#include <CleoDChain/CDLambda.h>

Inheritance diagram for CDLambda:

Public Member Functions
	CDLambda (const EvtRecVeeVertex *aVisible)

virtual	~CDLambda ()

virtual bool	builtFromCDLambda () const

virtual const EvtRecVeeVertex *	navLambda () const

bool	isBar () const

Public Member Functions inherited from CDDecay
	CDDecay (const CDDecay &aOtherCDDecay)

	CDDecay (const CDCandidate &aProduct)

	CDDecay (const CDDecay &aProducts, const CDCandidate &aAdditionalProduct)

virtual	~CDDecay ()

void	addChild (const CDCandidate &aAdditionalProduct)

void	setKinematicData (const DecayChain::KinematicData &aKinematicData)

virtual bool	builtFromCDDecay (void) const

virtual const CDDecay &	decay (void) const

uint32_t	numberChildren () const

void	iterateChildren (void(*analyze)(const CDCandidate &)) const

void	iterateChildren (DCAnalysisFunction< CDCandidate > &analyze) const

const CDCandidate &	child (unsigned int aPosition) const

const std::vector< dchain::ReferenceHolder< CDCandidate > > &	children () const

Public Member Functions inherited from CDCandidate
virtual	~CDCandidate ()

const CDCandidate &	operator= (const CDCandidate &aOtherCDCandidate)

void	setUserTag (int tag)

CDCandidate &	setP4 (const HepLorentzVector &aMomentum)

int	userTag () const

double	mass () const

int	charge () const

double	energy () const

const Hep3Vector &	momentum () const

const HepLorentzVector &	p4 () const

const DecayChain::KinematicData *	kinematicData () const

TracksAndShowers	finalChildren () const

virtual DBCandidate::Hypo	hypo () const

virtual bool	builtFromTrack () const

virtual const EvtRecTrack *	track () const

virtual bool	builtFromCDPhoton () const

virtual const EvtRecTrack *	photon () const

virtual bool	builtFromCDPi0 () const

virtual const EvtRecPi0 *	navPi0 () const

virtual bool	builtFromCDEta () const

virtual const EvtRecEtaToGG *	navEta () const

virtual bool	builtFromCDKs () const

virtual const EvtRecVeeVertex *	navKshort () const

virtual bool	builtFromCDLambda () const

virtual const EvtRecVeeVertex *	navLambda () const

virtual bool	builtFromCDDecay () const

virtual const DecayEvidence &	decay () const

bool	overlap (const CDCandidate &aOtherCDCandidate) const

const CDFootPrint &	footPrint () const

Public Member Functions inherited from dchain::ReferenceCount
	ReferenceCount ()

virtual	~ReferenceCount ()

void	addLink () const

void	dropLink () const

Protected Member Functions
virtual DecayChain::KinematicData *	defaultKinematicData () const

Protected Member Functions inherited from CDDecay
	CDDecay ()

virtual DecayChain::KinematicData *	defaultKinematicData () const

Protected Member Functions inherited from CDCandidate
	CDCandidate (const CDCandidate &aOtherCDCandidate)

	CDCandidate (const CDFootPrint &aCDFootPrint)

void	setKinematicData (const DecayChain::KinematicData &aKinematicData)

void	setCDFootPrint (const CDFootPrint &aCDFootPrint)

virtual DecayChain::KinematicData *	defaultKinematicData () const =0

void	recurseNode (TracksAndShowers &final, const CDCandidate &cand) const

Additional Inherited Members
Public Types inherited from CDDecay
typedef CDCandidate	CandidateClass

Public Types inherited from CDCandidate
typedef CDDecay	DecayEvidence

typedef std::pair< vector< const EvtRecTrack * >, vector< const EvtRecTrack * > >	TracksAndShowers

Detailed Description

Description: <one line class summary>

Usage: <usage>

Definition at line 58 of file CDLambda.h.

Constructor & Destructor Documentation

◆ CDLambda()

CDLambda::CDLambda ( const EvtRecVeeVertex * aVisible )

Definition at line 73 of file CDLambda.cxx.

                                                 :
//  CDDecay(*(new CDChargedPion(aVisible.piPlus()))),
  m_lambda(aVisible)
{
   EvtRecVeeVertex* lambda = const_cast<EvtRecVeeVertex*>(aVisible);
 
   int index[2]  = {0, 1};
   if (aVisible->vertexId() < 0) {
      index[0] = 1;
      index[1] = 0;
   }
 
   ReferenceHolder<CDProton> tmp = new CDProton(lambda->daughter(index[0]));
   addChild(*tmp);
   ReferenceHolder<CDChargedPion> tmp2 = new CDChargedPion(lambda->daughter(index[1]));
   addChild(*tmp2);
}

◆ ~CDLambda()

CDLambda::~CDLambda ( )

virtual

Definition at line 99 of file CDLambda.cxx.

100{

101}

Member Function Documentation

◆ builtFromCDLambda()

bool CDLambda::builtFromCDLambda ( ) const

virtual

Reimplemented from CDCandidate.

Definition at line 107 of file CDLambda.cxx.

{
   return true;
}

◆ defaultKinematicData()

KinematicData * CDLambda::defaultKinematicData ( ) const

protectedvirtual

Reimplemented from CDDecay.

Definition at line 121 of file CDLambda.cxx.

{
   KinematicData* data = new KinematicData();
 
   const HepVector& w_lambda = m_lambda->w();
 
   data->setP4( HepLorentzVector(w_lambda[0], w_lambda[1], w_lambda[2], w_lambda[3]) );
 
   return data;
}

◆ isBar()

bool CDLambda::isBar ( ) const

inline

Definition at line 78 of file CDLambda.h.

78{ return (m_lambda->vertexId() < 0); }

◆ navLambda()

const EvtRecVeeVertex * CDLambda::navLambda ( ) const

virtual

Reimplemented from CDCandidate.

Definition at line 116 of file CDLambda.cxx.

{
   return m_lambda ;
}

The documentation for this class was generated from the following files:

Public Member Functions

Protected Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ CDLambda()

◆ ~CDLambda()

Member Function Documentation

◆ builtFromCDLambda()

◆ defaultKinematicData()

◆ isBar()

◆ navLambda()