fixing a conflict

.gitignore

@@ -13,3 +13,8 @@ combiner/cards_*
 SKIM_*/
 weights/data/
 interface/exceptions/
+jobs_????.??.??_??.??.??/
+analysis_ETau*/
+analysis_MuTau*/
+analysis_TauTau*/
+analysis_MuMu*/

config/mainCfg.cfg

@@ -0,0 +1,17 @@
+[general]
+
+lumi = 1000 # pb^-1
+outputFolder = ./testtest2
+
+data        = Tau
+signals     = HH
+backgrounds = Wjet4
+
+variables  = dau1_pt, dau2_pt
+
+# NOTE: final selections are the cartesian combination of (selections) x (regions), name is set to selection_CR
+selections = resolved, baseline
+regions    = SR, qcdOStight, qcdOSrlx, qcdSStight, qcdSSrlx
+[configs]
+sampleCfg = config/sampleCfg.cfg
+cutCfg    = config/selectionCfg.cfg

config/mainCfg_ETau_templateParallel.cfg

@@ -0,0 +1,118 @@
+[general]
+
+lumi = 35867 # pb^-1
+outputFolder = ./XXX_OUTPUT_XXX
+
+data        = DsingleEle
+# signals     = Radion250, Radion270, Radion280, Radion300, Radion350, Radion400, Radion450, Radion500, Radion550, Radion600, Radion650, Radion750, Radion900, lambdarew0, lambdarew1, lambdarew2, lambdarew3, lambdarew4, lambdarew5, lambdarew6, lambdarew7, lambdarew8, lambdarew9, lambdarew10, lambdarew11, lambdarew12, lambdarew13, lambdarew14, lambdarew15, lambdarew16, lambdarew17, lambdarew18, lambdarew19, lambdarew20, lambdarew21, lambdarew22, lambdarew23, lambdarew24, lambdarew25, lambdarew26, lambdarew27, lambdarew28, lambdarew29, lambdarew30, lambdarew31, lambdarew32, lambdarew33, lambdarew34, lambdarew35, lambdarew36, lambdarew37, lambdarew38, lambdarew39, lambdarew40, lambdarew41, lambdarew42, lambdarew43, lambdarew44, lambdarew45, lambdarew46, lambdarew47, lambdarew48, lambdarew49, lambdarew50, lambdarew51
+# signals = bidimrew0, bidimrew1, bidimrew2, bidimrew3, bidimrew4, bidimrew5, bidimrew6, bidimrew7, bidimrew8, bidimrew9, bidimrew10, bidimrew11, bidimrew12, bidimrew13, bidimrew14, bidimrew15, bidimrew16, bidimrew17, bidimrew18, bidimrew19, bidimrew20, bidimrew21, bidimrew22, bidimrew23, bidimrew24, bidimrew25, bidimrew26, bidimrew27, bidimrew28, bidimrew29, bidimrew30, bidimrew31, bidimrew32, bidimrew33, bidimrew34, bidimrew35, bidimrew36, bidimrew37, bidimrew38, bidimrew39, bidimrew40, bidimrew41, bidimrew42, bidimrew43, bidimrew44, bidimrew45, bidimrew46, bidimrew47, bidimrew48, bidimrew49, bidimrew50, bidimrew51, bidimrew52, bidimrew53, bidimrew54, bidimrew55, bidimrew56, bidimrew57, bidimrew58, bidimrew59, bidimrew60, bidimrew61, bidimrew62, bidimrew63, bidimrew64, bidimrew65, bidimrew66, bidimrew67, bidimrew68, bidimrew69, bidimrew70, bidimrew71, bidimrew72, bidimrew73, bidimrew74, bidimrew75, bidimrew76, bidimrew77, bidimrew78, bidimrew79, bidimrew80, bidimrew81, bidimrew82, bidimrew83