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Comparing UserCode/VHbb/python/config8TeV (file contents):
Revision 1.7 by peller, Mon Sep 24 08:53:44 2012 UTC vs.
Revision 1.23 by nmohr, Thu Oct 4 13:02:23 2012 UTC

#	Line 1 | Line 1
1		[Analysis]
2		tag = 8TeV
3
4	+	# If this Flag is used 50% of MC samples will go in training and the rest will be scaled up by a factor of 2.
5	+	TrainFlag = False
6		###########################################################################################
5	–	# Plotting etc...
6	–	[Plot]
7
8	<	#May23
8	>	[Plot_general]
9	>	#In Use:
10	>	samples: Zudsg,Zudsg5070,Zudsg70100,Zudsg100,Zcc,Zcc5070,Zcc70100,Zcc100,Zbb,Zbb5070,Zbb70100,Zbb100,ZZ,WW,WZ,TT,ST_s,ST_t,ST_tW,STbar_s,STbar_t,STbar_tW,ZH125
11	>
12	>	#Groups for adding samples together
13	>	Group: {'ZH110':'ZH','ZH115':'ZH','ZH120':'ZH','ZH125':'ZH','ZH130':'ZH','ZH135':'ZH', 'Zudsg':'DYlight','Zudsg5070':'DYlight','Zudsg70100':'DYlight','Zudsg100':'DYlight','Zcc':'DYc','Zcc5070':'DYc','Zcc70100':'DYc','Zcc100':'DYc','Zbb':'DYb','Zbb5070':'DYb','Zbb70100':'DYb','Zbb100':'DYb','ZZ-light':'VV','WW':'VV','WZ':'VV','ZZ':'VV','TT':'TT','ST_s':'ST','ST_t':'ST','ST_tW':'ST','STbar_s':'ST','STbar_t':'ST','STbar_tW':'ST','Zee':'Data','Zmm':'Data','ZZ-bb':'VV'}
14	>
15	>
16	>	#how and which groups in the plot
17	>	setup: ZH,VV,DYb,DYc,DYlight,TT,ST
18	>	setupLog: DYb,DYc,DYlight,TT,ST,VV,ZH
19	>
20	>	#colors
21	>	colorDict: {'DYlight':401,'DYc':41,'DYb':5,'TT':596,'ST':602,'VV':17,'ZH':2}
22	>	typLegendDict: {'DYlight':'Z+udsg','DYc':'Z + c#bar{c}','DYb':'Z + b#bar{b}','TT':'t#bar{t}','ST':'Single top','VV':'VV','ZH':'ZH(125 GeV)'}
23	>
24	>	addOverFlow = True
25	>
26	>	#To be processed
27	>	List: RTight,RMed,Light_RTight,bb_RTight,Top_RTight,Light_RMed,bb_RMed,Top_RMed
28	>	#List: RTight,RMed
29	>	#,Light
30	>
31	>	#var definition
32	>	#BDT_vars: Hmass,Hpt,Vpt,HVdPhi,Vmass,HdR,csv0,csv1,AK7,Sum
33	>	BDT_vars: Hmass,Hpt,Vpt,HVdPhi,Vmass,HdR,HdEta,minCSV,maxCSV,hJet0pt,hJet1pt,PullAngle,PullAngle2,Sum
34	>	#BDTs: BDT8_RTight,BDT8_RMed
35	>	BDTs: BDT_RTight,BDT_RMed
36	>
37	>	[Plot:RTight]
38	>	Datas: Zee Zmm
39	>	Normalize: False
40	>	vars: <!Plot_general|BDTs!>
41	>	Signal: ZH125
42	>	log: True
43	>	blind: True
44	>
45	>	[Plot:RMed]
46	>	Datas: Zee Zmm
47	>	Normalize: False
48	>	vars: <!Plot_general|BDTs!>
49	>	Signal: ZH125
50	>	log: True
51	>	blind: True
52	>
53	>	[Plot:Light_RTight]
54	>	Datas: Zee Zmm
55	>	Normalize: True
56	>	vars: <!Plot_general|BDTs!>,<!Plot_general|BDT_vars!>
57	>	#vars: BDT_RTight
58	>	Signal: ZH125
59	>	log: False
60	>	blind: False
61	>
62	>	[Plot:Top_RTight]
63	>	Datas: Zee Zmm
64	>	Normalize: True
65	>	vars: <!Plot_general|BDTs!>,<!Plot_general|BDT_vars!>
66	>	#vars: <!Plot_general|BDT_vars!>
67	>	Signal: ZH125
68	>	log: False
69	>	blind: False
70	>
71	>	[Plot:bb_RTight]
72	>	Datas: Zee Zmm
73	>	Normalize: True
74	>	#vars: <!Plot_general|BDT_vars!>
75	>	vars: <!Plot_general|BDTs!>,<!Plot_general|BDT_vars!>
76	>	Signal: ZH125
77	>	log: False
78	>	blind: False
79	>
80	>	[Plot:Light_RMed]
81	>	Datas: Zee Zmm
82	>	Normalize: True
83	>	#vars: <!Plot_general|BDT_vars!>
84	>	vars: <!Plot_general|BDTs!>,<!Plot_general|BDT_vars!>
85	>	Signal: ZH125
86	>	log: False
87	>	blind: False
88	>
89	>	[Plot:Top_RMed]
90	>	Datas: Zee Zmm
91	>	Normalize: True
92	>	#vars: <!Plot_general|BDT_vars!>
93	>	vars: <!Plot_general|BDTs!>,<!Plot_general|BDT_vars!>
94	>	Signal: ZH125
95	>	log: False
96	>	blind: False
97	>
98	>	[Plot:bb_RMed]
99	>	Datas: Zee Zmm
100	>	Normalize: True
101	>	#vars: <!Plot_general|BDT_vars!>
102	>	vars: <!Plot_general|BDTs!>,<!Plot_general|BDT_vars!>
103	>	Signal: ZH125
104	>	log: False
105	>	blind: False
106
10	–	RTight_ZH110: RTight_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M110.png,RTight,RTight,ZH110,Zee Zmm,blind
11	–	Light_RTight_ZH110: RTight_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M110_Light.png,Light,Light,ZH110,Zee Zmm,noblind
12	–	Top_RTight_ZH110: RTight_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M110_Top.png,Top,Top,ZH110,Zee Zmm,noblind
