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TWanalyzer_plotter.py~
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TWanalyzer_plotter.py~
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import os
import array
import glob
import math
import ROOT
import sys
ROOT.gROOT.SetBatch(True)
ROOT.PyConfig.IgnoreCommandLineOptions = True
from ROOT import *
from array import *
from optparse import OptionParser
gROOT.Macro("rootlogon.C")
gROOT.LoadMacro("insertlogo.C+")
parser = OptionParser()
parser.add_option('-s', '--set', metavar='F', type='string', action='store',
default = 'data',
dest = 'set',
help = 'data or QCD or ttbar')
parser.add_option('-v', '--var', metavar='F', type='string', action='store',
default = 'analyzer',
dest = 'var',
help = 'anaylzer or kinematics')
parser.add_option('-c', '--cuts', metavar='F', type='string', action='store',
default = 'default',
dest = 'cuts',
help = 'Cuts type (ie default, rate, etc)')
parser.add_option('-l', '--lumi', metavar='F', type='string', action='store',
default = '36420pb',
dest = 'lumi',
help = 'Lumi folder to look in')
parser.add_option('-x', '--pileup', metavar='F', type='string', action='store',
default = 'on',
dest = 'pileup',
help = 'If not data do pileup reweighting?')
parser.add_option('-b', '--blinded', metavar='F', type='string', action='store',
default = 'off',
dest = 'blinded',
help = 'Hides data if on')
parser.add_option('-m', '--mcsf', metavar='F', type='string', action='store',
default = 'off',
dest = 'mcsf',
help = 'Turns QCD MC scale factor on and off')
#Not used
parser.add_option('-y', '--modmass', metavar='F', type='string', action='store',
default = 'none',
dest = 'modmass',
help = 'nominal up or down')
parser.add_option('-p', '--bprime', metavar='F', action='store_true',
default = False,
dest = 'bprime',
help = 'True if running bprime. False if running bstar.')
(options, args) = parser.parse_args()
cuts = options.cuts
import Bstar_Functions
from Bstar_Functions import *
#Consts = LoadConstants()
#lumi = Consts['lumi']
#Lumi = str(int(lumi/1000))+'fb'
Lumi = options.lumi
pie = TMath.Pi()
kinVar = ['Mtw', 'EtaTop', 'EtaW', 'PtTop', 'PtW', 'PtTopW', 'PhiTop', 'PhiW', 'dPhi']
kinBkg = ['', 'ET', 'EW', 'PT', 'PW', 'PTW', 'PhT', 'PhW', 'dPhi']
kinBin = [140, 12, 12, 50, 50, 35, 12, 12, 12 ]
kinLow = [500, -2.4, -2.4, 450, 370, 0, -pie, -pie, 2.2 ]
kinHigh= [4000, 2.4, 2.4, 1500, 1430, 700, pie, pie, pie ]
rebin = [5, 1, 1, 2, 2, 1, 1, 1, 1 ]
st1_label= [";M_{tw} (GeV);Counts", ";Eta_{t} (rad);Counts", ";Eta_{W} (rad);Counts", ";Pt_{t} (GeV);Counts", ";Pt_{W} (GeV);Counts", ";Pt_{tW} (GeV);Counts", ";Phi_{t} (rad)", ";Phi_{W} (rad);Counts", ";Delta Phi (rad);Counts"]
pull_label= [";M_{tw} (GeV);(Data-Bkg)/#sigma", ";Eta_{t} (rad);(Data-Bkg)/#sigma", ";Eta_{W} (rad);(Data-Bkg)/#sigma", ";Pt_{t} (GeV);(Data-Bkg)/#sigma", ";Pt_{W} (GeV);(Data-Bkg)/#sigma", ";Pt_{tW} (GeV);(Data-Bkg)/#sigma", ";Phi_{t} (rad)", ";Phi_{W} (rad);(Data-Bkg)/#sigma", ";Delta Phi (rad);(Data-Bkg)/#sigma"]
if options.var == 'analyzer':
iterations = 1
kin = ''
elif options.var == 'kinematics':
iterations = len(kinVar)
kin = '_kin'
else:
print "Error in var option"
quit()
pustr = 'none'
if options.pileup == 'off':
pustr = 'pileup_unweighted'
mmstr = ""
