a class to store TRGGRL TSIM info More...

#include <TRGGRLInfo.h>

Inheritance diagram for TRGGRLInfo:

Collaboration diagram for TRGGRLInfo:

Public Member Functions
	TRGGRLInfo ()
	Constructor.

int	getN2Dfindertrk () const
	get the number of 2D tracks

int	getN2Dfittertrk () const
	get the number of 2D fitter tracks

int	getN3Dfittertrk () const
	get the number of 3D charged tracks

int	getN3DfittertrkZ10 () const
	get the number of 3D charged tracks

int	getN3DfittertrkZ25 () const
	get the number of 3D charged tracks

int	getN3DfittertrkZ35 () const
	get the number of 3D charged tracks

int	getNNNtrk () const
	get the number of NN charged tracks

int	getNNNtrkZ20 () const
	get the number of NN charged tracks Z0<20cm

int	getNNNtrkZ40 () const
	get the number of NN charged tracks Z0<40cm

int	getNNNtrkSTT () const
	get the number of NN STT Z0<15cm, P>0.7GeV

int	getN2Dmatchtrk () const
	get the number of 2D matched tracks

int	getN3Dmatchtrk () const
	get the number of 3D matched tracks

int	getNcluster () const
	get the number of 3D NN tracks More...

int	getNhig300cluster () const
	get the number of eclclusters >300MeV

int	getNhigh1GeVcluster () const
	get the number of eclcluster >1GeV, exclude TCID 1,2,17

int	getNhigh1GeVcluster415 () const
	get the number of eclcluster >1GeV, exclude TCID 1,2,17

int	getNhigh1GeVcluster2316 () const
	get the number of eclcluster >1GeV, exclude TCID 1,2,17

int	getNhigh1GeVcluster117 () const
	get the number of eclcluster >1GeV, exclude TCID 1,2,17

int	getNhigh2GeVcluster () const
	get the number of eclcluster >1GeV, exclude TCID 1,2,17

int	getNhigh2GeVcluster414 () const
	get the number of eclcluster >1GeV, exclude TCID 1,2,17

int	getNhigh2GeVcluster231516 () const
	get the number of eclcluster >1GeV, exclude TCID 1,2,17

int	getNhigh2GeVcluster117 () const
	get the number of eclcluster >1GeV, exclude TCID 1,2,17

int	getNneucluster () const
	get the number of eclclusters without associated tracks

int	getNklmtrk () const
	get the number of klm tracks

int	getNklmhit () const
	get the number of klm hits

int	getBhabhaVeto () const
	get two track bhabha logic

int	geteclBhabhaVeto () const
	get eclbhabha

int	getPhiPairHigh () const
	get PhiPairHigh

int	getPhiPairLow () const
	get PhiPairLow

int	get3DPair () const
	3D pair

int	getNSameHem1Trk () const
	NSameHem1Trk.

int	getNOppHem1Trk () const
	NOppHem1Trk.

