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class AtlJet: public HepJet, public AtlTriggerMatch, public AtlMETWeights


 Atlas detector level jet

 One get the truth flavour (Ligth, Charm, Beauty or Tau) of the jet by
 GetTruthFlavour(), wich is filled by Athena. If it's not filled, one
 can get the flavour from fTruthParticles, wich is a reference to HepMCTruth
 particles in jet cone, sorted by Pt in descending order by Athena. The
 first particle in the list, should be the leading particle of the jet.

 NOTE:
 The refined quality definitions are tested only for jets of type
 AntiKt4Topo or AntiKt6Topo and ARE NOT SET for the "Tower" and "Cone" jets!


 Author: Oliver Maria Kind <mailto: kind@mail.desy.de>
 Update: $Id: AtlJet.cxx,v 1.52 2014/04/29 16:34:28 schris Exp $
 Copyright: 2009 (C) Oliver Maria Kind

Function Members (Methods)

public:

virtual	~AtlJet()
void	TObject::AbstractMethod(const char* method) const
void	AtlTriggerMatch::AddHLTMatch(AtlTriggerItem* item)
void	AddK0sCanditate(AtlK0sDecayPiPi* K0s)
void	AtlTriggerMatch::AddL1Match(AtlTriggerItem* item)
AtlBTag*	AddTag(AtlBTag::ETagger tagger, Double_t weight, Bool_t IsValid)
void	AddTrack(AtlIDTrack* trk)
void	AddTrack(AtlIDTrack* trk, Float_t deltaR_max)
void	AddTruthParticle(HepMCParticle* prt)
virtual void	TObject::AppendPad(Option_t* option = "")
	AtlJet()
	AtlJet(const AtlJet&)
	AtlJet(Int_t Id, Float_t E, Float_t Px, Float_t Py, Float_t Pz, AtlJet::EJetQuality jetquality, TLorentzVector P_EMSCALE, TLorentzVector P_JESCorrSCALE, Double_t EMJES_EtaCorr, Double_t BCH_CORR_CELL, Double_t BCH_CORR_JET, Float_t eta_offsetJES)
virtual void	TObject::Browse(TBrowser* b)
static TClass*	Class()
virtual const char*	TObject::ClassName() const
virtual void	Clear(Option_t* option = "")
virtual TObject*	TObject::Clone(const char* newname = "") const
virtual Int_t	HepJet::Compare(const TObject* obj) const
virtual void	TObject::Copy(TObject& object) const
Float_t	HepJet::CosTheta()
virtual void	TObject::Delete(Option_t* option = "")MENU
Float_t	HepJet::DeltaEta(HepParticle* prt)
Float_t	HepJet::DeltaEta(HepJet* jet)
Float_t	HepJet::DeltaEtFrac(HepParticle* prt)
Float_t	HepJet::DeltaEtFrac(HepJet* jet)
Float_t	HepJet::DeltaPhi(HepParticle* prt) const
Float_t	HepJet::DeltaPhi(HepJet* jet) const
Float_t	HepJet::DeltaPtFrac(HepParticle* prt)
Float_t	HepJet::DeltaPtFrac(HepJet* jet)
Float_t	HepJet::DeltaR(HepParticle* prt)
Float_t	HepJet::DeltaR(HepJet* jet)
virtual Int_t	TObject::DistancetoPrimitive(Int_t px, Int_t py)
virtual void	TObject::Draw(Option_t* option = "")
virtual void	TObject::DrawClass() constMENU
virtual TObject*	TObject::DrawClone(Option_t* option = "") constMENU
virtual void	TObject::Dump() constMENU
Float_t	HepJet::E() const
Double_t	EMJES_EtaCorr() const
Float_t	EMScaleDeltaR(AtlElectron* el, const char* option = "")
Float_t	EMScaleDeltaR(AtlMuon* mu, const char* option = "")
Float_t	EMScaleEt() const
Float_t	EMScaleEta() const
Float_t	EMScaleM() const
Float_t	EMScalePhi() const
