A class to select electrons. More...

Inheritance diagram for Susy::ElectronSelector:

Public Member Functions
	ElectronSelector ()
	Default ctor.
ElectronSelector &	setAnalysis (const AnalysisType &analysis)
	dtor (for now we don't have anything to delete)
virtual bool	isBaseline (const Electron *el)
	whether el passes the baseline criteria
virtual bool	isSignal (const Electron *el)
	whether el passes the signal criteria
virtual bool	passIpCut (const Electron &el)
virtual bool	outsideCrackRegion (const Electron &el)
ElectronId	signalId () const
	id of signal electron, used to determine err SF
ElectronSelector &	setSignalId (const ElectronId &v)
	set signal isolation
Isolation	signalIsolation () const
	Retrieve the isolation requirement for signal electrons.
ElectronSelector &	setSignalIsolation (const Isolation &v)
	set signal isolation
float	effSF (const Electron &ele)
float	effSF (const Electron *ele)
	wraps above
float	errEffSF (const Electron &ele, const NtSys::SusyNtSys sys)
	Error on the efficiency for the requested systematic.
float	errEffSF (const Electron *ele, const NtSys::SusyNtSys sys)
	wraps above
Static Public Member Functions
static ElectronSelector *	build (const AnalysisType &a, bool verbose)
Protected Attributes
ElectronId	m_signalId
	electron quality requirement (selected from eleID enum)
Isolation	m_signalIsolation
	electron isolation qualiy for signal electrons (c.f. SusyNtuple/Isolation.h)
bool	m_verbose

Detailed Description

A class to select electrons.

Analysis-dependent criteria should be implemented in your analysis-specific class inheriting from ElectronSelector.

The analysis-specific selector should be instantiated with ElectronsSelector::build().

For details on the design and implementation of this class, see the documentation for JetSelector.

Member Function Documentation

float Susy::ElectronSelector::effSF ( const Electron & ele )

Get the input electron "ele"'s nominal efficicncy SF

bool Susy::ElectronSelector::isBaseline ( const Electron * el ) [virtual]

whether el passes the baseline criteria

Usually ID + pt + eta + d0sig

bool Susy::ElectronSelector::isSignal ( const Electron * el ) [virtual]

whether el passes the signal criteria

Usually baseline + impact parameter + isolation.

ElectronSelector& Susy::ElectronSelector::setSignalId ( const ElectronId & v ) [inline]

set signal isolation

Note: the value you set here should match whatever you have in _your_ (overriding) implementation of isSignalElectron()

ElectronSelector& Susy::ElectronSelector::setSignalIsolation ( const Isolation & v ) [inline]

set signal isolation

Note: the value you set here should match whatever you have in _your_ (overriding) implementation of isSignalElectron()

Isolation Susy::ElectronSelector::signalIsolation ( ) const [inline]

Retrieve the isolation requirement for signal electrons.

This is helpful for other tools that need to know how the electrons are defined.

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