int	getTrk_b2b_1to3 () const
	get Trk_b2b_1to3

int	getTrk_b2b_1to5 () const
	get Trk_b2b_1to5

int	getTrk_b2b_1to7 () const
	get Trk_b2b_1to7

int	getTrk_b2b_1to9 () const
	get Trk_b2b_1to9

int	getTrk_open90 () const
	get Trk_open90

int	getTrk_open30 () const
	get Trk_open30

int	getcluster_b2b_1to3 () const
	get cluster_b2b_1to3

int	getcluster_b2b_1to5 () const
	get cluster_b2b_1to5

int	getcluster_b2b_1to7 () const
	get cluster_b2b_1to7

int	getcluster_b2b_1to9 () const
	get cluster_b2b_1to9

int	getTrkcluster_b2b_1to3 () const
	get Trkcluster_b2b_1to3

int	getTrkcluster_b2b_1to5 () const
	get Trkcluster_b2b_1to5

int	getTrkcluster_b2b_1to7 () const
	get Trkcluster_b2b_1to7

int	getTrkcluster_b2b_1to9 () const
	get Trkcluster_b2b_1to9

int	geteed () const
	get eed: two matched & cluster b2b

int	getfed () const
	get fed: one track & one matched & cluster b2b

int	getfp () const
	get fp: one track & track-cluster b2b

int	geteeb () const
	get eeb: two matched & track b2b

int	getfep () const
	get fep: one track & one matched & track-cluster b2b

int	getNshorttrk () const
	get the number of short tracks

int	getNshorttrk_fwd () const
	get the number of fwd short tracks

int	getNshorttrk_bwd () const
	get the number of bwd short tracks

int	gets2s3 () const
	get s2s3: short-to-short b2b, 10 to 30 degress

int	gets2s5 () const
	get s2s5: short-to-short b2b, 10 to 50 degress

int	gets2so () const
	get s2so: short-to-short opening angle > 90 degrees

int	gets2s30 () const
	get s2s30: short-to-short opening angle > 30 degrees

int	gets2f3 () const
	get s2f3: short-to-full b2b, 10 to 30 degress

int	gets2f5 () const
	get s2f5: short-to-full b2b, 10 to 50 degress

int	gets2fo () const
	get s2fo: short-to-full opening angle > 90 degrees

int	gets2f30 () const
	get s2f30: short-to-full opening angle > 30 degrees

int	getbwdsb () const
	get bwdsb: short track matched to bhabha cluster in bwd endcap

int	getbwdnb () const
	get bwdnb: neutral bhabha cluster in bwd endcap

int	getfwdsb () const
	get fwdsb: short track matched to bhabha cluster in fwd endcap

int	getfwdnb () const
	get fwdnb: neutral bhabha cluster in fwd endcap

int	getbrlfb () const
	get brlfb: full track matched to bhabha cluster in barrel

int	getbrlnb () const
	get brlnb: neutral bhabha cluster in barrel

int	getNsecl () const
	get the number of ecl matched short tracks

int	getNsecl_fwd () const
	get the number of ecl matched fwd short tracks

int	getNsecl_bwd () const
	get the number of ecl matched bwd short tracks

int	getNsklm () const
	get the number of klm matched short tracks

int	getNsklm_fwd () const
	get the number of klm matched fwd short tracks

int	getNsklm_bwd () const
	get the number of klm matched bwd short tracks

int	getNinnertrk () const
	get the number of inner tracks

int	geti2fo () const
	get i2fo: inner-to-full opening angle > 90 degrees

int	geti2io () const
	get i2io: inner-to-inner opening angle > 90 degrees

int	getNiecl () const
	get the number of ecl matched inner tracks

int	getNiklm () const
	get the number of klm matched inner tracks

int	getNeecleklm () const
	get the number of klm matched ecl clusters at the endcap

bool	getInputBits (int i) const
	get GDL input bit

bool	getTauNN () const
	get the the tau neuro net result

void	setN2Dfindertrk (int N2Dfindertrk)
	set the number of 2D tracks

void	setN2Dfittertrk (int N2Dfittertrk)
	set the number of 2D fitter tracks

void	setN3Dfittertrk (int N3Dfittertrk)
	set the number of 3D charged tracks

void	setN3DfittertrkZ10 (int N3DfittertrkZ10)
	set the number of 3D charged tracks

void	setN3DfittertrkZ25 (int N3DfittertrkZ25)
	set the number of 3D charged tracks

void	setN3DfittertrkZ35 (int N3DfittertrkZ35)
	set the number of 3D charged tracks

void	setNNNtrk (int NNNtrk)
	set the number of NN charged tracks

void	setNNNtrkZ20 (int NNNtrkZ20)
	get the number of NN charged tracks Z0<20cm

void	setNNNtrkZ40 (int NNNtrkZ40)
	get the number of NN charged tracks Z0<40cm

void	setNNNtrkSTT (int NNNtrkSTT)
	get the number of NN charged STT Z0<15sm, P>0.7GeV

void	setN2Dmatchtrk (int N2Dmatchtrk)
	set the number of 2D matched tracks

void	setN3Dmatchtrk (int N3Dmatchtrk)
	set the number of 3D matched tracks

void	setNcluster (int Ncluster)
	set the number of clusters

void	setNhigh300cluster (int N300clusterh)
	set the number of cluster >300 MeV

void	setNhigh1GeVcluster (int Nhigh1GeVcluster)
	set the number of cluster >1 GeV exclude TCID 1,2,17

void	setNhigh1GeVcluster415 (int Nhigh1GeVcluster415)
	set the number of cluster >1 GeV exclude TCID 1,2,17

