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First working version of the framework. Btag sfs are disabled #1

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First working version of the framework. Btag sfs are disabled
sscruz Dec 21, 2016
45d6ae4
Changes in several points of the code
sscruz Jan 12, 2017
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6 changes: 5 additions & 1 deletion TTHAnalysis/macros/prepareEventVariablesFriendTree.py
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Original file line number Diff line number Diff line change
Expand Up @@ -11,11 +11,14 @@
ROOT.PyConfig.IgnoreCommandLineOptions = True

MODULES = []
from CMGTools.TTHAnalysis.tools.multilepFriendTreeProducersToCleanup import MODULES as multiModules
MODULES += multiModules

class VariableProducer(Module):
def __init__(self,name,booker,modules):
Module.__init__(self,name,booker)
self._modules = [ (n,m() if type(m) == types.FunctionType else m) for (n,m) in modules ]
print self._modules
def init(self,tree):
for n,m in self._modules:
if hasattr(m, 'init'): m.init(tree)
Expand Down Expand Up @@ -182,6 +185,7 @@ def analyze(self,event):

runner = ""
super = ""
theoutput= args[1].replace('/pool/ciencias/','/pool/cienciasrw/')
if options.env == "cern":
runner = "lxbatch_runner.sh"
super = "bsub -q {queue}".format(queue = options.queue)
Expand All @@ -193,7 +197,6 @@ def analyze(self,event):
options.queue = "batch"
super = "qsub -q {queue} -N happyTreeFriend".format(queue = options.queue)
runner = "lxbatch_runner.sh"
theoutput= args[1].replace('/pool/ciencias/','/pool/cienciasrw/')
else:
raise RuntimeError, "I do not know what to do. Where am I? Please set the [env] option"

Expand Down Expand Up @@ -295,6 +298,7 @@ def _runIt(myargs):
if re.match(pat,m):
toRun[m] = True
modulesToRun = [ (m,v) for (m,v) in MODULES if m in toRun ]
print 'looooping ###############'
el = EventLoop([ VariableProducer(options.treeDir,booker,modulesToRun), ])
el.loop([tb], eventRange=range)
booker.done()
Expand Down
230 changes: 230 additions & 0 deletions TTHAnalysis/macros/submit.py
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@@ -0,0 +1,230 @@
import os
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@sscruz the idea was to have it in the susyMaintenance stuff, but for me it can be left here without any problem.

Perhaps let's ping @nachosandres , since he wrote the bulk of the script.


## this script creates a sub-directory in the tree path for a given module
## and runs the friend tree producer for this module

batch = True
queue = "batch" #"batch" for Oviedo, "8nh" or others for lxplus
path = "/mnt_pool/fanae105/user/sscruz/TTH/samples"
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If we add it to this main repo, we should clean it up quite heavily, in order not to have (too many) hardcoded paths and such

@sscruz @nachosandres

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I would definitely keep this script out of the repo (personally, I never add it to my commits), since it works by hardcoding your path (user specific), friend tree module (analysis specific) and accepted/excluded samples (both), all of which one changes again and again when running. It's only an unnecessary source of changes in our commit history.

#path = "trees/"
force = True # if the friend tree already exists, module is not run; set to True to still run it

## first: module to run, second: list of modules (comma separated) that are required to run
modules = [
["leptonJetReCleanerTTH", ""],
# ["eventBTagWeight","leptonJetReCleanerTTH"]
#["fastCombinedObjectRecleaner", ""]
#["leptonJetReCleanerSusyEWK2L" , "" ],
# ["leptonJetReCleanerSusyEWK3L" , "" ],
#["WZCRvars" , "leptonJetReCleanerSusyEWK2L" ],
#["leptonBuilderEWK" , "leptonJetReCleanerSusyEWK3L" ],
#["leptonJetReCleanerSusyRA7" , "" ],
#["leptonBuilderRA7" , "leptonJetReCleanerSusyRA7" ],
#["leptonJetReCleanerWZSM" , "" ],
#["leptonBuilderWZSM" , "leptonJetReCleanerWZSM" ],
]

