TMBMuon Class Reference
[Reconstruction Objects]

Reconstructed Muon. More...

#include <TMBMuon.hpp>

Inheritance diagram for TMBMuon:

List of all members.


Public Types
enum	Type { kLocalCorr = 0, kCentralCorr = 1, kSmearedMC = 2 }
	which kind of muon types is the best measurement we have? More...
Public Member Functions
	TMBMuon ()
	Default constructor.
	TMBMuon (Double_t pT, Double_t eta, Double_t phi, Type best, const TMBMuonType &local, const TMBMuonType &localcorr, const TMBMuonType &central, const TMBMuonType &centralcorr, const TMBMuonType &global, const TMBMuonType &smearedMC)
	Initializing constructor.
void	SetLocalInfo (Int_t nhit, Int_t ndeck, Int_t region, Int_t octant, Float_t chisqloc, Float_t sctimeA, Float_t sctimeB, Float_t sctimeC, Float_t xA, Float_t yA, Float_t zA, Float_t bdl)
	Local muon system info setter.
void	SetMatchingInfo (Int_t nseg, Int_t ndof, Float_t deltaPhi, Float_t deltaEta, Float_t deltaDrift, Float_t chisq, Float_t zAtPca, Float_t impPar, Float_t impParSig, Float_t err_zAtPca, Float_t err_impPar, Float_t dca, Float_t deteta, TRef chptr, TRef vtxref)
	matching info setter
void	SetMTCInfo (Int_t nmtc, Int_t calnLayer, Float_t etrack_best, Float_t caleSig, Float_t calEta, Float_t calPhi, Float_t eloss)
	MTC info setter.
void	SetIsolationInfo (Int_t nTrk5, Float_t EInCone1, Float_t EInCone15, Float_t EInCone2, Float_t EInCone4, Float_t EInCone6, Float_t drJet5, Float_t etTrkCone5, Float_t etHalo)
	Isolation info setter.
void	SetFlags (Int_t isLoose, Int_t isMedium, Int_t isTight, Int_t hasLocal, Int_t hasCentral, Int_t hasCal, Int_t isMuonEventOK, Int_t isCosmic, Int_t isCosmicT)
	Flags setter.
void	SetExpectedHits (Int_t expWhitsA, Int_t expWhitsBC, Int_t expShitsA, Int_t expShitsBC)
	Expected number of hits setter.
void	SetMCsmearingRand (Float_t rand)
	MC smearing random number setter.
void	CorrectPt (double dca)
	Correct Muon pT based on dca - Overwrites _centralcorr.
	~TMBMuon ()
const TMBMuonType &	Local () const
	return local muon parameters measured in the muon chambers (no calorimeter eloss correction)
const TMBMuonType &	LocalCorr () const
	return local muon parameters measured in the muon chambers w/ calorimeter eloss correction
const TMBMuonType &	Central () const
	return muon parameters from its matched central track
const TMBMuonType &	CentralCorr () const
	return muon parameters from its matched central track w/ CFT only track correction
const TMBMuonType &	Global () const
	return global muon parameters from the global fit between local and central parameters
const TMBMuonType &	SmearedMC () const
	return MC smeared muon parameters
Int_t	charge () const
	charge of the muon
Double_t	tlm () const
	muon tan(lambda)
Double_t	err_phi () const
	error on phi
Double_t	err_eta () const
	error on (physical) eta
Double_t	err_pT () const
	transverse momentum error
Int_t	nhit () const
	number of hits in the muon chambers, defined as (nwhitA+10nwhitBC+1000nshitA+10000*nshitBC
Int_t	ndeck () const
	Matching decks, defined as (nwdeckA+10nwdeckBC+1000nsdeckA+10000*nsdeckBC).
Int_t	region () const
	region in the muon system (0: central, 1: forward z<0, 2: forward z>0)
Int_t	octant () const
	octant in the muon system (from 0 to 7 starting at phi=0)
Float_t	chisqloc () const
	Chisquare from local muon chamber fitting.
Float_t	sctimeA () const
	Scintillator time for A-segment.
Float_t	sctimeB () const
	Scintillator time for B-segment.
Float_t	sctimeC () const
	Scintillator time for C-segmen.
Float_t	xA () const
	x coordinate of center point of A-segment (x local position)
Float_t	yA () const