, bidimrew84, bidimrew85, bidimrew86, bidimrew87, bidimrew88, bidimrew89, bidimrew90, bidimrew91, bidimrew92, bidimrew93, bidimrew94, bidimrew95, bidimrew96, bidimrew97, bidimrew98, bidimrew99, bidimrew100, bidimrew101, bidimrew102, bidimrew103, bidimrew104, bidimrew105, bidimrew106, bidimrew107, bidimrew108, bidimrew109, bidimrew110, bidimrew111, bidimrew112, bidimrew113, bidimrew114, bidimrew115, bidimrew116, bidimrew117, bidimrew118, bidimrew119, bidimrew120, bidimrew121, bidimrew122, bidimrew123, bidimrew124, bidimrew125, bidimrew126, bidimrew127, bidimrew128, bidimrew129, bidimrew130, bidimrew131, bidimrew132, bidimrew133, bidimrew134, bidimrew135, bidimrew136, bidimrew137, bidimrew138, bidimrew139, bidimrew140, bidimrew141, bidimrew142, bidimrew143, bidimrew144, bidimrew145, bidimrew146, bidimrew147, bidimrew148, bidimrew149, bidimrew150, bidimrew151, bidimrew152, bidimrew153, bidimrew154, bidimrew155, bidimrew156, bidimrew157, bidimrew158, bidimrew159, bidimrew160, bidimrew161, bidimrew162, bidimrew163, bidimrew164, bidimrew165, bidimrew166, bidimrew167, bidimrew168, bidimrew169, bidimrew170, bidimrew171, bidimrew172, bidimrew173, bidimrew174, bidimrew175, bidimrew176, bidimrew177, bidimrew178, bidimrew179, bidimrew180, bidimrew181, bidimrew182, bidimrew183, bidimrew184, bidimrew185, bidimrew186, bidimrew187, bidimrew188, bidimrew189, bidimrew190, bidimrew191, bidimrew192, bidimrew193, bidimrew194, bidimrew195, bidimrew196, bidimrew197, bidimrew198, bidimrew199, bidimrew200, bidimrew201, bidimrew202, bidimrew203, bidimrew204, bidimrew205, bidimrew206, bidimrew207, bidimrew208, bidimrew209, bidimrew210, bidimrew211, bidimrew212, bidimrew213, bidimrew214, bidimrew215, bidimrew216, bidimrew217, bidimrew218, bidimrew219, bidimrew220, bidimrew221, bidimrew222, bidimrew223, bidimrew224, bidimrew225, bidimrew226, bidimrew227, bidimrew228, bidimrew229, bidimrew230, bidimrew231, bidimrew232, bidimrew233, bidimrew234, bidimrew235, bidimrew236, bidimrew237, bidimrew238, bidimrew239, bidimrew240, bidimrew241, bidimrew242, bidimrew243, bidimrew244, bidimrew245, bidimrew246, bidimrew247, bidimrew248, bidimrew249, bidimrew250, bidimrew251, bidimrew252, bidimrew253, bidimrew254, bidimrew255, bidimrew256, bidimrew257, bidimrew258, bidimrew259, bidimrew260, bidimrew261, bidimrew262, bidimrew263, bidimrew264, bidimrew265, bidimrew266, bidimrew267, bidimrew268, bidimrew269, bidimrew270, bidimrew271, bidimrew272, bidimrew273, bidimrew274, bidimrew275, bidimrew276, bidimrew277, bidimrew278, bidimrew279, bidimrew280, bidimrew281, bidimrew282, bidimrew283, bidimrew284, bidimrew285, bidimrew286, bidimrew287, bidimrew288, bidimrew289, bidimrew290, bidimrew291, bidimrew292, bidimrew293, bidimrew294, bidimrew295, bidimrew296, bidimrew297, bidimrew298, bidimrew299