void	setNhigh1GeVcluster2316 (int Nhigh1GeVcluster2316)
	set the number of cluster >1 GeV exclude TCID 1,2,17

void	setNhigh1GeVcluster117 (int Nhigh1GeVcluster117)
	set the number of cluster >1 GeV exclude TCID 1,2,17

void	setNhigh2GeVcluster (int Nhigh2GeVcluster)
	set the number of cluster >1 GeV exclude TCID 1,2,17

void	setNhigh2GeVcluster414 (int Nhigh2GeVcluster414)
	set the number of cluster >1 GeV exclude TCID 1,2,17

void	setNhigh2GeVcluster231516 (int Nhigh2GeVcluster231516)
	set the number of cluster >1 GeV exclude TCID 1,2,17

void	setNhigh2GeVcluster117 (int Nhigh2GeVcluster117)
	set the number of cluster >1 GeV exclude TCID 1,2,17

void	setNneucluster (int Nneucluster)
	set the number of cluster w/o associated tracks

void	setNklmtrk (int Nklm_track)
	set the number of klm tracks

void	setNklmhit (int Nklm_hit)
	set the number of klm hits

void	setBhabhaVeto (int bha)
	set the value of bhabha

void	seteclBhabhaVeto (int eclbha)
	set the value of sbhabha

void	setPairHigh (int PhiPairHigh)
	set PairHigh

void	setPairLow (int PhiPairLow)
	set PairLow

void	set3DPair (int n3DPair)
	set 3DPair

void	setNSameHem1Trk (int SameHem1Trk)
	set NSameHem1Trk

void	setNOppHem1Trk (int OppHem1Trk)
	set NOppHem1Trk

void	setTrk_b2b_1to3 (int Trk_b2b_1to3)
	set the value of Trk_b2b_1to3

void	setTrk_b2b_1to5 (int Trk_b2b_1to5)
	set the value of Trk_b2b_1to5

void	setTrk_b2b_1to7 (int Trk_b2b_1to7)
	set the value of Trk_b2b_1to7

void	setTrk_b2b_1to9 (int Trk_b2b_1to9)
	set the value of Trk_b2b_1to9

void	setTrk_open90 (int Trk_open90)
	set the value of Trk_open90

void	setTrk_open30 (int Trk_open30)
	set the value of Trk_open30

void	setcluster_b2b_1to3 (int cluster_b2b_1to3)
	set the value of cluster_b2b_1to3

void	setcluster_b2b_1to5 (int cluster_b2b_1to5)
	set the value of cluster_b2b_1to5

void	setcluster_b2b_1to7 (int cluster_b2b_1to7)
	set the value of cluster_b2b_1to7

void	setcluster_b2b_1to9 (int cluster_b2b_1to9)
	set the value of cluster_b2b_1to9

void	setTrkcluster_b2b_1to3 (int Trkcluster_b2b_1to3)
	set the value of Trkcluster_b2b_1to3

void	setTrkcluster_b2b_1to5 (int Trkcluster_b2b_1to5)
	set the value of Trkcluster_b2b_1to5

void	setTrkcluster_b2b_1to7 (int Trkcluster_b2b_1to7)
	set the value of Trkcluster_b2b_1to7

void	setTrkcluster_b2b_1to9 (int Trkcluster_b2b_1to9)
	set the value of Trkcluster_b2b_1to9

void	seteed (int eed)
	set eed: two matched & cluster b2b

void	setfed (int fed)
	set fed: one track & one matched & cluster b2b

void	setfp (int fp)
	set fp: one track & track-cluster b2b

void	seteeb (int eeb)
	set eeb: two matched & track b2b

void	setfep (int fep)
	set fep: one track & one matched & track-cluster b2b

void	setNshorttrk (int Nshorttrk)
	set the number of short tracks

void	setNshorttrk_fwd (int Nshorttrk_fwd)
	set the number of fwd short tracks

void	setNshorttrk_bwd (int Nshorttrk_bwd)
	set the number of bwd short tracks

void	sets2s3 (int s2s3)
	set s2s3: short-to-short b2b, 10 to 30 degress

void	sets2s5 (int s2s5)
	set s2s5: short-to-short b2b, 10 to 50 degress

void	sets2so (int s2so)
	set s2so: short-to-short opening angle > 90 degrees

void	sets2s30 (int s2s30)
	set s2s30: short-to-short opening angle > 30 degrees

void	sets2f3 (int s2f3)
	set s2f3: short-to-full b2b, 10 to 30 degress

void	sets2f5 (int s2f5)
	set s2f5: short-to-full b2b, 10 to 50 degress

void	sets2fo (int s2fo)
	set s2fo: short-to-full opening angle > 90 degrees

void	sets2f30 (int s2f30)
	set s2f30: short-to-full opening angle > 30 degrees

void	setbwdsb (int bwdsb)
	set bwdsb: short track matched to bhabha cluster in bwd endcap

