=== CLICPfoSelector Processor ===
Processor to select good pfos based on timing More...

#include <CLICPfoSelector.h>

Inheritance diagram for CLICPfoSelector:

Public Member Functions
virtual Processor *	newProcessor ()

	CLICPfoSelector ()

virtual void	init ()

virtual void	processRunHeader (LCRunHeader *run)

virtual void	processEvent (LCEvent *evt)

virtual void	check (LCEvent *evt)

virtual void	end ()

Protected Member Functions
void	CleanUp ()

Protected Attributes
int	_nRun = -1

int	_nEvt = -1

float	_bField = 0.0

std::string	m_inputPfoCollection {}
	Input PFO collection name. More...

std::string	m_selectedPfoCollection {}
	Output PFO collection name. More...

int	m_monitoring = 0
	Whether to display monitoring information. More...

int	m_displaySelectedPfos = 0
	Whether to display monitoring information concerning selected pfos. More...

int	m_displayRejectedPfos = 0
	Whether to display monitoring information concerning rejected pfos. More...

float	m_monitoringPfoEnergyToDisplay = 1.0
	Minimum pfo energy in order to display monitoring information. More...

int	m_correctHitTimesForTimeOfFlight = 0
	Correct hit times for straight line time of flight. More...

int	m_checkProtonCorrection = 0
	Check proton hypothesis. More...

int	m_checkKaonCorrection = 0
	Check charged hypothesis. More...

int	m_keepKShorts = 1
	Keep kshorts. More...

int	m_useNeutronTiming = 0
	Attempt to make a (dubious) neutron timing correction. More...

float	m_minimumEnergyForNeutronTiming = 1.0
	Minimum energy for attempted neutron timing correction. More...

float	m_farForwardCosTheta = 0.975
	Value of cos theta identifying the detector forward region. More...

float	m_ptCutForTightTiming = 0.75
	The pt value below which tight timing cuts are used. More...

float	m_photonPtCut = 0.0
	The basic pt cut for a photon pfo. More...

float	m_photonPtCutForLooseTiming = 4.0
	The photon pt value below which tight timing cuts are used. More...

float	m_photonLooseTimingCut = 2.0
	The photon loose high timing cut. More...

float	m_photonTightTimingCut = 1.0
	The photon tight high timing cut. More...

float	m_chargedPfoPtCut = 0.0
	The basic pt cut for a charged hadron pfo. More...

float	m_chargedPfoPtCutForLooseTiming = 4.0
	The charged hadron pt value below which tight timing cuts are used. More...

float	m_chargedPfoLooseTimingCut = 3.0
	The charged hadron loose high timing cut. More...

float	m_chargedPfoTightTimingCut = 1.5
	The charged hadron tight high timing cut. More...

float	m_chargedPfoNegativeLooseTimingCut = -1.0
	The charged hadron loose low timing cut. More...

float	m_chargedPfoNegativeTightTimingCut = -0.5
	The charged hadron tight low timing cut. More...

float	m_neutralHadronPtCut = 0.0
	The basic pt cut for a neutral hadron pfo. More...

float	m_neutralHadronPtCutForLooseTiming = 8.0
	The neutral hadron pt value below which tight timing cuts are used. More...

float	m_neutralHadronLooseTimingCut = 2.5
	The neutral hadron loose high timing cut. More...

float	m_neutralHadronTightTimingCut = 1.5
	The neutral hadron tight high timing cut. More...

float	m_neutralFarForwardLooseTimingCut = 2.0
	The neutral hadron loose high timing cut for the forward region. More...

float	m_neutralFarForwardTightTimingCut = 1.0
	The neutral hadron tight high timing cut for the forward region. More...

float	m_photonFarForwardLooseTimingCut = 2.0
	The photon loose high timing cut for the forward region. More...

float	m_photonFarForwardTightTimingCut = 1.0
	The photon tight high timing cut for the forward region. More...

float	m_hCalBarrelLooseTimingCut = 20.0
	The loose timing cut for hits predominantly in hcal barrel. More...

