#configMgr.histBackupCacheFile = "data/MyShapeFitExample_template.root" # the data file of your previous fit (= the backup cache file)
# Scaling calculated by outputLumi / inputLumi
configMgr.inputLumi = 0.001 # Luminosity of input TTree after weighting
configMgr.outputLumi = 4.713 # Luminosity required for output histograms
configMgr.setLumiUnits("fb-1")
# Set the files to read from
bgdFiles = []
if configMgr.readFromTree:
bgdFiles.append("samples/tutorial/SusyFitterTree_OneSoftEle_BG_v3.root")
bgdFiles.append("samples/tutorial/SusyFitterTree_OneSoftMuo_BG_v3.root")
else:
bgdFiles = [configMgr.histCacheFile]
pass
configMgr.setFileList(bgdFiles)
# Dictionnary of cuts for Tree->hist
configMgr.cutsDict[
"SR"] = "((lep1Pt < 20 && lep2Pt<10 && met>250 && mt>100 && jet1Pt>130 && jet2Pt>25 && AnalysisType==7) || (lep1Pt < 25 && lep2Pt<10 && met>250 && mt>100 && jet1Pt>130 && jet2Pt>25 && AnalysisType==6))"
# Tuples of nominal weights without and with b-jet selection
configMgr.weights = [
"genWeight", "eventWeight", "leptonWeight", "triggerWeight",
"truthWptWeight", "bTagWeight2Jet"
]
# QCD weights without and with b-jet selection
# we turn the QCD background of for the tutorial as we do not want to use ATLAS data
#configMgr.weightsQCD = "qcdWeight"
#configMgr.weightsQCDWithB = "qcdBWeight"
configMgr.outputFileName = "results/" + configMgr.analysisName + "_Output.root"
# Scaling calculated by outputLumi / inputLumi
configMgr.inputLumi = 0.001 # Luminosity of input TTree after weighting
configMgr.outputLumi = 4.713 # Luminosity required for output histograms
configMgr.setLumiUnits("fb-1")
# Set the files to read from
bgdFiles = []
if configMgr.readFromTree:
bgdFiles.append("samples/tutorial/SusyFitterTree_OneSoftEle_BG_v3.root")
bgdFiles.append("samples/tutorial/SusyFitterTree_OneSoftMuo_BG_v3.root")
else:
bgdFiles = [configMgr.histCacheFile]
pass
configMgr.setFileList(bgdFiles)
# Dictionnary of cuts for Tree->hist
configMgr.cutsDict[
"SR"
] = "((lep1Pt < 20 && lep2Pt<10 && met>250 && mt>100 && jet1Pt>130 && jet2Pt>25 && AnalysisType==7) || (lep1Pt < 25 && lep2Pt<10 && met>250 && mt>100 && jet1Pt>130 && jet2Pt>25 && AnalysisType==6))"
# Tuples of nominal weights without and with b-jet selection
configMgr.weights = ("genWeight", "eventWeight", "leptonWeight", "triggerWeight", "truthWptWeight", "bTagWeight2Jet")
# QCD weights without and with b-jet selection
configMgr.weightsQCD = "qcdWeight"
configMgr.weightsQCDWithB = "qcdBWeight"
# --------------------
## Set the luminosity
################################################################################################
userPrint("Specifying Luminosity")
configMgr.inputLumi = userOpts.inputLumi
configMgr.outputLumi = userOpts.outputLumi
configMgr.setLumiUnits(userOpts.lumiUnits)
################################################################################################
## Specify the background input files
################################################################################################
userPrint("Specifying background input")
bkgFiles = []
bkgFiles.append(userOpts.bkgFile)
configMgr.setFileList(bkgFiles)
################################################################################################
## Configure the selection
################################################################################################
userPrint("Configuring selection")
configMgr = selectionConfig(configMgr)
################################################################################################
## Configure weight
################################################################################################
userPrint("Sepcifying Weight")
configMgr.weights = ["eventweight", "1.0"]
