result["PFMET1Phi_Py"] = event.PFMET1Phi[0].py()
result["PFMET1Phi_Significance"] = event.PFMET1Phi[0].significance()
result["MVAMET_Pt"] = event.MVAMET[0].pt()
result["MVAMET_Phi"] = event.MVAMET[0].phi()
result["MVAMET_Px"] = event.MVAMET[0].px()
result["MVAMET_Py"] = event.MVAMET[0].py()
result["MVAMET_Significance"] = event.MVAMET[0].significance()
result["NoPUMET_Pt"] = event.NoPUMET[0].pt()
result["NoPUMET_Phi"] = event.NoPUMET[0].phi()
result["NoPUMET_Px"] = event.NoPUMET[0].px()
result["NoPUMET_Py"] = event.NoPUMET[0].py()
result["NoPUMET_Significance"] = event.NoPUMET[0].significance()
return result
if __name__=="__main__":
import sys
from BaseControlPlots import runTest
if sys.argv[2]=="Jetmet":
runTest(sys.argv[1], JetmetControlPlots())
elif sys.argv[2]=="Electrons":
runTest(sys.argv[1], ElectronsControlPlots())
elif sys.argv[2]=="Muons":
runTest(sys.argv[1], MuonsControlPlots())
svdr = b1SV.DeltaR(b2SV)
else:
svdr = -1
abb = b1 + b2
higgs = amu + abb
# di-b-jets plots
result["amassBjet"] = abb.M()
result["aptBjet"] = abb.Pt()
result["dphiaBjetMET"] = abb.DeltaPhi(met4v)
result["diBjetdR"] = b1.DeltaR(b2)
result["dphidiBjet"] = b1.DeltaPhi(b2)
result["diBjetSVdR"] = svdr
# Higgs candidate plots
result["dphiaa"] = abb.DeltaPhi(amu)
result["aadR"] = abb.DeltaR(amu)
result["dphiHiggsMET"] = higgs.DeltaPhi(met4v)
result["hPt"] = higgs.Pt()
result["hMass"] = higgs.M()
result["diffMassaa"] = abs(abb.M() - amu.M())
return result
if __name__ == "__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], EventSelectionControlPlots())
# declare histograms
self.add("event","Event number",1000,0,100000)
self.add("category","event category", self.eventCategories+1, 0, self.eventCategories+1)
self.add("category_dilep","event category dileptonic final state", 4, 0, 4)
self.add("category_semilep","event category semileptonic final state", 4, 4, 8)
def process(self, event):
"""EventSelectionControlPlots_dilep"""
result = { }
# event category
categoryData = event.category
result["category"] = [ ]
for category in range(self.eventCategories):
if EventSelection.isInCategory(category, categoryData):
result["category"].append(category)
result["category_dilep"] = result["category"][:4]
result["category_semilep"] = result["category"][4:]
result["event"] = event.event()
return result
if __name__=="__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], EventSelectionControlPlots())
def beginJob(self, muChannel=None):
self._muChannel = muChannel
# declare histograms
self.add("weight", "weight", 200, 0, 2)
self.add("weight_OneExtraLep", "weight_OneExtraLep", 200, 0, 2)
self.add("weight_TwoExtraLep", "weight_TwoExtraLep", 200, 0, 2)
def process(self, event):
"""LeptonsReweightingControlPlots"""
result = {}
if self._muChannel is None:
result["weight"] = event.weight(weightList=["Leptons"])
elif self._muChannel == False:
result["weight"] = event.weight(weightList=["Leptons"],
forceMode="Electron")
elif self._muChannel == True:
result["weight"] = event.weight(weightList=["Leptons"],
forceMode="Muon")
result["weight_OneExtraLep"] = event.weight(weightList=["Leptons"],
forceMode="3lep")
result["weight_TwoExtraLep"] = event.weight(weightList=["Leptons"],
forceMode="4lep")
return result
if __name__ == "__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], LeptonsReweightingControlPlots())
self.add("lvertex", "index of the lepton vertex", 20, -0.5, 19.5)
def process(self, event):
"""VertexAssociationControlPlots"""
result = {}
result["nvertices"] = event.vertices.size()
if event.vertices.size() == 0: return result
vertex = event.vertex
result["vx"] = vertex.x()
result["vy"] = vertex.y()
result["vz"] = vertex.z()
result["vxerr"] = vertex.xError()
result["vyerr"] = vertex.yError()
result["vzerr"] = vertex.zError()
# relevant quantities to monitor: Z vs primary vertex
bestZ = event.bestZcandidate
if bestZ is None: return result
lepton1 = bestZ.daughter(0)
lepton2 = bestZ.daughter(1)
result["lepton_dz"] = abs(lepton1.vz() - lepton2.vz())
result["l1v_dz"] = abs(lepton1.vz() - vertex.z())
result["l2v_dz"] = abs(lepton2.vz() - vertex.z())
result["lvertex"] = findPrimaryVertexIndex(bestZ, event.vertices)
return result
if __name__ == "__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], VertexAssociationControlPlots())