Float_t	EMScalePt() const
Float_t	EMScalePx() const
Float_t	EMScalePy() const
Float_t	EMScalePz() const
Float_t	EMScaleTheta() const
virtual void	TObject::Error(const char* method, const char* msgfmt) const
Float_t	HepJet::Et()
Float_t	HepJet::Eta()
virtual void	TObject::Execute(const char* method, const char* params, Int_t* error = 0)
virtual void	TObject::Execute(TMethod* method, TObjArray* params, Int_t* error = 0)
virtual void	TObject::ExecuteEvent(Int_t event, Int_t px, Int_t py)
virtual void	TObject::Fatal(const char* method, const char* msgfmt) const
virtual TObject*	TObject::FindObject(const char* name) const
virtual TObject*	TObject::FindObject(const TObject* obj) const
Double_t	Get_BCH_CORR_CELL() const
Double_t	Get_BCH_CORR_JET() const
virtual Option_t*	TObject::GetDrawOption() const
static Long_t	TObject::GetDtorOnly()
Float_t	GetEta_offsetJES()
HepParticle*	GetFakeCandidate() const
virtual const char*	TObject::GetIconName() const
Int_t	HepJet::GetId() const
Double_t	GetJetScaleFactor_btag_down_MV1_60()
Double_t	GetJetScaleFactor_btag_down_MV1_70()
Double_t	GetJetScaleFactor_btag_down_MV1_80()
Double_t	GetJetScaleFactor_btag_down_MV1c_50()
Double_t	GetJetScaleFactor_btag_up_MV1_60()
Double_t	GetJetScaleFactor_btag_up_MV1_70()
Double_t	GetJetScaleFactor_btag_up_MV1_80()
Double_t	GetJetScaleFactor_btag_up_MV1c_50()
Double_t	GetJetScaleFactor_ctag_down_MV1_60()
Double_t	GetJetScaleFactor_ctag_down_MV1_70()
Double_t	GetJetScaleFactor_ctag_down_MV1_80()
Double_t	GetJetScaleFactor_ctag_down_MV1c_50()
Double_t	GetJetScaleFactor_ctag_up_MV1_60()
Double_t	GetJetScaleFactor_ctag_up_MV1_70()
Double_t	GetJetScaleFactor_ctag_up_MV1_80()
Double_t	GetJetScaleFactor_ctag_up_MV1c_50()
Double_t	GetJetScaleFactor_mistag_down_MV1_60()
Double_t	GetJetScaleFactor_mistag_down_MV1_70()
Double_t	GetJetScaleFactor_mistag_down_MV1_80()
Double_t	GetJetScaleFactor_mistag_down_MV1c_50()
Double_t	GetJetScaleFactor_mistag_up_MV1_60()
Double_t	GetJetScaleFactor_mistag_up_MV1_70()
Double_t	GetJetScaleFactor_mistag_up_MV1_80()
Double_t	GetJetScaleFactor_mistag_up_MV1c_50()
Double_t	GetJetScaleFactor_MV1_60()
Double_t	GetJetScaleFactor_MV1_70()
Double_t	GetJetScaleFactor_MV1_80()
Double_t	GetJetScaleFactor_MV1c_50()
const TRefArray*	GetK0sCanditates() const
const TRefArray*	AtlTriggerMatch::GetMatchedHLTItems() const
const TRefArray*	AtlTriggerMatch::GetMatchedL1Items() const
UInt_t	AtlMETWeights::GetMET_medium_statusWord()
UInt_t	AtlMETWeights::GetMET_tight_statusWord()
Float_t	AtlMETWeights::GetMETw_medium_Et()
Float_t	AtlMETWeights::GetMETw_medium_Px()
Float_t	AtlMETWeights::GetMETw_medium_Py()
Float_t	AtlMETWeights::GetMETw_tight_Et()
Float_t	AtlMETWeights::GetMETw_tight_Px()
Float_t	AtlMETWeights::GetMETw_tight_Py()
Int_t	AtlTriggerMatch::GetN_HLTMatches() const
Int_t	AtlTriggerMatch::GetN_L1Matches() const
Int_t	AtlTriggerMatch::GetN_TriggerMatches() const
virtual const char*	TObject::GetName() const
virtual char*	TObject::GetObjectInfo(Int_t px, Int_t py) const