+# signals = lambdarew21, lambdarew40, Radion300, Radion600, Radion900
+signals = XXX_SIGNALS_XXX
+
+
+# signals     = Radion600, lambdarew21
+
+# signals     = Radion250, Radion300, Radion350, Radion400, Radion600, Radion900, lambdarew0, lambdarew21, lambdarew41
+backgrounds = TTfullyHad, TTfullyLep, TTsemiLep, DY0b, DY1b, DY2b, WJets_HT_0_70, WJets_HT_70_100, WJets_HT_100_200, WJets_HT_200_400, WJets_HT_400_600, WJets_HT_600_800, WJets_HT_800_1200, WJets_HT_1200_2500, WJets_HT_2500_Inf, TWtop, TWantitop, EWKWMinus2Jets_WToLNu, EWKWPlus2Jets_WToLNu, EWKZ2Jets_ZToLL, WWTo2L2Nu, WWTo4Q, WWToLNuQQ, WZTo1L1Nu2Q, WZTo1L3Nu, WZTo2L2Q, WZTo3LNu, ZZTo2L2Nu, ZZTo2L2Q, ZZTo4L, ZZTo4Q, ZH_HBB_ZLL, ZH_HBB_ZQQ, ZH_HTauTau
+
+# signals     = HHSM, lambdarew0, lambdarew1, lambdarew2, lambdarew3, lambdarew4, lambdarew5, lambdarew6, lambdarew7, lambdarew8, lambdarew9, lambdarew10, lambdarew11, lambdarew12, lambdarew13, lambdarew14, lambdarew15, lambdarew16, lambdarew17, lambdarew18, lambdarew19, lambdarew20, lambdarew21, lambdarew22, lambdarew23, lambdarew24, lambdarew25, lambdarew26, lambdarew27, lambdarew28, lambdarew29, lambdarew30, lambdarew31, lambdarew32, lambdarew33, lambdarew34, lambdarew35, lambdarew36, lambdarew37, lambdarew38, lambdarew39, lambdarew40, lambdarew41, lambdarew42, lambdarew43, lambdarew44, lambdarew45, lambdarew46, lambdarew47, lambdarew48, lambdarew49, lambdarew50, lambdarew51, Radion250, Radion260, Radion270, Radion280, Radion300, Radion320, Radion340, Radion350, Radion400, Radion500, Radion550, Radion650, Radion700, Radion750, Radion800, Radion900
+# backgrounds = TTfullyHad, TTfullyLep, TTsemiLep, DY0b, DY1b, DY2b, WJets0jet, WJets1jet, WJets2jet, WJets3jet, WJets4jet, TWtop, TWantitop, WWToLNuQQ, WZTo1L1Nu2Q, WZTo1L3Nu, WZTo2L2Q, ZZTo2L2Q
+
+# variables   = HH_mass_raw, HHKin_mass_raw, MT2, bH_mass_raw, tauH_mass, tauH_SVFIT_mass, dau1MET_deltaphi, tauHsvfitMet_deltaPhi, dib_deltaR, ditau_deltaR, mT1, mT2, bHMet_deltaPhi, HHsvfit_deltaPhi, BDTResonant, LepTauKine, met_et, fatjet_softdropMass
+# variables   = HH_mass_raw, HHKin_mass_raw, MT2, fatjet_softdropMass, bH_mass_raw, tauH_SVFIT_mass, BDTResonant, LepTauKine
+# variables   = HHKin_mass_raw, MT2, bH_mass_raw, tauH_SVFIT_mass
+# variables   = BDTResonant, LepTauKine
+variables = HHKin_mass_raw, HHKin_mass_raw_tauup, HHKin_mass_raw_taudown, HHKin_mass_raw_jetup, HHKin_mass_raw_jetdown, MT2, MT2_tauup, MT2_taudown, MT2_jetup, MT2_jetdown