13	–	bb_RTight_ZH110: RTight_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M110_bb.png,bb,bb,ZH110,Zee Zmm,noblind
14	–	RMed_ZH110: RMed_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M110.png,RMed,RMed,ZH110,Zee Zmm,blind
15	–	Light_RMed_ZH110: RMed_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M110_Light.png,Light,Light,ZH110,Zee Zmm,noblind
16	–	Top_RMed_ZH110: RMed_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M110_Top.png,Top,Top,ZH110,Zee Zmm,noblind
17	–	bb_RMed_ZH110: RMed_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M110_bb.png,bb,bb,ZH110,Zee Zmm,noblind
18	–
19	–	RTight_ZH115: RTight_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M115.png,RTight,RTight,ZH115,Zee Zmm,blind
20	–	Light_RTight_ZH115: RTight_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M115_Light.png,Light,Light,ZH115,Zee Zmm,noblind
21	–	Top_RTight_ZH115: RTight_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M115_Top.png,Top,Top,ZH115,Zee Zmm,noblind
22	–	bb_RTight_ZH115: RTight_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M115_bb.png,bb,bb,ZH115,Zee Zmm,noblind
23	–	RMed_ZH115: RMed_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M115.png,RMed,RMed,ZH115,Zee Zmm,blind
24	–	Light_RMed_ZH115: RMed_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M115_Light.png,Light,Light,ZH115,Zee Zmm,noblind
25	–	Top_RMed_ZH115: RMed_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M115_Top.png,Top,Top,ZH115,Zee Zmm,noblind
26	–	bb_RMed_ZH115: RMed_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M115_bb.png,bb,bb,ZH115,Zee Zmm,noblind
27	–
28	–	RTight_ZH120: RTight_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M120.png,RTight,RTight,ZH120,Zee Zmm,blind
29	–	Light_RTight_ZH120: RTight_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M120_Light.png,Light,Light,ZH120,Zee Zmm,noblind
30	–	Top_RTight_ZH120: RTight_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M120_Top.png,Top,Top,ZH120,Zee Zmm,noblind
31	–	bb_RTight_ZH120: RTight_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M120_bb.png,bb,bb,ZH120,Zee Zmm,noblind
32	–	RMed_ZH120: RMed_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M120.png,RMed,RMed,ZH120,Zee Zmm,blind
33	–	Light_RMed_ZH120: RMed_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M120_Light.png,Light,Light,ZH120,Zee Zmm,noblind
34	–	Top_RMed_ZH120: RMed_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M120_Top.png,Top,Top,ZH120,Zee Zmm,noblind
35	–	bb_RMed_ZH120: RMed_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M120_bb.png,bb,bb,ZH120,Zee Zmm,noblind
36	–
37	–	RTight_ZH125: RTight_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M125.png,RTight,RTight,ZH125,Zee Zmm,blind
38	–	Light_RTight_ZH125: RTight_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M125_Light.png,Light,Light,ZH125,Zee Zmm,noblind
39	–	Top_RTight_ZH125: RTight_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M125_Top.png,Top,Top,ZH125,Zee Zmm,noblind
40	–	bb_RTight_ZH125: RTight_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M125_bb.png,bb,bb,ZH125,Zee Zmm,noblind
41	–	RMed_ZH125: RMed_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M125.png,RMed,RMed,ZH125,Zee Zmm,blind
42	–	Light_RMed_ZH125: RMed_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M125_Light.png,Light,Light,ZH125,Zee Zmm,noblind
43	–	Top_RMed_ZH125: RMed_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M125_Top.png,Top,Top,ZH125,Zee Zmm,noblind
44	–	bb_RMed_ZH125: RMed_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M125_bb.png,bb,bb,ZH125,Zee Zmm,noblind
45	–
46	–	RTight_ZH130: RTight_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M130.png,RTight,RTight,ZH130,Zee Zmm,blind
47	–	Light_RTight_ZH130: RTight_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M130_Light.png,Light,Light,ZH130,Zee Zmm,noblind
48	–	Top_RTight_ZH130: RTight_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M130_Top.png,Top,Top,ZH130,Zee Zmm,noblind
49	–	bb_RTight_ZH130: RTight_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M130_bb.png,bb,bb,ZH130,Zee Zmm,noblind
50	–	RMed_ZH130: RMed_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M130.png,RMed,RMed,ZH130,Zee Zmm,blind
51	–	Light_RMed_ZH130: RMed_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M130_Light.png,Light,Light,ZH130,Zee Zmm,noblind
52	–	Top_RMed_ZH130: RMed_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M130_Top.png,Top,Top,ZH130,Zee Zmm,noblind
53	–	bb_RMed_ZH130: RMed_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M130_bb.png,bb,bb,ZH130,Zee Zmm,noblind
54	–
55	–	RTight_ZH135: RTight_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M135.png,RTight,RTight,ZH135,Zee Zmm,blind
56	–	Light_RTight_ZH135: RTight_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M135_Light.png,Light,Light,ZH135,Zee Zmm,noblind
57	–	Top_RTight_ZH135: RTight_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M135_Top.png,Top,Top,ZH135,Zee Zmm,noblind
58	–	bb_RTight_ZH135: RTight_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M135_bb.png,bb,bb,ZH135,Zee Zmm,noblind
59	–	RMed_ZH135: RMed_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M135.png,RMed,RMed,ZH135,Zee Zmm,blind
60	–	Light_RMed_ZH135: RMed_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M135_Light.png,Light,Light,ZH135,Zee Zmm,noblind
61	–	Top_RMed_ZH135: RMed_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M135_Top.png,Top,Top,ZH135,Zee Zmm,noblind
62	–	bb_RMed_ZH135: RMed_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M135_bb.png,bb,bb,ZH135,Zee Zmm,noblind
63	–
64	–
65	–	# GENERAL SETUP FOR PLOTS
66	–	logy: 1
67	–	#setup: DY jets udscg,DY jets b,TT-bar,WW/WZ/ZZ,Single top,Hbb 115
68	–	#setup: DY jets b,DY jets udscg,TT-bar,Single top,Hbb 115,WW/WZ/ZZ
69	–	setup: DYlight,DYc,DYb,TT,ST,VV,ZH
70	–	color: 401,41,5,596,602,17,2
71	–
72	–
73	–
74	–	[Compare]
75	–	cutA: EE
76	–	cutB: MM
77	–
78	–	Hmass: H.mass,H_mass,Higgs mass,20,0,250,Higgs_mass_compare.png,noCut
79	–	Hpt: H.pt,Higgs_pt,Higgs pt,20,100,400,Higgs_pt_compare.png,noCut
80	–	Vpt: V.pt,Vector_pt,Vector pt,20,100,400,Vector_pt_compare.png,noCut
81	–	HVdPhi: HVdPhi,HVdPhi,Higgs Vector delta phi,20,0,3.2,HVdPhi_compare.png,noCut
82	–	Vmass: V.mass,Vmass,Vectro mass,20,75,105,Vector_mass_compare.png,noCut
83	–	HdR: H.dR,Higgs_dR,Higgs delta R,20,0,4,Higgs_dR_compare.png,noCut
84	–	csv0: hJet_csv[0],hJet_csv0,CSV of hJet[0],20,0.2,1,csv0_compare.png,noCut
85	–	csv1: hJet_csv[1],hJet_csv1,CSV of hJet[1],20,0.2,1,csv1_compare.png,noCut
86	–	AK7: deltaPullAngleAK7,deltaPullAngleAK7,deltaPullAngleAK7,20,-3.5,3.5,deltaPullAngleAK7_compare.png,noCut
87	–	Sum: Sum$(aJet_pt>20.&abs(aJet_eta)<2.4),Sum,Sum$(aJet_pt>20.&abs(aJet_eta)<2.4),6,0,6,Sum_compare.png,noCut
88	–
89	–	BKG: Zusdcg Zusdcg_pt100 Zbb Zbb_pt100 WW WZ ZZ TT ST_s ST_t ST_tW STbar_s STbar_t STbar_tW
90	–	SIG: ZH115
91	–	Nominal: H.mass H.pt HVdPhi V.mass V.pt H.dR hJet_csv[0] hJet_csv[1] deltaPullAngleAK7 Sum$(aJet_pt>20.&abs(aJet_eta)<2.4)
92	–
93	–
94	–
95	–	[FoM]
96	–	CC5050_pt100_ZH115: nov10_diJet_CC5050_MVAcut_pt100_ZH115.nominal,FoM_CC5050_pt100_ZH115,Figure of Merit,100,-1,1,FoM_CC5050_pt100_ZH115.png,noCut,noCut
97	–	MMCC5050_pt100_ZH115: nov10_diJet_MMCC5050_MVAcut_pt100_ZH115.nominal,FoM_MMCC5050_pt100_ZH115,Figure of Merit,100,-1,1,FoM_MMCC5050_pt100_ZH115.png,noCut,noCut
98	–
99	–	#RCuts
100	–	BB_RTight_ZH115: BB_RTight_ZH115.nominal,FoM_BB_RTight_ZH115,Figure of Merit,100,-1,1,FoM_BB_RTight_ZH115.png,noCut
101	–	BB_RMed_ZH115: BB_RMed_ZH115.nominal,FoM_BB_RMed_ZH115,Figure of Merit,100,-1,1,FoM_BB_RMed_ZH115.png,noCut
102	–	BB_RLoose_ZH115: BB_RLoose_ZH115.nominal,FoM_BB_RLoose_ZH115,Figure of Merit,100,-1,1,FoM_BB_RLoose_ZH115.png,noCut
103	–	BB_RTight_ZH115_noVmass: BB_RTight_ZH115_noVmass.nominal,FoM_BB_RTight_ZH115_noVmass,Figure of Merit,100,-1,1,FoM_BB_RTight_ZH115_noVmass.png,noCut
104	–	BB_RTight_ZH115_MET: BB_RTight_ZH115_MET.nominal,FoM_BB_RTight_ZH115_MET,Figure of Merit,100,-1,1,FoM_BB_RTight_ZH115_MET.png,noCut
105	–
106	–	# GENERAL SETUP FoM:
107	–	BKG: Zudsg Zudsg_pt120 Zbb Zbb_pt120 Zcc Zcc_pt120 WW WZ ZZ TT ST_s ST_t ST_tW STbar_s STbar_t STbar_tW
108	–	SIG: ZH115
107
108		###########################################################################################
109		# REGRESSION
110		[Regression]
111	<	regWeight = ../data/MVA_BDT_REG_Jun16.weights.xml
112	<	regDict = {"Jet_pt": "hJet_pt", "Jet_eta": "hJet_eta", "Jet_e": "hJet_e", "Jet_ptRaw": "hJet_ptRaw", "Jet_chf": "hJet_chf","Jet_nconstituents": "hJet_nconstituents", "Jet_vtxPt": "hJet_vtxPt", "Jet_vtx3dL": "hJet_vtx3dL", "Jet_vtx3deL": "hJet_vtx3deL"}
113	<	regVars = ["Jet_pt","Jet_eta","Jet_e","Jet_ptRaw", "Jet_chf","Jet_nconstituents", "Jet_vtxPt", "Jet_vtx3dL", "Jet_vtx3deL"]
111	>	regWeight = ../data/MVA_BDT_REG_Sept28.weights.xml
112	>	regDict = {"Jet_pt": "hJet_pt", "Jet_eta": "hJet_eta", "Jet_e": "hJet_e", "Jet_ptRaw": "hJet_ptRaw","Jet_cef": "hJet_cef", "Jet_chf": "hJet_chf","Jet_nconstituents": "hJet_nconstituents","Jet_ptLeadTrack": "hJet_ptLeadTrack", "Jet_vtxPt": "hJet_vtxPt", "Jet_vtxMass": "hJet_vtxMass", "Jet_vtx3dL": "hJet_vtx3dL", "Jet_vtx3deL": "hJet_vtx3deL","Jet_SoftLeptptRel":"hJet_SoftLeptptRel","Jet_SoftLeptPt":"hJet_SoftLeptPt","Jet_SoftLeptdR":"hJet_SoftLeptdR"}
113	>	regVars = ["Jet_pt","Jet_eta","Jet_e","Jet_ptRaw","Jet_cef","Jet_chf","Jet_nconstituents","Jet_ptLeadTrack","Jet_vtxPt","Jet_vtxMass","Jet_vtx3dL", "Jet_vtx3deL","Jet_SoftLeptptRel","Jet_SoftLeptPt","Jet_SoftLeptdR"]
114		useMET = True
115		usePtRaw = True
116	<	useRho25 = False
116	>	useMt = True
117	>	useRho25 = True
118
119		[BTagReshaping]
120		library=<!Directories|vhbbpath!>/interface/BTagReshaping_h.so
#	Line 134 | Line 133 | sys_Mjj: ['JER','JES']
133
134
135		#Add a different Cut (syntax: 'oldVar>newVar?' -> '?' will then automatically be replaced with 'Up'/'Down' for the variations)
137	–	sys_cut_suffix: {'JER':'nominal','JES':'nominal','beff':'csv>csv?','bmis':'csv>csvF?'}
136
137	<	weightF_sys: True
137	>	#sys_cut_suffix: {'JER':'nominal','JES':'nominal','beff':'csv>csv?','bmis':'csv>csvF?'}
138	>	sys_cut_suffix: {'JER':'nominal','JES':'nominal','beff':'nominal','bmis':'nominal'}
139
140	+	weightF_sys: False
141	+
142	+	#Example of sample systematic, in this case the ZZ sample is replaced by WZ
143	+	#addSample_sys: {'ZZ':'WZ'}
144
145		# bin-by-bin statistics
146	<	binstat=True
146	>	binstat: True
147
148
149		blind: False
#	Line 159 | Line 162 | Dict: {'ZH':'VH','DYlight':'ZjLF','DYb':
162		#SETUP DATACARD (1st Signal, afterwards BKG)
163		setup: ['ZH', 'DYlight','DYb','VV','TT','ST']
164
165	+	#to be processed
166	+	#List: RTight_ZH125_EE_8TeV_may,RMed_ZH125_EE_8TeV_may,RTight_ZH125_MM_8TeV_may,RMed_ZH125_MM_8TeV_may,RTight_ZH125_EE_8TeV_oct,RMed_ZH125_EE_8TeV_oct,RTight_ZH125_MM_8TeV_oct,RMed_ZH125_MM_8TeV_oct
167	+	List: RTight_ZH125_EE_8TeV,RMed_ZH125_EE_8TeV,RTight_ZH125_MM_8TeV,RMed_ZH125_MM_8TeV
168	+	#List: RTight_ZH125_EE_8TeV_oct,RMed_ZH125_EE_8TeV_oct,RTight_ZH125_MM_8TeV_oct,RMed_ZH125_MM_8TeV_oct
169
170		[Datacard]
171
#	Line 235 | Line 242 | Mjj_highPt_ZH130_MM: H.mass,Mjj,Mjj,25,0
242		Mjj_highPt_ZH135_MM: H.mass,Mjj,Mjj,25,0.,250.,Mjj_highPt_M135_Zmm,Mjj_highPt_MM,Mjj_highPt_MM,ZH135,Zmm,Mjj
243
244		#Tight EE
245	<	RTight_ZH110_EE_8TeV: RTight_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M110_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH110,ZeeHighPt_8TeV,BDT
246	<	RTight_ZH115_EE_8TeV: RTight_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M115_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH115,ZeeHighPt_8TeV,BDT
247	<	RTight_ZH120_EE_8TeV: RTight_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M120_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH120,ZeeHighPt_8TeV,BDT
248	<	RTight_ZH125_EE_8TeV: RTight_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M125_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH125,ZeeHighPt_8TeV,BDT
249	<	RTight_ZH130_EE_8TeV: RTight_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M130_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH130,ZeeHighPt_8TeV,BDT
250	<	RTight_ZH135_EE_8TeV: RTight_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M135_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH135,ZeeHighPt_8TeV,BDT
245	>	RTight_ZH110_EE_8TeV: RTight_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M110_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH110,ZeeHighPt_8TeV,BDT
246	>	RTight_ZH115_EE_8TeV: RTight_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M115_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH115,ZeeHighPt_8TeV,BDT
247	>	RTight_ZH120_EE_8TeV: RTight_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M120_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH120,ZeeHighPt_8TeV,BDT
248	>	RTight_ZH125_EE_8TeV: RTight_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M125_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH125,ZeeHighPt_8TeV,BDT
249	>	RTight_ZH130_EE_8TeV: RTight_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M130_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH130,ZeeHighPt_8TeV,BDT
250	>	RTight_ZH135_EE_8TeV: RTight_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M135_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH135,ZeeHighPt_8TeV,BDT
251
252		#Tight MM
253	<	RTight_ZH110_MM_8TeV: RTight_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M110_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH110,ZmmHighPt_8TeV,BDT
254	<	RTight_ZH115_MM_8TeV: RTight_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M115_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH115,ZmmHighPt_8TeV,BDT
255	<	RTight_ZH120_MM_8TeV: RTight_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M120_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH120,ZmmHighPt_8TeV,BDT
256	<	RTight_ZH125_MM_8TeV: RTight_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M125_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH125,ZmmHighPt_8TeV,BDT
257	<	RTight_ZH130_MM_8TeV: RTight_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M130_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH130,ZmmHighPt_8TeV,BDT
258	<	RTight_ZH135_MM_8TeV: RTight_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M135_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH135,ZmmHighPt_8TeV,BDT
253	>	RTight_ZH110_MM_8TeV: RTight_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M110_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH110,ZmmHighPt_8TeV,BDT
254	>	RTight_ZH115_MM_8TeV: RTight_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M115_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH115,ZmmHighPt_8TeV,BDT
255	>	RTight_ZH120_MM_8TeV: RTight_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M120_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH120,ZmmHighPt_8TeV,BDT
256	>	RTight_ZH125_MM_8TeV: RTight_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M125_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH125,ZmmHighPt_8TeV,BDT
257	>	RTight_ZH130_MM_8TeV: RTight_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M130_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH130,ZmmHighPt_8TeV,BDT
258	>	RTight_ZH135_MM_8TeV: RTight_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M135_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH135,ZmmHighPt_8TeV,BDT
259
260		#Med EE
261	<	RMed_ZH110_EE_8TeV: RMed_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M110_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH110,ZeeLowPt_8TeV,BDT
262	<	RMed_ZH115_EE_8TeV: RMed_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M115_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH115,ZeeLowPt_8TeV,BDT
263	<	RMed_ZH120_EE_8TeV: RMed_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M120_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH120,ZeeLowPt_8TeV,BDT
264	<	RMed_ZH125_EE_8TeV: RMed_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M125_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH125,ZeeLowPt_8TeV,BDT
265	<	RMed_ZH130_EE_8TeV: RMed_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M130_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH130,ZeeLowPt_8TeV,BDT
266	<	RMed_ZH135_EE_8TeV: RMed_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M135_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH135,ZeeLowPt_8TeV,BDT
261	>	RMed_ZH110_EE_8TeV: RMed_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M110_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH110,ZeeLowPt_8TeV,BDT
262	>	RMed_ZH115_EE_8TeV: RMed_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M115_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH115,ZeeLowPt_8TeV,BDT
263	>	RMed_ZH120_EE_8TeV: RMed_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M120_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH120,ZeeLowPt_8TeV,BDT
264	>	RMed_ZH125_EE_8TeV: RMed_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M125_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH125,ZeeLowPt_8TeV,BDT
265	>	RMed_ZH130_EE_8TeV: RMed_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M130_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH130,ZeeLowPt_8TeV,BDT
266	>	RMed_ZH135_EE_8TeV: RMed_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M135_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH135,ZeeLowPt_8TeV,BDT
267
268		#Med MM
269	<	RMed_ZH110_MM_8TeV: RMed_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M110_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH110,ZmmLowPt_8TeV,BDT
270	<	RMed_ZH115_MM_8TeV: RMed_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M115_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH115,ZmmLowPt_8TeV,BDT
271	<	RMed_ZH120_MM_8TeV: RMed_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M120_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH120,ZmmLowPt_8TeV,BDT
272	<	RMed_ZH125_MM_8TeV: RMed_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M125_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH125,ZmmLowPt_8TeV,BDT
273	<	RMed_ZH130_MM_8TeV: RMed_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M130_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH130,ZmmLowPt_8TeV,BDT
274	<	RMed_ZH135_MM_8TeV: RMed_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,BDT output,10,-1,1,BDT_M135_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH135,ZmmLowPt_8TeV,BDT
269	>	RMed_ZH110_MM_8TeV: RMed_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M110_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH110,ZmmLowPt_8TeV,BDT
270	>	RMed_ZH115_MM_8TeV: RMed_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M115_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH115,ZmmLowPt_8TeV,BDT
271	>	RMed_ZH120_MM_8TeV: RMed_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M120_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH120,ZmmLowPt_8TeV,BDT
272	>	RMed_ZH125_MM_8TeV: RMed_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M125_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH125,ZmmLowPt_8TeV,BDT
273	>	RMed_ZH130_MM_8TeV: RMed_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M130_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH130,ZmmLowPt_8TeV,BDT
274	>	RMed_ZH135_MM_8TeV: RMed_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M135_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH135,ZmmLowPt_8TeV,BDT
275	>
276	>	#8TeV Training
277	>	RTight_ZH125_EE_8TeV_oct: RTight_ZH125_oct_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M125_ZeeHighPt_8TeV,RTight_EE,RTight_EE,ZH125,ZeeHighPt_8TeV,BDT
278	>	RMed_ZH125_EE_8TeV_oct: RMed_ZH125_oct_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M125_ZeeLowPt_8TeV,RMed_EE,RMed_EE,ZH125,ZeeLowPt_8TeV,BDT
279	>	RTight_ZH125_MM_8TeV_oct: RTight_ZH125_oct_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,BDT_M125_ZmmHighPt_8TeV,RTight_MM,RTight_MM,ZH125,ZmmHighPt_8TeV,BDT
280	>	RMed_ZH125_MM_8TeV_oct: RMed_ZH125_oct_4.nominal,CMS_vhbb_BDT_Zll_8TeV,<!LimitGeneral|range!>,10,-1,1,BDT_M125_ZmmLowPt_8TeV,RMed_MM,RMed_MM,ZH125,ZmmLowPt_8TeV,BDT
281	>
282
283		#GENERAL SETUP LIMIT:
284	<	setup: DYlight+DYc,DYb,TT,VV,ST,ZH
285	<	blind: False
284	>	#setup: DYlight+DYc,DYb,TT,VV,ST,ZH
285	>	#blind: False
286
287
288		##############################################################################################
#	Line 280 | Line 294 | SettingsMed = !H:!V:NTrees=400:nEventsMi
294		backgrounds = Zudsg Zudsg_pt120 Zbb Zbb_pt120 Zcc Zcc_pt120 WZ ZZ TT
295		backgroundsNoDiboson = Zudsg Zudsg_pt120 Zbb Zbb_pt120 Zcc Zcc_pt120 TT
296
297	+	backgrounds8TeV: Zudsg Zudsg5070 Zudsg70100 Zudsg100 Zcc Zcc5070 Zcc70100 Zcc100 Zbb Zbb5070 Zbb70100 Zbb100 ZZ WW WZ TT
298	+
299		[factory]
300		factoryname: MVA
301		factorysettings: !V:!Silent:Color:DrawProgressBar:AnalysisType=Classification:Transformations=I
302		#:Transformations=I;D;P;G,D
303
288	–
304		[MVALists]
305	<	#list of all: RTight_ZH110,RTight_ZH115,RTight_ZH120,RTight_ZH125,RTight_ZH130,RTight_ZH135,RMed_ZH110,RMed_ZH115,RMed_ZH120,RMed_ZH125,RMed_ZH130,RMed_ZH135
305	>	#List_for_submitscript: RTight_ZH110,RTight_ZH115,RTight_ZH120,RTight_ZH125,RTight_ZH130,RTight_ZH135,RMed_ZH110,RMed_ZH115,RMed_ZH120,RMed_ZH125,RMed_ZH130,RMed_ZH135
306	>	#List_for_submitscript: RTight_ZH110_may,RTight_ZH115_may,RTight_ZH120_may,RTight_ZH125_may,RTight_ZH130_may,RTight_ZH135_may,RMed_ZH110_may,RMed_ZH115_may,RMed_ZH120_may,RMed_ZH125_may,RMed_ZH130_may,RMed_ZH135_may,RPt50_ZZ_may,RIncl_ZZ_may
307	>	#List_for_submitscript: RTight_ZH110_may,RTight_ZH115_may,RTight_ZH120_may,RTight_ZH125_may,RTight_ZH130_may,RTight_ZH135_may,RMed_ZH110_may,RMed_ZH115_may,RMed_ZH120_may,RMed_ZH125_may,RMed_ZH130_may,RMed_ZH135_may
308	>	List_for_submitscript: RTight_ZH125_may,RMed_ZH125_may,RTight_ZH125_oct,RMed_ZH125_oct
309
310		[RTight_ZZ_may]
311		MVAtype: <!MVAGeneral|type!>
#	Line 334 | Line 352 | backgrounds: <!MVAGeneral|backgrounds!>
352		treeVarSet: treeVarsICHEP
353		treeCut: RTight
354
355	+	[RTight_ZH125_oct]
356	+	MVAtype: <!MVAGeneral|type!>
357	+	MVAsettings: <!MVAGeneral|SettingsTight!>
358	+	path: <!Directories|samplepath!>/env/sys/
359	+	signals: ZH125
360	+	backgrounds: <!MVAGeneral|backgrounds8TeV!>
361	+	treeVarSet: treeVarsICHEP
362	+	treeCut: RTight
363	+
364		[RTight_ZH130_may]
365		MVAtype: <!MVAGeneral|type!>
366		MVAsettings: <!MVAGeneral|SettingsTight!>
#	Line 388 | Line 415 | backgrounds: <!MVAGeneral|backgrounds!>
415		treeVarSet: treeVarsICHEP
416		treeCut: RMed
417
418	+	[RMed_ZH125_oct]
419	+	MVAtype: <!MVAGeneral|type!>
420	+	MVAsettings: <!MVAGeneral|SettingsMed!>
421	+	path: <!Directories|samplepath!>/env/sys/
422	+	signals: ZH125
423	+	backgrounds: <!MVAGeneral|backgrounds8TeV!>
424	+	treeVarSet: treeVarsICHEP
425	+	treeCut: RMed
426	+
427	+
428		[RMed_ZH130_may]
429		MVAtype: <!MVAGeneral|type!>
430		MVAsettings: <!MVAGeneral|SettingsMed!>
#	Line 437 | Line 474 | maxBtag = max(hJet_csv[0],hJet_csv[1])
474		tlBtag = <!ZHbb|maxBtag!> > <!ZHbb|CSVT!> & <!ZHbb|minBtag!> > <!ZHbb|CSVC!>
475		ntBtag = !(hJet_csv[0] > <!ZHbb|CSVT!> | hJet_csv[1] > <!ZHbb|CSVT!>)
476		twoCSV0 = hJet_csv[0] > 0. & hJet_csv[1] > 0.
477	<	preselection = hJet_pt[0] > 20. & hJet_pt[1] > 20. & abs(hJet_eta[0]) < 2.4 & abs(hJet_eta[1]) < 2.4 & hbhe & EVENT.json & hJet_puJetIdL[0] > 0. & hJet_puJetIdL[1] > 0.
477	>	preselection = hJet_pt[0] > 30. & hJet_pt[1] > 30. & abs(hJet_eta[0]) < 2.4 & abs(hJet_eta[1]) < 2.4 & hbhe & hJet_puJetIdL[0] > 0. & hJet_puJetIdL[1] > 0.
478		zWindow = V.mass > 75. & V.mass < 105
479		zVeto =  (V.mass > 105 | V.mass < 75.)
480		noAddJet = Sum$(aJet_pt > 20 & abs(aJet_eta) < 2.4) == 0
#	Line 449 | Line 486 | rMed = V.pt > 50. & V.pt < 100.
486		upperHMass = H.mass < 250.
487		looseHMass = H.mass > 80. & H.mass < 150.
488		dPhiVH = abs( HVdPhi ) > 2.9
489	+	looseBTag = !(hJet_csv[0] > <!ZHbb|CSVL!> & hJet_csv[1] > <!ZHbb|CSVL!>) & (hJet_csv[0] > <!ZHbb|CSVL!> | hJet_csv[1] > <!ZHbb|CSVL!>)
490
491		[ZHeebb]
492		addCuts = Vtype==1 & (triggerFlags[5]>0 || triggerFlags[6]>0)
#	Line 461 | Line 499 | mjjLowPt = <!ZHbb|preselection!> & <!ZHb
499		mjjHighPt = <!ZHbb|preselection!> & <!ZHbb|rTight!> & <!ZHbb|tlBtag!> & <!ZHbb|zWindow!> & <!ZHbb|max1AddJet!> & <!ZHbb|upperHMass!> & <!ZHbb|dPhiVH!>
500
501		#V.pt regions:
502	<	RMed = <!ZHbb|preselection!> & <!ZHbb|maxBtag!> > <!ZHbb|CSVC!> & <!ZHbb|minBtag!> > <!ZHbb|CSVL!> & <!ZHbb|zWindow!> & <!ZHbb|pullAngle!> & <!ZHbb|rMed!> & <!ZHbb|looseHMass!> &  RMed_ZH125_may_4.nominal >= -0.6
503	<	#RMed:   hJet_pt[0] > 20. & hJet_pt[1] > 20. & abs(hJet_eta[0]) < 2.4 & abs(hJet_eta[1]) < 2.4 & hbhe & max(hJet_csv[0],hJet_csv[1])  > 0.5   & min(hJet_csv[0],hJet_csv[1]) > 0.244   & V.pt > 50.  & V.pt < 100.  & V.mass > 75. & V.mass < 105 & H.mass < 150. & H.mass > 80. & deltaPullAngle < 10. & deltaPullAngle2 < 10.
502	>	RMed = <!ZHbb|preselection!> & <!ZHbb|maxBtag!> > <!ZHbb|CSVC!> & <!ZHbb|minBtag!> > <!ZHbb|CSVL!> & <!ZHbb|zWindow!> & <!ZHbb|pullAngle!> & <!ZHbb|rMed!> & <!ZHbb|looseHMass!>
503	>	# &  RMed_ZH125_may_4.nominal >= -0.6
504		RTight = <!ZHbb|preselection!> & <!ZHbb|maxBtag!> > <!ZHbb|CSVL!> & <!ZHbb|minBtag!> > <!ZHbb|CSVL!> & <!ZHbb|zWindow!> & <!ZHbb|pullAngle!> & <!ZHbb|rTight!> & <!ZHbb|upperHMass!>
505	<	#hJet_pt[0] > 20. & hJet_pt[1] > 20. & abs(hJet_eta[0]) < 2.4 & abs(hJet_eta[1]) < 2.4 & hbhe & max(hJet_csv[0],hJet_csv[1]) > 0.244 & min(hJet_csv[0],hJet_csv[1]) > 0.244 & V.pt > 100. & V.mass > 75. & V.mass < 105 & H.mass < 250. & deltaPullAngle < 10. & deltaPullAngle2 < 10.
505	>	RTightLooseBTag = <!ZHbb|preselection!> & <!ZHbb|zWindow!> & <!ZHbb|pullAngle!> & <!ZHbb|rTight!> & <!ZHbb|upperHMass!> & <!ZHbb|looseBTag!>
506
507		#control regions
508		Light: <!ZHbb|preselection!> & <!ZHbb|noAddJet!> & <!ZHbb|zWindow!> & <!ZHbb|ntBtag!> & <!ZHbb|upperHMass!> & <!ZHbb|twoCSV0!> & <!ZHbb|dPhiVH!>
509		Top = <!ZHbb|preselection!> & <!ZHbb|upperHMass!> & <!ZHbb|tlBtag!> & <!ZHbb|zVeto!> & H.pt > 100.
510		bb = <!ZHbb|preselection!> & <!ZHbb|vetoHMass!> & <!ZHbb|upperHMass!> & <!ZHbb|zWindow!> & <!ZHbb|tlBtag!> & <!ZHbb|max1AddJet!> & <!ZHbb|dPhiVH!>
511
512	+	Light_RTight = <!Cuts|Light!> & <!ZHbb|rTight!>
513	+	Top_RTight = <!Cuts|Top!> & <!ZHbb|rTight!>
514	+	bb_RTight = <!Cuts|bb!> & <!ZHbb|rTight!>
515	+
516	+	Light_RMed = <!Cuts|Light!> & <!ZHbb|rMed!>
517	+	Top_RMed = <!Cuts|Top!> & <!ZHbb|rMed!>
518	+	bb_RMed = <!Cuts|bb!> & <!ZHbb|rMed!>
519	+
520	+	triggerEE = (triggerFlags[5]>0 || triggerFlags[6]>0)
521	+	triggerMM = (triggerFlags[14]>0 || triggerFlags[21]>0 || triggerFlags[22]>0 || triggerFlags[23]>0)
522		#lepton individual
523	<	RTight_EE: Vtype==1 & (triggerFlags[5]>0 || triggerFlags[6]>0) & <!Cuts|RTight!>
524	<	RTight_MM: Vtype==0 & (triggerFlags[14]>0 || triggerFlags[21]>0 || triggerFlags[22]>0 || triggerFlags[23]>0) & <!Cuts|RTight!>
525	<	RMed_EE: Vtype==1 & (triggerFlags[5]>0 || triggerFlags[6]>0) & <!Cuts|RMed!>
526	<	RMed_MM: Vtype==0 & (triggerFlags[14]>0 || triggerFlags[21]>0 || triggerFlags[22]>0 || triggerFlags[23]>0) & <!Cuts|RMed!>
523	>	RTight_EE: Vtype==1  & <!Cuts|RTight!>
524	>	RTight_MM: Vtype==0 & <!Cuts|RTight!>
525	>	RMed_EE: Vtype==1 & <!Cuts|RMed!>
526	>	RMed_MM: Vtype==0 & <!Cuts|RMed!>
527	>	RTightLooseBTag_EE: Vtype==1 & <!Cuts|RTightLooseBTag!>
528	>	RTightLooseBTag_MM: Vtype==0 & <!Cuts|RTightLooseBTag!>
529
530		#Mjj
531		Mjj_lowPt_EE: <!ZHeebb|addCuts!> & <!Cuts|mjjLowPt!>

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