## in case you want to run only specific samples
accept = ['MuonEG_Run2016H-PromptReco-v2_runs_281613_284035'
#'TTTT',
#"WZTo3LNu",
#"WGToLNuG",
#"DoubleEG_Run2016G_23Sep2016_v1_runs_271036_284044_part1",
#
#"DoubleEG_Run2016G_23Sep2016_v1_runs_271036_284044_part2",
#
#"DoubleMuon_Run2016F_23Sep2016_v1_runs_271036_284044_part2",
#
#"DoubleMuon_Run2016G_23Sep2016_v1_runs_271036_284044_part5",
#@@"DoubleEG_Run2016G_23Sep2016_v1_runs_271036_284044_part2",
#@@"DoubleEG_Run2016G_23Sep2016_v1_runs_271036_284044_part3",
#@@"DoubleEG_Run2016G_23Sep2016_v1_runs_271036_284044_part4",
#@@"DoubleEG_Run2016G_23Sep2016_v1_runs_271036_284044_part5",
#@@"DoubleMuon_Run2016F_23Sep2016_v1_runs_271036_284044_part2",
#@@"DoubleMuon_Run2016G_23Sep2016_v1_runs_271036_284044_part3",
##"DoubleEG_Run2016G_23Sep2016_v1_runs_271036_284044_part2",
#"DoubleEG_Run2016G_23Sep2016_v1_runs_271036_284044_part3",
#
#"DoubleEG_Run2016G_23Sep2016_v1_runs_271036_284044_part4",
#
#
#"DoubleEG_Run2016G_23Sep2016_v1_runs_271036_284044_part5",
#
#"DoubleMuon_Run2016G_23Sep2016_v1_runs_271036_284044_part3",
#"DoubleEG_Run2016G_23Sep2016_v1_runs_271036_284044_part5",
###"JetHT_Run2016B_23Sep2016_v3_runs_273150_275376_part1",
###"MET_Run2016H-PromptReco-v3_runs_284036_284044",
###"SingleMuon_Run2016H-PromptReco-v3_runs_284036_284044",
#"DoubleMuon_Run2016G_23Sep2016_v1_runs_271036_284044_part2",
#"DoubleMuon_Run2016G_23Sep2016_v1_runs_271036_284044_part5",
#"DoubleMuon_Run2016G_23Sep2016_v1_runs_271036_284044_part7",
#"DoubleMuon_Run2016G_23Sep2016_v1_runs_271036_284044_part7",
#
#"DoubleEG_Run2016B_23Sep2016_v3_runs_273150_275376_skimmed_part1",
#"DoubleEG_Run2016D_23Sep2016_v1_runs_271036_284044_part4",
#"DoubleEG_Run2016E_23Sep2016_v1_runs_271036_284044_part2",
#"DoubleEG_Run2016H-PromptReco-v2_runs_281613_284035_part4",
#"DoubleMuon_Run2016B_23Sep2016_v3_runs_273150_275376_skimmed_part1",
#"DoubleMuon_Run2016B_23Sep2016_v3_runs_273150_275376_skimmed_part3",
#"DoubleMuon_Run2016B_23Sep2016_v3_runs_273150_275376_skimmed_part6",
#"DoubleMuon_Run2016H-PromptReco-v2_runs_281613_284035_part10",
#"TTJets_SingleLeptonFromTbar_part2",
#"TTJets_SingleLeptonFromTbar_part3",
#"Run2016G",
#"Run2016F",
#"DoubleEG_Run2016E_23Sep2016_v1_runs_271036_284044_part2"
#"DYJetsToLL_M50_LO_part2",
#"TTJets_SingleLeptonFromT_part3",
#"TTJets_SingleLeptonFromTbar_part1",
#"SingleLeptonFromTbar_part2",
#"SingleLeptonFromTbar_part3",
#"DoubleEG_Run2016B_23Sep2016_v3_runs_273150_275376_part1",
#"DoubleEG_Run2016B_23Sep2016_v3_runs_273150_275376_part3",
#"DoubleEG_Run2016B_23Sep2016_v3_runs_273150_275376_part4",
