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Comparing UserCode/VHbb/python/config (file contents):
Revision 1.21 by peller, Mon Jun 25 11:43:56 2012 UTC vs.
Revision 1.22 by nmohr, Wed Jun 27 14:46:57 2012 UTC

# Line 1 | Line 1
1   [Directories]
2 <
3 < Wdir: /Users/peller/UserCode/VHbb/python
4 <
5 < limits: /Users/peller/VHbb/Limits/ICHEPprap/
6 < plotpath: /Users/peller/VHbb/Stacks/ICHEPprap/
7 < #samplepath= /data1/nmohr/2012Ana/env/sys/
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/ichep8TopUp/
7 > #limits: /Users/peller/VHbb/Limits/May23Like_sys_factor4/
8 > plotpath: /Users/peller/VHbb/Stacks/May28/
9 > samplepath= /data1/nmohr/2012Ana/env/sys/
10  
11  
12   MVAdir: /MVAout/
# Line 159 | Line 161 | Mjj_highPt_ZH125_MM: H.mass,Mjj,Mjj,25,0
161   Mjj_highPt_ZH130_MM: H.mass,Mjj,Mjj,25,0.,250.,Mjj_highPt_M130_Zmm,Mjj_highPt_MM,Mjj_highPt_MM,ZH130,Zmm,Mjj
162   Mjj_highPt_ZH135_MM: H.mass,Mjj,Mjj,25,0.,250.,Mjj_highPt_M135_Zmm,Mjj_highPt_MM,Mjj_highPt_MM,ZH135,Zmm,Mjj
163  
162 – RTight_ZH110_EE_7TeV: tanh(1.3*RTight_ZH110_may_4.nominal)/tanh(1.3),CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRTight_M110_Zee_7TeV,RTight_EE,RTight_EE,ZH110,ZeeTight_7TeV,BDT
163 – RTight_ZH115_EE_7TeV: tanh(1.3*RTight_ZH115_may_4.nominal)/tanh(1.3),CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRTight_M115_Zee_7TeV,RTight_EE,RTight_EE,ZH115,ZeeTight_7TeV,BDT
164 – RTight_ZH120_EE_7TeV: tanh(1.3*RTight_ZH120_may_4.nominal)/tanh(1.3),CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRTight_M120_Zee_7TeV,RTight_EE,RTight_EE,ZH120,ZeeTight_7TeV,BDT
165 – RTight_ZH125_EE_7TeV: tanh(1.3*RTight_ZH125_may_4.nominal)/tanh(1.3),CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRTight_M125_Zee_7TeV,RTight_EE,RTight_EE,ZH125,ZeeTight_7TeV,BDT
166 – RTight_ZH130_EE_7TeV: tanh(1.3*RTight_ZH130_may_4.nominal)/tanh(1.3),CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRTight_M130_Zee_7TeV,RTight_EE,RTight_EE,ZH130,ZeeTight_7TeV,BDT
167 – RTight_ZH135_EE_7TeV: tanh(1.3*RTight_ZH135_may_4.nominal)/tanh(1.3),CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRTight_M135_Zee_7TeV,RTight_EE,RTight_EE,ZH135,ZeeTight_7TeV,BDT
168 –
169 – #Tight MM
170 – RTight_ZH110_MM_7TeV: RTight_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRTight_M110_Zmm_7TeV,RTight_MM,RTight_MM,ZH110,ZmmTight_7TeV,BDT
171 – RTight_ZH115_MM_7TeV: RTight_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRTight_M115_Zmm_7TeV,RTight_MM,RTight_MM,ZH115,ZmmTight_7TeV,BDT
172 – RTight_ZH120_MM_7TeV: RTight_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRTight_M120_Zmm_7TeV,RTight_MM,RTight_MM,ZH120,ZmmTight_7TeV,BDT
173 – RTight_ZH125_MM_7TeV: RTight_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRTight_M125_Zmm_7TeV,RTight_MM,RTight_MM,ZH125,ZmmTight_7TeV,BDT
174 – RTight_ZH130_MM_7TeV: RTight_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRTight_M130_Zmm_7TeV,RTight_MM,RTight_MM,ZH130,ZmmTight_7TeV,BDT
175 – RTight_ZH135_MM_7TeV: RTight_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRTight_M135_Zmm_7TeV,RTight_MM,RTight_MM,ZH135,ZmmTight_7TeV,BDT
176 –
177 – #Med EE
178 – RMed_ZH110_EE_7TeV: RMed_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRMed_M110_Zee_7TeV,RMed_EE,RMed_EE,ZH110,ZeeLoose_7TeV,BDT
179 – RMed_ZH115_EE_7TeV: RMed_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRMed_M115_Zee_7TeV,RMed_EE,RMed_EE,ZH115,ZeeLoose_7TeV,BDT
