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#include "BtaCandIdI.hh"

BtaCandIdI


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

class BtaCandIdI : public KanObj, public KanClassI

Inheritance Chart:
TObject
KanPersistable
KanPersistentRefOwner
<-
KanObj
KanClassI
<-
BtaCandIdI
<-
BtaCandIdK
<-
BtaCompCandIdK
BtaMissingCandIdK
BtaRecoCandIdK
 
    This is an abstract class, constructors will not be documented.
    Look at the header to check for available constructors.

    private:
BtaCandIdI& operator=(const BtaCandIdI&) protected:
virtual BtaCandId* buildTransient(KanEventReader& eR) void clearConstituents() const virtual void fillConstituents() const virtual void loadFrom(const BtaCandId*, KanEventWriter& eW) set<KanID>& parts() const virtual KanTransCache& transCache() const public:
virtual ~BtaCandIdI() BtaCandId* access() virtual Int_t compare(const BtaCandIdI& other, UInt_t recurse = 0, Bool_t verbose = kTRUE) const set<KanID>& constituents() const virtual const BtaCandIdI* dau(UInt_t i) const virtual const BtaCandVtxI* decayVtx() const virtual const EmcCandI* emc() const virtual const char* iClassName() const KanID ID() const virtual const IfrAbs3DI* ifr() const virtual Int_t lundID() const UInt_t nConstituents() const virtual UInt_t nDau() const UInt_t nOverlaps(const BtaCandIdI& other) const virtual const TLorentzVector& p4(Float_t fltlen = 0.0) const virtual const TLorentzVector& p4Cached() const virtual const TLorentzVector& p4Reco(Float_t fltlen = 0.0) const virtual const PdtEntry* particleType() const virtual const PidInfoChargedSummaryI* pid() const void set(BtaCandId* setTo) BtaCandId* transient(KanEventReader& eR) virtual const TrkRecoTrkI* trk() const

Data Members

    private:
set<KanID> _parts ! cache for overlap checking KanTransCache_I<BtaCandIdI> _cache !

Class Description



~BtaCandIdI()

UInt_t nOverlaps(const BtaCandIdI& other) const



Inline Functions


                          const char* iClassName() const
                const TLorentzVector& p4(Float_t fltlen = 0.0) const
                const TLorentzVector& p4Cached() const
                const TLorentzVector& p4Reco(Float_t fltlen = 0.0) const
                                Int_t lundID() const
                      const PdtEntry* particleType() const
                   const TrkRecoTrkI* trk() const
                      const EmcCandI* emc() const
                     const IfrAbs3DI* ifr() const
        const PidInfoChargedSummaryI* pid() const
                               UInt_t nDau() const
                    const BtaCandIdI* dau(UInt_t i) const
                   const BtaCandVtxI* decayVtx() const
                               UInt_t nConstituents() const
                    const set<KanID>& constituents() const
                                KanID ID() const
                                 void fillConstituents() const
                                 void clearConstituents() const
                          set<KanID>& parts() const
                          BtaCandIdI& operator=(const BtaCandIdI&)
                           BtaCandId* transient(KanEventReader& eR)
                                 void set(BtaCandId* setTo)
                           BtaCandId* access()
                                Int_t compare(const BtaCandIdI& other, UInt_t recurse = 0, Bool_t verbose = kTRUE)
                           BtaCandId* buildTransient(KanEventReader& eR)
                                 void loadFrom(const BtaCandId*, KanEventWriter& eW)
                       KanTransCache& transCache() const


Author: Eric A Charles
Last update: Mon Nov 22 19:25:52 2004


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