if options.modmass!="nominal":
print "using modm uncertainty"
mmstr = "_modm_"+options.modmass
if options.blinded == 'on':
sBlind = '_blinded'
else:
sBlind = ''
if options.cuts == 'default' and options.var == 'analyzer':
mod = ['none','pileup_up','pileup_down','JES_up','JES_down','JER_up','JER_down']
else:
mod = ['none']
#string lists for naming
SR1200sList = []
SR2800sList = []
SR2000sList = []
#BPB1200sList = []
#BPB1400sList = []
#BPB1600sList = []
#BPB1800sList = []
#BPT1200sList = []
#BPT1400sList = []
#BPT1600sList = []
#BPT1800sList = []
TTmcsList = []
for m in mod:
SR1200sList.append("rootfiles/"+Lumi+"/TWanalyzerweightedsignalRH1200_Trigger_nominal_"+m+mmstr+"_PSET_"+options.cuts+kin+".root")
SR2800sList.append("rootfiles/"+Lumi+"/TWanalyzerweightedsignalRH2800_Trigger_nominal_"+m+mmstr+"_PSET_"+options.cuts+kin+".root")
SR2000sList.append("rootfiles/"+Lumi+"/TWanalyzerweightedsignalRH2000_Trigger_nominal_"+m+mmstr+"_PSET_"+options.cuts+kin+".root")
#BPB1200sList.append("rootfiles/"+Lumi+"/TWanalyzerBprimeBToTW1200_Trigger_nominal_"+m+mmstr+"_PSET_"+options.cuts+kin+"weighted.root")
#BPB1400sList.append("rootfiles/"+Lumi+"/TWanalyzerBprimeBToTW1400_Trigger_nominal_"+m+mmstr+"_PSET_"+options.cuts+kin+"weighted.root")
#BPB1600sList.append("rootfiles/"+Lumi+"/TWanalyzerBprimeBToTW1600_Trigger_nominal_"+m+mmstr+"_PSET_"+options.cuts+kin+"weighted.root")
#BPB1800sList.append("rootfiles/"+Lumi+"/TWanalyzerBprimeBToTW1800_Trigger_nominal_"+m+mmstr+"_PSET_"+options.cuts+kin+"weighted.root")
#BPT1200sList.append("rootfiles/"+Lumi+"/TWanalyzerBprimeTToTW1200_Trigger_nominal_"+m+mmstr+"_PSET_"+options.cuts+kin+"weighted.root")
#BPT1400sList.append("rootfiles/"+Lumi+"/TWanalyzerBprimeTToTW1400_Trigger_nominal_"+m+mmstr+"_PSET_"+options.cuts+kin+"weighted.root")
#BPT1600sList.append("rootfiles/"+Lumi+"/TWanalyzerBprimeTToTW1600_Trigger_nominal_"+m+mmstr+"_PSET_"+options.cuts+kin+"weighted.root")
#BPT1800sList.append("rootfiles/"+Lumi+"/TWanalyzerBprimeTToTW1800_Trigger_nominal_"+m+mmstr+"_PSET_"+options.cuts+kin+"weighted.root")
TTmcsList.append("rootfiles/"+Lumi+"/TWanalyzer"+"weightedttbar_Trigger_nominal_"+m+mmstr+"_PSET_"+options.cuts+kin+".root")
#Make root file lists by pulling from string lists
SR1200fList = []
for i in range(len(SR1200sList)):
SR1200fList.append(ROOT.TFile(SR1200sList[i]))
SR2800fList = []
for i in range(len(SR2800sList)):
SR2800fList.append(ROOT.TFile(SR2800sList[i]))
SR2000fList = []
for i in range(len(SR2000sList)):
SR2000fList.append(ROOT.TFile(SR2000sList[i]))
TTmcfList = []
for i in range(len(TTmcsList)):
TTmcfList.append(ROOT.TFile(TTmcsList[i]))
#BPB1200fList = []
#for i in range(len(BPB1200sList)):
# BPB1200fList.append(ROOT.TFile(BPB1200sList[i]))
#BPB1400fList = []
#for i in range(len(BPB1400sList)):
# BPB1400fList.append(ROOT.TFile(BPB1400sList[i]))
#BPB1600fList = []
#for i in range(len(BPB1600sList)):
# BPB1600fList.append(ROOT.TFile(BPB1600sList[i]))
#BPB1800fList = []
#for i in range(len(BPB1800sList)):
# BPB1800fList.append(ROOT.TFile(BPB1800sList[i]))
#BPT1200fList = []
#for i in range(len(BPT1200sList)):
# BPT1200fList.append(ROOT.TFile(BPT1200sList[i]))
#BPT1400fList = []
#for i in range(len(BPT1400sList)):
# BPT1400fList.append(ROOT.TFile(BPT1400sList[i]))
#BPT1600fList = []
