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#include "EmcMiniClusterK.hh"

EmcMiniClusterK


class description - source file - inheritance tree (.pdf)

class EmcMiniClusterK : public EmcClusterI

Inheritance Chart:
TObject
KanPersistable
KanPersistentRefOwner
<-
KanObj
KanClassI
<-
EmcClusterI
<-
EmcMiniClusterK
    private:
EmcMiniClusterK(const EmcMiniClusterK&) EmcMiniClusterK& operator=(const EmcMiniClusterK&) protected:
virtual EmcCluster* buildTransient(KanEventReader& eR) virtual Bool_t fillReadRefHook(KanEventReader& eR) virtual Bool_t fillWriteRefHook(KanEventWriter& eW) virtual void loadFrom(const EmcCluster*, KanEventWriter&) virtual void resetHook(Dna::Scope scope = Dna::Event) public:
EmcMiniClusterK() virtual ~EmcMiniClusterK() virtual EmcDigiI* digi(UInt_t i) const virtual UInt_t nBumps() const virtual UInt_t nDigis() const

Data Members

    private:
UChar_t _nBumps Number of bumps in the cluster KanObjectRefVector<EmcDigiI> _digis ! The digis that made the cluster... KanReferenceVector _digisVal ...and the actual data

Class Description

      Persistent class for EmcCluster in the mini

      The EmcClusterI  interface requires the following functions:

         UInt_t nBumps() const            // number of bumps in the cluster
         UInt_t nDigis() const            // number of digis in the cluster
         EmcDigiI* digi(UInt_t i) const   // return the digi by cluster

      Persistent Location:
        Aod::"Emc_Clusters"
        Esd::"Emc_Clusters"

      Persistent Size:  5 + 4* nDigis() bytes uncompressed

      Persistent Structure:
        UChar_t _nBumps;                                // Number of bumps in the cluster

        mutable KanObjectRefVector<EmcDigiI> _digis;    //! The digis that made the cluster...
        KanReferenceVector                   _digisVal; //  ...and the actual data


EmcMiniClusterK() : EmcClusterI(), _digis(_digisVal,*this,Dna::Event)

~EmcMiniClusterK()

void loadFrom( const EmcCluster* cluster, KanEventWriter & eW )
 fill persistent data from a transient object

EmcCluster* buildTransient( KanEventReader& eR )
 build a transient object from the persistent data



Inline Functions


                  UInt_t nBumps() const
                  UInt_t nDigis() const
               EmcDigiI* digi(UInt_t i) const
                  Bool_t fillWriteRefHook(KanEventWriter& eW)
                  Bool_t fillReadRefHook(KanEventReader& eR)
                    void resetHook(Dna::Scope scope = Dna::Event)
         EmcMiniClusterK EmcMiniClusterK(const EmcMiniClusterK&)
        EmcMiniClusterK& operator=(const EmcMiniClusterK&)


Author: L. Wilden
Last update: EmcMiniClusterK.cc,v 1.9 2004/02/24 18:03:25 brownd Exp $


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