	y coordinate of center point of A-segment (y local position)
Float_t	zA () const
	z coordinate of center point of A-segment (z local position)
Float_t	bdl () const
	B dl of the muon through the toroid (not filled yet).
Int_t	wireHitsA () const
	number of A layer wire hits associated to the muon
Int_t	wireHitsB () const
	number of B layer wire hits associated to the muon
Int_t	wireHitsC () const
	number of C layer wire hits associated to the muon
Int_t	wireHitsBC () const
	number of B+C layer wire hits associated to the muon
Int_t	scintHitsA () const
	number of A layer scintillator hits associated to the muon
Int_t	scintHitsB () const
	number of B layer scintillator hits associated to the muon
Int_t	scintHitsC () const
	number of C layer scintillator hits associated to the muon
Int_t	scintHitsBC () const
	number of B+C layer scintillator hits associated to the muon
Double_t	GetEtaDetector (Double_t eta, Double_t z, Double_t rdet) const
Int_t	nseg () const
	Matching segments (0: no segments; MTC or hit) (1:A layer; 2:BC; 3:A+BC; negativ: w/o central track).
Int_t	ndof () const
	Number of degree of freedom of the global muon fit.
Float_t	deltaPhi () const
	delta_phi between A layer segment and the matching charged particle (straight line extrapolation)
Float_t	deltaEta () const
	delta_eta between A layer segment and the matching charged particle (straight line extrapolation)
Float_t	deltaDrift () const
	distance between A layer segment and the matching charged particle (straight line extrapolation)
Float_t	chisq () const
	Chisquare from global matching (global muon fit).
Float_t	zAtPca () const
	z coordinate at Pca (cm) (if matched muon)
Float_t	impPar () const
	Impact parameter in xy plane (cm) (if matched muon).
Float_t	impParSig () const
	Muonid impact parameter significance (if matched muon).
Float_t	err_impPar () const
	Error of impact parameter (if matched muon).
Float_t	err_zAtPca () const
	Error of z coordinate at Pca (if matched muon).
Float_t	dca () const
	dca of the track associated with the muon (0 if unmatched)
Float_t	detectorEta () const
	Muon detector eta at the A-layer (R=292.059cm).
TMBTrack *	GetChargedTrack () const
	charged particle object associated with the muon (if matched muon)
const TRef &	GetChargedTrackRef () const
	TRef to the charged particle object associated with the muon.
TMBVertex *	GetVertex () const
	vertex object associated with the muon (if matched muon)
const TRef &	GetVertexRef () const
	TRef to the vertex object associated with the muon.
Double_t	chisqProb () const
	global chisquare probability
Int_t	calnLayer () const
	Number of layers contribution to the muon signal found by the MTC algorithm.
Int_t	nmtc () const
	Muon track in calorimeter (MTC): -1 not done, 0 not found, 1 found.
Float_t	etrack_best () const
	Energy in cal cells associated with the matching MTC track.
Float_t	caleSig () const
	Significance of the energy reconstructed by the MTC algorithm.
Float_t	calEta () const
	Rapidity of the muon signal found by the MTC algorithm.
Float_t	calPhi () const
	Azimuthal angle of the muon signal found by the MTC algorithm.
Float_t	eloss () const
	Estimation of the muon energy loss in the calorimeter (Run I estimation).
Int_t	nTrk5 () const
	Total number of tracks in a cone of radius 0.5 centered around the muon.
Float_t	EInCone1 () const
	Energy in a dR=0.1 cone around the muon.
Float_t	EInCone15 () const
	Energy in a dR=0.15 cone around the muon.
Float_t	EInCone2 () const
	Energy in a dR=0.2 cone around the muon.
Float_t	EInCone4 () const
	Energy in a dR=0.4 cone around the muon.
Float_t	EInCone6 () const