#for i in range(len(BPT1600sList)):
# BPT1600fList.append(ROOT.TFile(BPT1600sList[i]))
#BPT1800fList = []
#for i in range(len(BPT1800sList)):
# BPT1800fList.append(ROOT.TFile(BPT1800sList[i]))
#Have to also put the two extra ttbar files in TTmcfList
#if options.cuts == 'default' and options.var == 'analyzer':
#TTmcfList.append(ROOT.TFile("rootfiles/"+Lumi+"/TWanalyzer"+"weightedttbarscaleup_Trigger_nominal_"+pustr+mmstr+"_PSET_"+options.cuts+kin+".root"))
#TTmcfList.append(ROOT.TFile("rootfiles/"+Lumi+"/TWanalyzer"+"weightedttbarscaledown_Trigger_nominal_"+pustr+mmstr+"_PSET_"+options.cuts+kin+".root"))
Data = ROOT.TFile("rootfiles/"+Lumi+"/TWanalyzer"+options.set+"_Trigger_nominal_"+pustr+mmstr+"_PSET_"+options.cuts+kin+".root")
# if options.set == 'data':
# DataMmup = ROOT.TFile("rootfiles/"+Lumi+"/TWanalyzer"+options.set+"_Trigger_nominal_"+pustr+"_modm_up_PSET_"+options.cuts+kin+".root")
# DataMmdown = ROOT.TFile("rootfiles/"+Lumi+"/TWanalyzer"+options.set+"_Trigger_nominal_"+pustr+"_modm_down_PSET_"+options.cuts+kin+".root")
# elif options.set == 'QCD':
# DataMmdown = ROOT.TFile("rootfiles/"+Lumi+"/TWanalyzer"+options.set+"_Trigger_nominal_"+pustr+"_modm_up_PSET_"+options.cuts+kin+".root")
# DataMmup = ROOT.TFile("rootfiles/"+Lumi+"/TWanalyzer"+options.set+"_Trigger_nominal_"+pustr+"_modm_down_PSET_"+options.cuts+kin+".root")
print "Root file opened"
#---------For ttbar closure test, using MtStack-----------------------------------
st2 = ROOT.THStack('st2','st2')
MtStackData = Data.Get('MtStack')
MtStackBE = Data.Get('QCDbkgMtStack')
MtStackTTmc = TTmcfList[0].Get('MtStack')
MtStackTTmcBE = TTmcfList[0].Get('QCDbkgMtStack')
MtStackData.Rebin(2)
MtStackBE.Rebin(2)
MtStackTTmc.Rebin(2)
cMtStack = TCanvas('MtStack', 'Top mass with Full selection', 700, 700)
legend = TLegend(0.7, 0.6, 0.93, 0.9)
cMtStack.SetLeftMargin(0.16)
cMtStack.SetRightMargin(0.05)
cMtStack.SetTopMargin(0.13)
cMtStack.SetBottomMargin(0.15)
print "check1"
MtStackBE.Add(MtStackTTmcBE,-1)
MtStackBE.SetFillColor(kYellow)
MtStackTTmc.SetFillColor(kRed)
print "check2"
st2.Add(MtStackBE)
st2.Add(MtStackTTmc)
legend.AddEntry( MtStackData, 'Data', 'P')
legend.AddEntry( MtStackBE, 'QCD background prediction', 'F')
legend.AddEntry( MtStackTTmc, 't#bar{t} MC prediction', 'F')
st2.SetMaximum(MtStackData.GetMaximum() * 1.3)
st2.SetMinimum(0.1)
st2.SetTitle(";M_{t} (GeV);Counts")
st2.Draw("hist")
MtStackData.SetMaximum(MtStackData.GetMaximum() * 1.3)
MtStackData.Draw("same")
cMtStack.cd()
legend.Draw()
cMtStack.Print('rootfiles/'+Lumi+'/MtStack_'+Lumi+'_'+options.cuts+'.root')
cMtStack.Print('rootfiles/'+Lumi+'/MtStack_'+Lumi+'_'+options.cuts+'.pdf')
#------------------Resume---------------------------------------------------------
for i in range(0, iterations):
print "kinVar = " + "'" + kinVar[i] + "'"
print "kinBkg = " + "'" + kinBkg[i] + "'"
st1 = ROOT.THStack('st1', 'st1')
if i == 0:
leg = TLegend(0.7, 0.6, 0.93, 0.9)
else:
leg = TLegend(0.0, 0.0, 1.0, 1.0)
leg.SetNColumns(1)
leg.SetFillColor(0)
leg.SetBorderSize(0)
#bins=[500,550,600,650,700,750,800,850,900,950,1000,1050,1100,1200,1300,1400,1500,1700,1900,2300,2700,3100]
#bins.append(3000)
#bins2=array('d',bins)
Mult = 1.0
#Kfac=1.2
DataFS = Data.Get(kinVar[i])