180 – RMed_ZH120_EE_7TeV: RMed_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRMed_M120_Zee_7TeV,RMed_EE,RMed_EE,ZH120,ZeeLoose_7TeV,BDT
181 – RMed_ZH125_EE_7TeV: RMed_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRMed_M125_Zee_7TeV,RMed_EE,RMed_EE,ZH125,ZeeLoose_7TeV,BDT
182 – RMed_ZH130_EE_7TeV: RMed_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRMed_M130_Zee_7TeV,RMed_EE,RMed_EE,ZH130,ZeeLoose_7TeV,BDT
183 – RMed_ZH135_EE_7TeV: RMed_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRMed_M135_Zee_7TeV,RMed_EE,RMed_EE,ZH135,ZeeLoose_7TeV,BDT
184 –
185 – #Med MM
186 – RMed_ZH110_MM_7TeV: RMed_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRMed_M110_Zmm_7TeV,RMed_MM,RMed_MM,ZH110,ZmmLoose7TeV,BDT
187 – RMed_ZH115_MM_7TeV: RMed_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRMed_M115_Zmm_7TeV,RMed_MM,RMed_MM,ZH115,ZmmLoose7TeV,BDT
188 – RMed_ZH120_MM_7TeV: RMed_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRMed_M120_Zmm_7TeV,RMed_MM,RMed_MM,ZH120,ZmmLoose7TeV,BDT
189 – RMed_ZH125_MM_7TeV: RMed_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRMed_M125_Zmm_7TeV,RMed_MM,RMed_MM,ZH125,ZmmLoose7TeV,BDT
190 – RMed_ZH130_MM_7TeV: RMed_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRMed_M130_Zmm_7TeV,RMed_MM,RMed_MM,ZH130,ZmmLoose7TeV,BDT
191 – RMed_ZH135_MM_7TeV: RMed_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,20,-1,1,BDTRMed_M135_Zmm_7TeV,RMed_MM,RMed_MM,ZH135,ZmmLoose7TeV,BDT
192 –
164   #Tight EE
165 < RTight_ZH110_EE_8TeV: RTight_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M110_Zee_8TeV,RTight_EE,RTight_EE,ZH110,ZeeTight_8TeV,BDT
166 < RTight_ZH115_EE_8TeV: RTight_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M115_Zee_8TeV,RTight_EE,RTight_EE,ZH115,ZeeTight_8TeV,BDT
167 < RTight_ZH120_EE_8TeV: RTight_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M120_Zee_8TeV,RTight_EE,RTight_EE,ZH120,ZeeTight_8TeV,BDT
168 < RTight_ZH125_EE_8TeV: RTight_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M125_Zee_8TeV,RTight_EE,RTight_EE,ZH125,ZeeTight_8TeV,BDT
169 < RTight_ZH130_EE_8TeV: RTight_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M130_Zee_8TeV,RTight_EE,RTight_EE,ZH130,ZeeTight_8TeV,BDT
170 < RTight_ZH135_EE_8TeV: RTight_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M135_Zee_8TeV,RTight_EE,RTight_EE,ZH135,ZeeTight_8TeV,BDT
165 > 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
166 > 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
167 > 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
168 > 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
169 > 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
170 > 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
171  
172   #Tight MM
173 < RTight_ZH110_MM_8TeV: RTight_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M110_Zmm_8TeV,RTight_MM,RTight_MM,ZH110,ZmmTight_8TeV,BDT
174 < RTight_ZH115_MM_8TeV: RTight_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M115_Zmm_8TeV,RTight_MM,RTight_MM,ZH115,ZmmTight_8TeV,BDT
175 < RTight_ZH120_MM_8TeV: RTight_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M120_Zmm_8TeV,RTight_MM,RTight_MM,ZH120,ZmmTight_8TeV,BDT
176 < RTight_ZH125_MM_8TeV: RTight_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M125_Zmm_8TeV,RTight_MM,RTight_MM,ZH125,ZmmTight_8TeV,BDT