#"DoubleEG_Run2016C_23Sep2016_v1_runs_271036_284044_part1",
#"DoubleEG_Run2016D_23Sep2016_v1_runs_271036_284044_part2",
#"DoubleEG_Run2016D_23Sep2016_v1_runs_271036_284044_part4",
#"DoubleEG_Run2016E_23Sep2016_v1_runs_271036_284044_part1",
#"DoubleEG_Run2016E_23Sep2016_v1_runs_271036_284044_part2",
#"DoubleEG_Run2016H-PromptReco-v2_runs_281613_284035_part4",
#"DoubleEG_Run2016H-PromptReco-v2_runs_281613_284035_part5",
#"SingleElectron_Run2016E_23Sep2016_v1_runs_271036_284044",
#"DoubleEG_Run2016B_23Sep2016_v3_runs_273150_275376_part1",
#"DoubleEG_Run2016B_23Sep2016_v3_runs_273150_275376_part3",
#"DoubleEG_Run2016B_23Sep2016_v3_runs_273150_275376_part4",
#"DoubleEG_Run2016C_23Sep2016_v1_runs_271036_284044_part1",
#"DoubleEG_Run2016D_23Sep2016_v1_runs_271036_284044_part2",
#"DoubleEG_Run2016D_23Sep2016_v1_runs_271036_284044_part4",
#"DoubleEG_Run2016E_23Sep2016_v1_runs_271036_284044_part1",
#"DoubleEG_Run2016E_23Sep2016_v1_runs_271036_284044_part2",
#"DoubleEG_Run2016H-PromptReco-v2_runs_281613_284035_part4",
#"DoubleEG_Run2016H-PromptReco-v2_runs_281613_284035_part5",
#"DoubleMuon_Run2016B_23Sep2016_v3_runs_273150_275376_part10",
#"DoubleMuon_Run2016B_23Sep2016_v3_runs_273150_275376_part9",
#"DoubleMuon_Run2016C_23Sep2016_v1_runs_271036_284044_part2",
#"DoubleMuon_Run2016C_23Sep2016_v1_runs_271036_284044_part1",
#"DoubleMuon_Run2016D_23Sep2016_v1_runs_271036_284044_part1",
#"DoubleMuon_Run2016D_23Sep2016_v1_runs_271036_284044_part6",
#"DoubleMuon_Run2016E_23Sep2016_v1_runs_271036_284044_part1",
#"MuonEG_Run2016H-PromptReco-v2_runs_281613_284035",
#"SingleElectron_Run2016E_23Sep2016_v1_runs_271036_284044",
#"SingleMuon_Run2016H-PromptReco-v3_runs_284036_284044",
#"WWZ"
#"TChiNeuSlepSneu_mCh450_mChi300",
#"TChiNeuSlepSneu_mCh300_mChi270",
#"TChiNeuSlepSneu_mCh750_mChi100"
#"TChiNeuWZ_mCh150_mChi120",
#"TChiNeuWZ_mCh200_mChi100",
#"TChiNeuWZ_mCh350_mChi100",
#"TChiNeuWZ_mCh350_mChi20"
# "TChiNeuWZ_mCh350_mChi20"
# "T6ttWW_mG_1000_mN_100",
#"T6ttWW_mG_1200_mN_100",
#"T1tttt_mG_1200_mN_900",
#"T1tttt_mG_1300_mN_1000",
#"T1tttt_mG_1400_mN_1100",
#"T1tttt_mG_1500_mN_1200",
#"T1tttt_mG_1600_mN_1300",
#"1250_mN_950",
#"800_mN_700",
#"DYJets"
#"TGJets",
#"TTGJets",
#"TTJets_Di",
#"TTJets_Single",
#"TTLL",
#"TTW",
#"TTZ",
#"TTW",
#"TTWTo",
#"TTZTo",
#"TTH",
#"TBar",
#"TTHnobb_pow",
#"tZq",
#"VH",
#"WG",
#"ZG",
#"WWZ",
#"WZZ",
#"ZZZ",
#"ZZTo4L",
#"WWTo2L2Nu",
#"TTTT",
#"FromTbar",
#"romT",
#"WZTo3LNu",
#"T5qqqqVV_noDM_mG_1000_mN_100",
#"MuonEG_Run2016B",
#"GGHZZ",
#"Run",
#"DYJetsToLL_M10to50_LO",
#"DYJetsToLL_M50_LO",
#"DoubleMuon_Run2016B_PromptReco_v2_runs_275126_275783",
#"T1tttt",
#"T5qqqq",
#"T6ttWW",
]