DataBE = Data.Get("QCDbkg" + kinBkg[i])
# DataBE2d = Data.Get("QCDbkg" + kinBkg[i]+"2D")
# DataBEMmup = DataMmup.Get("QCDbkg" + kinBkg[i])
# DataBEMmdown = DataMmdown.Get("QCDbkg" + kinBkg[i])
# DataBE2dup = Data.Get("QCDbkg" + kinBkg[i]+"2Dup")
# DataBE2ddown = Data.Get("QCDbkg" + kinBkg[i]+"2Ddown")
#Selections in order (Selection, PUup, PUdown, JESup, JESdown, JERup, JERdown, tup, tdown, trigup, trig down)
SR1200FS = []
for j in range(len(SR1200fList)):
SR1200FS.append(SR1200fList[j].Get(kinVar[i]))
SR2800FS = []
for j in range(len(SR2800fList)):
SR2800FS.append(SR2800fList[j].Get(kinVar[i]))
SR2000FS = []
for j in range(len(SR2000fList)):
SR2000FS.append(SR2000fList[j].Get(kinVar[i]))
#BPT1200FS = []
#for j in range(len(BPT1200fList)):
# BPT1200FS.append(BPT1200fList[j].Get(kinVar[i]))
#BPT1400FS = []
#for j in range(len(BPT1400fList)):
# BPT1400FS.append(BPT1400fList[j].Get(kinVar[i]))
#BPT1600FS = []
#for j in range(len(BPT1600fList)):
# BPT1600FS.append(BPT1600fList[j].Get(kinVar[i]))
#BPT1800FS = []
#for j in range(len(BPT1800fList)):
# BPT1800FS.append(BPT1800fList[j].Get(kinVar[i]))
if options.var == 'analyzer':
#[0] index is your regular full selection
SR1200trigup = SR1200fList[0].Get("Mtwtrigup")
SR1200trigdown = SR1200fList[0].Get("Mtwtrigdown")
SR1200Tup = SR1200fList[0].Get("MtwTup")
SR1200Tdown = SR1200fList[0].Get("MtwTdown")
SR1200FS.append(SR1200Tup)
SR1200FS.append(SR1200Tdown)
SR1200FS.append(SR1200trigup)
SR1200FS.append(SR1200trigdown)
#[0] index is your regular full selection
SR2800trigup = SR2800fList[0].Get("Mtwtrigup")
SR2800trigdown = SR2800fList[0].Get("Mtwtrigdown")
SR2800Tup = SR2800fList[0].Get("MtwTup")
SR2800Tdown = SR2800fList[0].Get("MtwTdown")
SR2800FS.append(SR2800Tup)
SR2800FS.append(SR2800Tdown)
SR2800FS.append(SR2800trigup)
SR2800FS.append(SR2800trigdown)
#[0] index is your regular full selection
SR2000trigup = SR2000fList[0].Get("Mtwtrigup")
SR2000trigdown = SR2000fList[0].Get("Mtwtrigdown")
SR2000Tup = SR2000fList[0].Get("MtwTup")
SR2000Tdown = SR2000fList[0].Get("MtwTdown")
SR2000FS.append(SR2000Tup)
SR2000FS.append(SR2000Tdown)
SR2000FS.append(SR2000trigup)
SR2000FS.append(SR2000trigdown)
#BPB1200FS = []
#for j in range(len(BPB1200fList)):
# BPB1200FS.append(BPB1200fList[j].Get(kinVar[i]))
#[0] index is your regular full selection
#BPB1200trigup = BPB1200fList[0].Get("Mtwtrigup")
#BPB1200trigdown = BPB1200fList[0].Get("Mtwtrigdown")
#BPB1200Tup = BPB1200fList[0].Get("MtwTup")
#BPB1200Tdown = BPB1200fList[0].Get("MtwTdown")
#BPB1200FS.append(BPB1200Tup)
#BPB1200FS.append(BPB1200Tdown)
#BPB1200FS.append(BPB1200trigup)
#BPB1200FS.append(BPB1200trigdown)
#BPB1400FS = []
#for j in range(len(BPB1400fList)):
# BPB1400FS.append(BPB1400fList[j].Get(kinVar[i]))
#[0] index is your regular full selection
#BPB1400trigup = BPB1400fList[0].Get("Mtwtrigup")
#BPB1400trigdown = BPB1400fList[0].Get("Mtwtrigdown")
#BPB1400Tup = BPB1400fList[0].Get("MtwTup")
#BPB1400Tdown = BPB1400fList[0].Get("MtwTdown")
#BPB1400FS.append(BPB1400Tup)
#BPB1400FS.append(BPB1400Tdown)
#BPB1400FS.append(BPB1400trigup)
#BPB1400FS.append(BPB1400trigdown)
#BPB1600FS = []
#for j in range(len(BPB1600fList)):
# BPB1600FS.append(BPB1600fList[j].Get(kinVar[i]))
#[0] index is your regular full selection