177 < RTight_ZH130_MM_8TeV: RTight_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M130_Zmm_8TeV,RTight_MM,RTight_MM,ZH130,ZmmTight_8TeV,BDT
178 < RTight_ZH135_MM_8TeV: RTight_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M135_Zmm_8TeV,RTight_MM,RTight_MM,ZH135,ZmmTight_8TeV,BDT
173 > 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
174 > 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
175 > 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
176 > 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
177 > 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
178 > 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
179  
180   #Med EE
181 < RMed_ZH110_EE_8TeV: RMed_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M110_Zee_8TeV,RMed_EE,RMed_EE,ZH110,ZeeLoose_8TeV,BDT
182 < RMed_ZH115_EE_8TeV: RMed_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M115_Zee_8TeV,RMed_EE,RMed_EE,ZH115,ZeeLoose_8TeV,BDT
183 < RMed_ZH120_EE_8TeV: RMed_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M120_Zee_8TeV,RMed_EE,RMed_EE,ZH120,ZeeLoose_8TeV,BDT
184 < RMed_ZH125_EE_8TeV: RMed_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M125_Zee_8TeV,RMed_EE,RMed_EE,ZH125,ZeeLoose_8TeV,BDT
185 < RMed_ZH130_EE_8TeV: RMed_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M130_Zee_8TeV,RMed_EE,RMed_EE,ZH130,ZeeLoose_8TeV,BDT
186 < RMed_ZH135_EE_8TeV: RMed_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M135_Zee_8TeV,RMed_EE,RMed_EE,ZH135,ZeeLoose_8TeV,BDT
181 > 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
182 > 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
183 > 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
184 > 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
185 > 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
186 > 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
187  
188   #Med MM
189 < RMed_ZH110_MM_8TeV: RMed_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M110_Zmm_8TeV,RMed_MM,RMed_MM,ZH110,ZmmLoose_8TeV,BDT
190 < RMed_ZH115_MM_8TeV: RMed_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M115_Zmm_8TeV,RMed_MM,RMed_MM,ZH115,ZmmLoose_8TeV,BDT
191 < RMed_ZH120_MM_8TeV: RMed_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M120_Zmm_8TeV,RMed_MM,RMed_MM,ZH120,ZmmLoose_8TeV,BDT
192 < RMed_ZH125_MM_8TeV: RMed_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M125_Zmm_8TeV,RMed_MM,RMed_MM,ZH125,ZmmLoose_8TeV,BDT
193 < RMed_ZH130_MM_8TeV: RMed_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M130_Zmm_8TeV,RMed_MM,RMed_MM,ZH130,ZmmLoose_8TeV,BDT
194 < RMed_ZH135_MM_8TeV: RMed_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M135_Zmm_8TeV,RMed_MM,RMed_MM,ZH135,ZmmLoose_8TeV,BDT
224 <
225 <
226 < ##SIGNAL INJECTION:
227 < ##Tight EE
228 < #RTight_ZH110_EE_8TeV: RTight_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M110_Zee_8TeV,RTight_EE,RTight_EE,ZH125,ZeeTight_8TeV,BDT
229 < #RTight_ZH115_EE_8TeV: RTight_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M115_Zee_8TeV,RTight_EE,RTight_EE,ZH125,ZeeTight_8TeV,BDT
230 < #RTight_ZH120_EE_8TeV: RTight_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M120_Zee_8TeV,RTight_EE,RTight_EE,ZH125,ZeeTight_8TeV,BDT
231 < #RTight_ZH125_EE_8TeV: RTight_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M125_Zee_8TeV,RTight_EE,RTight_EE,ZH125,ZeeTight_8TeV,BDT