+# variables = bH_mass_raw, fatjet_softdropMass, tauH_SVFIT_mass, dau1MET_deltaphi, tauHsvfitMet_deltaPhi, dib_deltaR, ditau_deltaR, mT1, mT2, bHMet_deltaPhi, HHsvfit_deltaPhi, dib_deltaR_per_bHpt, ditau_deltaR_per_tauHsvfitpt, BDTResonantLM, BDTResonantHM, npv
+
+# variables = bH_mass_raw, fatjet_softdropMass, tauH_SVFIT_mass, dau1MET_deltaphi, tauHsvfitMet_deltaPhi, dib_deltaR, ditau_deltaR, mT1, mT2, bHMet_deltaPhi, HHsvfit_deltaPhi, dib_deltaR_per_bHpt, ditau_deltaR_per_tauHsvfitpt, BDTResonantLM, BDTResonantHM, BDTNonResonant, npv
+# variables = MT2, HHKin_mass_raw
+
+
+# variables2D = tauH_SVFIT_mass:bH_mass_raw
+
+# NOTE: final selections are the cartesian combination of (selections) x (regions), name is set to selection_CR
+# selections = defaultNoIso, defaultBtagLLNoIso, defaultBtagLLNoIsoBBTTCut, defaultBtagLLNoIsoBBTTCutCirc
+# selections = baseline,  1b1j, 2b0j, 1b1jMcut, 2b0jMcut, 1b1jMcutBDT, 2b0jMcutBDT
+# selections = s1b1j, s2b0j, s1b1jMcut, s2b0jMcut, s1b1jMcutBDT, s2b0jMcutBDT, s1b1jresolved, s2b0jresolved, sboostedLL, sboostedMM
+# selections = s1b1j, s2b0j, sboostedLL, sboostedMM, s1b1jresolvedMcut, s2b0jresolvedMcut, s1b1jresolvedMcutBDT, s2b0jresolvedMcutBDT, sboostedLLMcut, sboostedMMMcut
+# selections = s1b1jresolved, s2b0jresolved, s2b0jresolvedMcutlmr90, s2b0jresolvedMcuthmr90
+# selections = s2b0jresolvedMcutlmr90, s2b0jresolvedMcuthmr90, s1b1jresolvedMcutlmr90, s1b1jresolvedMcuthmr90, sboostedLLMcut, s1b1jresolvedMcutlmr70, s2b0jresolvedMcutlmr70
+# selections = s2b0jresolvedMcut, s2b0jresolved, s1b1jresolved, sboostedLL
+# selections = s1b1jresolvedMcutlmr70_nominal, s2b0jresolvedMcutlmr70_nominal, s1b1jresolvedMcutlmr90_nominal, s2b0jresolvedMcutlmr90_nominal, s1b1jresolvedMcuthmr90_nominal, s2b0jresolvedMcuthmr90_nominal, sboostedLLMcut_nominal, s1b1jresolvedMcutlmr70_tesUp, s2b0jresolvedMcutlmr70_tesUp, s1b1jresolvedMcutlmr90_tesUp, s2b0jresolvedMcutlmr90_tesUp, s1b1jresolvedMcuthmr90_tesUp, s2b0jresolvedMcuthmr90_tesUp, sboostedLLMcut_tesUp, s1b1jresolvedMcutlmr70_tesDown, s2b0jresolvedMcutlmr70_tesDown, s1b1jresolvedMcutlmr90_tesDown, s2b0jresolvedMcutlmr90_tesDown, s1b1jresolvedMcuthmr90_tesDown, s2b0jresolvedMcuthmr90_tesDown, sboostedLLMcut_tesDown, s1b1jresolvedMcutlmr70_jesUp, s2b0jresolvedMcutlmr70_jesUp, s1b1jresolvedMcutlmr90_jesUp, s2b0jresolvedMcutlmr90_jesUp, s1b1jresolvedMcuthmr90_jesUp, s2b0jresolvedMcuthmr90_jesUp, sboostedLLMcut_jesUp, s1b1jresolvedMcutlmr70_jesDown, s2b0jresolvedMcutlmr70_jesDown, s1b1jresolvedMcutlmr90_jesDown, s2b0jresolvedMcutlmr90_jesDown, s1b1jresolvedMcuthmr90_jesDown, s2b0jresolvedMcuthmr90_jesDown, sboostedLLMcut_jesDown
+
+selections = s2b0jresolvedMcutlmr90, s2b0jresolvedMcuthmr90, s1b1jresolvedMcutlmr90, s1b1jresolvedMcuthmr90, sboostedLLMcut, s1b1jresolvedMcutlmr70, s2b0jresolvedMcutlmr70