	Energy in a dR=0.6 cone around the muon.
Float_t	drJet5 () const
	Distance (R) from the nearest jet reconstructed with the Run II cone algorithm (0.5 cone radius).
Float_t	etTrkCone5 () const
	Total transverse momentum of tracks in a cone of radius 0.5 centered around the muon.
Float_t	etHalo () const
	Total transverse energy measured in the calorimeter in the anulus between 0.1 and 0.4 centered around the muon track.
Int_t	isLoose () const
	Flag indicating whether the muon passes the loose identification criteria.
Int_t	isMedium () const
	Flag indicating whether the muon passes the medium identification criteria.
Int_t	isTight () const
	Flag indicating whether the muon passes the tight identification criteria.
Int_t	hasLocal () const
	Flag indicating whether the muon momentum was measured in the muon system.
Int_t	hasCentral () const
	Flag indicating whether the muon is matched to a central track.
Int_t	hasCal () const
	Flag indicating whether the muon was identified as a MIP in the calorimeter (MTC algorithm).
Int_t	isMuonEventOK () const
	Flag indicating whether the muon event is OK (Xing error, crate error, ...).
Int_t	isCosmic () const
	Flag indicating whether the muon passes timing cuts for cosmic removal.
Int_t	isCosmicT () const
	Flag indicating whether the muon passes timing and dca cuts for cosmic removal.
Int_t	expWhitsA () const
	Expected number of wire hits in the A layer (not implemented in the thumbnail yet).
Int_t	expWhitsBC () const
	Expected number of wire hits in the BC layer (not implemented in the thumbnail yet).
Int_t	expShitsA () const
	Expected number of scintillator hits in the A layer (not implemented in the thumbnail yet).
Int_t	expShitsBC () const
	Expected number of scintillator hits in the BC layer (not implemented in the thumbnail yet).
Float_t	MCsmearingRand () const
	random number used in MC smearing
Private Attributes
TMBMuonType	_local
	local muon parameters measured in the muon chambers (no calorimeter eloss correction)
TMBMuonType	_localcorr
	local muon parameters measured in the muon chambers w/ calorimeter eloss correction
TMBMuonType	_central
	muon parameters from its matched central track
TMBMuonType	_centralcorr
	muon parameters from its matched central track w/ CFT only track correction
TMBMuonType	_global
	global muon parameters from the global fit between local and central parameters
TMBMuonType	_smearedMC
	MC smeared muon parameters.
Type	_best
	which kind of muon types is the best measurement we have
Int_t	_nhit
	number of hits in the muon chambers, defined as (nwhitA+10nwhitBC+1000nshitA+10000*nshitBC)
Int_t	_ndeck
	Matching decks, defined as (nwdeckA+10nwdeckBC+1000nsdeckA+10000*nsdeckBC).
Int_t	_region
	region in the muon system (0: central, 1: forward z<0, 2: forward z>0)
Int_t	_octant
	octant in the muon system (from 0 to 7 starting at phi=0)
Float_t	_chisqloc
	Chisquare from local muon chamber fitting.
Float_t	_sctimeA
	Scintillator time for A-segment.
Float_t	_sctimeB
	Scintillator time for B-segment.
Float_t	_sctimeC
	Scintillator time for C-segment.
Float_t	_xA
	x coordinate of center point of A-segment (x local position)
Float_t	_yA
	y coordinate of center point of A-segment (y local position)
Float_t	_zA
	z coordinate of center point of A-segment (z local position)
Float_t	_bdl
	B dl of the muon through the toroid (not filled yet).
Int_t	_nseg
	Matching segments (0: no segments; MTC or hit) (1:A layer; 2:BC; 3:A+BC; negativ: w/o central track).
Int_t	_ndof
	Number of degree of freedom of the global muon fit.
Float_t	_deltaPhi
	delta_phi between A layer segment and the matching charged particle (straight line extrapolation)