#BPB1600trigup = BPB1600fList[0].Get("Mtwtrigup")
#BPB1600trigdown = BPB1600fList[0].Get("Mtwtrigdown")
#BPB1600Tup = BPB1600fList[0].Get("MtwTup")
#BPB1600Tdown = BPB1600fList[0].Get("MtwTdown")
#BPB1600FS.append(BPB1600Tup)
#BPB1600FS.append(BPB1600Tdown)
#BPB1600FS.append(BPB1600trigup)
#BPB1600FS.append(BPB1600trigdown)
#BPB1800FS = []
#for j in range(len(BPB1800fList)):
# BPB1800FS.append(BPB1800fList[j].Get(kinVar[i]))
#[0] index is your regular full selection
#BPB1800trigup = BPB1800fList[0].Get("Mtwtrigup")
#BPB1800trigdown = BPB1800fList[0].Get("Mtwtrigdown")
#BPB1800Tup = BPB1800fList[0].Get("MtwTup")
#BPB1800Tdown = BPB1800fList[0].Get("MtwTdown")
#BPB1800FS.append(BPB1800Tup)
#BPB1800FS.append(BPB1800Tdown)
#BPB1800FS.append(BPB1800trigup)
#BPB1800FS.append(BPB1800trigdown)
#[0] index is your regular full selection
#BPT1200trigup = BPT1200fList[0].Get("Mtwtrigup")
#BPT1200trigdown = BPT1200fList[0].Get("Mtwtrigdown")
#BPT1200Tup = BPT1200fList[0].Get("MtwTup")
#BPT1200Tdown = BPT1200fList[0].Get("MtwTdown")
#BPT1200FS.append(BPT1200Tup)
#BPT1200FS.append(BPT1200Tdown)
#BPT1200FS.append(BPT1200trigup)
#BPT1200FS.append(BPT1200trigdown)
#[0] index is your regular full selection
#BPT1400trigup = BPT1400fList[0].Get("Mtwtrigup")
#BPT1400trigdown = BPT1400fList[0].Get("Mtwtrigdown")
#BPT1400Tup = BPT1400fList[0].Get("MtwTup")
#BPT1400Tdown = BPT1400fList[0].Get("MtwTdown")
#BPT1400FS.append(BPT1400Tup)
#BPT1400FS.append(BPT1400Tdown)
#BPT1400FS.append(BPT1400trigup)
#BPT1400FS.append(BPT1400trigdown)
#[0] index is your regular full selection
#BPT1600trigup = BPT1600fList[0].Get("Mtwtrigup")
#BPT1600trigdown = BPT1600fList[0].Get("Mtwtrigdown")
#BPT1600Tup = BPT1600fList[0].Get("MtwTup")
#BPT1600Tdown = BPT1600fList[0].Get("MtwTdown")
#BPT1600FS.append(BPT1600Tup)
#BPT1600FS.append(BPT1600Tdown)
#BPT1600FS.append(BPT1600trigup)
#BPT1600FS.append(BPT1600trigdown)
#[0] index is your regular full selection
#BPT1800trigup = BPT1800fList[0].Get("Mtwtrigup")
#BPT1800trigdown = BPT1800fList[0].Get("Mtwtrigdown")
#BPT1800Tup = BPT1800fList[0].Get("MtwTup")
#BPT1800Tdown = BPT1800fList[0].Get("MtwTdown")
#BPT1800FS.append(BPT1800Tup)
#BPT1800FS.append(BPT1800Tdown)
#BPT1800FS.append(BPT1800trigup)
#BPT1800FS.append(BPT1800trigdown)
c1 = TCanvas(kinVar[i], 'Data Full selection vs b pt tagging background', 700, 700)
if options.blinded == 'on':
main = ROOT.TPad("main", "main", 0, 0, 1, 1)
sub = ROOT.TPad("sub", "sub", 0, 0, 0, 0)
main.SetBottomMargin(0.15)
else:
main = ROOT.TPad("main", "main", 0, 0.3, 1, 1)
sub = ROOT.TPad("sub", "sub", 0, 0, 1, 0.3)
main.SetBottomMargin(0.0)
main.SetLeftMargin(0.16)
main.SetRightMargin(0.06)
main.SetTopMargin(0.1)
sub.SetLeftMargin(0.16)
sub.SetRightMargin(0.05)
sub.SetTopMargin(0)
sub.SetBottomMargin(0.3)
main.Draw()
sub.Draw()
main.cd()
#TTmcPtSmearUp = ROOT.TFile("rootfiles/TWkinematicsttbar_Trigger_nominal_PtSmearUp_PSET_"+options.cuts+".root")
#TTmcPtSmearDown = ROOT.TFile("rootfiles/TWkinematicsttbar_Trigger_nominal_PtSmearDown_PSET_"+options.cuts+".root")
#TTmcQ2ScaleUp = ROOT.TFile("rootfiles/TWkinematicsttbarscaleup_Trigger_nominal_none_PSET_"+options.cuts+".root")
#TTmcQ2ScaleDown = ROOT.TFile("rootfiles/TWkinematicsttbarscaledown_Trigger_nominal_none_PSET_"+options.cuts+".root")