#annot open file evVarFriend_SingleMuon_Run2016D_PromptReco_v2_runs_276284_276811.chunk68.root cannot open file evVarFriend_DoubleEG_Run2016D_PromptReco_v2_runs_276284_276811.chunk14.root

## in case you want to exclude specific samples
exclude = [#"_SS",
#"_OS",
#"_TD",
#"_LO",
#"Tau",
#"TChi",
#"WZTo3LNu",
#"DoubleEG",
#"DoubleMuon",
#"MuonEG",
#"ZToMuMu",
#"QCD",
#"50to",
#"amcatnlo",
#"Run",
#"runs_273150_275125",
#"TTW","TTZ",
#"WZTo3LNu"
#"amcatnlo",
]

## --------------- do not touch beyond this line ---------------

def cmd(cmd):
print cmd
os.system(cmd)

def mkdir(path):
if os.path.isdir(path): return
cmd("mkdir " + path)

def submit(sample, module):
global batch, queue, path
super = "python prepareEventVariablesFriendTree.py " + path + " " + path + "/" + module[0] + " -d " + sample + " --tra2 --tree treeProducerSusyMultilepton -m " + module[0]
if not module[1].strip() == "":
sm = module[1].strip().split(",")
for f in sm: super += " -F sf/t " + path + "/" + f + "/evVarFriend_" + sample + ".root"
if batch:
#super += " --env cern -q " + queue + " -N 50000 --log " + path + "/" + module[0] + "/log"
super += " -q " + queue + " -N 50000 --env oviedo"
cmd(super)


path = path.rstrip("/")
listdir = os.listdir(path)

for module in modules:

mkdir( module[0])
#mkdir(path + "/" + module[0] + "/log")

for d in listdir:
if not os.path.isdir(path + "/" + d): continue
if not ( os.path.exists(path + "/" + d + "/treeProducerSusyMultilepton/tree.root") or os.path.exists(path + "/" + d + "/treeProducerSusyMultilepton/tree.root.url") ): continue
if not force and os.path.exists(path + "/" + module[0] + "/evVarFriend_" + d + ".root"): continue
if accept != [] and all([d.find(a) == -1 for a in accept ]): continue
if exclude != [] and any([d.find(e) > -1 for e in exclude]): continue
submit(d, module)

34 changes: 17 additions & 17 deletions TTHAnalysis/python/plotter/ttH-multilepton/mca-2lss-mc.txt
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@@ -1,18 +1,18 @@
ttH+ : TTHnobb_mWCutfix_ch0 : 0.5071*0.418 : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge; FillColor=ROOT.kOrange+10
#ttH+ : TTHnobb_mWCutfix_ch0 : 0.5071*0.418 : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge; FillColor=ROOT.kOrange+10
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Are you sure these commented lines does not mess up things for other people? Perhaps we should have a different mca, for the moment, or use the one used by everyone?

@sscruz


TTW : TTWToLNu : 0.196 : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kGreen-5
TTZ : TTZToLLNuNu : 0.2526 : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kSpring+2
TTZ : TTLLJets_m1to10 : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kSpring+2
TTZ : TTJets_DiLepton : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kSpring+2
TTZ : TTJets_SingleLeptonFromT+TTJets_SingleLeptonFromT_ext : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kSpring+2
TTZ : TTJets_SingleLeptonFromTbar+TTJets_SingleLeptonFromTbar_ext : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kSpring+2
#TTZ : TTJets_DiLepton : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kSpring+2
#TTZ : TTJets_SingleLeptonFromT+TTJets_SingleLeptonFromT_ext : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kSpring+2
#TTZ : TTJets_SingleLeptonFromTbar+TTJets_SingleLeptonFromTbar_ext : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kSpring+2

WZ : WZTo3LNu : 1.1*xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kViolet-4
WZ : WJetsToLNu_LO : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kViolet-4
Rares : ZZTo4L : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kAzure-9

Gstar : DYJetsToLL_M10to50: xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kCyan+1
Gstar : DYJetsToLL_M50: xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kCyan+1
#Gstar : DYJetsToLL_M10to50: xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kCyan+1
#Gstar : DYJetsToLL_M50: xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kCyan+1

WWss: WpWpJJ : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kOrange-3

Expand All @@ -23,30 +23,30 @@ Rares: ZZZ : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ;
Rares: TTTT : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kMagenta-7
Rares: tZq_ll : xsec : LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge ; FillColor=ROOT.kMagenta-7