Float_t	_deltaEta
	delta_eta between A layer segment and the matching charged particle (straight line extrapolation)
Float_t	_deltaDrift
	distance between A layer segment and the matching charged particle (straight line extrapolation)
Float_t	_chisq
	Chisquare from global matching (global muon fit).
Float_t	_zAtPca
	z coordinate at Pca (cm) (if matched muon)
Float_t	_impPar
	Impact parameter in xy plane (cm) (if matched muon).
Float_t	_impParSig
	Muonid impact parameter significance (if matched muon).
Float_t	_err_impPar
	Error of impact parameter (if matched muon).
Float_t	_err_zAtPca
	Error of z coordinate at Pca (if matched muon).
Float_t	_dca
	dca of the track associated with the muon (0 if unmatched)
Float_t	_deteta
	Muon detector eta at the A-layer (R=292.059cm).
TRef	_chptr
	Link to the corresponding charged particle object (if matched muon).
TRef	_vtxref
	Link to the corresponding vertex object (if matched muon).
Int_t	_calnLayer
	Number of layers contribution to the muon signal found by the MTC algorithm.
Int_t	_nmtc
	Muon track in calorimeter (MTC): -1 not done, 0 not found, 1 found.
Float_t	_etrack_best
	Energy in cal cells associated with the matching MTC track.
Float_t	_caleSig
	Significance of the energy reconstructed by the MTC algorithm.
Float_t	_calEta
	Rapidity of the muon signal found by the MTC algorithm.
Float_t	_calPhi
	Azimuthal angle of the muon signal found by the MTC algorithm.
Float_t	_eloss
	Estimation of the muon energy loss in the calorimeter (Run I estimation).
Int_t	_nTrk5
	Total number of tracks in a cone of radius 0.5 centered around the muon.
Float_t	_EInCone1
	Energy in a dR=0.1 cone around the muon.
Float_t	_EInCone15
	Energy in a dR=0.15 cone around the muon.
Float_t	_EInCone2
	Energy in a dR=0.2 cone around the muon.
Float_t	_EInCone4
	Energy in a dR=0.4 cone around the muon.
Float_t	_EInCone6
	Energy in a dR=0.6 cone around the muon.
Float_t	_drJet5
	Distance (R) from the nearest jet reconstructed with the Run II cone algorithm (0.5 cone radius).
Float_t	_etTrkCone5
	Total transverse momentum of tracks in a cone of radius 0.5 centered around the muon.
Float_t	_etHalo
	Total transverse energy measured in the calorimeter in the anulus between 0.1 and 0.4 centered around the muon track.
Int_t	_isLoose
	Flag indicating whether the muon passes the loose identification criteria.
Int_t	_isMedium
	Flag indicating whether the muon passes the medium identification criteria.
Int_t	_isTight
	Flag indicating whether the muon passes the tight identification criteria.
Int_t	_hasLocal
	Flag indicating whether the muon momentum was measured in the muon system.
Int_t	_hasCentral
	Flag indicating whether the muon is matched to a central track.
Int_t	_hasCal
	Flag indicating whether the muon was identified as a MIP in the calorimeter (MTC algorithm).
Int_t	_isMuonEventOK
	Flag indicating whether the muon event is OK (Xing error, crate error, ...).
Int_t	_isCosmic
	Flag indicating whether the muon passes timing cuts for cosmic removal.
Int_t	_isCosmicT
	Flag indicating whether the muon passes timing and dca cuts for cosmic removal.
Int_t	_expWhitsA
	Expected number of wire hits in the A layer (not implemented in the thumbnail yet).
Int_t	_expWhitsBC
	Expected number of wire hits in the BC layer (not implemented in the thumbnail yet).
Int_t	_expShitsA
	Expected number of scintillator hits in the A layer (not implemented in the thumbnail yet).
Int_t	_expShitsBC
	Expected number of scintillator hits in the BC layer (not implemented in the thumbnail yet).
Float_t	_rand
	random number used in MC smearing