#TTmcEtaSmearUp = ROOT.TFile("rootfiles/TWkinematicsttbar_Trigger_nominal_EtaSmearUp_PSET_"+options.cuts+".root")
#TTmcEtaSmearDown = ROOT.TFile("rootfiles/TWkinematicsttbar_Trigger_nominal_EtaSmearDown_PSET_"+options.cuts+".root")
#TTmcTriggerUp = ROOT.TFile("rootfiles/TWkinematicsttbar_Trigger_up_none_PSET_"+options.cuts+".root")
#TTmcTriggerDown = ROOT.TFile("rootfiles/TWkinematicsttbar_Trigger_down_none_PSET_"+options.cuts+".root")
#output = ROOT.TFile( "TWkinematics_output_PSET_"+options.cuts+".root", "recreate" )
#output.cd()
#Selections in order (Selection, PUup, PUdown, JESup, JESdown, JERup, JERdown, ScaleUp, ScaleDown, Tup, Tdown, trigup, trig down)
TTmcFS = []
for j in range(len(TTmcfList)):
TTmcFS.append(TTmcfList[j].Get(kinVar[i]))
if options.var == 'analyzer':
TTmctrigup = TTmcfList[0].Get("Mtwtrigup")
TTmctrigdown = TTmcfList[0].Get("Mtwtrigdown")
TTmcTup = TTmcfList[0].Get("MtwTup")
TTmcTdown = TTmcfList[0].Get("MtwTdown")
TTmcFS.append(TTmcTup)
TTmcFS.append(TTmcTdown)
TTmcFS.append(TTmctrigup)
TTmcFS.append(TTmctrigdown)
#To be consistent with the SRs, switch the 7th and 8th entries with the 11th and 12th entries
#This puts scaleup and down at the end of the list
#CHANGE BACK (three lines)
#if options.cuts == 'default':
# TTmcFS[7], TTmcFS[11] = TTmcFS[11], TTmcFS[7]
# TTmcFS[8], TTmcFS[12] = TTmcFS[12], TTmcFS[8]
TTmcBE = TTmcfList[0].Get("QCDbkg" + kinBkg[i])
#TTmcBE2d = TTmcfList[0].Get("QCDbkg" + kinBkg[i]+"2D")
TTmcBEh = TTmcfList[0].Get("QCDbkg" + kinBkg[i]+"h")
TTmcBEl = TTmcfList[0].Get("QCDbkg" + kinBkg[i]+"l")
DataBEh = Data.Get("QCDbkg"+kinBkg[i]+"h")
DataBEl = Data.Get("QCDbkg"+kinBkg[i]+"l")
#TTmcFSScaleUp = TTmcScaleUp.Get("Mtw")
#TTmcFSScaleDown = TTmcScaleDown.Get("Mtw")
#TTmcFSQ2ScaleUp = TTmcQ2ScaleUp.Get("Mtw")
#TTmcFSQ2ScaleDown = TTmcQ2ScaleDown.Get("Mtw")
#TTmcFSPtSmearUp = TTmcPtSmearUp.Get("Mtw")
#TTmcFSPtSmearDown = TTmcPtSmearDown.Get("Mtw")
#TTmcFSEtaSmearUp = TTmcEtaSmearUp.Get("Mtw")
#TTmcFSEtaSmearDown = TTmcEtaSmearDown.Get("Mtw")
#TTmcFSTriggerUp = TTmcTriggerUp.Get("Mtw")
#TTmcFSTriggerDown = TTmcTriggerDown.Get("Mtw")
#DataBEMmup = DataBEMmup.Rebin(len(bins2)-1,"",bins2)
#DataBEMmdown = DataBEMmdown.Rebin(len(bins2)-1,"",bins2)
#DataBE2dup = DataBE2dup.Rebin(len(bins2)-1,"",bins2)
#DataBE2ddown = DataBE2ddown.Rebin(len(bins2)-1,"",bins2)
#TTmcFSQ2ScaleUp = TTmcFSQ2ScaleUp.Rebin(len(bins2)-1,"",bins2)
#TTmcFSQ2ScaleDown = TTmcFSQ2ScaleDown.Rebin(len(bins2)-1,"",bins2)
#TTmcFSScaleUp = TTmcFSScaleUp.Rebin(len(bins2)-1,"",bins2)
#TTmcFSScaleDown = TTmcFSScaleDown.Rebin(len(bins2)-1,"",bins2)
#TTmcFSPtSmearUp = TTmcFSPtSmearUp.Rebin(len(bins2)-1,"",bins2)
#TTmcFSPtSmearDown = TTmcFSPtSmearDown.Rebin(len(bins2)-1,"",bins2)
#TTmcFSEtaSmearUp = TTmcFSEtaSmearUp.Rebin(len(bins2)-1,"",bins2)
#TTmcFSEtaSmearDown = TTmcFSEtaSmearDown.Rebin(len(bins2)-1,"",bins2)
#TTmcFSTriggerUp = TTmcFSTriggerUp.Rebin(len(bins2)-1,"",bins2)
#TTmcFSTriggerDown = TTmcFSTriggerDown.Rebin(len(bins2)-1,"",bins2)
#DataBE2d = DataBE2d.Rebin(len(bins2)-1,"",bins2)
#TTmcFS = TTmcFS.Rebin(len(bins2)-1,"",bins2)
#DataBE = DataBE.Rebin(len(bins2)-1,"",bins2)
#DataFS = DataFS.Rebin(len(bins2)-1,"",bins2)
#print DataFS.Integral()
#DataBEl = DataBEl.Rebin(len(bins2)-1,"",bins2)
