def plotEMaxNoL1Muon(self):
boxes = None
eVsEtaPhiLib = EvsEtaPhi(self.filename, self.data, self.DEBUG)
libStuff = eVsEtaPhiLib.makeEmaxPlot('_NoL1_Tdmi','# of E_{Max} in HO tiles around extrapolated muon position')
#boxes = drawHoBoxes(libStuff[0])
return [libStuff,boxes]
def plotEMaxNoL1Muon(self):
boxes = None
eVsEtaPhiLib = EvsEtaPhi(self.filename, self.data, self.DEBUG)
libStuff = eVsEtaPhiLib.makeEmaxPlot(
'_NoL1_Tdmi',
'# of E_{Max} in HO tiles around extrapolated muon position')
#boxes = drawHoBoxes(libStuff[0])
return [libStuff, boxes]
plots = ControlPlots(filename=args.source,data=args.data)
res1 = plots.plotL1PerPt()
res2 = plots.plotHoIEtaIPhi()
res3 = plots.plotHoEtaPhiMatchedToL1()
resTightAndHoIetaIphi = plots.plotHoIEtaIPhiMatchedToTightL1()
resL1AndHoIetaIphi = plots.plotHoIEtaIPhiMatchedToL1()
resPatTightHoEtaPhi = plots.plotHoEtaPhiMatchedToTightL1()
resSameScale = plots.plotIEtaIPhiOnSameScales()
resL1Multiplicity = plots.plotL1PresentMultiplicity()
#res2 = plots.plotHoDigiMatchesPerDetId()
if not args.data:
res4 = plots.plotEfficiencyCountCheck()
res5 = plots.plotGenEtaPhi()
raw_input('-->')
elif(script == 'eVsEtaPhi'):
lib = EvsEtaPhi(filename = args.source, data=args.data)
lib.calculateCentralFractionInTight()
reseMaxCounts = lib.plotEMaxCountsForTightMuons()
res = lib.plotAverageEnergyAroundL1()
res2 = lib.plotAverageEMaxAroundL1()
res3 = lib.plot1DEnergyAroundL1()
res4 = lib.plot1DEMaxAroundL1()
res5 = lib.compareHistogramMethods()
res6 = lib.plotEavForTightMuons()
res7 = lib.plotEavPerWheelForTightMuons()
resWheelwise = lib.plotEAveragePerWheel()
resEtaPhiTight = lib.plotEtaPhiForTightL1()
raw_input('-->')
elif(script == 'phiShift'):
lib = DeltaPhi(filename = args.source,data=args.data)
resDeltaPhi = lib.plotDeltaPhiHistogram()
def plotEVsEtaPhi(): lib = EvsEtaPhi(filename = args.source, data=args.data,debug = args.DEBUG) updateModuleName(lib) lib.calculateCentralFractionInTight() reseMaxCountsTight = lib.plotEMaxCountsForTightMuons() reseMaxCounts = lib.plotEMaxCounts() res = lib.plotAverageEnergyAroundL1() res2 = lib.plotAverageEMaxAroundL1() res3 = lib.plot1DEnergyAroundL1() res4 = lib.plot1DEMaxAroundL1() res5 = lib.compareHistogramMethods() res6 = lib.plotEavForTightMuons() res7 = lib.plotEavPerWheelForTightMuons() resWheelwise = lib.plotEAveragePerWheel() resEtaPhiTight = lib.plotEtaPhiForTightL1() checkUserInput() return
def plotEVsEtaPhi():
lib = EvsEtaPhi(filename=args.source, data=args.data, debug=args.DEBUG)
updateModuleName(lib)
lib.calculateCentralFractionInTight()
reseMaxCountsTight = lib.plotEMaxCountsForTightMuons()
reseMaxCounts = lib.plotEMaxCounts()
res = lib.plotAverageEnergyAroundL1()
res2 = lib.plotAverageEMaxAroundL1()
res3 = lib.plot1DEnergyAroundL1()
res4 = lib.plot1DEMaxAroundL1()
res5 = lib.compareHistogramMethods()
res6 = lib.plotEavForTightMuons()
res7 = lib.plotEavPerWheelForTightMuons()
resWheelwise = lib.plotEAveragePerWheel()
resEtaPhiTight = lib.plotEtaPhiForTightL1()
checkUserInput()
return