static Bool_t	TObject::GetObjectStat()
virtual Option_t*	TObject::GetOption() const
const AtlBTag*	GetTag(AtlBTag::ETagger tagger)
virtual const char*	TObject::GetTitle() const
const TRefArray*	GetTracks() const
Float_t	GetTruthDeltaRminBeauty() const
Float_t	GetTruthDeltaRminCharm() const
Float_t	GetTruthDeltaRminTau() const
AtlJet::EFlavour	GetTruthFlavour() const
AtlJet::EFlavour	GetTruthFlavourByDeltaRmin(Float_t DeltaRmax) const
const TRefArray*	GetTruthParticles() const
virtual UInt_t	TObject::GetUniqueID() const
virtual Bool_t	TObject::HandleTimer(TTimer* timer)
virtual ULong_t	TObject::Hash() const
Bool_t	AtlTriggerMatch::HasMatchedHLT(const char* HLTItemName, Int_t RunNr, AtlTrigger* trigger) const
Bool_t	AtlTriggerMatch::HasMatchedL1(const char* L1ItemName, Int_t RunNr, AtlTrigger* trigger) const
virtual void	TObject::Info(const char* method, const char* msgfmt) const
virtual Bool_t	TObject::InheritsFrom(const char* classname) const
virtual Bool_t	TObject::InheritsFrom(const TClass* cl) const
virtual void	TObject::Inspect() constMENU
Float_t	HepJet::InvDeltaPtFrac(HepParticle* prt)
void	TObject::InvertBit(UInt_t f)
virtual TClass*	IsA() const
Bool_t	IsBadJet() const
virtual Bool_t	TObject::IsEqual(const TObject* obj) const
Bool_t	IsFaked() const
virtual Bool_t	TObject::IsFolder() const
Bool_t	IsGoodJet() const
Bool_t	IsInvalidJet() const
Bool_t	IsLooseBadJet() const
static Bool_t	IsMCJet(AtlJet::EType type)
Bool_t	IsMediumBadJet() const
Bool_t	TObject::IsOnHeap() const
virtual Bool_t	HepJet::IsSortable() const
Bool_t	IsTightBadJet() const
Bool_t	IsUglyJet() const
Bool_t	TObject::IsZombie() const
Float_t	JES_E() const
Float_t	JES_Eta() const
Float_t	JES_Phi() const
Float_t	JES_Pt() const
Float_t	JES_Px() const
Float_t	JES_Py() const
Float_t	JES_Pz() const
virtual void	TObject::ls(Option_t* option = "") const
Float_t	HepJet::M() const
void	TObject::MayNotUse(const char* method) const
static const char*	NameOfType(AtlJet::EType type)
virtual Bool_t	TObject::Notify()
void	TObject::Obsolete(const char* method, const char* asOfVers, const char* removedFromVers) const
void	TObject::operator delete(void* ptr)
void	TObject::operator delete(void* ptr, void* vp)
void	TObject::operator delete[](void* ptr)
void	TObject::operator delete[](void* ptr, void* vp)
void*	TObject::operator new(size_t sz)
void*	TObject::operator new(size_t sz, void* vp)
void*	TObject::operator new[](size_t sz)
void*	TObject::operator new[](size_t sz, void* vp)
AtlJet&	operator=(const AtlJet&)
const TLorentzVector&	HepJet::P() const
TVector3	HepJet::P3() const
const TLorentzVector&	P_EMSCALE() const
virtual void	TObject::Paint(Option_t* option = "")
Float_t	HepJet::Phi()
virtual void	TObject::Pop()
virtual void	Print(Option_t* option = "")
static void	PrintFooter()
static void	PrintHeader()
Float_t	HepJet::Pt()
Double_t	HepJet::PtRel(HepParticle* prt)
Float_t	HepJet::Px() const
Float_t	HepJet::Py() const
Float_t	HepJet::Pz() const
virtual Int_t	TObject::Read(const char* name)
