Cluster

class description - source file - inheritance tree

class Cluster : public TObject


    public:

              Cluster Cluster()
              Cluster Cluster(TObjArray* CalHit)
              Cluster Cluster(Cluster&)
         virtual void ~Cluster()
                 void AddHit(towerID* tower, IntObj* index, EDeposit* edep)
                 void AddParticle(IntObj* part)
                 void CalcClusterStartDepth()
                 void CalcEnergy()
                 void CalcEnergyPhi()
                 void CalcEnergyR()
                 void CalcEnergyTheta()
                 void CalcProperties()
              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:

      TObjArray* m_CalHit             array of hits
         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(TObjArray* ch):m_energy(0),m_energyTheta(0),m_energyPhi(0),m_energyThetaRMS(0),m_energyPhiRMS(0),m_eR(0),m_eRRMS(0),m_clusterStartDepth(0)

  constructor when using hits

~Cluster()

 Destructor

void Clean()

 This function cleans up all the TObjArrays

void CalcEnergy()

 Returns the total energy in the cluster

void CalcEnergyTheta()

 Returns the energy weighted theta average of the cluster

void CalcEnergyPhi()

 Returns the energy weighted phi average of the cluster

void CalcEnergyR()

void CalcClusterStartDepth()

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

void CalcProperties()

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

            Float_t GetEnergy()
            Float_t GetEnergyTheta()
            Float_t GetEnergyPhi()
            Float_t GetEnergyR()
            Float_t GetEnergyThetaRMS()
            Float_t GetEnergyPhiRMS()
            Float_t GetEnergyRRMS()
            Float_t GetClusterStartDepth()
         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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