0 for TOF, =1 for SHOWER)
 Int_t getSector(void)
		Get sector number in stadndard notation (0 - 5)
 Float_t getThetaRich(void)
		Get theta coordinate of RICH hit in lab coordinate system
 Float_t getPhiRich(void)
		Get phi coordinate of RICH hit in lab coordinate system
 Float_t getThetaMeta(void)
		Get theta coordinate of META hit in lab coordinate system
 Float_t getPhiMeta(void)
		Get phi coordinate of META hit in lab coordinate system
 Int_t getFlag(void)
		Get lepton flag (=0 for positrons, =1 for electrons)
 Float_t getMom(void)
		Get momentum (0 - 255)

 To set a variable:
 void setRichNr( Int_t rnr )
		Set the index of the corresponding HMatchURich category entry
 void setMetaNr( Int_t rmr )
		Set the index of the corresponding HMatchUTof category entry
 void setDetBit( Int_t db )
		Set flag for Meta system (=0 for TOF, =1 for Shower)
 void setSector( Int_t sec )
		Set the sector (0 - 5)
 void setThetaRich( Float_t theta )
		Set the theta angle of the RICH hit in lab coordinate system
 void setPhiRich( Float_t phi )
		Set the phi angle of the RICH hit in lab coordinate system
 void setThetaMeta( Float_t theta )
		Set theta angle of the META hit in lab coordinate system
 void setPhiMeta( Float_t phi ) { fPhiMeta = phi; }
		Set the phi angle of the META hit in lab coordinate system
 void setFlag( Int_t flag)
		Set lepton flag (=0 for positron, =1 for electron)
 void setMomentum (Float_t mom)
		Set momentum (0 - 255)
 If you use these functions, make sure your input parameter is in the rigth
 coordinate system and units! No checking or transformations are done.

 Default constructor. Sets indexes to 0.

Inline Functions

                 void ~HMUDiLeptons()
                 void setN1(Int_t n)
                 void setN2(Int_t n)
                 void setMass(Float_t x)
                Int_t getN1()
                Int_t getN2()
              Float_t getMass()
              TClass* Class()
              TClass* IsA() const
                 void ShowMembers(TMemberInspector& insp, char* parent)
                 void Streamer(TBuffer& b)
                 void StreamerNVirtual(TBuffer& b)
         HMUDiLeptons HMUDiLeptons(const HMUDiLeptons&)
        HMUDiLeptons& operator=(const HMUDiLeptons&)