void	setbwdnb (int bwdnb)
	set bwdnb: neutral bhabha cluster in bwd endcap

void	setfwdsb (int fwdsb)
	set fwdsb: short track matched to bhabha cluster in fwd endcap

void	setfwdnb (int fwdnb)
	set fwdnb: neutral bhabha cluster in fwd endcap

void	setbrlfb (int brlfb)
	set brlfb: full track matched to bhabha cluster in barrel

void	setbrlnb (int brlnb)
	set brlnb: neutral bhabha cluster in barrel

void	setNsecl (int Nsecl)
	set the number of ecl matched short tracks

void	setNsecl_fwd (int Nsecl_fwd)
	set the number of ecl matched fwd short tracks

void	setNsecl_bwd (int Nsecl_bwd)
	set the number of ecl matched bwd short tracks

void	setNsklm (int Nsklm)
	set the number of klm matched short tracks

void	setNsklm_fwd (int Nsklm_fwd)
	set the number of klm matched fwd short tracks

void	setNsklm_bwd (int Nsklm_bwd)
	set the number of klm matched bwd short tracks

void	setNinnertrk (int Ninnertrk)
	set the number of inner tracks

void	seti2fo (int i2fo)
	set i2fo: inner-to-full opening angle > 90 degrees

void	seti2io (int i2io)
	set i2io: inner-to-inner opening angle > 90 degrees

void	setNiecl (int Niecl)
	set the number of ecl matched inner tracks

void	setNiklm (int Niklm)
	set the number of klm matched inner tracks

void	setNeecleklm (int Nieecleklm)
	set GDL input bit

void	setInputBits (int i, bool bit)
	set GDL input bit

void	setTauNN (bool istau)
	set tau neuro net result

Private Member Functions
	ClassDef (TRGGRLInfo, 7)
	! The Class title

Private Attributes
int	m_n_2dfinder_track
	#2D finder tracks

int	m_n_2dfitter_track
	#2D fitter tracks

int	m_n_3dfitter_track
	#3D fitter tracks

int	m_n_3dfitter_track_Z10
	#3D fitter tracks

int	m_n_3dfitter_track_Z25
	#3D fitter tracks

int	m_n_3dfitter_track_Z35
	#3D fitter tracks

int	m_n_NN_track
	#NN tracks

int	m_n_NN_track_Z20
	#NN tracks Z0<20cm

int	m_n_NN_track_Z40
	#NN tracks Z0<40cm

int	m_n_NN_track_STT
	#NN tracks Z0<15cm,P>0.7GeV

int	m_n_2dmatch_track
	#2D matched finder tracks

int	m_n_3dmatch_track
	#3D matched NN tracks

int	m_n_cluster
	#3D NN tracks More...

int	m_n_neutral_cluster

int	m_n_high_300_cluster

int	m_n_high_1000_cluster

int	m_n_high_1000_cluster415

int	m_n_high_1000_cluster2316

int	m_n_high_1000_cluster117

int	m_n_high_2000_cluster

int	m_n_high_2000_cluster414

int	m_n_high_2000_cluster231516

int	m_n_high_2000_cluster117

int	m_n_high_2000_endcap_cluster

int	m_nbbc

int	m_nbbtc

int	m_n_klm_track

int	m_n_klm_hit

int	m_bhabhaveto
	two track Bhabha veto, bahbah:1, non-bhabha:0

int	m_eclbhabhaveto
	ecl Bhabha veto (only ecl information is used), eclbahbah:1, non-eclbhabha:0

int	m_n_PhiPairHigh
	number of PhiPairHigh

int	m_n_PhiPairLow
	number of PhiPairLow

int	m_n_3DPair
	number of 3DPair

int	m_n_SameHem1Trk
	number of SameHem+1Trk

int	m_n_OppHem1Trk
	number of OppHem+1Trk

int	m_Trk_b2b_1to3
	Trk_b2b_1to3.