virtual void	TObject::RecursiveRemove(TObject* obj)
void	TObject::ResetBit(UInt_t f)
virtual void	TObject::SaveAs(const char* filename = "", Option_t* option = "") constMENU
virtual void	TObject::SavePrimitive(ostream& out, Option_t* option = "")
void	TObject::SetBit(UInt_t f)
void	TObject::SetBit(UInt_t f, Bool_t set)
virtual void	TObject::SetDrawOption(Option_t* option = "")MENU
static void	TObject::SetDtorOnly(void* obj)
void	SetFakeCandidate(HepParticle* prt)
void	HepJet::SetId(Int_t Id)
void	SetJetScaleFactors_MV1_60(Double_t jet_SF, Double_t jet_SF_btag_up, Double_t jet_SF_btag_down, Double_t jet_SF_ctag_up, Double_t jet_SF_ctag_down, Double_t jet_SF_mistag_up, Double_t jet_SF_mistag_down)
void	SetJetScaleFactors_MV1_70(Double_t jet_SF, Double_t jet_SF_btag_up, Double_t jet_SF_btag_down, Double_t jet_SF_ctag_up, Double_t jet_SF_ctag_down, Double_t jet_SF_mistag_up, Double_t jet_SF_mistag_down)
void	SetJetScaleFactors_MV1_80(Double_t jet_SF, Double_t jet_SF_btag_up, Double_t jet_SF_btag_down, Double_t jet_SF_ctag_up, Double_t jet_SF_ctag_down, Double_t jet_SF_mistag_up, Double_t jet_SF_mistag_down)
void	SetJetScaleFactors_MV1c_50(Double_t jet_SF, Double_t jet_SF_btag_up, Double_t jet_SF_btag_down, Double_t jet_SF_ctag_up, Double_t jet_SF_ctag_down, Double_t jet_SF_mistag_up, Double_t jet_SF_mistag_down)
void	AtlMETWeights::SetMET_medium_statusWord(UInt_t statusWord)
void	AtlMETWeights::SetMET_medium_Weights(Float_t w_Px, Float_t w_Py, Float_t w_Et)
void	AtlMETWeights::SetMET_tight_statusWord(UInt_t statusWord)
void	AtlMETWeights::SetMET_tight_Weights(Float_t w_Px, Float_t w_Py, Float_t w_Et)
void	AtlMETWeights::SetMETWeights(Float_t w_Px, Float_t w_Py, Float_t w_Et)
static void	TObject::SetObjectStat(Bool_t stat)
void	HepJet::SetP(const TLorentzVector& p)
void	HepJet::SetPtEtaPhiE(Float_t Pt, Float_t Eta, Float_t Phi, Float_t E)
void	SetQualityVars(Double_t LArQuality, Double_t HecQuality, Double_t NegEnergy, Double_t N90, Double_t EMFraction, Double_t HecF, Double_t Timing, Int_t SamplingMax, Double_t FracSamplingMax, Double_t SumPtTrk)
void	SetRefinedQualityFlag()
void	SetTruthDeltaRminBeauty(Float_t TruthDeltaRminBeauty)
void	SetTruthDeltaRminCharm(Float_t TruthDeltaRminCharm)
void	SetTruthDeltaRminTau(Float_t TruthDeltaRminTau)
void	SetTruthFlavour(AtlJet::EFlavour TruthFlavour)
virtual void	TObject::SetUniqueID(UInt_t uid)
virtual void	ShowMembers(TMemberInspector& insp) const
virtual void	Streamer(TBuffer&)
void	StreamerNVirtual(TBuffer& ClassDef_StreamerNVirtual_b)
virtual void	TObject::SysError(const char* method, const char* msgfmt) const
Bool_t	TObject::TestBit(UInt_t f) const
Int_t	TObject::TestBits(UInt_t f) const
Float_t	HepJet::Theta()
virtual void	TObject::UseCurrentStyle()
virtual void	TObject::Warning(const char* method, const char* msgfmt) const
virtual Int_t	TObject::Write(const char* name = 0, Int_t option = 0, Int_t bufsize = 0)
virtual Int_t	TObject::Write(const char* name = 0, Int_t option = 0, Int_t bufsize = 0) const