Detailed Description

Reconstructed Muon.

Definition at line 27 of file TMBMuon.hpp.

Member Enumeration Documentation

enum TMBMuon::Type

which kind of muon types is the best measurement we have?

Enumeration values:

kLocalCorr

kCentralCorr

kSmearedMC

Definition at line 32 of file TMBMuon.hpp.

Constructor & Destructor Documentation

TMBMuon::TMBMuon ( )

Default constructor.

TMBMuon::TMBMuon ( Double_t pT,

Double_t eta,

Double_t phi,

Type best,

const TMBMuonType & local,

const TMBMuonType & localcorr,

const TMBMuonType & central,

const TMBMuonType & centralcorr,

const TMBMuonType & global,

const TMBMuonType & smearedMC

)

Initializing constructor.

Definition at line 26 of file TMBMuon.cpp.
References MuonMass.

TMBMuon::~TMBMuon ( ) [inline]

Definition at line 165 of file TMBMuon.hpp.

Member Function Documentation

Float_t TMBMuon::bdl ( ) const [inline]

B dl of the muon through the toroid (not filled yet).

Definition at line 217 of file TMBMuon.hpp.
References _bdl.

Float_t TMBMuon::caleSig ( ) const [inline]

Significance of the energy reconstructed by the MTC algorithm.

Definition at line 284 of file TMBMuon.hpp.
References _caleSig.

Float_t TMBMuon::calEta ( ) const [inline]

Rapidity of the muon signal found by the MTC algorithm.

Definition at line 286 of file TMBMuon.hpp.
References _calEta.

Int_t TMBMuon::calnLayer ( ) const [inline]

Number of layers contribution to the muon signal found by the MTC algorithm.

Definition at line 278 of file TMBMuon.hpp.
References _calnLayer.

Float_t TMBMuon::calPhi ( ) const [inline]

Azimuthal angle of the muon signal found by the MTC algorithm.

Definition at line 288 of file TMBMuon.hpp.
References _calPhi.

const TMBMuonType& TMBMuon::Central ( ) const [inline]

return muon parameters from its matched central track

Definition at line 173 of file TMBMuon.hpp.
References _central.

const TMBMuonType& TMBMuon::CentralCorr ( ) const [inline]

return muon parameters from its matched central track w/ CFT only track correction

Definition at line 175 of file TMBMuon.hpp.
References _centralcorr.

Int_t TMBMuon::charge ( ) const

charge of the muon

Definition at line 171 of file TMBMuon.cpp.
References _best, _centralcorr, _localcorr, _smearedMC, TMBMuonType::charge(), kCentralCorr, kLocalCorr, and kSmearedMC.
Referenced by caf_util::ResSelector::GetMuon().

Float_t TMBMuon::chisq ( ) const [inline]

Chisquare from global matching (global muon fit).

Definition at line 250 of file TMBMuon.hpp.
References _chisq.

Float_t TMBMuon::chisqloc ( ) const [inline]

Chisquare from local muon chamber fitting.

Definition at line 203 of file TMBMuon.hpp.
References _chisqloc.

Double_t TMBMuon::chisqProb ( ) const

global chisquare probability

Definition at line 269 of file TMBMuon.cpp.
References _chisq, and _ndof.

void TMBMuon::CorrectPt ( double dca )

Correct Muon pT based on dca - Overwrites _centralcorr.

Definition at line 138 of file TMBMuon.cpp.
References _best, _centralcorr, _hasCentral, TMBLorentzVector::E(), err_eta(), err_phi(), err_pT(), TMBVector3::Eta(), GetChargedTrack(), kCentralCorr, TMBVector3::Phi(), TMBVector3::Pt(), TMBVector3::Px(), TMBVector3::Py(), TMBVector3::Pz(), TMBTrack::qpt(), TMBLorentzVector::SetPxPyPzE(), and TMBTrack::trerrs().

Float_t TMBMuon::dca ( ) const [inline]

dca of the track associated with the muon (0 if unmatched)

Definition at line 262 of file TMBMuon.hpp.
References _dca.

Float_t TMBMuon::deltaDrift ( ) const [inline]

distance between A layer segment and the matching charged particle (straight line extrapolation)

Definition at line 248 of file TMBMuon.hpp.
References _deltaDrift.

Float_t TMBMuon::deltaEta ( ) const [inline]

delta_eta between A layer segment and the matching charged particle (straight line extrapolation)

Definition at line 246 of file TMBMuon.hpp.
References _deltaEta.

Float_t TMBMuon::deltaPhi ( ) const [inline]

delta_phi between A layer segment and the matching charged particle (straight line extrapolation)

Definition at line 244 of file TMBMuon.hpp.
References _deltaPhi.

Float_t TMBMuon::detectorEta ( ) const [inline]

Muon detector eta at the A-layer (R=292.059cm).

Definition at line 264 of file TMBMuon.hpp.
References _deteta.

Float_t TMBMuon::drJet5 ( ) const [inline]

Distance (R) from the nearest jet reconstructed with the Run II cone algorithm (0.5 cone radius).

Definition at line 306 of file TMBMuon.hpp.
References _drJet5.

Float_t TMBMuon::EInCone1 ( ) const [inline]

Energy in a dR=0.1 cone around the muon.

Definition at line 296 of file TMBMuon.hpp.
References _EInCone1.

Float_t TMBMuon::EInCone15 ( ) const [inline]

Energy in a dR=0.15 cone around the muon.

