HbbAnalysis/python/ZbbSelector_ee_cff.py

import FWCore.ParameterSet.Config as cms
import copy

from UserCode.HbbAnalysis.HbbAnalyzer_cff import *
from UserCode.HbbAnalysis.electronSelection_cff import *
from UserCode.HbbAnalysis.ProducePairs_cff import *

selectDiElectronsStep0 = copy.deepcopy(selectDiElectrons)
selectDiElectronsStep0.src = "allLayer1ElectronsForTauAnalyses"

ZbbStep0_skim = copy.deepcopy(HbbAnalyzer)
ZbbStep0_skim.Electrons = "allLayer1ElectronsForTauAnalyses"
ZbbStep0_skim.Muons = "allLayer1MuonsForTauAnalyses"
ZbbStep0_skim.CaloTaus = "allLayer1CaloTausForTauAnalyses"
ZbbStep0_skim.PFTaus = "allLayer1PFTausForTauAnalyses"
ZbbStep0_skim.Jets = "allLayer1JetsForTauAnalyses"
ZbbStep0_skim.JPTJets = "allLayer1JPTJetsForTauAnalyses"
ZbbStep0_skim.PFJets = "allLayer1PFJetsForTauAnalyses"
ZbbStep0_skim.CALOMET = "allLayer1METsForTauAnalyses"
ZbbStep0_skim.TCMET = "allLayer1tcMETsForTauAnalyses"
ZbbStep0_skim.PFMET = "allLayer1pfMETsForTauAnalyses"
ZbbStep0_skim.EEPair = "eePairsForTauAnalyses"
ZbbStep0_skim.MuMuPair = "mmPairsForTauAnalyses"
ZbbStep0_skim.ETauPair = "etPairsForTauAnalyses"
ZbbStep0_skim.MuTauPair = "mtPairsForTauAnalyses"
ZbbStep0_skim.Vertex = "offlinePrimaryVerticesWithBS"
ZbbStep0_skim.Trigger = "TriggerResults::HLT"
ZbbStep0_skim.HLTPaths = cms.vstring('HLT_DoubleEle10_Z','HLT_DoubleMu7_Z')


ZbbStep1_trig_ee = copy.deepcopy(ZbbStep0_skim)
ZbbStep1_trig_ee.CaloTaus = "selectedCleanCaloTaus"
ZbbStep1_trig_ee.PFTaus = "selectedCleanPFTaus"
ZbbStep1_trig_ee.DoMuons = False
ZbbStep1_trig_ee.DoTaus = False
ZbbStep1_trig_ee.DoLepTauPairs = False
ZbbStep1_trig_ee.DoJets = False
ZbbStep1_trig_ee.DoMETs = False

eePairsStep2 = copy.deepcopy(eePairsForTauAnalyses)
eePairsStep2.srcLeg1 = "selectedElectronsPt20"
eePairsStep2.srcLeg2 = "selectedElectronsPt20"

selectDiElectronsStep2 = copy.deepcopy(selectDiElectrons)
selectDiElectronsStep2.src = "selectedElectronsPt20"

ZbbStep2_eept20 = copy.deepcopy(ZbbStep1_trig_ee)
ZbbStep2_eept20.Electrons = "selectedElectronsPt20"
ZbbStep2_eept20.EEPair = "eePairsStep2"

selectedElectronsEtaFid.src = "selectedElectronsPt20"

eePairsStep3 = copy.deepcopy(eePairsStep2)
eePairsStep3.srcLeg1 = "selectedElectronsEtaFid"
eePairsStep3.srcLeg2 = "selectedElectronsEtaFid"

selectDiElectronsStep3 = copy.deepcopy(selectDiElectrons)
selectDiElectronsStep3.src = "selectedElectronsEtaFid"

ZbbStep3_etaFid_ee = copy.deepcopy(ZbbStep2_eept20)
ZbbStep3_etaFid_ee.Electrons = "selectedElectronsEtaFid"
ZbbStep3_etaFid_ee.EEPair = "eePairsStep3"

selectedElectronsRobust.src = "selectedElectronsEtaFid"

eePairsStep4 = copy.deepcopy(eePairsStep3)
eePairsStep4.srcLeg1 = "selectedElectronsRobust"
eePairsStep4.srcLeg2 = "selectedElectronsRobust"

selectDiElectronsStep4 = copy.deepcopy(selectDiElectrons)
selectDiElectronsStep4.src = "selectedElectronsRobust"