float	m_hCalBarrelTightTimingCut = 10.0
	The tight timing cut for hits predominantly in hcal barrel. More...

float	m_hCalEndCapTimingFactor = 1.0
	Factor by which high timing cut is multiplied for hcal barrel hits. More...

float	m_neutralHadronBarrelPtCutForLooseTiming
	pt above which loose timing cuts are applied to neutral hadrons in barrel More...

int	m_minECalHitsForTiming = 5
	Minimum ecal hits in order to use ecal timing info. More...

int	m_minHCalEndCapHitsForTiming = 5
	Minimum hcal endcap hits in order to use hcal endcap timing info. More...

int	m_useClusterLessPfos = 1
	Whether to accept any cluster-less pfos. More...

float	m_minMomentumForClusterLessPfos = 0.5
	Minimum momentum for a cluster-less pfo. More...

float	m_maxMomentumForClusterLessPfos = 2.0
	Minimum momentum for a cluster-less pfo. More...

float	m_minPtForClusterLessPfos = 0.5
	Minimum pT for a cluster-less pfo. More...

float	m_clusterLessPfoTrackTimeCut = 10.0
	Maximum arrival time at Ecal for cluster-less pfo. More...

float	m_forwardCosThetaForHighEnergyNeutralHadrons
	Forward region of HCAL where timing cuts will be applied to all neutral hadrons. More...

float	m_forwardHighEnergyNeutralHadronsEnergy
	Energy cut for specific HCAL timing requirements cuts for neutral hadrons. More...

Detailed Description

=== CLICPfoSelector Processor ===
Processor to select good pfos based on timing

Definition at line 22 of file CLICPfoSelector.h.

Constructor & Destructor Documentation

CLICPfoSelector::CLICPfoSelector ( )

Definition at line 26 of file CLICPfoSelector.cc.

Member Function Documentation

void CLICPfoSelector::check ( LCEvent * evt )

virtual

Definition at line 446 of file CLICPfoSelector.cc.

void CLICPfoSelector::CleanUp ( )

protected

Definition at line 444 of file CLICPfoSelector.cc.

void CLICPfoSelector::end ( )

virtual

Definition at line 448 of file CLICPfoSelector.cc.

void CLICPfoSelector::init ( )

virtual

Definition at line 148 of file CLICPfoSelector.cc.

virtual Processor* CLICPfoSelector::newProcessor ( )

inlinevirtual

Definition at line 24 of file CLICPfoSelector.h.

void CLICPfoSelector::processEvent ( LCEvent * evt )

virtual

Definition at line 163 of file CLICPfoSelector.cc.

void CLICPfoSelector::processRunHeader ( LCRunHeader * run )

virtual

Definition at line 156 of file CLICPfoSelector.cc.

Member Data Documentation

float CLICPfoSelector::_bField = 0.0

protected

Definition at line 38 of file CLICPfoSelector.h.

int CLICPfoSelector::_nEvt = -1

protected

Definition at line 36 of file CLICPfoSelector.h.

int CLICPfoSelector::_nRun = -1

protected

Definition at line 35 of file CLICPfoSelector.h.

float CLICPfoSelector::m_chargedPfoLooseTimingCut = 3.0

protected

The charged hadron loose high timing cut.

Definition at line 63 of file CLICPfoSelector.h.

float CLICPfoSelector::m_chargedPfoNegativeLooseTimingCut = -1.0

protected

The charged hadron loose low timing cut.

Definition at line 65 of file CLICPfoSelector.h.

float CLICPfoSelector::m_chargedPfoNegativeTightTimingCut = -0.5

protected

The charged hadron tight low timing cut.

Definition at line 66 of file CLICPfoSelector.h.

float CLICPfoSelector::m_chargedPfoPtCut = 0.0

protected

The basic pt cut for a charged hadron pfo.

Definition at line 61 of file CLICPfoSelector.h.

float CLICPfoSelector::m_chargedPfoPtCutForLooseTiming = 4.0

protected

The charged hadron pt value below which tight timing cuts are used.

