SusyNtTools Class Reference

A class of useful tools for working with SusyNt. More...

#include <SusyNtTools.h>

Collaboration diagram for SusyNtTools:

List of all members.

Public Member Functions
	SusyNtTools ()
	Constructor and destructor.
void	setSFOSRemoval (AnalysisType A)
bool	doSFOSRemoval ()
void	removeSFOSPairs (ElectronVector &baseElectrons, MuonVector &baseMuons)
void	setAnaType (AnalysisType A, bool verbose=false)
AnalysisType	getAnaType ()
bool	initTriggerTool (const std::string &anyInputFilename)
	initialize the trigger tool; return success
ElectronSelector &	electronSelector ()
MuonSelector &	muonSelector ()
TauSelector &	tauSelector ()
JetSelector &	jetSelector ()
OverlapTools &	overlapTool ()
TriggerTools &	triggerTool ()
bool	passGRL (int flags)
bool	passLarErr (int flags)
bool	passTileErr (int flags)
bool	passTTC (int flags)
bool	passGoodVtx (int flags)
bool	passBadMuon (const MuonVector *preMuons)
bool	passBadMuon (const MuonVector &preMuons)
bool	passCosmicMuon (const MuonVector *baseMuons)
bool	passCosmicMuon (const MuonVector &baseMuons)
bool	passJetCleaning (const JetVector *preJets)
bool	passJetCleaning (const JetVector &preJets)
ElectronVector	getPreElectrons (Susy::SusyNtObject *susyNt, SusyNtSys sys)
MuonVector	getPreMuons (Susy::SusyNtObject *susyNt, SusyNtSys sys)
TauVector	getPreTaus (Susy::SusyNtObject *susyNt, SusyNtSys sys)
JetVector	getPreJets (Susy::SusyNtObject *susyNt, SusyNtSys sys)
ElectronVector	getBaselineElectrons (const ElectronVector &preElectrons)
	Apply Baseline selection to the 'Pre' objects.
MuonVector	getBaselineMuons (const MuonVector &preMuons)
TauVector	getBaselineTaus (const TauVector &preTaus)
JetVector	getBaselineJets (const JetVector &preJets)
void	getPreObjects (Susy::SusyNtObject *susyNt, SusyNtSys sys, ElectronVector &preElectrons, MuonVector &preMuons, JetVector &preJets, TauVector &preTaus)
void	getBaselineObjects (const ElectronVector &preElectrons, const MuonVector &preMuons, const JetVector &preJets, const TauVector &preTaus, ElectronVector &baseElectrons, MuonVector &baseMuons, JetVector &baseJets, TauVector &baseTaus)
	Get Baseline objects.
void	getSignalObjects (const ElectronVector &baseElectrons, const MuonVector &baseMuons, const JetVector &baseJets, const TauVector &baseTaus, ElectronVector &signalElectrons, MuonVector &signalMuons, JetVector &signalJets, TauVector &signalTaus, TauId &sigTauId)
	Get Signal Objects.
ElectronVector	getSignalElectrons (const ElectronVector &baseElecs)
	Signal objects.
MuonVector	getSignalMuons (const MuonVector &baseMuons)
PhotonVector	getSignalPhotons (Susy::SusyNtObject *susyNt)
TauVector	getSignalTaus (const TauVector &baseTaus)
JetVector	getSignalJets (const JetVector &baseJets)
bool	isSignal (const Susy::Lepton *l)
	Check if signal object.
bool	isSignal (const Susy::Electron *e)
bool	isSignal (const Susy::Muon *m)
bool	isSignal (const Susy::Tau *tau)
void	buildLeptons (LeptonVector &lep, const ElectronVector &ele, const MuonVector &muo)
	Build lepton vector, sort by pT.
Susy::Met *	getMet (Susy::SusyNtObject *susyNt, SusyNtSys sys)
	Get the Met, for the appropriate systematic.
Susy::TrackMet *	getTrackMet (Susy::SusyNtObject *susyNt, SusyNtSys sys)
int	numBJets (const JetVector &jets)
bool	hasBJet (const JetVector &jets)
JetVector	getBJets (const JetVector &jets)
int	numberOfCLJets (const JetVector &jets)
int	numberOfCBJets (const JetVector &jets)
int	numberOfFJets (const JetVector &jets)
float	bTagSF (const JetVector &jets)
	Method to get the nominal b-Tag efficiency scale-factor for the collection of jets.
float	leptonEffSF (const LeptonVector &leps)
	Method to get the nominal lepton efficiency scale-factor for the collection of leptons.
float	leptonEffSF (const Lepton *lep)
	Method to get the nominal lepton scale-factor.
float	leptonEffSF (const Lepton &lep)
float	leptonEffSFError (const Lepton *lep, const NtSys::SusyNtSys sys)
	Method to get the error on the lepton scale-factor for systematic sys.
float	leptonEffSFError (const Lepton &lep, const NtSys::SusyNtSys sys)
template<class T >
void	dumpObjects (const std::vector< T > &objects)
	Call print on all objects in a vector.
template<class T >
void	dumpObjects (const std::vector< T * > &objects)
Public Attributes
ElectronSelector *	m_electronSelector
	select electrons according to the current analysis settings
MuonSelector *	m_muonSelector
	select muons according to the current analysis settings
TauSelector *	m_tauSelector
	select taus according to the current analysis settings
JetSelector *	m_jetSelector
	select jets according to the current analysis settings
OverlapTools *	m_overlapTool
	tool to perform the analysis' OR procedure
TriggerTools	m_triggerTool
	tool to access the trigger information
Protected Attributes
AnalysisType	m_anaType
	Analysis type. currently 2-lep or 3-lep.
bool	m_doSFOS
	toggle to set whether to remove SFOS pairs from baseline leptons (set based on AnalysisType)

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Detailed Description

A class of useful tools for working with SusyNt.

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Member Function Documentation

ElectronVector SusyNtTools::getPreElectrons	(	Susy::SusyNtObject *	susyNt,
		SusyNtSys	sys
	)

'Pre' objects - before full baseline requirements are applied, raw objects stored in SusyNt. Note: In these methods the object systematics are applied.

void SusyNtTools::getPreObjects	(	Susy::SusyNtObject *	susyNt,
		SusyNtSys	sys,
		ElectronVector &	preElectrons,
		MuonVector &	preMuons,
		JetVector &	preJets,
		TauVector &	preTaus
	)

Get 'Pre' Objects. These are the objects ase they are in the SusyNt. The systematic variations are applied here and then propagated to baseline and signal objects.

bool SusyNtTools::initTriggerTool

(

const std::string &

anyInputFilename

)

initialize the trigger tool; return success

TriggerTools needs to read the histogram with the triggers. You need to call this function if you want to use the trigger tool. The histogram can be read from any of the input files (for example the one from ChainHelper::firstFile()).

void SusyNtTools::setAnaType	(	AnalysisType	A,
		bool	verbose = false
	)

Set AnalysisType to determine object selections and overlap procedure

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

• SusyNtuple/SusyNtTools.h
• Root/SusyNtTools.cxx