#DataBEh = DataBEh.Rebin(len(bins2)-1,"",bins2)
DataBE = DataBE.Rebin(rebin[i])
DataFS = DataFS.Rebin(rebin[i])
TTmcBE = TTmcBE.Rebin(rebin[i])
#TTmcBE2d = TTmcBE2d.Rebin(rebin[i])
print "DataFS.Integral() = " + str(DataFS.Integral())
DataBEl = DataBEl.Rebin(rebin[i])
DataBEh = DataBEh.Rebin(rebin[i])
setList = [SR1200FS, SR2800FS, SR2000FS, TTmcFS]#, BPT1200FS, BPT1400FS, BPT1600FS, BPT1800FS]# BPB1200FS, BPB1400FS, BPB1600FS, BPB1800FS,
x =1
for selection in setList:
#print x,' ',
y=1
x+=1
for item in selection:
item.Rebin(rebin[i])
#print y
y+=1
# DataBEMmup = DataBEMmup.Rebin(rebin[i])
# DataBEMmdown = DataBEMmdown.Rebin(rebin[i])
# DataBE2d = DataBE2d.Rebin(rebin[i])
# DataBE2ddown = DataBE2ddown.Rebin(rebin[i])
# DataBE2dup = DataBE2dup.Rebin(rebin[i])
#TTmcBE = TTmcBE.Rebin(len(bins2)-1,"",bins2)
#TTmcBE2d = TTmcBE2d.Rebin(len(bins2)-1,"",bins2)
#TTmcBEh = TTmcBEh.Rebin(len(bins2)-1,"",bins2)
#TTmcBEl = TTmcBEl.Rebin(len(bins2)-1,"",bins2)
#subtract weighted TT pretags
#unsubbkg = DataBE.Clone()
if options.set == 'data':
DataBE.Add(TTmcBE,-1)
#DataBE2d.Add(TTmcBE2d,-1)
DataBEl.Add(TTmcBE,-1)
DataBEh.Add(TTmcBE,-1)
# DataBEMmup.Add(TTmcBE,-1)
# DataBEMmdown.Add(TTmcBE,-1)
# DataBE2dup.Add(TTmcBE2d,-1)
# DataBE2ddown.Add(TTmcBE2d,-1)
print "begin singletop"
main.cd()
stop = ['singletop_s','singletop_t','singletop_tB']
sfiles = []
shists = []
ssubs = []
ssubsh = []
ssubsl =[]
ssubs2d = []
singletop = ROOT.TH1F("singletop", "singletop", kinBin[i], kinLow[i], kinHigh[i] )
singletop = singletop.Rebin(rebin[i])
singletop.SetFillColor(6)
schanst = ROOT.TH1F("schanst", "schanst", kinBin[i], kinLow[i], kinHigh[i] )
schanst = schanst.Rebin(rebin[i])
for ifile in range(0,len(stop)):
sfiles.append(ROOT.TFile("rootfiles/"+Lumi+"/TWanalyzerweighted"+stop[ifile]+"_Trigger_nominal_"+pustr+mmstr+"_PSET_"+options.cuts+kin+".root"))
shists.append(sfiles[ifile].Get(kinVar[i]))
ssubs.append(sfiles[ifile].Get("QCDbkg"+kinBkg[i]))
ssubsh.append(sfiles[ifile].Get("QCDbkg"+kinBkg[i]+"h"))
ssubsl.append(sfiles[ifile].Get("QCDbkg"+kinBkg[i]+"l"))
#ssubs2d.append(sfiles[ifile].Get("QCDbkg"+kinBkg[i]+"2D"))
shists[ifile] = shists[ifile].Rebin(rebin[i])
ssubs[ifile] = ssubs[ifile].Rebin(rebin[i])
ssubsh[ifile] = ssubsh[ifile].Rebin(rebin[i])
ssubsl[ifile] = ssubsl[ifile].Rebin(rebin[i])
#ssubs2d[ifile] = ssubs2d[ifile].Rebin(rebin[i])
#shists[ifile] = shists[ifile].Rebin(len(bins2)-1,"",bins2)
#ssubs[ifile] = ssubs[ifile].Rebin(len(bins2)-1,"",bins2)
#ssubsh[ifile] = ssubsh[ifile].Rebin(len(bins2)-1,"",bins2)
#ssubsl[ifile] = ssubsl[ifile].Rebin(len(bins2)-1,"",bins2)
#print str((Luminosity*stopxsecs[ifile]*TeffScale)/stopnevents[ifile])
if options.set == 'data':
DataBE.Add(ssubs[ifile],-1)
DataBEl.Add(ssubsl[ifile],-1)
DataBEh.Add(ssubsh[ifile],-1)
# DataBE2d.Add(ssubs2d[ifile],-1)
# DataBEMmup.Add(ssubs[ifile],-1)
# DataBEMmdown.Add(ssubs[ifile],-1)
singletop.Add(shists[ifile])
if ifile<=1:
schanst.Add(shists[ifile])
st1.Add(singletop)
if options.set == "QCD":
DataFS.Add(TTmcFS[0])
DataFS.Add(singletop)
#output.cd()