protected:

virtual void	TObject::DoError(int level, const char* location, const char* fmt, va_list va) const
void	TObject::MakeZombie()

Data Members

public:

static AtlJet::EType	kAntiKt4H1Topo
static AtlJet::EType	kAntiKt4H1Tower
static AtlJet::EType	kAntiKt4LCTopo
static AtlJet::EType	kAntiKt4Topo
static AtlJet::EType	kAntiKt4TopoEM
static AtlJet::EType	kAntiKt4TopoEMJES
static AtlJet::EType	kAntiKt4Tower
static AtlJet::EType	kAntiKt6H1Tower
static AtlJet::EType	kAntiKt6LCTopo
static AtlJet::EType	kAntiKt6Topo
static AtlJet::EType	kAntiKt6TopoEM
static AtlJet::EType	kAntiKt6Tower
static AtlJet::EType	kAtlFast
static AtlJet::EFlavour	kBeauty
static TObject::(anonymous)	TObject::kBitMask
static TObject::EStatusBits	TObject::kCanDelete
static TObject::EStatusBits	TObject::kCannotPick
static AtlJet::EFlavour	kCharm
static AtlJet::EType	kCone4H1Topo
static AtlJet::EType	kCone4H1Tower
static AtlJet::EType	kCone7H1Topo
static AtlJet::EType	kCone7H1Tower
static TObject::EStatusBits	TObject::kHasUUID
static AtlJet::EJetQuality	kInvalid
static TObject::EStatusBits	TObject::kInvalidObject
static AtlJet::EType	kInvalidType
static AtlJet::EJetQuality	kIsBad
static AtlJet::EJetQuality	kIsGood
static AtlJet::EJetQuality	kIsLooseBad
static AtlJet::EJetQuality	kIsMediumBad
static TObject::(anonymous)	TObject::kIsOnHeap
static TObject::EStatusBits	TObject::kIsReferenced
static AtlJet::EJetQuality	kIsTightBad
static AtlJet::EJetQuality	kIsUgly
static AtlJet::EJetQuality	kJetQuality
static AtlJet::EFlavour	kLightFlavoured
static AtlJet::EType	kMCAntiKt4Hadron
static AtlJet::EType	kMCAntiKt4HadronPileup
static AtlJet::EType	kMCAntiKt6Hadron
static AtlJet::EType	kMCCone4Hadron
static AtlJet::EType	kMCCone7Hadron
static TObject::EStatusBits	TObject::kMustCleanup
static TObject::EStatusBits	TObject::kNoContextMenu
static TObject::(anonymous)	TObject::kNotDeleted
static AtlJet::EFlavour	kNumFlavours
static AtlJet::EType	kNumTypes
static TObject::EStatusBits	TObject::kObjInCanvas
static TObject::(anonymous)	TObject::kOverwrite
static TObject::(anonymous)	TObject::kSingleKey
static AtlJet::EFlavour	kTau
static AtlJet::EFlavour	kUnknownFlavour
static TObject::(anonymous)	TObject::kWriteDelete
static TObject::(anonymous)	TObject::kZombie

protected:

Int_t	HepJet::fId	Id number (for convenience only)
TLorentzVector	HepJet::fP	Jet 4-momentum (GeV)

private:

Double_t	fBCH_CORR_CELL	fraction of the jet energy coming from this correction
Double_t	fBCH_CORR_JET	fraction of the jet energy coming from this correction
Double_t	fEMFraction
Double_t	fEMJES_EtaCorr
Float_t	fEta_offsetJES	corrected eta (sgtop d3pds)
TRef*	fFakeCandidate	Reference to a lepton/photon faking the jet
Double_t	fFracSamplingMax
Double_t	fHecF
Double_t	fHecQuality
AtlJet::EJetQuality	fJetQuality	Result of Invalid, Ugly, Bad or Good Jet Quality Criteria are described here: https://twiki.cern.ch/twiki/bin/view/AtlasProtected/HowToCleanJets
Double_t	fJet_SF_MV1_60	jet scale factors with syst. variations (SgTopD3PDs)
Double_t	fJet_SF_MV1_70	jet scale factors with syst. variations (SgTopD3PDs)
Double_t	fJet_SF_MV1_80	jet scale factors with syst. variations (SgTopD3PDs)
Double_t	fJet_SF_MV1c_50	jet scale factors with syst. variations (SgTopD3PDs)
Double_t	fJet_SF_btag_down_MV1_60	-> 60% efficiency working point
Double_t	fJet_SF_btag_down_MV1_70	-> 70% efficiency working point
Double_t	fJet_SF_btag_down_MV1_80	-> 80% efficiency working point
Double_t	fJet_SF_btag_down_MV1c_50	-> 50% efficiency working point
Double_t	fJet_SF_btag_up_MV1_60
Double_t	fJet_SF_btag_up_MV1_70
Double_t	fJet_SF_btag_up_MV1_80
Double_t	fJet_SF_btag_up_MV1c_50
Double_t	fJet_SF_ctag_down_MV1_60
Double_t	fJet_SF_ctag_down_MV1_70
Double_t	fJet_SF_ctag_down_MV1_80
Double_t	fJet_SF_ctag_down_MV1c_50
Double_t	fJet_SF_ctag_up_MV1_60
Double_t	fJet_SF_ctag_up_MV1_70
Double_t	fJet_SF_ctag_up_MV1_80
Double_t	fJet_SF_ctag_up_MV1c_50
Double_t	fJet_SF_mistag_down_MV1_60
Double_t	fJet_SF_mistag_down_MV1_70
Double_t	fJet_SF_mistag_down_MV1_80
Double_t	fJet_SF_mistag_down_MV1c_50
Double_t	fJet_SF_mistag_up_MV1_60
Double_t	fJet_SF_mistag_up_MV1_70
Double_t	fJet_SF_mistag_up_MV1_80
Double_t	fJet_SF_mistag_up_MV1c_50
TRefArray*	fK0sCanditates	Reference to AtlK0sDecayPiPi in the jet, set by K0sFinder
Double_t	fLArQuality
Double_t	fN90
Double_t	fNegEnergy
TLorentzVector	fP_EMSCALE	4-momentum (Px, Py, Pz, E) in GeV of uncalibrated EMScale-jet
TLorentzVector	fP_JESCorrSCALE	4-momentum (Px, Py, Pz, E) in GeV of corrected JES-jet
Int_t	fSamplingMax
Double_t	fSumPtTrk
AtlBTag	fTaggers[18]	how this jet was tagged by various taggers
Double_t	fTiming
TRefArray*	fTracks	Reference to AtlIDTracks in the jet, set by Athena'sd TrackAssociation (filled with tracks inside a jetcone by ParticleToJetAssociator)
Float_t	fTruthDeltaRminBeauty	DeltaR to next true B hadron
Float_t	fTruthDeltaRminCharm	DeltaR to next true charmed hadron
Float_t	fTruthDeltaRminTau	DeltaR to next true tau
AtlJet::EFlavour	fTruthFlavour	MC truth flavour set by Athena
TRefArray*	fTruthParticles	Reference to HepMCTruth particles in jet cone sorted by Pt in descending order by Athena