ZbbStep4_robust = copy.deepcopy(ZbbStep3_etaFid_ee)
ZbbStep4_robust.Electrons = "selectedElectronsRobust"
ZbbStep4_robust.EEPair = "eePairsStep4"
ZbbStep4_robust.DoJets = True
ZbbStep4_robust.DoMETs = True

selectedElectronsIso.src = "selectedElectronsRobust"

eePairsStep5 = copy.deepcopy(eePairsStep4)
eePairsStep5.srcLeg1 = "selectedElectronsIso"
eePairsStep5.srcLeg2 = "selectedElectronsIso"

selectDiElectronsStep5 = copy.deepcopy(selectDiElectrons)
selectDiElectronsStep5.src = "selectedElectronsIso"

ZbbStep5_iso_ee = copy.deepcopy(ZbbStep4_robust)
ZbbStep5_iso_ee.Electrons = "selectedElectronsIso"
ZbbStep5_iso_ee.EEPair = "eePairsStep5"


eeSelection = cms.Sequence( #selectDiElectronsStep0*
                            ZbbStep0_skim
                            *selectElectronTriggers
                            *ZbbStep1_trig_ee
                            *selectedElectronsPt20
                            *selectDiElectronsStep2
                            *eePairsStep2
                            *ZbbStep2_eept20
                            *selectedElectronsEtaFid
                            *selectDiElectronsStep3
                            *eePairsStep3
                            *ZbbStep3_etaFid_ee
                            *selectedElectronsRobust
                            *selectDiElectronsStep4
                            *eePairsStep4
                            *ZbbStep4_robust
                            *selectedElectronsIso
                            *selectDiElectronsStep5
                            *eePairsStep5
                            *ZbbStep5_iso_ee
                            )


from UserCode.HbbAnalysis.ZbbSelector_jet_cff import *

ZbbStep6_jetpt15_ee = copy.deepcopy(ZbbStep0_jetpt15)
ZbbStep6_jetpt15_ee.Electrons = "selectedElectronsIso"
ZbbStep6_jetpt15_ee.EEPair = "eePairsStep5"
ZbbStep6_jetpt15_ee.DoElectrons = False

ZbbStep7_jetEtaFid_ee = copy.deepcopy(ZbbStep1_jetEtaFid)
ZbbStep7_jetEtaFid_ee.Electrons = "selectedElectronsIso"
ZbbStep7_jetEtaFid_ee.EEPair = "eePairsStep5"

ZbbStep8_jetTCHP_ee = copy.deepcopy(ZbbStep2_jetTCHP)
ZbbStep8_jetTCHP_ee.Electrons = "selectedElectronsIso"
ZbbStep8_jetTCHP_ee.EEPair = "eePairsStep5"

ZbbStep8_jetTCHE_ee = copy.deepcopy(ZbbStep2_jetTCHE)
ZbbStep8_jetTCHE_ee.Electrons = "selectedElectronsIso"
ZbbStep8_jetTCHE_ee.EEPair = "eePairsStep5"

ZbbStep8_jetSSV_ee = copy.deepcopy(ZbbStep2_jetSSV)
ZbbStep8_jetSSV_ee.Electrons = "selectedElectronsIso"
ZbbStep8_jetSSV_ee.EEPair = "eePairsStep5"

ZbbStep8_jetCSV_ee = copy.deepcopy(ZbbStep2_jetCSV)
ZbbStep8_jetCSV_ee.Electrons = "selectedElectronsIso"
ZbbStep8_jetCSV_ee.EEPair = "eePairsStep5"

ZbbStep8_jetBProba_ee = copy.deepcopy(ZbbStep2_jetBProba)
ZbbStep8_jetBProba_ee.Electrons = "selectedElectronsIso"
ZbbStep8_jetBProba_ee.EEPair = "eePairsStep5"

ZbbStep8_jetSoftMu_ee = copy.deepcopy(ZbbStep2_jetSoftMu)
ZbbStep8_jetSoftMu_ee.Electrons = "selectedElectronsIso"
ZbbStep8_jetSoftMu_ee.EEPair = "eePairsStep5"

eeJetSelection = cms.Sequence( (selectedJetsPt15+selectedJPTJetsPt15+selectedPFJetsPt15)
                               *ZbbStep6_jetpt15_ee
                               *(selectedJetsEtaFid+selectedJPTJetsEtaFid+selectedPFJetsEtaFid)
                               *ZbbStep7_jetEtaFid_ee
                               *(  ( (selectedJetsTCHP+selectedJPTJetsTCHP+selectedPFJetsTCHP)
                                     *ZbbStep8_jetTCHP_ee )
                                   +((selectedJetsTCHE+selectedJPTJetsTCHE+selectedPFJetsTCHE)
                                     *ZbbStep8_jetTCHE_ee )
                                   +((selectedJetsSSV+selectedJPTJetsSSV+selectedPFJetsSSV)
                                     *ZbbStep8_jetSSV_ee )
                                   +((selectedJetsCSV+selectedJPTJetsCSV+selectedPFJetsCSV)
                                     *ZbbStep8_jetCSV_ee )
                                   +((selectedJetsBProba+selectedJPTJetsBProba+selectedPFJetsBProba)
                                     *ZbbStep8_jetBProba_ee )
                                   +((selectedJetsSoftMu+selectedJPTJetsSoftMu+selectedPFJetsSoftMu)
                                     *ZbbStep8_jetSoftMu_ee )
                                   )