Definition at line 298 of file TMBMuon.hpp.
References _EInCone15.

Float_t TMBMuon::EInCone2 ( ) const [inline]

Energy in a dR=0.2 cone around the muon.

Definition at line 300 of file TMBMuon.hpp.
References _EInCone2.

Float_t TMBMuon::EInCone4 ( ) const [inline]

Energy in a dR=0.4 cone around the muon.

Definition at line 302 of file TMBMuon.hpp.
References _EInCone4.

Float_t TMBMuon::EInCone6 ( ) const [inline]

Energy in a dR=0.6 cone around the muon.

Definition at line 304 of file TMBMuon.hpp.
References _EInCone6.

Float_t TMBMuon::eloss ( ) const [inline]

Estimation of the muon energy loss in the calorimeter (Run I estimation).

Definition at line 290 of file TMBMuon.hpp.
References _eloss.

Double_t TMBMuon::err_eta ( ) const

error on (physical) eta

Definition at line 204 of file TMBMuon.cpp.
References _best, _centralcorr, _localcorr, _smearedMC, TMBMuonType::err_eta(), kCentralCorr, kLocalCorr, and kSmearedMC.
Referenced by CorrectPt().

Float_t TMBMuon::err_impPar ( ) const [inline]

Error of impact parameter (if matched muon).

Definition at line 258 of file TMBMuon.hpp.
References _err_impPar.

Double_t TMBMuon::err_phi ( ) const

error on phi

Definition at line 193 of file TMBMuon.cpp.
References _best, _centralcorr, _localcorr, _smearedMC, TMBMuonType::err_phi(), kCentralCorr, kLocalCorr, and kSmearedMC.
Referenced by CorrectPt().

Double_t TMBMuon::err_pT ( ) const

transverse momentum error

Definition at line 215 of file TMBMuon.cpp.
References _best, _centralcorr, _localcorr, _smearedMC, TMBMuonType::err_pT(), kCentralCorr, kLocalCorr, and kSmearedMC.
Referenced by CorrectPt().

Float_t TMBMuon::err_zAtPca ( ) const [inline]

Error of z coordinate at Pca (if matched muon).

Definition at line 260 of file TMBMuon.hpp.
References _err_zAtPca.

Float_t TMBMuon::etHalo ( ) const [inline]

Total transverse energy measured in the calorimeter in the anulus between 0.1 and 0.4 centered around the muon track.

Definition at line 310 of file TMBMuon.hpp.
References _etHalo.

Float_t TMBMuon::etrack_best ( ) const [inline]

Energy in cal cells associated with the matching MTC track.

Definition at line 282 of file TMBMuon.hpp.
References _etrack_best.

Float_t TMBMuon::etTrkCone5 ( ) const [inline]

Total transverse momentum of tracks in a cone of radius 0.5 centered around the muon.

Definition at line 308 of file TMBMuon.hpp.
References _etTrkCone5.

Int_t TMBMuon::expShitsA ( ) const [inline]

Expected number of scintillator hits in the A layer (not implemented in the thumbnail yet).

Definition at line 338 of file TMBMuon.hpp.
References _expShitsA.

Int_t TMBMuon::expShitsBC ( ) const [inline]

Expected number of scintillator hits in the BC layer (not implemented in the thumbnail yet).

Definition at line 340 of file TMBMuon.hpp.
References _expShitsBC.

Int_t TMBMuon::expWhitsA ( ) const [inline]

Expected number of wire hits in the A layer (not implemented in the thumbnail yet).

Definition at line 334 of file TMBMuon.hpp.
References _expWhitsA.

Int_t TMBMuon::expWhitsBC ( ) const [inline]

Expected number of wire hits in the BC layer (not implemented in the thumbnail yet).

Definition at line 336 of file TMBMuon.hpp.
References _expWhitsBC.

TMBTrack* TMBMuon::GetChargedTrack ( ) const [inline]

charged particle object associated with the muon (if matched muon)

Definition at line 266 of file TMBMuon.hpp.
References _chptr.
Referenced by CorrectPt(), caf_util::MuonSelector::GetCorrectedPt(), and caf_util::ResSelector::GetMuon().

const TRef& TMBMuon::GetChargedTrackRef ( ) const [inline]

TRef to the charged particle object associated with the muon.

Definition at line 268 of file TMBMuon.hpp.
References _chptr.