Class Charts

Inheritance Chart:

TObject

←

HepJet

AtlTriggerMatch

AtlMETWeights

←

AtlJet

Function documentation

AtlJet()

 Default constructor

AtlJet(Int_t Id, Float_t E, Float_t Px, Float_t Py, Float_t Pz, AtlJet::EJetQuality jetquality, TLorentzVector P_EMSCALE, TLorentzVector P_JESCorrSCALE, Double_t EMJES_EtaCorr, Double_t BCH_CORR_CELL, Double_t BCH_CORR_JET, Float_t eta_offsetJES)

 Normal constructor

~AtlJet()

 Default destructor

void Clear(Option_t* option = "")

 Clear this object

const AtlBTag* GetTag(AtlBTag::ETagger tagger)

 Return B-tag object

AtlBTag* AddTag(AtlBTag::ETagger tagger, Double_t weight, Bool_t IsValid)

 Add B-tag object

const char* NameOfType(AtlJet::EType type)

 Return name of given jet type

Float_t EMScaleDeltaR(AtlElectron* el, const char* option = "")

 Compute distance in eta-phi plane between this jet and the given
 electron.
 Optionally, using the detector position of the jet
 (eta_EMScale+EMJES_EtaCorr and phi_EMSCALE) and/or the
 track information of the electron.

  "trk"    - Use track information of electron for comparison
  "em"     - Use EMSCALE jet position

Float_t EMScaleDeltaR(AtlMuon* mu, const char* option = "")

 Compute distance in eta-phi plane between this jet and the given
 muon using the detector position of the jet
 (eta_EMScale+EMJES_EtaCorr and phi_EMSCALE) and optionally the
 track information of the muon

  "trk"    - Use track information of muon for comparison

void SetQualityVars(Double_t LArQuality, Double_t HecQuality, Double_t NegEnergy, Double_t N90, Double_t EMFraction, Double_t HecF, Double_t Timing, Int_t SamplingMax, Double_t FracSamplingMax, Double_t SumPtTrk)

 Set the jet quality variables

void SetRefinedQualityFlag()

 Computes and sets the refined jet quality flag

void Print(Option_t* option = "")

 Print jet information

   "nohead" - No header containing the variable names is
              displayed. Useful when printing a whole table
              for a list of jets
   "btag"   - Print b-tagger results for this jet
   "prt"    - Print list of associated MC truth particles
   "trk"    - Print list of tracks inside the jet
   "emscale"- Print kinematic variables at EMScale

void PrintHeader()

 Print information header

void PrintFooter()

 Print footer

void AddTrack(AtlIDTrack* trk, Float_t deltaR_max)

   Add track to jet if deltaR < deltaR_max

AtlJet()

void AddTrack(AtlIDTrack* trk, Float_t deltaR_max)

EFlavour GetTruthFlavourByDeltaRmin(Float_t DeltaRmax) const

Bool_t IsMCJet(AtlJet::EType type)

 Is detector level or parton level jet type ?

