ATLAS Offline Software
PhysicsAnalysis
TopPhys
xAOD
TopExamples
scripts
04Plot.py
Go to the documentation of this file.
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#!/usr/bin/env python
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# Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
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import
TopExamples.plot
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import
ROOT
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integratedLuminosity = 1.
#fb-1
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dilepton =
True
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stack = [
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TopExamples.plot.Proc(
'test1/Data15.root'
, ROOT.kBlack,
'Data'
,
False
),
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TopExamples.plot.Proc(
'test1/13TeV_FS_ttbar_PowhegPythiaEvtGen.root'
, ROOT.kRed,
'Powheg+Pythia t#bar{t}'
),
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# TopExamples.plot.Proc('test1/147770.Sherpa_CT10_Zee.e1434_s1933_s1911_r5591_r5625.22_08_1_output.root', ROOT.kBlue, 'Sherpa Zee'),
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# TopExamples.plot.Proc('test1/147771.Sherpa_CT10_Zmumu.e1434_s1933_s1911_r5591_r5625.22_08_1_output.root', ROOT.kGreen, 'Sherpa Zmumu'),
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]
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channels = [
'ejets'
,
'mujets'
]
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if
dilepton:
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channels = [
'ee'
,
'mumu'
,
'emu'
]
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p = TopExamples.plot.Plotter(
'index.html'
, stack, integratedLuminosity)
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if
dilepton:
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p.h2(
'Some control plots'
)
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p.h3(
'met in Z window, at least two jets'
)
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p.plot(
'ee/control_met'
)
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p.plot(
'mumu/control_met'
)
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p.br()
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p.h3(
'invariant mass for met < 60 + >= 2 jets'
)
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p.plot(
'ee/control_invmass'
)
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p.plot(
'mumu/control_invmass'
)
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p.br()
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p.h3(
'njet for met < 60 in Z-window'
)
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p.plot(
'ee/control_njet'
)
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p.plot(
'mumu/control_njet'
)
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p.br()
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p.h3(
'dilepton invariant mass for met < 60 GeV, >= 2 jets'
)
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p.plot(
'ee/control_invmass'
)
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p.plot(
'mumu/control_invmass'
)
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p.br()
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p.h3(
'in Z window, met > 30, >= 2 jet'
)
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p.plot(
'ee/dy_dphi'
)
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p.plot(
'mumu/dy_dphi'
)
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p.br()
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p.plot(
'ee/dy_dphi_zpt'
)
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p.plot(
'mumu/dy_dphi_zpt'
)
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p.br()
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p.plot(
'ee/dy_counter'
)
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p.plot(
'mumu/dy_counter'
)
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p.br()
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p.h2(
'All cuts except <something> style plots'
)
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p.h3(
'all cuts except Z window (then with Z window)'
)
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p.plot(
'ee/control_sig_invmass'
)
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p.plot(
'mumu/control_sig_invmass'
)
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p.br()
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p.plot(
'ee/control_sig_invmass_cut'
)
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p.plot(
'mumu/control_sig_invmass_cut'
)
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p.br()
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p.h3(
'all cuts except njet'
)
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p.plot(
'ee/control_sig_njet'
)
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p.plot(
'mumu/control_sig_njet'
)
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p.br()
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p.h3(
'all cuts except met'
)
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p.plot(
'ee/control_sig_met'
)
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p.plot(
'mumu/control_sig_met'
)
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p.br()
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p.h3(
'emu channel ht'
)
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p.plot(
'emu/ht'
)
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p.br()
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for
channel
in
channels:
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p.h2(channel)
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p.h3(
'event'
)
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p.plot(channel +
'/mu'
)
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p.plot(channel +
'/mc_weight'
)
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p.br()
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p.h3(
'el'
)
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p.plot(channel +
'/el_n'
)
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p.plot(channel +
'/el_pt'
)
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p.plot(channel +
'/el_eta'
)
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p.plot(channel +
'/el_phi'
)
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p.plot(channel +
'/el_e'
)
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p.plot(channel +
'/el_m'
)
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p.plot(channel +
'/el_charge'
)
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p.br()
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p.h3(
'mu'
)
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p.plot(channel +
'/mu_n'
)
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p.plot(channel +
'/mu_pt'
)
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p.plot(channel +
'/mu_eta'
)
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p.plot(channel +
'/mu_phi'
)
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p.plot(channel +
'/mu_e'
)
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p.plot(channel +
'/mu_m'
)
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p.plot(channel +
'/mu_charge'
)
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p.br()
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p.h3(
'jet'
)
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p.plot(channel +
'/jet_n'
)
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p.plot(channel +
'/jet_pt'
)
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p.plot(channel +
'/jet_eta'
)
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p.plot(channel +
'/jet_phi'
)
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p.plot(channel +
'/jet_e'
)
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p.plot(channel +
'/jet_mv2c20'
)
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p.br()
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p.h3(
'leading jet'
)
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p.plot(channel +
'/jet0_pt'
)
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p.plot(channel +
'/jet0_eta'
)
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p.plot(channel +
'/jet0_phi'
)
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p.plot(channel +
'/jet0_e'
)
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p.br()
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p.h3(
'sub-leading jet'
)
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p.plot(channel +
'/jet1_pt'
)
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p.plot(channel +
'/jet1_eta'
)
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p.plot(channel +
'/jet1_phi'
)
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p.plot(channel +
'/jet1_e'
)
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p.br()
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p.h3(
'sub-sub-leading jet'
)
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p.plot(channel +
'/jet2_pt'
)
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p.plot(channel +
'/jet2_eta'
)
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p.plot(channel +
'/jet2_phi'
)
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p.plot(channel +
'/jet2_e'
)
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p.br()
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p.h3(
'sub-sub-sub-leading jet'
)
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p.plot(channel +
'/jet3_pt'
)
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p.plot(channel +
'/jet3_eta'
)
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p.plot(channel +
'/jet3_phi'
)
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p.plot(channel +
'/jet3_e'
)
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p.br()
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p.h3(
'met'
)
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p.plot(channel +
'/met_et'
)
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p.plot(channel +
'/met_phi'
)
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p.doneAndDusted()
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