Uses of Particle in

 

Fields in declared as Particle
private HepMC::Particle *	Cell.lnkParticle
private const HepMC::Particle *	ReconstructedParticle.m_truth
private const HepMC::Particle *	Track.m_truth

 

Constructors in with parameters of type Particle

ReconstructedParticle.ReconstructedParticle(const int pdg_id, const HepLorentzVector & vec, const HepMC::Particle * progenitor)

SimpleKinematic.SimpleKinematic(const HepMC::Particle * p)

SimpleKinematic.SimpleKinematic(const HepMC::Particle & p)

Track.Track(const TrackTrajectory & trajectory, const HepMC::Particle * progenitor)

Particle.Particle(const Particle & inparticle)

 

Methods in that return Particle
const const HepMC::Particle *	ReconstructedParticle.truth()           Access to MC truth
const const HepMC::Particle *	Track.truth()
Particle &	Particle.operator=(const Particle & inparticle)

 

Methods in with parameters of type Particle
bool	CalSelect.operator()(const HepMC::Particle * particle)           Returns true for the particle types to which the calorimeter is sensitive.
void	Cell.newHit(const HepMC::Particle * part)           Deposits HepMC::Particle within itself.
const double	ChargeService.operator()(const HepMC::Particle * p)           returns charge of HepMC::Particle
private virtual ReconstructedParticle *	DefaultReconstructedParticleMaker.create(MsgStream & , const HepMC::Particle * )           Creates ReconstructedParticle from MC particles
private void	FinalStateParticleDumper.DumpParticle(std::string , HepMC::Particle * )
abstract ReconstructedParticle *	IReconstructedParticleMaker.create(HepMC::Particle * )
const bool	PtCutter.operator()(const HepMC::Particle * particle)
const bool	PtCutter.operator()(const HepMC::Particle & particle)           returns true if particle escapes B-field.
private virtual Track *	TrackMaker.create(HepMC::Particle * )           Create a Track
private TrackTrajectory	TrackMaker.extractTrajectory(HepMC::Particle * )
bool	FiresCell.operator()(const HepMC::Particle * p)
const bool	All.operator()(const HepMC::Particle * p)
const bool	All.operator()(const HepMC::Particle & p)
const bool	AscendingEta.operator()(const HepMC::Particle * a, const HepMC::Particle * b)
const bool	AscendingEta.operator()(const HepMC::Particle & a, const HepMC::Particle & b)
abstract const bool	IMCselector.operator()(const HepMC::Particle * )
abstract const bool	IMCselector.operator()(const HepMC::Particle & )
const bool	IsFinalState.operator()(const HepMC::Particle * p)
const bool	IsFinalState.operator()(const HepMC::Particle & p)
bool	MCselectorWrapper.operator()(const HepMC::Particle * p)
const bool	NCutter.operator()(const HepMC::Particle * )
const bool	NCutter.operator()(const HepMC::Particle & )
const bool	qSelector.operator()(const HepMC::Particle * )
const bool	qSelector.operator()(const HepMC::Particle & )
const bool	RejectType.operator()(const HepMC::Particle * p)
const bool	RejectType.operator()(const HepMC::Particle & p)
const bool	SelectJetTag.operator()(const HepMC::Particle * p)
const bool	SelectJetTag.operator()(const HepMC::Particle & p)
bool	Selector.operator()(const HepMC::Particle * p)
bool	SelectSpecifiedCharge.operator()(const HepMC::Particle * p)
const bool	SelectType.operator()(const HepMC::Particle * p)           The operator() method to determine acceptability of particle
const bool	SelectType.operator()(const HepMC::Particle & p)
const bool	Unseen.operator()(const HepMC::Particle * p)
const bool	Unseen.operator()(const HepMC::Particle & p)
const bool	Particle.operator!=(const Particle & )
Particle &	Particle.operator=(const Particle & inparticle)
const bool	Particle.operator==(const Particle & )