                               )

from UserCode.HbbAnalysis.ZbbSelector_met_cff import *

ZbbStep9_met60_ee = copy.deepcopy(ZbbStep0_met60)
ZbbStep9_met60_ee.Electrons = "selectedElectronsIso"
ZbbStep9_met60_ee.EEPair = "eePairsStep5"
ZbbStep9_met60_ee.Jets = "selectedJetsCSV"
ZbbStep9_met60_ee.JPTJets = "selectedJPTJetsCSV"
ZbbStep9_met60_ee.PFJets = "selectedPFJetsCSV"
ZbbStep9_met60_ee.DoElectrons = True

eeMetSelection = cms.Sequence( (selectedMet60+selectedtcMet60+selectedpfMet60)
                               *ZbbStep9_met60_ee
                               )
Revision:	1.6
Committed:	Tue Jun 2 13:24:25 2009 UTC (15 years, 11 months ago) by amagnan
Content type:	text/x-python
Branch:	MAIN
Changes since 1.5:	+9 -0 lines
Log Message:	run histos only when needed
#	User	Rev	Content
1	amagnan	1.1	import FWCore.ParameterSet.Config as cms
2			import copy
3
4			from UserCode.HbbAnalysis.HbbAnalyzer_cff import *
5			from UserCode.HbbAnalysis.electronSelection_cff import *
6			from UserCode.HbbAnalysis.ProducePairs_cff import *
7
8			selectDiElectronsStep0 = copy.deepcopy(selectDiElectrons)
9			selectDiElectronsStep0.src = "allLayer1ElectronsForTauAnalyses"
10
11	amagnan	1.3	ZbbStep0_skim = copy.deepcopy(HbbAnalyzer)
12			ZbbStep0_skim.Electrons = "allLayer1ElectronsForTauAnalyses"
13			ZbbStep0_skim.Muons = "allLayer1MuonsForTauAnalyses"
14			ZbbStep0_skim.CaloTaus = "allLayer1CaloTausForTauAnalyses"
15			ZbbStep0_skim.PFTaus = "allLayer1PFTausForTauAnalyses"
16			ZbbStep0_skim.Jets = "allLayer1JetsForTauAnalyses"
17			ZbbStep0_skim.JPTJets = "allLayer1JPTJetsForTauAnalyses"
18			ZbbStep0_skim.PFJets = "allLayer1PFJetsForTauAnalyses"
19			ZbbStep0_skim.CALOMET = "allLayer1METsForTauAnalyses"
20			ZbbStep0_skim.TCMET = "allLayer1tcMETsForTauAnalyses"
21			ZbbStep0_skim.PFMET = "allLayer1pfMETsForTauAnalyses"
22			ZbbStep0_skim.EEPair = "eePairsForTauAnalyses"
23			ZbbStep0_skim.MuMuPair = "mmPairsForTauAnalyses"
24			ZbbStep0_skim.ETauPair = "etPairsForTauAnalyses"
25			ZbbStep0_skim.MuTauPair = "mtPairsForTauAnalyses"
26			ZbbStep0_skim.Vertex = "offlinePrimaryVerticesWithBS"
27			ZbbStep0_skim.Trigger = "TriggerResults::HLT"
28			ZbbStep0_skim.HLTPaths = cms.vstring('HLT_DoubleEle10_Z','HLT_DoubleMu7_Z')
29	amagnan	1.1
30
31	amagnan	1.3	ZbbStep1_trig_ee = copy.deepcopy(ZbbStep0_skim)
32	amagnan	1.5	ZbbStep1_trig_ee.CaloTaus = "selectedCleanCaloTaus"
33			ZbbStep1_trig_ee.PFTaus = "selectedCleanPFTaus"
34	amagnan	1.6	ZbbStep1_trig_ee.DoMuons = False
35			ZbbStep1_trig_ee.DoTaus = False
36			ZbbStep1_trig_ee.DoLepTauPairs = False
37			ZbbStep1_trig_ee.DoJets = False
38			ZbbStep1_trig_ee.DoMETs = False
39	amagnan	1.1
40			eePairsStep2 = copy.deepcopy(eePairsForTauAnalyses)
41			eePairsStep2.srcLeg1 = "selectedElectronsPt20"
42			eePairsStep2.srcLeg2 = "selectedElectronsPt20"