Definition at line 62 of file CLICPfoSelector.h.

float CLICPfoSelector::m_chargedPfoTightTimingCut = 1.5

protected

The charged hadron tight high timing cut.

Definition at line 64 of file CLICPfoSelector.h.

int CLICPfoSelector::m_checkKaonCorrection = 0

protected

Check charged hypothesis.

Definition at line 48 of file CLICPfoSelector.h.

int CLICPfoSelector::m_checkProtonCorrection = 0

protected

Check proton hypothesis.

Definition at line 47 of file CLICPfoSelector.h.

float CLICPfoSelector::m_clusterLessPfoTrackTimeCut = 10.0

protected

Maximum arrival time at Ecal for cluster-less pfo.

Definition at line 90 of file CLICPfoSelector.h.

int CLICPfoSelector::m_correctHitTimesForTimeOfFlight = 0

protected

Correct hit times for straight line time of flight.

Definition at line 46 of file CLICPfoSelector.h.

int CLICPfoSelector::m_displayRejectedPfos = 0

protected

Whether to display monitoring information concerning rejected pfos.

Definition at line 44 of file CLICPfoSelector.h.

int CLICPfoSelector::m_displaySelectedPfos = 0

protected

Whether to display monitoring information concerning selected pfos.

Definition at line 43 of file CLICPfoSelector.h.

float CLICPfoSelector::m_farForwardCosTheta = 0.975

protected

Value of cos theta identifying the detector forward region.

Definition at line 53 of file CLICPfoSelector.h.

float CLICPfoSelector::m_forwardCosThetaForHighEnergyNeutralHadrons

protected

Initial value:

=

0.95

Forward region of HCAL where timing cuts will be applied to all neutral hadrons.

Definition at line 91 of file CLICPfoSelector.h.

float CLICPfoSelector::m_forwardHighEnergyNeutralHadronsEnergy

protected

Initial value:

=

10.0

Energy cut for specific HCAL timing requirements cuts for neutral hadrons.

Definition at line 93 of file CLICPfoSelector.h.

float CLICPfoSelector::m_hCalBarrelLooseTimingCut = 20.0

protected

The loose timing cut for hits predominantly in hcal barrel.

Definition at line 77 of file CLICPfoSelector.h.

float CLICPfoSelector::m_hCalBarrelTightTimingCut = 10.0

protected

The tight timing cut for hits predominantly in hcal barrel.

Definition at line 78 of file CLICPfoSelector.h.

float CLICPfoSelector::m_hCalEndCapTimingFactor = 1.0

protected

Factor by which high timing cut is multiplied for hcal barrel hits.

Definition at line 79 of file CLICPfoSelector.h.

std::string CLICPfoSelector::m_inputPfoCollection {}

protected

Input PFO collection name.

Definition at line 40 of file CLICPfoSelector.h.

int CLICPfoSelector::m_keepKShorts = 1

protected

Keep kshorts.

Definition at line 49 of file CLICPfoSelector.h.

float CLICPfoSelector::m_maxMomentumForClusterLessPfos = 2.0

protected

Minimum momentum for a cluster-less pfo.

Definition at line 88 of file CLICPfoSelector.h.

int CLICPfoSelector::m_minECalHitsForTiming = 5

protected

Minimum ecal hits in order to use ecal timing info.

Definition at line 83 of file CLICPfoSelector.h.

int CLICPfoSelector::m_minHCalEndCapHitsForTiming = 5

protected

Minimum hcal endcap hits in order to use hcal endcap timing info.

Definition at line 84 of file CLICPfoSelector.h.

float CLICPfoSelector::m_minimumEnergyForNeutronTiming = 1.0

protected

Minimum energy for attempted neutron timing correction.

Definition at line 51 of file CLICPfoSelector.h.

float CLICPfoSelector::m_minMomentumForClusterLessPfos = 0.5

protected

Minimum momentum for a cluster-less pfo.

Definition at line 87 of file CLICPfoSelector.h.

float CLICPfoSelector::m_minPtForClusterLessPfos = 0.5

protected

Minimum pT for a cluster-less pfo.