Convs : TTGJets : xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==1) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==1)) ; FillColor=ROOT.kOrange
#Convs : TTGJets : xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==1) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==1)) ; FillColor=ROOT.kOrange
Convs : WGToLNuG : xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==1) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==1)) ; FillColor=ROOT.kOrange
Convs : ZGTo2LG : xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==1) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==1)) ; FillColor=ROOT.kOrange
Convs : TGJets : xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==1) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==1)) ; FillColor=ROOT.kOrange

TT : TTJets_DiLepton : xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray
TT : TTJets_SingleLeptonFromT+TTJets_SingleLeptonFromT_ext : xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray
TT : TTJets_SingleLeptonFromTbar+TTJets_SingleLeptonFromTbar_ext : xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray
DY : DYJetsToLL_M10to50: xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kCyan
DY : DYJetsToLL_M50: xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kCyan
#TT : TTJets_DiLepton : xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray
#TT : TTJets_SingleLeptonFromT+TTJets_SingleLeptonFromT_ext : xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray
#TT : TTJets_SingleLeptonFromTbar+TTJets_SingleLeptonFromTbar_ext : xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray
#DY : DYJetsToLL_M10to50: xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kCyan
#DY : DYJetsToLL_M50: xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kCyan
WJets : WJetsToLNu_LO : xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kCyan+2
SingleTop: TToLeptons_tch_powheg: xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray+2, Label="Single T"
SingleTop: TBarToLeptons_tch_powheg: xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray+2, Label="Single T"
SingleTop: TToLeptons_sch: xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray+2, Label="Single T"
SingleTop: T_tWch: xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray+2, Label="Single T"
SingleTop: TBar_tWch: xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray+2, Label="Single T"
WW: WWTo2L2Nu: xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray+1
#WW: WWTo2L2Nu: xsec : ((LepGood1_mcMatchId==0 && LepGood1_mcPromptGamma==0) || (LepGood2_mcMatchId==0 && LepGood2_mcPromptGamma==0)) ; FillColor=ROOT.kGray+1

Flips : TTJets_DiLepton : xsec : (LepGood1_mcMatchId!=0 && LepGood2_mcMatchId!=0 && !(LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge)) ; Label="Flips", FillColor=ROOT.kCyan-10
Flips : DYJetsToLL_M10to50 : xsec : (LepGood1_mcMatchId!=0 && LepGood2_mcMatchId!=0 && !(LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge)) ; Label="Flips", FillColor=ROOT.kCyan-10
Flips : DYJetsToLL_M50 : xsec : (LepGood1_mcMatchId!=0 && LepGood2_mcMatchId!=0 && !(LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge)) ; Label="Flips", FillColor=ROOT.kCyan-10
#Flips : TTJets_DiLepton : xsec : (LepGood1_mcMatchId!=0 && LepGood2_mcMatchId!=0 && !(LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge)) ; Label="Flips", FillColor=ROOT.kCyan-10
#Flips : DYJetsToLL_M10to50 : xsec : (LepGood1_mcMatchId!=0 && LepGood2_mcMatchId!=0 && !(LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge)) ; Label="Flips", FillColor=ROOT.kCyan-10
#Flips : DYJetsToLL_M50 : xsec : (LepGood1_mcMatchId!=0 && LepGood2_mcMatchId!=0 && !(LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge)) ; Label="Flips", FillColor=ROOT.kCyan-10
Flips : T_tWch : xsec : (LepGood1_mcMatchId!=0 && LepGood2_mcMatchId!=0 && !(LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge)) ; Label="Flips", FillColor=ROOT.kCyan-10
Flips : TBar_tWch : xsec : (LepGood1_mcMatchId!=0 && LepGood2_mcMatchId!=0 && !(LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge)) ; Label="Flips", FillColor=ROOT.kCyan-10
Flips : WWTo2L2Nu : xsec : (LepGood1_mcMatchId!=0 && LepGood2_mcMatchId!=0 && !(LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge)) ; Label="Flips", FillColor=ROOT.kCyan-10
#Flips : WWTo2L2Nu : xsec : (LepGood1_mcMatchId!=0 && LepGood2_mcMatchId!=0 && !(LepGood1_isMatchRightCharge && LepGood2_isMatchRightCharge)) ; Label="Flips", FillColor=ROOT.kCyan-10



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