EmcMiniSingleBumpK

class EmcMiniSingleBumpK : public EmcBumpI

    private:

                          EmcMiniSingleBumpK(const EmcMiniSingleBumpK&)
      EmcMiniSingleBumpK& operator=(const EmcMiniSingleBumpK&)

    protected:

      virtual EmcBump* buildTransient(KanEventReader& eR)
        virtual Bool_t fillReadRefHook(KanEventReader& eR)
        virtual Bool_t fillWriteRefHook(KanEventWriter& eW)
          virtual void loadFrom(const EmcBump*, KanEventWriter&)
          virtual void resetHook(Dna::Scope scope = Dna::Event)

    public:

                                 EmcMiniSingleBumpK()
                         virtual ~EmcMiniSingleBumpK()
      virtual const EmcClusterI* cluster() const
                  virtual UInt_t nDigis() const
                  virtual UInt_t nSharedDigis() const
                  virtual UInt_t nUnSharedDigis() const
         virtual const EmcDigiI* sharedDigi(UInt_t i) const
         virtual const EmcDigiI* unSharedDigi(UInt_t i) const
                virtual Double_t weight(UInt_t i) const

Data Members

    private:

      KanObjectRefVector<EmcDigiI> _digis     ! References to EmcDigs...
                KanReferenceVector _digisVal  ... and the actual data

Class Description

      Persistent class for EmcBump in the mini, specialized for single-bump cluster bumps.
      Note that the EmcCluster referenced by the EmcBump returned by the 'transient' method
      of this class is owned by the EmcBump.

      The EmcBumpI interface requires the following functions:

        UInt_t nDigis() const                        // Total number of digis
        UInt_t nSharedDigis() const                  // Number of digis shared with other bumps
        const EmcDigiI* sharedDigi(UInt_t i) const   // Return a shared digi by index
        Double_t weight(UInt_t i) const              // Return a shared digi weight by index
        (hardcoded to return 1.0 in this class)
        UInt_t nUnSharedDigis() const                // Number of unshared digis
        (hardcoded to return 0 in this class)
        const EmcDigiI* unSharedDigi(UInt_t i) const // Return an unshared digi by index
        (hardcoded to return 0 in this class)
        const EmcClusterI* cluster() const           // The cluster this bump is part of
        (hardcoded to return 0 in this class, since single-bump clusters have identical
        properties as their bump and so are not persisted.

      Persistent Location:
        Aod::"Emc_001_SingleBumps"

      Persistent Size: 2*nDigi bytes

      Persistent Structure:
        mutable KanObjectRefVector<EmcDigiI>    _digis;          //! References to EmcDigs...
        KanReferenceVector                      _digisVal;       //  ... and the actual data

      Based on EmcMiniBumpK by Leif Wilden and Eric Charles, which was based
      on the Bdb Mini class EmcMiniCandCompositeP by Jane Tinslay

 Author: Dave Brown, Eric Charles (EmcMiniBumpK), Leif Wilden (new root version)
      Adapted from EmcMiniCandCompositeP by
      Jane Tinslay - University of Edinburgh
      Dave Brown - LBNL

 Copyright: (C) 2003                    LBNL


----------------
 Babar header --
----------------

Inline Functions

                     UInt_t nDigis() const
                     UInt_t nSharedDigis() const
            const EmcDigiI* sharedDigi(UInt_t i) const
                   Double_t weight(UInt_t i) const
                     UInt_t nUnSharedDigis() const
            const EmcDigiI* unSharedDigi(UInt_t i) const
         const EmcClusterI* cluster() const
                     Bool_t fillWriteRefHook(KanEventWriter& eW)
                     Bool_t fillReadRefHook(KanEventReader& eR)
                       void resetHook(Dna::Scope scope = Dna::Event)
         EmcMiniSingleBumpK EmcMiniSingleBumpK(const EmcMiniSingleBumpK&)
        EmcMiniSingleBumpK& operator=(const EmcMiniSingleBumpK&)