import ROOT
from PatAnalysis.BaseControlPlots import BaseControlPlots
class MonteCarloReweightingControlPlots(BaseControlPlots):
"""A class to create control plots for lumi reweighting"""
def __init__(self, dir=None, purpose="mcReweighting", dataset=None, mode="plots"):
# create output file if needed. If no file is given, it means it is delegated
BaseControlPlots.__init__(self, dir=dir, purpose=purpose, dataset=dataset, mode=mode)
def beginJob(self):
# declare histograms
self.add("weight","weight",200,0,2)
def process(self, event):
"""MonteCarloReweightingControlPlots"""
result = { }
result["weight"] = event.weight(weightList=["MonteCarlo"])
return result
if __name__=="__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], MonteCarloReweightingControlPlots())
# declare histograms
self.add("HE","HE",200,0,2)
self.add("HP","HP",200,0,2)
self.add("HEexcl","HEexcl",200,0,2)
self.add("HPexcl","HPexcl",200,0,2)
self.add("HEHE","HEHE",200,0,2)
self.add("HEHP","HEHP",200,0,2)
self.add("HPHP","HPHP",200,0,2)
def process(self,event):
"""BtaggingReWeightingControlPlots"""
result = { }
result["HE"] = event.weight(weightList=["Btagging"], forceMode="HE", btagging=self._btagging)
result["HP"] = event.weight(weightList=["Btagging"], forceMode="HP", btagging=self._btagging)
result["HEexcl"] = event.weight(weightList=["Btagging"], forceMode="HEexcl", btagging=self._btagging)
result["HPexcl"] = event.weight(weightList=["Btagging"], forceMode="HPexcl", btagging=self._btagging)
result["HEHE"] = event.weight(weightList=["Btagging"], forceMode="HEHE", btagging=self._btagging)
result["HEHP"] = event.weight(weightList=["Btagging"], forceMode="HEHP", btagging=self._btagging)
result["HPHP"] = event.weight(weightList=["Btagging"], forceMode="HPHP", btagging=self._btagging)
return result
def processEvent(self,event,weight = 1.,btagging="CSV"):
"""process event and fill histograms"""
self.fill(self.process(event,btagging),weight)
if __name__=="__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], BtaggingReWeightingControlPlots())
result["phi_jab"]=dijet[0].phi()
delta_phi1=bbarq[0].phi()-dijet[0].phi()
delta_phi2=bq[0].phi()-dijet[1].phi()
if delta_phi1>pi:
delta_phi1=(2*pi)-delta_phi1
if delta_phi2>pi:
delta_phi2=(2*pi)-delta_phi2
result["Deltaphi_ajet"]=delta_phi1
result["Deltaphi_jet"]=delta_phi2
result["Eta_b"]=bq[0].eta()
result["Eta_jb"]=dijet[1].eta()
result["Eta_ab"]=bbarq[0].eta()
result["Eta_jab"]=dijet[0].eta()
result["DeltaEta_ajet"]=bbarq[0].eta()-dijet[0].eta()
result["DeltaEta_jet"]=bq[0].eta()-dijet[1].eta()
return result
def Delta(par1,par2):
delta_phi=abs(par2.phi()-par1.phi())
if delta_phi>pi:
delta_phi=(2*pi)-delta_phi;
delta=sqrt((delta_phi)**2 + (par1.eta()-par2.eta())**2)
return delta
if __name__=="__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], MatrixElementControlPlots())
"""A class to create control plots for lumi reweighting"""
def __init__(self, dir=None, category=None, dataset=None, mode="plots"):
# create output file if needed. If no file is given, it means it is delegated
BaseControlPlots.__init__(self, dir=dir, purpose="LeptonsReweighting", dataset=dataset, mode=mode)
self.category = [int(s) for s in dir.GetName().split('_') if s.isdigit()]
if len(self.category): self.category=self.category[0]
else: self.category=None
def beginJob(self, muChannel = None):
self._muChannel = muChannel
# declare histograms
self.add("weight","weight",200,0,2)
def process(self, event):
"""LeptonsReweightingControlPlots"""
result = { }
if self._muChannel is None:
result["weight"] = event.weight(weightList=["Leptons"], category=self.category)
elif self._muChannel == False:
result["weight"] = event.weight(weightList=["Leptons"], category=self.category, forceMode="Electron")
elif self._muChannel == True:
result["weight"] = event.weight(weightList=["Leptons"], category=self.category, forceMode="Muon")
return result
if __name__=="__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], LeptonsReweightingControlPlots())
self.add("lvertex","index of the lepton vertex",20,-0.5,19.5)
def process(self,event):
"""VertexAssociationControlPlots"""
result = { }
result["nvertices"] = event.vertices.size()
if event.vertices.size()==0 : return result