+# selections = sboostedLLMcut, s1b1jresolvedMcutlmr70, s2b0jresolvedMcutlmr70
+
+# selections = s2b0jresolved, s2b0jresolvedMcut, s1b1jresolved, s1b1jresolvedMcut, sboostedLL
+
+regions    = SR, SStight, OSrlx, SSrlx, OSinviso, SSinviso
+# regions    = SR, SStight, SSrlx
+
+
+[configs]
+sampleCfg = config/sampleCfg.cfg
+cutCfg    = config/selectionCfg_ETau.cfg
+
+[merge]
+TT       = TTfullyHad, TTfullyLep, TTsemiLep
+# WJets    = WJets0jet, WJets1jet, WJets2jet, WJets3jet, WJets4jet
+WJets    = WJets_HT_0_70, WJets_HT_70_100, WJets_HT_100_200, WJets_HT_200_400, WJets_HT_400_600, WJets_HT_600_800, WJets_HT_800_1200, WJets_HT_1200_2500, WJets_HT_2500_Inf
+TW       = TWtop, TWantitop
+EWKW     = EWKWMinus2Jets_WToLNu, EWKWPlus2Jets_WToLNu
+WW       = WWTo2L2Nu, WWTo4Q, WWToLNuQQ
+WZ       = WZTo1L1Nu2Q, WZTo1L3Nu, WZTo2L2Q, WZTo3LNu
+ZZ       = ZZTo2L2Nu, ZZTo2L2Q, ZZTo4L, ZZTo4Q
+ZH       = ZH_HBB_ZLL, ZH_HBB_ZQQ, ZH_HTauTau
+data_obs = DsingleEle
+
+############################################################################################
+############################################################################################
+# the following lines are used for postprocessing (pp_), i.e. not read from AnalysisHelper
+# but used in subsequent steps of the analysis to combine histos, compute QCD etc..
+# we keep them here to have everything at hand
+
+[pp_merge]
+# TT    = TTfullyHad, TTfullyLep, TTsemiLep
+# WJets = WJets0jet, WJets1jet, WJets2jet, WJets3jet, WJets4jet
+
+## in case some histos must be rebinned. Pass as
+## uniqueid = varToRebin , condition, newBinning
+[pp_rebin]
+r1 = HHKin_mass_raw         , sboostedLLMcut , 250, 500, 600, 700, 850, 1000 # as for ICHEP (then can not draw last low bin)
+r2 = HHKin_mass_raw_tauup   , sboostedLLMcut , 250, 500, 600, 700, 850, 1000 # as for ICHEP (then can not draw last low bin)
+r3 = HHKin_mass_raw_taudown , sboostedLLMcut , 250, 500, 600, 700, 850, 1000 # as for ICHEP (then can not draw last low bin)
+r4 = HHKin_mass_raw_jetup   , sboostedLLMcut , 250, 500, 600, 700, 850, 1000 # as for ICHEP (then can not draw last low bin)
+r5 = HHKin_mass_raw_jetdown , sboostedLLMcut , 250, 500, 600, 700, 850, 1000 # as for ICHEP (then can not draw last low bin)
+
+r6  = MT2         , sboostedLLMcut , 0, 150, 200, 250, 300, 500 # some bins bins - the lowest one has small signal
+r7  = MT2_tauup   , sboostedLLMcut , 0, 150, 200, 250, 300, 500 # some bins bins - the lowest one has small signal
+r8  = MT2_taudown , sboostedLLMcut , 0, 150, 200, 250, 300, 500 # some bins bins - the lowest one has small signal
+r9  = MT2_jetup   , sboostedLLMcut , 0, 150, 200, 250, 300, 500 # some bins bins - the lowest one has small signal
