Cluster

class description - source file - inheritance tree

class Cluster : public TObject


    public:

              Cluster Cluster()
              Cluster Cluster(Cluster&)
         virtual void ~Cluster()
                 void AddHit(towerID* tower, IntObj* index, EDeposit* edep)
                 void AddParticle(IntObj* part)
              TClass* Class()
                 void Clean()
              Float_t GetClusterStartDepth()
              Float_t GetEnergy()
              Float_t GetEnergyPhi()
              Float_t GetEnergyPhiRMS()
              Float_t GetEnergyR()
              Float_t GetEnergyRRMS()
              Float_t GetEnergyTheta()
              Float_t GetEnergyThetaRMS()
           TObjArray* HitList()
           TObjArray* IndexList()
      virtual TClass* IsA()
           TObjArray* MCEList()
           TObjArray* McList()
                 void SetUpCluster(Float_t energy, Float_t ePhi, Float_t eTheta, Float_t R, Float_t phiRMS, Float_t thetaRMS, Float_t RRms)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
                 void Spew(FILE* ofile)
         virtual void Streamer(TBuffer& b)

  Data Members
    private:

        Float_t m_energy             cluster energy
        Float_t m_energyTheta        cluster theta weighted by energy
        Float_t m_energyPhi          cluster phi weighted by energy
        Float_t m_energyThetaRMS     cluster theta RMSweighted by energy
        Float_t m_energyPhiRMS       cluster phi RMS weighted by energy
        Float_t m_eRRMS              
        Float_t m_eR                 IP to cluster Emax dist.
        Float_t m_clusterStartDepth  radius where cluster goes above min-I
      TObjArray m_mcList             list of indices of contributing MC particles. 
      TObjArray m_IndexList          list of indices to CalHit objects. Contents are
      TObjArray m_mcEList            list of energy from contributing MC particles. 
      TObjArray m_hitList            list of constituent towers. Contents are towerID

Class Description

 Cluster

 The Cluster class is used to extract cluster information from
 the GISMO ascii output file.

Cluster():m_energy(0),m_energyTheta(0),m_energyPhi(0),m_energyThetaRMS(0),m_energyPhiRMS(0),m_eR(0),m_eRRMS(0),m_clusterStartDepth(0)

 Default constructor

~Cluster()

 Destructor

void Clean()

 This function cleans up all the TObjArrays

Float_t GetEnergy()

 Returns the total energy in the cluster

Float_t GetEnergyTheta()

 Returns the energy weighted theta average of the cluster

Float_t GetEnergyPhi()

 Retruns the energy weighted phi average of the cluster

Float_t GetEnergyR()

Float_t GetEnergyThetaRMS()

Float_t GetEnergyPhiRMS()

Float_t GetEnergyRRMS()

Float_t GetClusterStartDepth()

 Returns the depth where the cluster energy goes above min-I

void SetUpCluster(Float_t energy,Float_t ePhi,Float_t eTheta, Float_t R,Float_t phiRMS,Float_t thetaRMS,Float_t RRms)

 Set the clusters attributes

void AddHit(towerID* tower,IntObj* index,EDeposit* edep)

 Add a hit to the cluster

void AddParticle(IntObj* part)

 Add a particle to the cluster

void Spew(FILE* ofile)

 This is the output function

Inline Functions

         TObjArray* McList()
         TObjArray* IndexList()
         TObjArray* HitList()
         TObjArray* MCEList()
            TClass* Class()
            TClass* IsA()
               void ShowMembers(TMemberInspector& insp, char* parent)
               void Streamer(TBuffer& b)
            Cluster Cluster(Cluster&)

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