vertex = event.vertex
result["vx"] = vertex.x()
result["vy"] = vertex.y()
result["vz"] = vertex.z()
result["vxerr"] = vertex.xError()
result["vyerr"] = vertex.yError()
result["vzerr"] = vertex.zError()
# relevant quantities to monitor: Z vs primary vertex
bestZ = event.bestZcandidate
if bestZ is None: return result
lepton1 = bestZ.daughter(0)
lepton2 = bestZ.daughter(1)
result["lepton_dz"] = abs(lepton1.vz()-lepton2.vz())
result["l1v_dz"] = abs(lepton1.vz()-vertex.z())
result["l2v_dz"] = abs(lepton2.vz()-vertex.z())
result["lvertex"] = findPrimaryVertexIndex(bestZ,event.vertices)
return result
if __name__=="__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], VertexAssociationControlPlots())
self.add("genMET_Px","GEN MET Px",1000,-500,500)
self.add("genMET_Py","GEN MET Py",1000,-500,500)
self.add("MEMET_Pt","Matrix Element MET Pt",600,0,600)
self.add("MEMET_Phi","Matrix Element MET Phi",320,-3.2,3.2)
self.add("MEMET_Px","Matrix Element MET Px",1000,-500,500)
self.add("MEMET_Py","Matrix Element MET Py",1000,-500,500)
self.add("MEMET_NumberOfNeutrinos","NumberOfNeutrinos",4,0,4)
def process(self,event):
"""Generator Level Mets"""
result = { }
result["genMET_Pt"] = event.genMET[0].pt()
result["genMET_Phi"] = event.genMET[0].phi()
result["genMET_Px"] = event.genMET[0].px()
result["genMET_Py"] = event.genMET[0].py()
neutrinos_4v = event.MEMET_4v
result["MEMET_Pt"]=neutrinos_4v.Pt()
result["MEMET_Phi"]=neutrinos_4v.Phi()
result["MEMET_Px"]=neutrinos_4v.Px()
result["MEMET_Py"]=neutrinos_4v.Py()
result["MEMET_NumberOfNeutrinos"]=event.NumberOfNeutrinos
return result
if __name__=="__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], MonteCarloSelectionControlPlots())
self.add("pv", "pv", 50, 0, 50)
if self._mode == "plots":
self._dir.cd()
self.h_weightSetup = ROOT.TH1F("weightSetup", "weightSetup", 50, 0,
50)
self.first = True
def process(self, event):
"""LumiReWeightingControlPlots"""
if self.first:
if self._mode == "plots":
for i in range(50):
self.h_weightSetup.SetBinContent(
i + 1, event.weight(weightList=["PileUp"], npu=i))
self.first = False
result = {}
result["LumiWeight"] = event.weight(weightList=["PileUp"])
pileup = event.PileupSummaryInfo
for pvi in pileup:
if pvi.getBunchCrossing() == 0:
npu = pvi.getPU_NumInteractions()
result["pu"] = npu
result["pv"] = event.vertices.size()
return result
if __name__ == "__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], LumiReWeightingControlPlots())
# declare histograms
self.add("LumiWeight","LumiWeight",1000,0,10)
self.add("pu","pu",50,0,50)
self.add("pv","pv",50,0,50)
if self._mode=="plots":
self._dir.cd()
self.h_weightSetup = ROOT.TH1F("weightSetup","weightSetup",50,0,50)
self.first = True
def process(self, event):
"""LumiReWeightingControlPlots"""
if self.first:
if self._mode=="plots":
for i in range(50): self.h_weightSetup.SetBinContent(i+1,event.weight(weightList=["PileUp"],npu=i))
self.first = False
result = { }
result["LumiWeight"] = event.weight(weightList=["PileUp"])
pileup = event.PileupSummaryInfo
for pvi in pileup:
if pvi.getBunchCrossing()==0:
npu = pvi.getPU_NumInteractions()
result["pu"]= npu
result["pv"]= event.vertices.size()
return result
if __name__=="__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], LumiReWeightingControlPlots())
forceMode=self.WP[0] + self.WP[0] + self.WP[0],
btagging=self._btagging)
result[self.WP[1] + self.WP[1] + self.WP[1] + "excl"] = event.weight(
weightList=["Btagging"],
forceMode=self.WP[1] + self.WP[1] + self.WP[1] + "excl",
btagging=self._btagging)
result[self.WP[0] + self.WP[0] + self.WP[0] + "excl"] = event.weight(
weightList=["Btagging"],
forceMode=self.WP[0] + self.WP[0] + self.WP[0] + "excl",
btagging=self._btagging)
result["0" + self.WP[1] + "excl"] = event.weight(
weightList=["Btagging"],
forceMode="0" + self.WP[1] + "excl",
btagging=self._btagging)
result["0" + self.WP[0] + "excl"] = event.weight(
weightList=["Btagging"],
forceMode="0" + self.WP[0] + "excl",
btagging=self._btagging)
return result
def processEvent(self, event, weight=1., btagging="CSV"):
"""process event and fill histograms"""
self.fill(self.process(event), weight)
if __name__ == "__main__":
import sys
from BaseControlPlots import runTest
runTest(sys.argv[1], BtaggingReWeightingControlPlots())