+r10 = MT2_jetdown , sboostedLLMcut , 0, 150, 200, 250, 300, 500 # some bins bins - the lowest one has small signal
+
+r11 = HHKin_mass_raw         , s2b0jresolvedMcutlmr90, 250, 260, 270, 280, 290, 300, 325, 350, 375, 400, 425, 450, 500, 700, 1000
+r12 = HHKin_mass_raw_tauup   , s2b0jresolvedMcutlmr90, 250, 260, 270, 280, 290, 300, 325, 350, 375, 400, 425, 450, 500, 700, 1000
+r13 = HHKin_mass_raw_taudown , s2b0jresolvedMcutlmr90, 250, 260, 270, 280, 290, 300, 325, 350, 375, 400, 425, 450, 500, 700, 1000
+r14 = HHKin_mass_raw_jetup   , s2b0jresolvedMcutlmr90, 250, 260, 270, 280, 290, 300, 325, 350, 375, 400, 425, 450, 500, 700, 1000
+r15 = HHKin_mass_raw_jetdown , s2b0jresolvedMcutlmr90, 250, 260, 270, 280, 290, 300, 325, 350, 375, 400, 425, 450, 500, 700, 1000
+
+r16 = HHKin_mass_raw         , s1b1jresolvedMcutlmr90, 250, 260, 270, 280, 290, 300, 325, 350, 375, 400, 425, 450, 500, 700, 1000
+r17 = HHKin_mass_raw_tauup   , s1b1jresolvedMcutlmr90, 250, 260, 270, 280, 290, 300, 325, 350, 375, 400, 425, 450, 500, 700, 1000
+r18 = HHKin_mass_raw_taudown , s1b1jresolvedMcutlmr90, 250, 260, 270, 280, 290, 300, 325, 350, 375, 400, 425, 450, 500, 700, 1000
+r19 = HHKin_mass_raw_jetup   , s1b1jresolvedMcutlmr90, 250, 260, 270, 280, 290, 300, 325, 350, 375, 400, 425, 450, 500, 700, 1000
+r20 = HHKin_mass_raw_jetdown , s1b1jresolvedMcutlmr90, 250, 260, 270, 280, 290, 300, 325, 350, 375, 400, 425, 450, 500, 700, 1000
+
+
+## parameters for QCD evaluation
+## doFitIf : condition to be respected to make rlx-to-tight QCD fit. It is used as eval(doFitIf). Use names sel, var
+
+[pp_QCD]
+QCDname      = QCD
+SR           = SR
+yieldSB      = SStight
+shapeSB      = SSrlx
+SBtoSRfactor = 1.5
+# doFitIf      = var == 'MT2' or var == 'HHKin_mass_raw'
+doFitIf      = False
+fitFunc      = [0] + [1]*x

config/mainCfg_MuMu.cfg

@@ -0,0 +1,60 @@
+[general]
+
+lumi = 35867 # pb^-1
+outputFolder = ./analysis_MuMu_8Lug
+
+data        = DsingleMu
+signals     = Radion900
+backgrounds = TTfullyHad, TTfullyLep, TTsemiLep, DY0b, DY1b, DY2b, WJets_HT_0_70, WJets_HT_70_100, WJets_HT_100_200, WJets_HT_200_400, WJets_HT_400_600, WJets_HT_600_800, WJets_HT_800_1200, WJets_HT_1200_2500, WJets_HT_2500_Inf, TWtop, TWantitop, EWKWMinus2Jets_WToLNu, EWKWPlus2Jets_WToLNu, EWKZ2Jets_ZToLL, WWTo2L2Nu, WWTo4Q, WWToLNuQQ, WZTo1L1Nu2Q, WZTo1L3Nu, WZTo2L2Q, WZTo3LNu, ZZTo2L2Nu, ZZTo2L2Q, ZZTo4L, ZZTo4Q, ZH_HBB_ZLL, ZH_HBB_ZQQ, ZH_HTauTau
+
+variables = tauH_pt, bH_mass_raw, met_et, tauH_mass, MT2, HH_mass_raw
+# variables = MT2, bH_mass_raw, HH_mass_raw