43
44			selectDiElectronsStep2 = copy.deepcopy(selectDiElectrons)
45			selectDiElectronsStep2.src = "selectedElectronsPt20"
46
47	amagnan	1.2	ZbbStep2_eept20 = copy.deepcopy(ZbbStep1_trig_ee)
48	amagnan	1.1	ZbbStep2_eept20.Electrons = "selectedElectronsPt20"
49			ZbbStep2_eept20.EEPair = "eePairsStep2"
50
51	amagnan	1.3	selectedElectronsEtaFid.src = "selectedElectronsPt20"
52
53	amagnan	1.1	eePairsStep3 = copy.deepcopy(eePairsStep2)
54			eePairsStep3.srcLeg1 = "selectedElectronsEtaFid"
55			eePairsStep3.srcLeg2 = "selectedElectronsEtaFid"
56
57			selectDiElectronsStep3 = copy.deepcopy(selectDiElectrons)
58			selectDiElectronsStep3.src = "selectedElectronsEtaFid"
59
60	amagnan	1.2	ZbbStep3_etaFid_ee = copy.deepcopy(ZbbStep2_eept20)
61			ZbbStep3_etaFid_ee.Electrons = "selectedElectronsEtaFid"
62			ZbbStep3_etaFid_ee.EEPair = "eePairsStep3"
63	amagnan	1.1
64	amagnan	1.3	selectedElectronsRobust.src = "selectedElectronsEtaFid"
65
66	amagnan	1.1	eePairsStep4 = copy.deepcopy(eePairsStep3)
67			eePairsStep4.srcLeg1 = "selectedElectronsRobust"
68			eePairsStep4.srcLeg2 = "selectedElectronsRobust"
69
70			selectDiElectronsStep4 = copy.deepcopy(selectDiElectrons)
71			selectDiElectronsStep4.src = "selectedElectronsRobust"
72
73	amagnan	1.2	ZbbStep4_robust = copy.deepcopy(ZbbStep3_etaFid_ee)
74	amagnan	1.1	ZbbStep4_robust.Electrons = "selectedElectronsRobust"
75			ZbbStep4_robust.EEPair = "eePairsStep4"
76	amagnan	1.6	ZbbStep4_robust.DoJets = True
77			ZbbStep4_robust.DoMETs = True
78	amagnan	1.1
79	amagnan	1.3	selectedElectronsIso.src = "selectedElectronsRobust"
80
81			eePairsStep5 = copy.deepcopy(eePairsStep4)
82			eePairsStep5.srcLeg1 = "selectedElectronsIso"
83			eePairsStep5.srcLeg2 = "selectedElectronsIso"
84
85			selectDiElectronsStep5 = copy.deepcopy(selectDiElectrons)
86			selectDiElectronsStep5.src = "selectedElectronsIso"
87
88			ZbbStep5_iso_ee = copy.deepcopy(ZbbStep4_robust)
89			ZbbStep5_iso_ee.Electrons = "selectedElectronsIso"
90			ZbbStep5_iso_ee.EEPair = "eePairsStep5"
91
92
93	amagnan	1.2	eeSelection = cms.Sequence( #selectDiElectronsStep0*
94	amagnan	1.3	ZbbStep0_skim
95	amagnan	1.1	*selectElectronTriggers
96	amagnan	1.2	*ZbbStep1_trig_ee
97	amagnan	1.1	*selectedElectronsPt20
98			*selectDiElectronsStep2
99			*eePairsStep2
100			*ZbbStep2_eept20
101			*selectedElectronsEtaFid
102			*selectDiElectronsStep3
103			*eePairsStep3
104	amagnan	1.2	*ZbbStep3_etaFid_ee
105	amagnan	1.1	*selectedElectronsRobust
106			*selectDiElectronsStep4
107			*eePairsStep4
108			*ZbbStep4_robust
109	amagnan	1.3	*selectedElectronsIso
110			*selectDiElectronsStep5
111			*eePairsStep5
112			*ZbbStep5_iso_ee
113	amagnan	1.1	)
114	amagnan	1.3
115
116			from UserCode.HbbAnalysis.ZbbSelector_jet_cff import *
117
118			ZbbStep6_jetpt15_ee = copy.deepcopy(ZbbStep0_jetpt15)
