filename = 'L1MuonHistogram.root'
if (len(sys.argv) > 1):
filename = sys.argv[1]
print 'Doing energy...'
res = plotEnergy('.')
res2 = plotEnergyNormalized('.')
print 'Doing Delta Eta Delta Phi...'
plotDeltaEtaDeltaPhi('.')
# print 'Doing Eta Phi...'
# plotEtaPhi(s)
print 'Doing L1Rates...'
plotL1Rates('.')
# print 'Doing Phi...'
# plotPhi(s)
print 'Doing Efficiency...'
plotEfficiency('.')
print 'Doing Multiplicity...'
plotMultiplicity('.')
#c1 = None
#c2 = None
#c3 = None
#cPhi1 = None
#cPhi2 = None
#cPhi3 = None
"""
c1 = plotEnergyVsEta('.','L1MuonWithHoMatch_EnergyVsEta')
filename = sys.argv[1]
toProcess = [
'.'
# ,'crab2023MinBias'
]
for s in toProcess:
print 'Doing energy...'
plotEnergy(s)
print 'Doing Delta Eta Delta Phi...'
plotDeltaEtaDeltaPhi(s)
print 'Doing Eta Phi...'
plotEtaPhi(s)
print 'Doing L1Rates...'
plotL1Rates(s)
# print 'Doing Phi...'
# plotPhi(s)
print 'Doing Efficiency...'
plotEfficiency(s)
print 'Doing Multiplicity...'
plotMultiplicity(s)
print 'All done.'
c1 = plotEnergyVsEta('.','L1MuonWithHoMatch_EnergyVsEta')
c1.SetName('c1')
c1.SaveAs('energyVsEta_L1MuonAndHo.png')
c2 = plotEnergyVsEta('.','L1MuonWithHoMatchAboveThr_EnergyVsEta')
c2.SetName('c2')
c2.SaveAs('energyVsEta_L1MuonAndHoAboveThr.png')
filename = 'L1MuonHistogram.root'
if(len(sys.argv) > 1 ):
filename = sys.argv[1]
print 'Doing energy...'
res = plotEnergy('.')
res2 = plotEnergyNormalized('.')
print 'Doing Delta Eta Delta Phi...'
plotDeltaEtaDeltaPhi('.')
# print 'Doing Eta Phi...'
# plotEtaPhi(s)
print 'Doing L1Rates...'
plotL1Rates('.')
# print 'Doing Phi...'
# plotPhi(s)
print 'Doing Efficiency...'
plotEfficiency('.')
print 'Doing Multiplicity...'
plotMultiplicity('.')
#c1 = None
#c2 = None
#c3 = None
#cPhi1 = None
#cPhi2 = None
#cPhi3 = None
"""