232 < #RTight_ZH130_EE_8TeV: RTight_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M130_Zee_8TeV,RTight_EE,RTight_EE,ZH125,ZeeTight_8TeV,BDT
233 < #RTight_ZH135_EE_8TeV: RTight_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M135_Zee_8TeV,RTight_EE,RTight_EE,ZH125,ZeeTight_8TeV,BDT
234 < #
235 < ##Tight MM
236 < #RTight_ZH110_MM_8TeV: RTight_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M110_Zmm_8TeV,RTight_MM,RTight_MM,ZH125,ZmmTight_8TeV,BDT
237 < #RTight_ZH115_MM_8TeV: RTight_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M115_Zmm_8TeV,RTight_MM,RTight_MM,ZH125,ZmmTight_8TeV,BDT
238 < #RTight_ZH120_MM_8TeV: RTight_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M120_Zmm_8TeV,RTight_MM,RTight_MM,ZH125,ZmmTight_8TeV,BDT
239 < #RTight_ZH125_MM_8TeV: RTight_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M125_Zmm_8TeV,RTight_MM,RTight_MM,ZH125,ZmmTight_8TeV,BDT
240 < #RTight_ZH130_MM_8TeV: RTight_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M130_Zmm_8TeV,RTight_MM,RTight_MM,ZH125,ZmmTight_8TeV,BDT
241 < #RTight_ZH135_MM_8TeV: RTight_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRTight_M135_Zmm_8TeV,RTight_MM,RTight_MM,ZH125,ZmmTight_8TeV,BDT
242 < #
243 < ##Med EE
244 < #RMed_ZH110_EE_8TeV: RMed_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M110_Zee_8TeV,RMed_EE,RMed_EE,ZH125,ZeeLoose_8TeV,BDT
245 < #RMed_ZH115_EE_8TeV: RMed_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M115_Zee_8TeV,RMed_EE,RMed_EE,ZH125,ZeeLoose_8TeV,BDT
246 < #RMed_ZH120_EE_8TeV: RMed_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M120_Zee_8TeV,RMed_EE,RMed_EE,ZH125,ZeeLoose_8TeV,BDT
247 < #RMed_ZH125_EE_8TeV: RMed_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M125_Zee_8TeV,RMed_EE,RMed_EE,ZH125,ZeeLoose_8TeV,BDT
248 < #RMed_ZH130_EE_8TeV: RMed_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M130_Zee_8TeV,RMed_EE,RMed_EE,ZH125,ZeeLoose_8TeV,BDT
249 < #RMed_ZH135_EE_8TeV: RMed_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M135_Zee_8TeV,RMed_EE,RMed_EE,ZH125,ZeeLoose_8TeV,BDT
250 < #
251 < ##Med MM
252 < #RMed_ZH110_MM_8TeV: RMed_ZH110_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M110_Zmm_8TeV,RMed_MM,RMed_MM,ZH125,ZmmLoose_8TeV,BDT
253 < #RMed_ZH115_MM_8TeV: RMed_ZH115_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M115_Zmm_8TeV,RMed_MM,RMed_MM,ZH125,ZmmLoose_8TeV,BDT
254 < #RMed_ZH120_MM_8TeV: RMed_ZH120_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M120_Zmm_8TeV,RMed_MM,RMed_MM,ZH125,ZmmLoose_8TeV,BDT
255 < #RMed_ZH125_MM_8TeV: RMed_ZH125_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M125_Zmm_8TeV,RMed_MM,RMed_MM,ZH125,ZmmLoose_8TeV,BDT
256 < #RMed_ZH130_MM_8TeV: RMed_ZH130_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M130_Zmm_8TeV,RMed_MM,RMed_MM,ZH125,ZmmLoose_8TeV,BDT
257 < #RMed_ZH135_MM_8TeV: RMed_ZH135_may_4.nominal,CMS_vhbb_BDT_Zll,BDT output,10,-1,1,BDTRMed_M135_Zmm_8TeV,RMed_MM,RMed_MM,ZH125,ZmmLoose_8TeV,BDT
189 > 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
190 > 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
191 > 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
192 > 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
193 > 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
194 > 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
195  
196   #GENERAL SETUP LIMIT:
