# add the MET systematics
include("gmsbAnalysis/METSystematics.py")
from gmsbAnalysis.gmsbAnalysisConf import SignalGammaLepton
testAlg = SignalGammaLepton(
name="SignalGammaLepton",
isMC=True,
PreparationTool=gmsbPreparationTool,
FinalSelectionTool=gmsbFinalSelectionTool,
OverlapRemovalTool1=gmsbOverlapRemovalTool1,
OverlapRemovalTool2=gmsbOverlapRemovalTool2,
JetCleaningTool=myJetCleaningTool,
applyTrigger=False,
triggers="EF_mu18",
NumPhotons=1,
NumMuons=1,
outputNtuple=True,
doTruthStudies=True,
TruthStudiesTool=truthStudies,
#doTruthClassifier = True,
#MCTruthClassifier = myMCTruthClassifier,
DoEtMissSystematics=True,
DoEtMissMuonSystematics=True,
EtMissSystematicsTool=myEtMissSystematicsTool,
EtMissMuonSystematicsTool=myEtMissMuonSystematicsTool,
PileupLumiCalcFile="ilumicalc_histograms_None_178044-191933_mu.root")
from AthenaCommon.AppMgr import ToolSvc
#testAlg.OutputLevel = DEBUG
testAlg.OutputLevel = INFO
# Add example to Reader
#Ptcut = 80*GeV,
#doMInv = True,
decayTaus=False,
#doDeltaRLepton = True,
OutputLevel=DEBUG)
ToolSvc += truthStudies
print truthStudies
from gmsbAnalysis.gmsbAnalysisConf import SignalGammaLepton
testAlg = SignalGammaLepton(name="SignalGammaLepton",
isMC=True,
PreparationTool=gmsbPreparationTool,
CrackPreparationTool=gmsbCrackPreparationTool,
OverlapRemovalTool1=gmsbOverlapRemovalTool1,
OverlapRemovalTool2=gmsbOverlapRemovalTool2,
JetCleaningTool=myJetCleaningTool,
applyTrigger=False,
NumPhotons=1,
NumElectrons=1,
outputNtuple=True,
doTruthStudies=True,
TruthStudiesTool=truthStudies)
from AthenaCommon.AppMgr import ToolSvc
testAlg.OutputLevel = DEBUG
#testAlg.OutputLevel = INFO
# Add example to Reader
topSequence += testAlg
print testAlg
#--------------------------------------------------------------
# OutputLevel = DEBUG
# )
# ToolSvc += truthStudies
# print truthStudies
from gmsbAnalysis.gmsbAnalysisConf import SignalGammaLepton
testAlg = SignalGammaLepton(name="SignalGammaLepton",
isMC=False,
PreparationTool=gmsbPreparationTool,
FinalSelectionTool=gmsbFinalSelectionTool,
OverlapRemovalTool1=gmsbOverlapRemovalTool1,
OverlapRemovalTool2=gmsbOverlapRemovalTool2,
AltSelectionTool=gmsbAltSelectionTool,
JetCleaningTool=myJetCleaningTool,
applyTrigger=False,
matchTrigger=1,
RequireTightPho=False,
doABCDPho=True,
triggers='EF_mu18_L1J10',
NumPhotons=1,
NumMuons=1,
outputNtuple=True,
doTruthStudies=False,
TruthStudiesTool=None,
Blind=False)
from AthenaCommon.AppMgr import ToolSvc
#testAlg.OutputLevel = DEBUG
testAlg.OutputLevel = INFO
# Add example to Reader
topSequence += testAlg
# #Ptcut = 8*GeV,
# doDeltaRLepton = False,
# OutputLevel = DEBUG
# )
# ToolSvc += truthStudies
# print truthStudies
from gmsbAnalysis.gmsbAnalysisConf import SignalGammaLepton
testAlg = SignalGammaLepton(name="SignalGammaLepton",
isMC=False,
PreparationTool=gmsbPreparationTool,
FinalSelectionTool=gmsbFinalSelectionTool,
OverlapRemovalTool1=gmsbOverlapRemovalTool1,
OverlapRemovalTool2=gmsbOverlapRemovalTool2,
JetCleaningTool=myJetCleaningTool,
applyTrigger=False,
RequireTightLep=False,