void SetTruthFlavour(AtlJet::EFlavour TruthFlavour)

 Set MC truth flavour

EFlavour GetTruthFlavour() const

 Return MC true jet flavour

void AddTruthParticle(HepMCParticle* prt)

 Add particle to list of truth particles inside jet cone

const TRefArray* GetTruthParticles() const

 Return array of HepMCTruth particles in jet cone, sorted by Pt

const TRefArray* GetTracks() const

 Return array of AtlIDTrack's in the jet

void AddK0sCanditate(AtlK0sDecayPiPi* K0s)

 Add K0sCanditate to list of K0sCanditates inside the jet

const TRefArray* GetK0sCanditates() const

 Return array of AtlK0sDecayPiPi's in the jet

void SetFakeCandidate(HepParticle* prt)

 Fills the data member fFakeCandidate with lepton/photon identified as faking the jet

HepParticle* GetFakeCandidate() const

 Returns pointer to lepton/photon that fakes the jet

Bool_t IsFaked() const

 Is the jet faked by a lepton or a photon?

Bool_t IsInvalidJet() const

{ return fJetQuality & kInvalid; }

Bool_t IsUglyJet() const

{ return fJetQuality & kIsUgly; }

Bool_t IsBadJet() const

{ return fJetQuality & kIsBad; }

Bool_t IsGoodJet() const

{ return fJetQuality & kIsGood; }

Bool_t IsLooseBadJet() const

{ return fJetQuality & kIsLooseBad; }

Bool_t IsMediumBadJet() const

{ return fJetQuality & kIsMediumBad; }

Bool_t IsTightBadJet() const

{ return fJetQuality & kIsTightBad; }

const TLorentzVector& P_EMSCALE() const

inline Float_t GetEMFraction() const { return fEMFraction; }

 EMScale kinematics

Float_t EMScaleM() const

 Return invariant mass (GeV)

Float_t EMScalePt() const

 Return transvere momentum (GeV)

Float_t EMScalePx() const

 Return momentum x component (GeV)

Float_t EMScalePy() const

 Return momentum y component (GeV)

Float_t EMScalePz() const

 Return momentum z component (GeV)

Float_t EMScaleEt() const

 Return transverse energy (GeV)

Float_t EMScaleEta() const

 Return pseudo-rapidity

Float_t EMScaleTheta() const

 Return zenith (rad)

Float_t EMScalePhi() const

 Return azimuth (rad)

Float_t JES_Pt() const

 JESCorr kinematics

Float_t JES_Px() const

Return momentum in x (GeV)

Float_t JES_Py() const

Return momentum in y (GeV)

Float_t JES_Pz() const

Return momentum in z (GeV)

Float_t JES_Eta() const

 Return pseudo-rapidity

Float_t JES_Phi() const

 Return azimuth (rad)

Float_t JES_E() const

 Return energy (GeV)

Double_t EMJES_EtaCorr() const

 EMJES Eta Correction

Double_t Get_BCH_CORR_JET() const

Double_t Get_BCH_CORR_CELL() const

Float_t GetEta_offsetJES()

 corrected eta (sgtop d3pds)

Float_t GetTruthDeltaRminBeauty() const

 Get DeltaR to next true B hadron

Float_t GetTruthDeltaRminCharm() const

 Get DeltaR to next true charmed hadron

Float_t GetTruthDeltaRminTau() const

 Get DeltaR to next true tau

void SetTruthDeltaRminBeauty(Float_t TruthDeltaRminBeauty)

 Set DeltaR to next true B hadron

void SetTruthDeltaRminCharm(Float_t TruthDeltaRminCharm)

 Set DeltaR to next true charmed hadron

void SetTruthDeltaRminTau(Float_t TruthDeltaRminTau)

 Set DeltaR to next true tau

void SetJetScaleFactors_MV1_60(Double_t jet_SF, Double_t jet_SF_btag_up, Double_t jet_SF_btag_down, Double_t jet_SF_ctag_up, Double_t jet_SF_ctag_down, Double_t jet_SF_mistag_up, Double_t jet_SF_mistag_down)

 Set Jet scale factors (nominal, up, down) SgTop D3PD variables

Double_t GetJetScaleFactor_MV1_60()

{ return fJet_SF_MV1_60;}

Double_t GetJetScaleFactor_btag_up_MV1_60()

{ return fJet_SF_btag_up_MV1_60;}

Double_t GetJetScaleFactor_btag_down_MV1_60()