+# variables   = HH_mass_raw, HHKin_mass_raw, MT2, bH_mass_raw, tauH_mass, tauH_SVFIT_mass, dau1MET_deltaphi, tauHsvfitMet_deltaPhi, dib_deltaR, ditau_deltaR, mT1, mT2, bHMet_deltaPhi, HHsvfit_deltaPhi, BDTResonant, LepTauKine
+# variables   = BDTResonant, LepTauKine
+
+# variables2D = tauH_SVFIT_mass:bH_mass_raw
+
+# NOTE: final selections are the cartesian combination of (selections) x (regions), name is set to selection_CR
+# selections = defaultNoIso, defaultBtagLLNoIso, defaultBtagLLNoIsoBBTTCut, defaultBtagLLNoIsoBBTTCutCirc
+# selections = baseline,  1b1j, 2b0j, 1b1jMcut, 2b0jMcut, 1b1jMcutBDT, 2b0jMcutBDT
+selections = 2jetsALLcut, 0b2jLALLcut, 1b1jLALLcut, 2b0jLALLcut, 0b2jMALLDPhicut, 1b1jMALLDPhicut, 2b0jMALLDPhicut, 0b2jMALLcut, 1b1jMALLcut, 2b0jMALLcut, 0b2jMmetbcut , 1b1jMmetbcut , 2b0jMmetbcut , 0b2jLmetbcut , 1b1jLmetbcut , 2b0jLmetbcut , 0b2jMmettaucut , 1b1jMmettaucut , 2b0jMmettaucut , 0b2jLmettaucut , 1b1jLmettaucut , 2b0jLmettaucut , 0b2jMtaubcut , 1b1jMtaubcut , 2b0jMtaubcut , 0b2jLtaubcut , 1b1jLtaubcut , 2b0jLtaubcut
+# selections = 0b2jMALLcut, 1b1jMALLcut, 2b0jMALLcut, 0b2jMmetbcut, 0b2jMmetbcut0j, 0b2jMmetbcut1j, 0b2jMmetbcut2j, 0b2jMmetbcut3j, 0b2jMmetbcut4j, 0b2jMmetbcutB, 0b2jMmetbcutBB
+# selections = 2btag, 0btag, rlxtag
+regions    = SR
+
+[configs]
+sampleCfg = config/sampleCfg_fixMuMuSF.cfg
+cutCfg    = config/selectionCfg_MuMu.cfg
+
+[merge]
+TT       = TTfullyHad, TTfullyLep, TTsemiLep
+# WJets    = WJets0jet, WJets1jet, WJets2jet, WJets3jet, WJets4jet
+WJets    = WJets_HT_0_70, WJets_HT_70_100, WJets_HT_100_200, WJets_HT_200_400, WJets_HT_400_600, WJets_HT_600_800, WJets_HT_800_1200, WJets_HT_1200_2500, WJets_HT_2500_Inf
+TW       = TWtop, TWantitop
+EWKW     = EWKWMinus2Jets_WToLNu, EWKWPlus2Jets_WToLNu
+WW       = WWTo2L2Nu, WWTo4Q, WWToLNuQQ
+WZ       = WZTo1L1Nu2Q, WZTo1L3Nu, WZTo2L2Q, WZTo3LNu
+ZZ       = ZZTo2L2Nu, ZZTo2L2Q, ZZTo4L, ZZTo4Q
+ZH       = ZH_HBB_ZLL, ZH_HBB_ZQQ, ZH_HTauTau
+data_obs = DsingleMu
+
+############################################################################################
+############################################################################################
+# the following lines are used for postprocessing (pp_), i.e. not read from AnalysisHelper
+# but used in subsequent steps of the analysis to combine histos, compute QCD etc..
+# we keep them here to have everything at hand
+
+###[pp_merge]
+###
+
+## parameters for QCD evaluation
+## doFitIf : condition to be respected to make rlx-to-tight QCD fit. It is used as eval(doFitIf). Use names sel, var
+
+# [pp_QCD]
+# QCDname      = QCD
+# SR           = SR
+# yieldSB      = SStight
+# shapeSB      = SSrlx
+# SBtoSRfactor = 1.5
+# doFitIf      = var == 'MT2' or var == 'HHKin_mass_raw'
+# fitFunc      = [0] + [1]*x