Double_t TMBMuon::GetEtaDetector ( Double_t eta,

Double_t z,

Double_t rdet

) const

Definition at line 262 of file TMBMuon.cpp.

TMBVertex* TMBMuon::GetVertex ( ) const [inline]

vertex object associated with the muon (if matched muon)

Definition at line 270 of file TMBMuon.hpp.
References _vtxref.

const TRef& TMBMuon::GetVertexRef ( ) const [inline]

TRef to the vertex object associated with the muon.

Definition at line 272 of file TMBMuon.hpp.
References _vtxref.

const TMBMuonType& TMBMuon::Global ( ) const [inline]

return global muon parameters from the global fit between local and central parameters

Definition at line 177 of file TMBMuon.hpp.
References _global.

Int_t TMBMuon::hasCal ( ) const [inline]

Flag indicating whether the muon was identified as a MIP in the calorimeter (MTC algorithm).

Definition at line 324 of file TMBMuon.hpp.
References _hasCal.

Int_t TMBMuon::hasCentral ( ) const [inline]

Flag indicating whether the muon is matched to a central track.

Definition at line 322 of file TMBMuon.hpp.
References _hasCentral.
Referenced by caf_util::MuonSelector::GetCorrectedPt(), and caf_util::ResSelector::GetMuon().

Int_t TMBMuon::hasLocal ( ) const [inline]

Flag indicating whether the muon momentum was measured in the muon system.

Definition at line 320 of file TMBMuon.hpp.
References _hasLocal.

Float_t TMBMuon::impPar ( ) const [inline]

Impact parameter in xy plane (cm) (if matched muon).

Definition at line 254 of file TMBMuon.hpp.
References _impPar.

Float_t TMBMuon::impParSig ( ) const [inline]

Muonid impact parameter significance (if matched muon).

Definition at line 256 of file TMBMuon.hpp.
References _impParSig.

Int_t TMBMuon::isCosmic ( ) const [inline]

Flag indicating whether the muon passes timing cuts for cosmic removal.

Definition at line 328 of file TMBMuon.hpp.
References _isCosmic.

Int_t TMBMuon::isCosmicT ( ) const [inline]

Flag indicating whether the muon passes timing and dca cuts for cosmic removal.

Definition at line 330 of file TMBMuon.hpp.
References _isCosmicT.

Int_t TMBMuon::isLoose ( ) const [inline]

Flag indicating whether the muon passes the loose identification criteria.

Definition at line 314 of file TMBMuon.hpp.
References _isLoose.

Int_t TMBMuon::isMedium ( ) const [inline]

Flag indicating whether the muon passes the medium identification criteria.

Definition at line 316 of file TMBMuon.hpp.
References _isMedium.

Int_t TMBMuon::isMuonEventOK ( ) const [inline]

Flag indicating whether the muon event is OK (Xing error, crate error, ...).

Definition at line 326 of file TMBMuon.hpp.
References _isMuonEventOK.

Int_t TMBMuon::isTight ( ) const [inline]

Flag indicating whether the muon passes the tight identification criteria.

Definition at line 318 of file TMBMuon.hpp.
References _isTight.

const TMBMuonType& TMBMuon::Local ( ) const [inline]

return local muon parameters measured in the muon chambers (no calorimeter eloss correction)

Definition at line 169 of file TMBMuon.hpp.
References _local.

const TMBMuonType& TMBMuon::LocalCorr ( ) const [inline]

return local muon parameters measured in the muon chambers w/ calorimeter eloss correction

Definition at line 171 of file TMBMuon.hpp.
References _localcorr.

Float_t TMBMuon::MCsmearingRand ( ) const [inline]

random number used in MC smearing

Definition at line 343 of file TMBMuon.hpp.
References _rand.

Int_t TMBMuon::ndeck ( ) const [inline]

Matching decks, defined as (nwdeckA+10*nwdeckBC+1000*nsdeckA+10000*nsdeckBC).

Definition at line 197 of file TMBMuon.hpp.
References _ndeck.

Int_t TMBMuon::ndof ( ) const [inline]

TMBMuon Class Reference [Reconstruction Objects]

Public Types

Public Member Functions

Private Attributes

Detailed Description

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

TMBMuon Class Reference
[Reconstruction Objects]