Definition at line 89 of file CLICPfoSelector.h.

int CLICPfoSelector::m_monitoring = 0

protected

Whether to display monitoring information.

Definition at line 42 of file CLICPfoSelector.h.

float CLICPfoSelector::m_monitoringPfoEnergyToDisplay = 1.0

protected

Minimum pfo energy in order to display monitoring information.

Definition at line 45 of file CLICPfoSelector.h.

float CLICPfoSelector::m_neutralFarForwardLooseTimingCut = 2.0

protected

The neutral hadron loose high timing cut for the forward region.

Definition at line 72 of file CLICPfoSelector.h.

float CLICPfoSelector::m_neutralFarForwardTightTimingCut = 1.0

protected

The neutral hadron tight high timing cut for the forward region.

Definition at line 73 of file CLICPfoSelector.h.

float CLICPfoSelector::m_neutralHadronBarrelPtCutForLooseTiming

protected

Initial value:

=

3.5

pt above which loose timing cuts are applied to neutral hadrons in barrel

Definition at line 80 of file CLICPfoSelector.h.

float CLICPfoSelector::m_neutralHadronLooseTimingCut = 2.5

protected

The neutral hadron loose high timing cut.

Definition at line 70 of file CLICPfoSelector.h.

float CLICPfoSelector::m_neutralHadronPtCut = 0.0

protected

The basic pt cut for a neutral hadron pfo.

Definition at line 68 of file CLICPfoSelector.h.

float CLICPfoSelector::m_neutralHadronPtCutForLooseTiming = 8.0

protected

The neutral hadron pt value below which tight timing cuts are used.

Definition at line 69 of file CLICPfoSelector.h.

float CLICPfoSelector::m_neutralHadronTightTimingCut = 1.5

protected

The neutral hadron tight high timing cut.

Definition at line 71 of file CLICPfoSelector.h.

float CLICPfoSelector::m_photonFarForwardLooseTimingCut = 2.0

protected

The photon loose high timing cut for the forward region.

Definition at line 74 of file CLICPfoSelector.h.

float CLICPfoSelector::m_photonFarForwardTightTimingCut = 1.0

protected

The photon tight high timing cut for the forward region.

Definition at line 75 of file CLICPfoSelector.h.

float CLICPfoSelector::m_photonLooseTimingCut = 2.0

protected

The photon loose high timing cut.

Definition at line 58 of file CLICPfoSelector.h.

float CLICPfoSelector::m_photonPtCut = 0.0

protected

The basic pt cut for a photon pfo.

Definition at line 56 of file CLICPfoSelector.h.

float CLICPfoSelector::m_photonPtCutForLooseTiming = 4.0

protected

The photon pt value below which tight timing cuts are used.

Definition at line 57 of file CLICPfoSelector.h.

float CLICPfoSelector::m_photonTightTimingCut = 1.0

protected

The photon tight high timing cut.

Definition at line 59 of file CLICPfoSelector.h.

float CLICPfoSelector::m_ptCutForTightTiming = 0.75

protected

The pt value below which tight timing cuts are used.

Definition at line 54 of file CLICPfoSelector.h.

std::string CLICPfoSelector::m_selectedPfoCollection {}

protected

Output PFO collection name.

Definition at line 41 of file CLICPfoSelector.h.

int CLICPfoSelector::m_useClusterLessPfos = 1

protected

Whether to accept any cluster-less pfos.

Definition at line 86 of file CLICPfoSelector.h.

int CLICPfoSelector::m_useNeutronTiming = 0

protected

Attempt to make a (dubious) neutron timing correction.

Definition at line 50 of file CLICPfoSelector.h.

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

/afs/desy.de/user/d/dudarboh/analysis/iLCSoft/MarlinReco/Analysis/CLICPfoSelector/include/CLICPfoSelector.h
/afs/desy.de/user/d/dudarboh/analysis/iLCSoft/MarlinReco/Analysis/CLICPfoSelector/src/CLICPfoSelector.cc

Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation