ViewVC Help
View File | Revision Log | Show Annotations | Root Listing
root/cvsroot/UserCode/VHbb/python/config8TeV
(Generate patch)

Comparing UserCode/VHbb/python/config8TeV (file contents):
Revision 1.1 by nmohr, Fri Jul 13 09:11:56 2012 UTC vs.
Revision 1.14 by peller, Tue Oct 2 13:00:32 2012 UTC

# Line 1 | Line 1
1 < [Directories]
2 < Wdir: /shome/nmohr/
3 < #plotpath: /Users/peller/VHbb/Stacks/May28
4 < #limits: /Users/peller/VHbb/Limits/May23_sys_scaledown/
5 < #limits: /Users/peller/VHbb/Limits/May23_sys_factor4/
6 < limits: /shome/nmohr/Limit/ichep8TeVCheck/
7 < #limits: /Users/peller/VHbb/Limits/May23Like_sys_factor4/
8 < plotpath: /Users/peller/VHbb/Stacks/May28/
9 < samplepath= /data1/nmohr/2012Ana/env/sys/
1 > [Analysis]
2 > tag = 8TeV
3  
4 + ###########################################################################################
5  
6 < MVAdir: /MVAout/
7 < #MVAdir: /MVAoutCMVA/
8 < #MVAdir: /MVAoutCIVF/
6 > [Plot_general]
7 > #In Use:
8 > 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
9 >
10 > #how and which groups in the plot
11 > setup: DYlight,DYb,TT,ST,VV,ZH
12 >
13 > #colors
14 > colorDict: {'DYlight':401,'DYc':41,'DYb':5,'TT':596,'ST':602,'VV':17,'ZH':2}
15 >
16 > #To be processed
17 > List: RTight,RMed,Light_RTight,bb_RTight,Top_RTight,Light_RMed,bb_RMed,Top_RMed
18 > # RTight,RMed #,Light
19 >
20 > #var definition
21 > BDT_vars: Hmass,Hpt,Vpt,HVdPhi,Vmass,HdR,csv0,csv1,AK7,Sum
22 > BDTs: BDT_RTight,BDT_RMed
23 >
24 > [Plot:RTight]
25 > Datas: Zee Zmm
26 > Normalize: False
27 > vars: <!Plot_general|BDTs!>
28 > Signal: ZH125
29 > log: True
30 > blind: True
31 >
32 > [Plot:RMed]
33 > Datas: Zee Zmm
34 > Normalize: False
35 > vars: <!Plot_general|BDTs!>
36 > Signal: ZH125
37 > log: True
38 > blind: True
39 >
40 > [Plot:Light_RTight]
41 > Datas: Zee Zmm
42 > Normalize: True
43 > vars: <!Plot_general|BDTs!>,<!Plot_general|BDT_vars!>
44 > #vars: BDT_RTight
45 > Signal: ZH125
46 > log: False
47 > blind: False
48  
49 + [Plot:Top_RTight]
50 + Datas: Zee Zmm
51 + Normalize: True
52 + vars: <!Plot_general|BDTs!>,<!Plot_general|BDT_vars!>
53 + #vars: <!Plot_general|BDT_vars!>
54 + Signal: ZH125
55 + log: False
56 + blind: False
57  
58 < ###########################################################################################
59 < # Plotting etc...
60 < [Plot]
58 > [Plot:bb_RTight]
59 > Datas: Zee Zmm
60 > Normalize: True
61 > #vars: <!Plot_general|BDT_vars!>
62 > vars: <!Plot_general|BDTs!>,<!Plot_general|BDT_vars!>
63 > Signal: ZH125
64 > log: False
65 > blind: False
66 >
67 > [Plot:Light_RMed]
68 > Datas: Zee Zmm
69 > Normalize: True
70 > #vars: <!Plot_general|BDT_vars!>
71 > vars: <!Plot_general|BDTs!>,<!Plot_general|BDT_vars!>
72 > Signal: ZH125
73 > log: False
74 > blind: False
75 >
76 > [Plot:Top_RMed]
77 > Datas: Zee Zmm
78 > Normalize: True
79 > #vars: <!Plot_general|BDT_vars!>
80 > vars: <!Plot_general|BDTs!>,<!Plot_general|BDT_vars!>
81 > Signal: ZH125
82 > log: False
83 > blind: False
84  
85 < #May23
85 > [Plot:bb_RMed]
86 > Datas: Zee Zmm
87 > Normalize: True
88 > #vars: <!Plot_general|BDT_vars!>
89 > vars: <!Plot_general|BDTs!>,<!Plot_general|BDT_vars!>
90 > Signal: ZH125
91 > log: False
92 > blind: False
93  
23 – RTight_ZH110: RTight_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M110.png,RTight,RTight,ZH110,Zee Zmm,blind
24 – Light_RTight_ZH110: RTight_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M110_Light.png,Light,Light,ZH110,Zee Zmm,noblind
25 – Top_RTight_ZH110: RTight_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M110_Top.png,Top,Top,ZH110,Zee Zmm,noblind
26 – bb_RTight_ZH110: RTight_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M110_bb.png,bb,bb,ZH110,Zee Zmm,noblind
27 – RMed_ZH110: RMed_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M110.png,RMed,RMed,ZH110,Zee Zmm,blind
28 – Light_RMed_ZH110: RMed_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M110_Light.png,Light,Light,ZH110,Zee Zmm,noblind
29 – Top_RMed_ZH110: RMed_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M110_Top.png,Top,Top,ZH110,Zee Zmm,noblind
30 – bb_RMed_ZH110: RMed_ZH110_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M110_bb.png,bb,bb,ZH110,Zee Zmm,noblind
31 –
32 – RTight_ZH115: RTight_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M115.png,RTight,RTight,ZH115,Zee Zmm,blind
33 – Light_RTight_ZH115: RTight_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M115_Light.png,Light,Light,ZH115,Zee Zmm,noblind
34 – Top_RTight_ZH115: RTight_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M115_Top.png,Top,Top,ZH115,Zee Zmm,noblind
35 – bb_RTight_ZH115: RTight_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M115_bb.png,bb,bb,ZH115,Zee Zmm,noblind
36 – RMed_ZH115: RMed_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M115.png,RMed,RMed,ZH115,Zee Zmm,blind
37 – Light_RMed_ZH115: RMed_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M115_Light.png,Light,Light,ZH115,Zee Zmm,noblind
38 – Top_RMed_ZH115: RMed_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M115_Top.png,Top,Top,ZH115,Zee Zmm,noblind
39 – bb_RMed_ZH115: RMed_ZH115_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M115_bb.png,bb,bb,ZH115,Zee Zmm,noblind
40 –
41 – RTight_ZH120: RTight_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M120.png,RTight,RTight,ZH120,Zee Zmm,blind
42 – Light_RTight_ZH120: RTight_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M120_Light.png,Light,Light,ZH120,Zee Zmm,noblind
43 – Top_RTight_ZH120: RTight_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M120_Top.png,Top,Top,ZH120,Zee Zmm,noblind
44 – bb_RTight_ZH120: RTight_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M120_bb.png,bb,bb,ZH120,Zee Zmm,noblind
45 – RMed_ZH120: RMed_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M120.png,RMed,RMed,ZH120,Zee Zmm,blind
46 – Light_RMed_ZH120: RMed_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M120_Light.png,Light,Light,ZH120,Zee Zmm,noblind
47 – Top_RMed_ZH120: RMed_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M120_Top.png,Top,Top,ZH120,Zee Zmm,noblind
48 – bb_RMed_ZH120: RMed_ZH120_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M120_bb.png,bb,bb,ZH120,Zee Zmm,noblind
49 –
50 – RTight_ZH125: RTight_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M125.png,RTight,RTight,ZH125,Zee Zmm,blind
51 – Light_RTight_ZH125: RTight_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M125_Light.png,Light,Light,ZH125,Zee Zmm,noblind
52 – Top_RTight_ZH125: RTight_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M125_Top.png,Top,Top,ZH125,Zee Zmm,noblind
53 – bb_RTight_ZH125: RTight_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M125_bb.png,bb,bb,ZH125,Zee Zmm,noblind
54 – RMed_ZH125: RMed_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M125.png,RMed,RMed,ZH125,Zee Zmm,blind
55 – Light_RMed_ZH125: RMed_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M125_Light.png,Light,Light,ZH125,Zee Zmm,noblind
56 – Top_RMed_ZH125: RMed_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M125_Top.png,Top,Top,ZH125,Zee Zmm,noblind
57 – bb_RMed_ZH125: RMed_ZH125_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M125_bb.png,bb,bb,ZH125,Zee Zmm,noblind
58 –
59 – RTight_ZH130: RTight_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M130.png,RTight,RTight,ZH130,Zee Zmm,blind
60 – Light_RTight_ZH130: RTight_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M130_Light.png,Light,Light,ZH130,Zee Zmm,noblind
61 – Top_RTight_ZH130: RTight_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M130_Top.png,Top,Top,ZH130,Zee Zmm,noblind
62 – bb_RTight_ZH130: RTight_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M130_bb.png,bb,bb,ZH130,Zee Zmm,noblind
63 – RMed_ZH130: RMed_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M130.png,RMed,RMed,ZH130,Zee Zmm,blind
64 – Light_RMed_ZH130: RMed_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M130_Light.png,Light,Light,ZH130,Zee Zmm,noblind
65 – Top_RMed_ZH130: RMed_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M130_Top.png,Top,Top,ZH130,Zee Zmm,noblind
66 – bb_RMed_ZH130: RMed_ZH130_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M130_bb.png,bb,bb,ZH130,Zee Zmm,noblind
67 –
68 – RTight_ZH135: RTight_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M135.png,RTight,RTight,ZH135,Zee Zmm,blind
69 – Light_RTight_ZH135: RTight_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M135_Light.png,Light,Light,ZH135,Zee Zmm,noblind
70 – Top_RTight_ZH135: RTight_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M135_Top.png,Top,Top,ZH135,Zee Zmm,noblind
71 – bb_RTight_ZH135: RTight_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRTight_M135_bb.png,bb,bb,ZH135,Zee Zmm,noblind
72 – RMed_ZH135: RMed_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M135.png,RMed,RMed,ZH135,Zee Zmm,blind
73 – Light_RMed_ZH135: RMed_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M135_Light.png,Light,Light,ZH135,Zee Zmm,noblind
74 – Top_RMed_ZH135: RMed_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M135_Top.png,Top,Top,ZH135,Zee Zmm,noblind
75 – bb_RMed_ZH135: RMed_ZH135_may.nominal,BDT,BDT output,20,-1,1,BDTRMed_M135_bb.png,bb,bb,ZH135,Zee Zmm,noblind
76 –
77 –
78 – # GENERAL SETUP FOR PLOTS
79 – logy: 1
80 – #setup: DY jets udscg,DY jets b,TT-bar,WW/WZ/ZZ,Single top,Hbb 115
81 – #setup: DY jets b,DY jets udscg,TT-bar,Single top,Hbb 115,WW/WZ/ZZ
82 – setup: DYlight,DYc,DYb,TT,ST,VV,ZH
83 – color: 401,41,5,596,602,17,2
84 –
85 –
86 –
87 – [Compare]
88 – cutA: EE
89 – cutB: MM
90 –
91 – Hmass: H.mass,H_mass,Higgs mass,20,0,250,Higgs_mass_compare.png,noCut
92 – Hpt: H.pt,Higgs_pt,Higgs pt,20,100,400,Higgs_pt_compare.png,noCut
93 – Vpt: V.pt,Vector_pt,Vector pt,20,100,400,Vector_pt_compare.png,noCut
94 – HVdPhi: HVdPhi,HVdPhi,Higgs Vector delta phi,20,0,3.2,HVdPhi_compare.png,noCut
95 – Vmass: V.mass,Vmass,Vectro mass,20,75,105,Vector_mass_compare.png,noCut
96 – HdR: H.dR,Higgs_dR,Higgs delta R,20,0,4,Higgs_dR_compare.png,noCut
97 – csv0: hJet_csv[0],hJet_csv0,CSV of hJet[0],20,0.2,1,csv0_compare.png,noCut
98 – csv1: hJet_csv[1],hJet_csv1,CSV of hJet[1],20,0.2,1,csv1_compare.png,noCut
99 – AK7: deltaPullAngleAK7,deltaPullAngleAK7,deltaPullAngleAK7,20,-3.5,3.5,deltaPullAngleAK7_compare.png,noCut
100 – 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
101 –
102 – BKG: Zusdcg Zusdcg_pt100 Zbb Zbb_pt100 WW WZ ZZ TT ST_s ST_t ST_tW STbar_s STbar_t STbar_tW
103 – SIG: ZH115
104 – 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)
105 –
106 –
107 –
108 – [FoM]
109 – 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
110 – 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
111 –
112 – #RCuts
113 – BB_RTight_ZH115: BB_RTight_ZH115.nominal,FoM_BB_RTight_ZH115,Figure of Merit,100,-1,1,FoM_BB_RTight_ZH115.png,noCut
114 – BB_RMed_ZH115: BB_RMed_ZH115.nominal,FoM_BB_RMed_ZH115,Figure of Merit,100,-1,1,FoM_BB_RMed_ZH115.png,noCut
115 – BB_RLoose_ZH115: BB_RLoose_ZH115.nominal,FoM_BB_RLoose_ZH115,Figure of Merit,100,-1,1,FoM_BB_RLoose_ZH115.png,noCut
116 – 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
117 – 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
118 –
119 – # GENERAL SETUP FoM:
120 – 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
121 – SIG: ZH115
94  
95   ###########################################################################################
96   # REGRESSION
97   [Regression]
98 < regWeight = ../data/MVA_BDT_REG_Jun16.weights.xml
99 < 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"}
100 < regVars = ["Jet_pt","Jet_eta","Jet_e","Jet_ptRaw", "Jet_chf","Jet_nconstituents", "Jet_vtxPt", "Jet_vtx3dL", "Jet_vtx3deL"]
98 > regWeight = ../data/MVA_BDT_REG_Sept28.weights.xml
99 > regDict = {"Jet_pt": "hJet_pt", "Jet_eta": "hJet_eta", "Jet_e": "hJet_e","Jet_JECUnc": "hJet_JECUnc", "Jet_ptRaw": "hJet_ptRaw","Jet_chf": "hJet_chf","Jet_cef": "hJet_cef","Jet_nch": "hJet_nch", "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"}
100 > regVars = ["Jet_pt","Jet_eta","Jet_e","Jet_JECUnc","Jet_ptRaw","Jet_chf","Jet_cef","Jet_nch","Jet_nconstituents","Jet_ptLeadTrack","Jet_vtxPt","Jet_vtxMass","Jet_vtx3dL", "Jet_vtx3deL","Jet_SoftLeptptRel","Jet_SoftLeptPt","Jet_SoftLeptdR"]
101   useMET = True
102   usePtRaw = True
103 < useRho25 = False
103 > useMt = True
104 > useRho25 = True
105  
106 + [BTagReshaping]
107 + library=<!Directories|vhbbpath!>/interface/BTagReshaping_h.so
108  
109   ###########################################################################################
110   # LIMIT
# Line 137 | Line 112 | useRho25 = False
112   varName = CMS_vhbb_BDT_Zll
113   range = BDT output,20,-1,1
114  
115 + systematicsnaming7TeV={'JER':'CMS_res_j','JES':'CMS_scale_j','beff':'CMS_eff_b','bmis':'CMS_fake_b_7TeV'}
116 + systematicsnaming8TeV={'JER':'CMS_res_j','JES':'CMS_scale_j','beff':'CMS_eff_b','bmis':'CMS_fake_b_8TeV'}
117 +
118 + sys_BDT: ['JER','JES','beff','bmis']
119 + sys_Mjj: ['JER','JES']
120 +
121 +
122 + #Add a different Cut (syntax: 'oldVar>newVar?' -> '?' will then automatically be replaced with 'Up'/'Down' for the variations)
123 +
124 + #sys_cut_suffix: {'JER':'nominal','JES':'nominal','beff':'csv>csv?','bmis':'csv>csvF?'}
125 + sys_cut_suffix: {'JER':'nominal','JES':'nominal','beff':'nominal','bmis':'nominal'}
126 +
127 + weightF_sys: False
128 +
129 + #Example of sample systematic, in this case the ZZ sample is replaced by WZ
130 + #addSample_sys: {'ZZ':'WZ'}
131 +
132 + # bin-by-bin statistics
133 + binstat: True
134 +
135 +
136 + blind: True
137 + #### rescaling by factor 4
138 + scaling: True
139 + #rescale stats
140 + rescaleSqrtN: False
141 +
142 + BKG = ['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']
143 +
144 + #Groups for adding samples together
145 + Group: {'ZH110':'ZH','ZH115':'ZH','ZH120':'ZH','ZH125':'ZH','ZH130':'ZH','ZH135':'ZH', 'Zudsg':'DYlight','Zudsg5070':'DYlight','Zudsg70100':'DYlight','Zudsg100':'DYlight','Zcc':'DYlight','Zcc5070':'DYlight','Zcc70100':'DYlight','Zcc100':'DYlight','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'}
146 + #naming for DC
147 + Dict: {'ZH':'VH','DYlight':'ZjLF','DYb':'ZjHF','TT':'TT','ST':'s_Top','VV':'VV','ZZ-bb':'ZZbb','Data':'data_obs'}
148 +
149 + #SETUP DATACARD (1st Signal, afterwards BKG)
150 + setup: ['ZH', 'DYlight','DYb','VV','TT','ST']
151 +
152 +
153 + [Datacard]
154 +
155 + InUse: ['lumi_8TeV','pdf_qqbar','pdf_gg','QCDscale_VH','QCDscale_ttbar','QCDscale_VV','QCDscale_QCD','CMS_vhbb_boost_EWK','CMS_vhbb_boost_QCD','CMS_vhbb_ST','CMS_vhbb_VV','CMS_vhbb_ZjLF_ex','CMS_vhbb_ZjHF_ex','CMS_vhbb_TT_ex','CMS_eff_e','CMS_eff_m','CMS_trigger_e','CMS_trigger_m','CMS_vhbb_trigger_MET','CMS_vhbb_ZjLF_SF_8TeV','CMS_vhbb_ZjHF_SF_8TeV','CMS_vhbb_TT_SF_8TeV']
156 +
157 + lumi_7TeV: {'type':'lnN', 'ZH':1.022,'ST':1.022,'VV':1.022}
158 +
159 + lumi_8TeV: {'type':'lnN', 'ZH':1.05,'ST':1.05,'VV':1.05}
160 +
161 + pdf_qqbar: {'type':'lnN', 'ZH':1.01,'VV':1.01}
162 + pdf_gg: {'type':'lnN', 'ST':1.01,'QCD':1.01}
163 + QCDscale_VH: {'type':'lnN', 'ZH':1.04}
164 + QCDscale_ttbar: {'type':'lnN', 'ST':1.06}
165 + QCDscale_VV: {'type':'lnN', 'VV':1.04}
166 + QCDscale_QCD: {'type':'lnN', 'QCD':1.30}
167 + CMS_vhbb_boost_EWK: {'type':'lnN', 'ZH':1.05}
168 + CMS_vhbb_boost_QCD: {'type':'lnN', 'ZH':1.10}
169 + CMS_vhbb_ST: {'type':'lnN', 'ST':1.29}
170 + CMS_vhbb_VV: {'type':'lnN', 'VV':1.30}
171 + CMS_vhbb_ZjLF_ex: {'type':'lnN', 'DYlight':1.05}
172 + CMS_vhbb_ZjHF_ex: {'type':'lnN', 'DYb':1.05}
173 + CMS_vhbb_TT_ex: {'type':'lnN', 'TT':1.05}
174 + CMS_vhbb_ZjLF_ex_8TeV: {'type':'lnN', 'DYlight':1.05}
175 + CMS_vhbb_ZjHF_ex_8TeV: {'type':'lnN', 'DYb':1.05}
176 + CMS_vhbb_TT_ex_8TeV: {'type':'lnN', 'TT':1.05}
177 + CMS_eff_e: {'type':'lnN', 'ZH':1.04, 'ST':1.04,'VV':1.04,'QCD':1.04}
178 + CMS_trigger_e: {'type':'lnN','ZH':1.02, 'ST':1.02,'VV':1.02 }
179 + CMS_eff_m: {'type':'lnN',  'ZH':1.04, 'ST':1.04,'VV':1.04,'QCD':1.04}
180 + CMS_trigger_m: {'type':'lnN', 'ZH':1.01, 'ST':1.01,'VV':1.01 }
181 + CMS_vhbb_trigger_MET: {'type':'lnN'}
182 +
183 + CMS_vhbb_ZjLF_SF_7TeV: {'type':'lnN', 'DYlight':1.198 ,'DYb':0.875 ,'TT':1.003}
184 + CMS_vhbb_ZjHF_SF_7TeV: {'type':'lnN', 'DYlight':0.873 ,'DYb':1.202 ,'TT':0.957}
185 + CMS_vhbb_TT_SF_7TeV: {'type':'lnN',  'DYlight':1.002 ,'DYb':0.974 ,'TT':1.123}
186 +
187 + CMS_vhbb_ZjLF_SF_8TeV: {'type':'lnN', 'DYlight':1.040 ,'DYb':0.974 ,'TT':1.001}
188 + CMS_vhbb_ZjHF_SF_8TeV: {'type':'lnN', 'DYlight':0.897 ,'DYb':1.162 ,'TT':0.966}
189 + CMS_vhbb_TT_SF_8TeV: {'type':'lnN',  'DYlight':1.002 ,'DYb':0.983 ,'TT':1.079}
190 +
191 +
192 +
193   [Limit]
194  
195   #Mjj low EE
# Line 222 | Line 275 | factoryname: MVA
275   factorysettings: !V:!Silent:Color:DrawProgressBar:AnalysisType=Classification:Transformations=I
276   #:Transformations=I;D;P;G,D
277  
225 –
278   [MVALists]
279 < #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
279 > #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
280 > #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
281 > 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
282  
283   [RTight_ZZ_may]
284   MVAtype: <!MVAGeneral|type!>
# Line 374 | Line 428 | maxBtag = max(hJet_csv[0],hJet_csv[1])
428   tlBtag = <!ZHbb|maxBtag!> > <!ZHbb|CSVT!> & <!ZHbb|minBtag!> > <!ZHbb|CSVC!>
429   ntBtag = !(hJet_csv[0] > <!ZHbb|CSVT!> | hJet_csv[1] > <!ZHbb|CSVT!>)
430   twoCSV0 = hJet_csv[0] > 0. & hJet_csv[1] > 0.
431 < 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.
431 > 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.
432   zWindow = V.mass > 75. & V.mass < 105
433   zVeto =  (V.mass > 105 | V.mass < 75.)
434   noAddJet = Sum$(aJet_pt > 20 & abs(aJet_eta) < 2.4) == 0
# Line 408 | Line 462 | Light: <!ZHbb|preselection!> & <!ZHbb|no
462   Top = <!ZHbb|preselection!> & <!ZHbb|upperHMass!> & <!ZHbb|tlBtag!> & <!ZHbb|zVeto!> & H.pt > 100.
463   bb = <!ZHbb|preselection!> & <!ZHbb|vetoHMass!> & <!ZHbb|upperHMass!> & <!ZHbb|zWindow!> & <!ZHbb|tlBtag!> & <!ZHbb|max1AddJet!> & <!ZHbb|dPhiVH!>
464  
465 + Light_RTight = <!Cuts|Light!> & <!ZHbb|rTight!>
466 + Top_RTight = <!Cuts|Top!> & <!ZHbb|rTight!>
467 + bb_RTight = <!Cuts|bb!> & <!ZHbb|rTight!>
468 +
469 + Light_RMed = <!Cuts|Light!> & <!ZHbb|rMed!>
470 + Top_RMed = <!Cuts|Top!> & <!ZHbb|rMed!>
471 + bb_RMed = <!Cuts|bb!> & <!ZHbb|rMed!>
472 +
473 +
474   #lepton individual
475   RTight_EE: Vtype==1 & (triggerFlags[5]>0 || triggerFlags[6]>0) & <!Cuts|RTight!>
476   RTight_MM: Vtype==0 & (triggerFlags[14]>0 || triggerFlags[21]>0 || triggerFlags[22]>0 || triggerFlags[23]>0) & <!Cuts|RTight!>

Diff Legend

– Removed lines
+ Added lines
< Changed lines
> Changed lines