{ return fJet_SF_btag_down_MV1_60;}

Double_t GetJetScaleFactor_ctag_up_MV1_60()

{ return fJet_SF_ctag_up_MV1_60;}

Double_t GetJetScaleFactor_ctag_down_MV1_60()

{ return fJet_SF_ctag_down_MV1_60;}

Double_t GetJetScaleFactor_mistag_up_MV1_60()

{ return fJet_SF_mistag_up_MV1_60;}

Double_t GetJetScaleFactor_mistag_down_MV1_60()

{ return fJet_SF_mistag_down_MV1_60;}

void SetJetScaleFactors_MV1_70(Double_t jet_SF, Double_t jet_SF_btag_up, Double_t jet_SF_btag_down, Double_t jet_SF_ctag_up, Double_t jet_SF_ctag_down, Double_t jet_SF_mistag_up, Double_t jet_SF_mistag_down)

 Set Jet scale factors (nominal, up, down) SgTop D3PD variables

Double_t GetJetScaleFactor_MV1_70()

{ return fJet_SF_MV1_70;}

Double_t GetJetScaleFactor_btag_up_MV1_70()

{ return fJet_SF_btag_up_MV1_70;}

Double_t GetJetScaleFactor_btag_down_MV1_70()

{ return fJet_SF_btag_down_MV1_70;}

Double_t GetJetScaleFactor_ctag_up_MV1_70()

{ return fJet_SF_ctag_up_MV1_70;}

Double_t GetJetScaleFactor_ctag_down_MV1_70()

{ return fJet_SF_ctag_down_MV1_70;}

Double_t GetJetScaleFactor_mistag_up_MV1_70()

{ return fJet_SF_mistag_up_MV1_70;}

Double_t GetJetScaleFactor_mistag_down_MV1_70()

{ return fJet_SF_mistag_down_MV1_70;}

void SetJetScaleFactors_MV1_80(Double_t jet_SF, Double_t jet_SF_btag_up, Double_t jet_SF_btag_down, Double_t jet_SF_ctag_up, Double_t jet_SF_ctag_down, Double_t jet_SF_mistag_up, Double_t jet_SF_mistag_down)

 Set Jet scale factors (nominal, up, down) SgTop D3PD variables

Double_t GetJetScaleFactor_MV1_80()

{ return fJet_SF_MV1_80;}

Double_t GetJetScaleFactor_btag_up_MV1_80()

{ return fJet_SF_btag_up_MV1_80;}

Double_t GetJetScaleFactor_btag_down_MV1_80()

{ return fJet_SF_btag_down_MV1_80;}

Double_t GetJetScaleFactor_ctag_up_MV1_80()

{ return fJet_SF_ctag_up_MV1_80;}

Double_t GetJetScaleFactor_ctag_down_MV1_80()

{ return fJet_SF_ctag_down_MV1_80;}

Double_t GetJetScaleFactor_mistag_up_MV1_80()

{ return fJet_SF_mistag_up_MV1_80;}

Double_t GetJetScaleFactor_mistag_down_MV1_80()

{ return fJet_SF_mistag_down_MV1_80;}

void SetJetScaleFactors_MV1c_50(Double_t jet_SF, Double_t jet_SF_btag_up, Double_t jet_SF_btag_down, Double_t jet_SF_ctag_up, Double_t jet_SF_ctag_down, Double_t jet_SF_mistag_up, Double_t jet_SF_mistag_down)

 Set Jet scale factors (nominal, up, down) SgTop D3PD variables

Double_t GetJetScaleFactor_MV1c_50()

{ return fJet_SF_MV1c_50;}

Double_t GetJetScaleFactor_btag_up_MV1c_50()

{ return fJet_SF_btag_up_MV1c_50;}

Double_t GetJetScaleFactor_btag_down_MV1c_50()

{ return fJet_SF_btag_down_MV1c_50;}

Double_t GetJetScaleFactor_ctag_up_MV1c_50()

{ return fJet_SF_ctag_up_MV1c_50;}

Double_t GetJetScaleFactor_ctag_down_MV1c_50()

{ return fJet_SF_ctag_down_MV1c_50;}

Double_t GetJetScaleFactor_mistag_up_MV1c_50()

{ return fJet_SF_mistag_up_MV1c_50;}

Double_t GetJetScaleFactor_mistag_down_MV1c_50()

{ return fJet_SF_mistag_down_MV1c_50;}