119			ZbbStep6_jetpt15_ee.Electrons = "selectedElectronsIso"
120			ZbbStep6_jetpt15_ee.EEPair = "eePairsStep5"
121	amagnan	1.6	ZbbStep6_jetpt15_ee.DoElectrons = False
122	amagnan	1.3
123			ZbbStep7_jetEtaFid_ee = copy.deepcopy(ZbbStep1_jetEtaFid)
124			ZbbStep7_jetEtaFid_ee.Electrons = "selectedElectronsIso"
125			ZbbStep7_jetEtaFid_ee.EEPair = "eePairsStep5"
126
127			ZbbStep8_jetTCHP_ee = copy.deepcopy(ZbbStep2_jetTCHP)
128			ZbbStep8_jetTCHP_ee.Electrons = "selectedElectronsIso"
129			ZbbStep8_jetTCHP_ee.EEPair = "eePairsStep5"
130
131			ZbbStep8_jetTCHE_ee = copy.deepcopy(ZbbStep2_jetTCHE)
132			ZbbStep8_jetTCHE_ee.Electrons = "selectedElectronsIso"
133			ZbbStep8_jetTCHE_ee.EEPair = "eePairsStep5"
134
135			ZbbStep8_jetSSV_ee = copy.deepcopy(ZbbStep2_jetSSV)
136			ZbbStep8_jetSSV_ee.Electrons = "selectedElectronsIso"
137			ZbbStep8_jetSSV_ee.EEPair = "eePairsStep5"
138
139			ZbbStep8_jetCSV_ee = copy.deepcopy(ZbbStep2_jetCSV)
140			ZbbStep8_jetCSV_ee.Electrons = "selectedElectronsIso"
141			ZbbStep8_jetCSV_ee.EEPair = "eePairsStep5"
142
143			ZbbStep8_jetBProba_ee = copy.deepcopy(ZbbStep2_jetBProba)
144			ZbbStep8_jetBProba_ee.Electrons = "selectedElectronsIso"
145			ZbbStep8_jetBProba_ee.EEPair = "eePairsStep5"
146
147			ZbbStep8_jetSoftMu_ee = copy.deepcopy(ZbbStep2_jetSoftMu)
148			ZbbStep8_jetSoftMu_ee.Electrons = "selectedElectronsIso"
149			ZbbStep8_jetSoftMu_ee.EEPair = "eePairsStep5"
150
151			eeJetSelection = cms.Sequence( (selectedJetsPt15+selectedJPTJetsPt15+selectedPFJetsPt15)
152			*ZbbStep6_jetpt15_ee
153			*(selectedJetsEtaFid+selectedJPTJetsEtaFid+selectedPFJetsEtaFid)
154			*ZbbStep7_jetEtaFid_ee
155			*( ( (selectedJetsTCHP+selectedJPTJetsTCHP+selectedPFJetsTCHP)
156			*ZbbStep8_jetTCHP_ee )
157			+((selectedJetsTCHE+selectedJPTJetsTCHE+selectedPFJetsTCHE)
158			*ZbbStep8_jetTCHE_ee )
159			+((selectedJetsSSV+selectedJPTJetsSSV+selectedPFJetsSSV)
160			*ZbbStep8_jetSSV_ee )
161			+((selectedJetsCSV+selectedJPTJetsCSV+selectedPFJetsCSV)
162			*ZbbStep8_jetCSV_ee )
163			+((selectedJetsBProba+selectedJPTJetsBProba+selectedPFJetsBProba)
164			*ZbbStep8_jetBProba_ee )
165			+((selectedJetsSoftMu+selectedJPTJetsSoftMu+selectedPFJetsSoftMu)
166			*ZbbStep8_jetSoftMu_ee )
167			)
168
169
170			)
171	amagnan	1.4
172			from UserCode.HbbAnalysis.ZbbSelector_met_cff import *
173
174			ZbbStep9_met60_ee = copy.deepcopy(ZbbStep0_met60)
175			ZbbStep9_met60_ee.Electrons = "selectedElectronsIso"
176			ZbbStep9_met60_ee.EEPair = "eePairsStep5"
177			ZbbStep9_met60_ee.Jets = "selectedJetsCSV"
178			ZbbStep9_met60_ee.JPTJets = "selectedJPTJetsCSV"
179			ZbbStep9_met60_ee.PFJets = "selectedPFJetsCSV"
180	amagnan	1.6	ZbbStep9_met60_ee.DoElectrons = True
181	amagnan	1.4
182			eeMetSelection = cms.Sequence( (selectedMet60+selectedtcMet60+selectedpfMet60)
183			*ZbbStep9_met60_ee
184			)