NumPhotons=1,
NumElectrons=1,
outputNtuple=True,
doTruthStudies=False,
TruthStudiesTool=None,
Blind=False)
from AthenaCommon.AppMgr import ToolSvc
#testAlg.OutputLevel = DEBUG
testAlg.OutputLevel = INFO
# Add example to Reader
topSequence += testAlg
print testAlg
OutputLevel=ERROR)
ToolSvc += pdfTool
from gmsbAnalysis.gmsbAnalysisConf import SignalGammaLepton
testAlg = SignalGammaLepton(
name="SignalGammaLepton",
isMC=True,
PrePreparationTool=gmsbPrePreparationTool,
PreparationTool=gmsbPreparationTool,
FinalSelectionTool=gmsbFinalSelectionTool,
OverlapRemovalTool1=gmsbOverlapRemovalTool1,
OverlapRemovalTool2=gmsbOverlapRemovalTool2,
#JetCleaningTool = myJetCleaningTool,
applyTrigger=True,
NumPhotons=1,
NumElectrons=1,
outputNtuple=True,
# doTruthStudies = True,
# TruthStudiesTool = truthStudies,
# DoEtMissSystematics = False,
# DoEtMissMuonSystematics = False,
#EtMissSystematicsTool = myEtMissSystematicsTool,
#EtMissMuonSystematicsTool = myEtMissMuonSystematicsTool
useMETUtility=False,
doPDFReweighting=True,
PDFTool=pdfTool,
PDFs=THEPDFS)
from AthenaCommon.AppMgr import ToolSvc
#testAlg.OutputLevel = DEBUG
#testAlg.OutputLevel = INFO
# ToolSvc += truthStudies
# print truthStudies
# # add the MET systematics
# include ( "gmsbAnalysis/METSystematics.py" )
from gmsbAnalysis.gmsbAnalysisConf import SignalGammaLepton
testAlg = SignalGammaLepton(name = "SignalGammaLepton",
isMC = True,
PreparationTool = gmsbPreparationTool,
FinalSelectionTool = gmsbFinalSelectionTool,
OverlapRemovalTool1 = gmsbOverlapRemovalTool1,
OverlapRemovalTool2 = gmsbOverlapRemovalTool2,
#JetCleaningTool = myJetCleaningTool,
applyTrigger = True,
NumPhotons = 1,
NumMuons = 1,
outputNtuple = True,
# doTruthStudies = True,
# TruthStudiesTool = truthStudies,
# DoEtMissSystematics = False,
# DoEtMissMuonSystematics = False,
#EtMissSystematicsTool = myEtMissSystematicsTool,
#EtMissMuonSystematicsTool = myEtMissMuonSystematicsTool
)
from AthenaCommon.AppMgr import ToolSvc
#testAlg.OutputLevel = DEBUG
testAlg.OutputLevel = INFO
# Add example to Reader
topSequence += testAlg
print testAlg
# # add the MET systematics
# include ( "gmsbAnalysis/METSystematics.py" )
from gmsbAnalysis.gmsbAnalysisConf import SignalGammaLepton
testAlg = SignalGammaLepton(name = "SignalGammaLepton",
isMC = False,
isTruth = True,
GRLFile = "",
useMETUtility = False,
METContainerName = "MET_Truth_NonInt_",
PrePreparationTool = gmsbPrePreparationTool,
PreparationTool = gmsbPreparationTool,
FinalSelectionTool = gmsbFinalSelectionTool,
OverlapRemovalTool1 = gmsbOverlapRemovalTool1,
OverlapRemovalTool2 = gmsbOverlapRemovalTool2,
#JetCleaningTool = myJetCleaningTool,
applyTrigger = False,
NumPhotons = 0,
NumElectrons = 1,
outputNtuple = True,
# doTruthStudies = True,
# TruthStudiesTool = truthStudies,
# DoEtMissSystematics = False,
# DoEtMissMuonSystematics = False,
#EtMissSystematicsTool = myEtMissSystematicsTool,
#EtMissMuonSystematicsTool = myEtMissMuonSystematicsTool
)
from AthenaCommon.AppMgr import ToolSvc
#testAlg.OutputLevel = DEBUG
testAlg.OutputLevel = INFO