int	m_Trk_b2b_1to5
	Trk_b2b_1to5.

int	m_Trk_b2b_1to7
	Trk_b2b_1to7.

int	m_Trk_b2b_1to9
	Trk_b2b_1to9.

int	m_Trk_open90
	Trk_open90.

int	m_Trk_open30
	Trk_open30.

int	m_cluster_b2b_1to3
	cluster_b2b_1to3

int	m_cluster_b2b_1to5
	cluster_b2b_1to5

int	m_cluster_b2b_1to7
	cluster_b2b_1to7

int	m_cluster_b2b_1to9
	cluster_b2b_1to9

int	m_Trkcluster_b2b_1to3
	Trkcluster_b2b_1to3.

int	m_Trkcluster_b2b_1to5
	Trkcluster_b2b_1to5.

int	m_Trkcluster_b2b_1to7
	Trkcluster_b2b_1to7.

int	m_Trkcluster_b2b_1to9
	Trkcluster_b2b_1to9.

int	m_eed
	eed: two matched & cluster b2b

int	m_fed
	fed: one track & one matched & cluster b2b

int	m_fp
	fp: one track & track-cluster b2b

int	m_eeb
	eeb: two matched & track b2b

int	m_fep
	fep: one track & one matched & track-cluster b2b

int	m_n_st
	the number of short tracks

int	m_n_st_fwd
	the number of fwd short tracks

int	m_n_st_bwd
	the number of bwd short tracks

int	m_s2s3
	s2s3: short-to-short b2b, 10 to 30 degress

int	m_s2s5
	s2s5: short-to-short b2b, 10 to 50 degress

int	m_s2so
	s2so: short-to-short opening angle > 90 degrees

int	m_s2s30
	s2s30: short-to-short opening angle > 30 degrees

int	m_s2f3
	s2f3: short-to-full b2b, 10 to 30 degress

int	m_s2f5
	s2f5: short-to-full b2b, 10 to 50 degress

int	m_s2fo
	s2fo: short-to-full opening angle > 90 degrees

int	m_s2f30
	s2f30: short-to-full opening angle > 30 degrees

int	m_bwdsb
	bwdsb: short track matched to bhabha cluster in bwd endcap

int	m_bwdnb
	bwdnb: neutral bhabha cluster in bwd endcap

int	m_fwdsb
	fwdsb: short track matched to bhabha cluster in fwd endcap

int	m_fwdnb
	fwdnb: neutral bhabha cluster in fwd endcap

int	m_brlfb
	brlfb: full track matched to bhabha cluster in barrel

int	m_brlnb
	brlnb: neutral bhabha cluster in barrel

int	m_n_secl
	the number of ecl matched short tracks

int	m_n_secl_fwd
	the number of ecl matched fwd short tracks

int	m_n_secl_bwd
	the number of ecl matched bwd short tracks

int	m_n_sklm
	the number of klm matched short tracks

int	m_n_sklm_fwd
	the number of klm matched fwd short tracks

int	m_n_sklm_bwd
	the number of klm matched bwd short tracks

int	m_n_it
	the number of inner tracks

int	m_i2fo
	i2fo: inner-to-full opening angle > 90 degrees

int	m_i2io
	i2io: inner-to-inner opening angle > 90 degrees

int	m_n_iecl
	the number of ecl matched inner tracks

int	m_n_iklm
	the number of klm matched inner tracks

int	m_n_eecleklm
	the number of klm matched ecl clusters at endcap

std::vector< bool >	m_InputBits = std::vector<bool>(320, false)
	GDL input bits.

bool	m_tauNeuro
	if the events satisfied tau neuro net selection

Detailed Description

a class to store TRGGRL TSIM info

Definition at line 19 of file TRGGRLInfo.h.

Member Function Documentation

◆ getNcluster()

int getNcluster ( ) const

inline

get the number of 3D NN tracks

get the number of eclcluster

Definition at line 139 of file TRGGRLInfo.h.

139 {return m_n_cluster;}

Belle2::TRGGRLInfo::m_n_cluster

int m_n_cluster

#3D NN tracks

Definition: TRGGRLInfo.h:472

Member Data Documentation

◆ m_n_cluster

int m_n_cluster

private

#3D NN tracks

ecl clusers (default energy threshold ~100Mev)

Definition at line 472 of file TRGGRLInfo.h.