197   setup: DYlight+DYc,DYb,TT,VV,ST,ZH
# Line 440 | Line 377 | upperHMass = H.mass < 250.
377   looseHMass = H.mass > 80. & H.mass < 150.
378   dPhiVH = abs( HVdPhi ) > 2.9
379  
380 + [ZHeebb]
381 + addCuts = Vtype==1 & (triggerFlags[5]>0 || triggerFlags[6]>0)
382 +
383 + [ZHmmbb]
384 + addCuts = Vtype==0 & (triggerFlags[14]>0 || triggerFlags[21]>0 || triggerFlags[22]>0 || triggerFlags[23]>0)
385 +
386   [Cuts]
387 + mjjLowPt = <!ZHbb|preselection!> & <!ZHbb|rMed!> & <!ZHbb|tlBtag!> & <!ZHbb|zWindow!> & <!ZHbb|max1AddJet!> & <!ZHbb|upperHMass!> & <!ZHbb|dPhiVH!>
388 + mjjHighPt = <!ZHbb|preselection!> & <!ZHbb|rTight!> & <!ZHbb|tlBtag!> & <!ZHbb|zWindow!> & <!ZHbb|max1AddJet!> & <!ZHbb|upperHMass!> & <!ZHbb|dPhiVH!>
389  
390   #V.pt regions:
391 < RMed = <!ZHbb|preselection!> & <!ZHbb|maxBtag!> > <!ZHbb|CSVC!> & <!ZHbb|minBtag!> > <!ZHbb|CSVL!> & <!ZHbb|zWindow!> & <!ZHbb|pullAngle!> & <!ZHbb|rMed!> & <!ZHbb|looseHMass!>
391 > 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
392   #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.
393   RTight = <!ZHbb|preselection!> & <!ZHbb|maxBtag!> > <!ZHbb|CSVL!> & <!ZHbb|minBtag!> > <!ZHbb|CSVL!> & <!ZHbb|zWindow!> & <!ZHbb|pullAngle!> & <!ZHbb|rTight!> & <!ZHbb|upperHMass!>
394   #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.
# Line 460 | Line 405 | RMed_EE: Vtype==1 & (triggerFlags[5]>0 |
405   RMed_MM: Vtype==0 & (triggerFlags[14]>0 || triggerFlags[21]>0 || triggerFlags[22]>0 || triggerFlags[23]>0) & <!Cuts|RMed!>
406  
407   #Mjj
408 < Mjj_lowPt_EE: V.mass > 75. & V.mass < 105. & V.pt > 50. & V.pt < 100 & H.pt > 0. & H.mass < 250. & ( hJet_csv[0] > 0.898 || hJet_csv[1] > 0.898 ) & hJet_csv[0] > 0.5 & hJet_csv[1] > 0.5 & hJet_pt[0] > 20. & hJet_pt[1] > 20. & TMath::Abs(HVdPhi) > 2.9 & EVENT.json == 1 & hbhe == 1 & MET.et < 50 & ( Vtype ==1 && ( triggerFlags[5] || triggerFlags[6] ) )
409 < Mjj_lowPt_MM: V.mass > 75. & V.mass < 105. & V.pt > 50. & V.pt < 100. & H.pt > 0. & H.mass < 250. & ( hJet_csv[0] > 0.898 || hJet_csv[1] > 0.898 ) & hJet_csv[0] > 0.5 & hJet_csv[1] > 0.5 & hJet_pt[0] > 20. & hJet_pt[1] > 20. & TMath::Abs(HVdPhi) > 2.9 & EVENT.json == 1 & hbhe == 1 & MET.et < 50 &  ( Vtype == 0 && (((EVENT.run<173198 && (triggerFlags[0]>0 || triggerFlags[13]>0 || triggerFlags[14]>0 || triggerFlags[20]>0 || triggerFlags[21]>0)) || (EVENT.run>=173198 && EVENT.run<175832  && (triggerFlags[13]>0 ||triggerFlags[14]>0 || triggerFlags[22]>0 || triggerFlags[23]>0))|| (EVENT.run>=175832 && EVENT.run<178390 && (triggerFlags[13]>0 ||triggerFlags[14]>0 ||triggerFlags[15]>0 || triggerFlags[21]>0 || triggerFlags[22]>0 || triggerFlags[23]>0)) || (EVENT.run>=178390 && (triggerFlags[14]>0 ||triggerFlags[15]>0 || triggerFlags[21]>0 || triggerFlags[22]>0 || triggerFlags[23]>0 || triggerFlags[24]>0 || triggerFlags[25]>0 || triggerFlags[26]>0 || triggerFlags[27]>0)))) )
465 <
466 < Mjj_highPt_EE: V.mass > 75. & V.mass < 105. & V.pt > 100. & H.pt > 0. & H.mass < 250. & ( hJet_csv[0] > 0.898 || hJet_csv[1] > 0.898 ) & hJet_csv[0] > 0.5 & hJet_csv[1] > 0.5 & hJet_pt[0] > 20. & hJet_pt[1] > 20. & TMath::Abs(HVdPhi) > 2.9 & EVENT.json == 1 & hbhe == 1 & MET.et < 50 & ( Vtype ==1 && ( triggerFlags[5] || triggerFlags[6] ) )
467 < Mjj_highPt_MM: V.mass > 75. & V.mass < 105. & V.pt > 100. & H.pt > 0. & H.mass < 250. & ( hJet_csv[0] > 0.898 || hJet_csv[1] > 0.898 ) & hJet_csv[0] > 0.5 & hJet_csv[1] > 0.5 & hJet_pt[0] > 20. & hJet_pt[1] > 20. & TMath::Abs(HVdPhi) > 2.9 & EVENT.json == 1 & hbhe == 1 & MET.et < 50 &  ( Vtype == 0 && (((EVENT.run<173198 && (triggerFlags[0]>0 || triggerFlags[13]>0 || triggerFlags[14]>0 || triggerFlags[20]>0 || triggerFlags[21]>0)) || (EVENT.run>=173198 && EVENT.run<175832  && (triggerFlags[13]>0 ||triggerFlags[14]>0 || triggerFlags[22]>0 || triggerFlags[23]>0))|| (EVENT.run>=175832 && EVENT.run<178390 && (triggerFlags[13]>0 ||triggerFlags[14]>0 ||triggerFlags[15]>0 || triggerFlags[21]>0 || triggerFlags[22]>0 || triggerFlags[23]>0)) || (EVENT.run>=178390 && (triggerFlags[14]>0 ||triggerFlags[15]>0 || triggerFlags[21]>0 || triggerFlags[22]>0 || triggerFlags[23]>0 || triggerFlags[24]>0 || triggerFlags[25]>0 || triggerFlags[26]>0 || triggerFlags[27]>0)))) )
408 > Mjj_lowPt_EE: <!ZHeebb|addCuts!> & <!Cuts|mjjLowPt!>
409 > Mjj_lowPt_MM: <!ZHmmbb|addCuts!> & <!Cuts|mjjLowPt!>
410  
411 + Mjj_highPt_EE: <!ZHeebb|addCuts!> & <!Cuts|mjjHighPt!>
412 + Mjj_highPt_MM: <!ZHmmbb|addCuts!> & <!Cuts|mjjHighPt!>
413  
414   ###########################################################################################
415   # other things:

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