◆ m_n_high_1000_cluster

int m_n_high_1000_cluster

private

ecl clusers with energy threshold 1GeV, TC ID 1,2,17 is exlcuded for dedicated single photon trigger

Definition at line 478 of file TRGGRLInfo.h.

◆ m_n_high_1000_cluster117

int m_n_high_1000_cluster117

private

ecl clusers with energy threshold 1GeV

Definition at line 484 of file TRGGRLInfo.h.

◆ m_n_high_1000_cluster2316

int m_n_high_1000_cluster2316

private

ecl clusers with energy threshold 1GeV

Definition at line 482 of file TRGGRLInfo.h.

◆ m_n_high_1000_cluster415

int m_n_high_1000_cluster415

private

ecl clusers with energy threshold 1GeV

Definition at line 480 of file TRGGRLInfo.h.

◆ m_n_high_2000_cluster

int m_n_high_2000_cluster

private

ecl clusers with energy threshold 2GeV

Definition at line 486 of file TRGGRLInfo.h.

◆ m_n_high_2000_cluster117

int m_n_high_2000_cluster117

private

ecl clusers with energy threshold 2GeV

Definition at line 492 of file TRGGRLInfo.h.

◆ m_n_high_2000_cluster231516

int m_n_high_2000_cluster231516

private

ecl clusers with energy threshold 2GeV

Definition at line 490 of file TRGGRLInfo.h.

◆ m_n_high_2000_cluster414

int m_n_high_2000_cluster414

private

ecl clusers with energy threshold 2GeV

Definition at line 488 of file TRGGRLInfo.h.

◆ m_n_high_2000_endcap_cluster

int m_n_high_2000_endcap_cluster

private

ecl clusers with energy threshold 2GeV in TC ID 1 and 17

Definition at line 494 of file TRGGRLInfo.h.

◆ m_n_high_300_cluster

int m_n_high_300_cluster

private

ecl clusers with energy threshold 300Mev

Definition at line 476 of file TRGGRLInfo.h.

◆ m_n_klm_hit

int m_n_klm_hit

private

klm hit

Definition at line 502 of file TRGGRLInfo.h.

◆ m_n_klm_track

int m_n_klm_track

private

klm track

Definition at line 500 of file TRGGRLInfo.h.

◆ m_n_neutral_cluster

int m_n_neutral_cluster

private

ecl clusers without associated track

Definition at line 474 of file TRGGRLInfo.h.

◆ m_nbbc

int m_nbbc

private

back to back ecl cluser pairs

Definition at line 496 of file TRGGRLInfo.h.

◆ m_nbbtc

int m_nbbtc

private

back to back cdc track and ecl clsuter

Definition at line 498 of file TRGGRLInfo.h.

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

trg/grl/dataobjects/include/TRGGRLInfo.h

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Member Function Documentation

◆ getNcluster()

Member Data Documentation

◆ m_n_cluster

ecl clusers (default energy threshold ~100Mev)

◆ m_n_high_1000_cluster

ecl clusers with energy threshold 1GeV, TC ID 1,2,17 is exlcuded for dedicated single photon trigger

◆ m_n_high_1000_cluster117

ecl clusers with energy threshold 1GeV

◆ m_n_high_1000_cluster2316

ecl clusers with energy threshold 1GeV

◆ m_n_high_1000_cluster415

ecl clusers with energy threshold 1GeV

◆ m_n_high_2000_cluster

ecl clusers with energy threshold 2GeV

◆ m_n_high_2000_cluster117

ecl clusers with energy threshold 2GeV

◆ m_n_high_2000_cluster231516

ecl clusers with energy threshold 2GeV

◆ m_n_high_2000_cluster414

ecl clusers with energy threshold 2GeV

◆ m_n_high_2000_endcap_cluster

ecl clusers with energy threshold 2GeV in TC ID 1 and 17

◆ m_n_high_300_cluster

ecl clusers with energy threshold 300Mev

◆ m_n_klm_hit

klm hit

◆ m_n_klm_track

klm track

◆ m_n_neutral_cluster

ecl clusers without associated track

◆ m_nbbc

back to back ecl cluser pairs

◆ m_nbbtc

back to back cdc track and ecl clsuter