# fittitles = ["pol0","pol2","pol3","FIT","Bifpoly","expofit"]
# QCDbkg_ARR = []
# for ihist in range(0,len(fittitles)):
# print "Appending to QCDbkg_ARR - " + "QCDbkg"+kinBkg[i]+str(fittitles[ihist])
# QCDbkg_ARR.append(Data.Get("QCDbkg"+kinBkg[i]+str(fittitles[ihist])))
# #QCDbkg_ARR[ihist] = QCDbkg_ARR[ihist].Rebin(len(bins2)-1,"",bins2)
# QCDbkg_ARR[ihist] = QCDbkg_ARR[ihist].Rebin(rebin[i])
# BEfiterrh = kinFit_Uncertainty(QCDbkg_ARR, kinBkg[i])
#sig3d = DataBE2dup.Clone()
#sig2d = DataBEh.Clone()
#sig3d.Add(DataBE2d,-1)
#sig2d.Add(DataBE,-1)
#extrasig = sig3d.Clone()
#for ibin in range(1,sig3d.GetNbinsX()+1):
# cont3d = sig3d.GetBinContent(ibin)
# cont2d = sig2d.GetBinContent(ibin)
# newcont = sqrt(max(cont3d*cont3d-cont2d*cont2d,0.0))
# extrasig.SetBinContent(ibin,newcont)
#output.cd()
DataQCDBEH=DataBE.Clone("DataQCDBEH")
DataQCDBEL=DataBE.Clone("DataQCDBEL")
DataTOTALBEH=DataBE.Clone("DataTOTALBEH")
DataTOTALBEL=DataBE.Clone("DataTOTALBEL")
for ibin in range(0,DataBE.GetNbinsX()):
# PtScaleup=(TTmcFSScaleUp.GetBinContent(ibin) -TTmcFS.GetBinContent(ibin))
# Q2Scaleup=(TTmcFSQ2ScaleUp.GetBinContent(ibin) -TTmcFS.GetBinContent(ibin))
# PtSmearup=(TTmcFSPtSmearUp.GetBinContent(ibin) -TTmcFS.GetBinContent(ibin))
# EtaSmearup=(TTmcFSEtaSmearUp.GetBinContent(ibin) -TTmcFS.GetBinContent(ibin))
# Triggerup=(TTmcFSTriggerUp.GetBinContent(ibin) -TTmcFS.GetBinContent(ibin))
# PtScaledown=(TTmcFSScaleDown.GetBinContent(ibin) -TTmcFS.GetBinContent(ibin))
# Q2Scaledown=(TTmcFSQ2ScaleDown.GetBinContent(ibin) -TTmcFS.GetBinContent(ibin))
# PtSmeardown=(TTmcFSPtSmearDown.GetBinContent(ibin) -TTmcFS.GetBinContent(ibin))
# EtaSmeardown=(TTmcFSEtaSmearDown.GetBinContent(ibin) -TTmcFS.GetBinContent(ibin))
# Triggerdown=(TTmcFSTriggerDown.GetBinContent(ibin) -TTmcFS.GetBinContent(ibin))
# ups = [PtScaleup,Q2Scaleup,PtSmearup,EtaSmearup,Triggerup]
# downs = [PtScaledown,Q2Scaledown,PtSmeardown,EtaSmeardown,Triggerdown]
# upstr = ["PtScaleup","Q2Scaleup","PtSmearup","EtaSmearup","Triggerup"]
# downstr = ["PtScaledown","Q2Scaledown","PtSmeardown","EtaSmeardown","Triggerdown"]
# sigsqup = 0.
# sigsqdown = 0.
# for i in range(0,len(ups)):
# upsig = max(ups[i],downs[i],0.)
# downsig = min(ups[i],downs[i],0.)
# sigsqup+=upsig*upsig
# sigsqdown+=downsig*downsig
# CrossSection=0.22*TTmcFS.GetBinContent(ibin)
TTstat=TTmcFS[0].GetBinError(ibin)
if DataBE.GetBinContent(ibin)>0:
QCDstat=DataBE.GetBinError(ibin)
else:
QCDstat=0.
#QCDfit=abs(BEfiterrh.GetBinContent(ibin))
QCDfit1=abs((DataBEh.GetBinContent(ibin)-DataBEl.GetBinContent(ibin))/2)
#QCDfit2=abs(DataBE2d.GetBinContent(ibin)-DataBE.GetBinContent(ibin))
# QCDfit3=abs(extrasig.GetBinContent(ibin))
#QCDMm=abs((DataBEMmup.GetBinContent(ibin)-DataBEMmdown.GetBinContent(ibin))/2)
QCDsys=sqrt(QCDfit1*QCDfit1)# QCDfit*QCDfit + +QCDMm*QCDMm+ QCDfit2*QCDfit2)
QCDerror= sqrt(QCDstat*QCDstat+QCDsys*QCDsys)
TTerrorup=sqrt(TTstat*TTstat)
TTerrordown=sqrt(TTstat*TTstat)
Totalerrorup=sqrt(QCDerror*QCDerror+TTerrorup*TTerrorup)
Totalerrordown=sqrt(QCDerror*QCDerror+TTerrordown*TTerrordown)
DataQCDBEH.SetBinContent(ibin,DataQCDBEH.GetBinContent(ibin)+QCDerror)
DataQCDBEL.SetBinContent(ibin,DataQCDBEL.GetBinContent(ibin)-QCDerror)
DataTOTALBEH.SetBinContent(ibin,DataTOTALBEH.GetBinContent(ibin)+Totalerrorup)
DataTOTALBEL.SetBinContent(ibin,DataTOTALBEL.GetBinContent(ibin)-Totalerrordown)
# print "QCDMm: " + str(QCDMm)
# print "QCDfit: " + str(QCDfit)
print "QCDfit1: " + str(QCDfit1)
# print "QCDfit2: " + str(QCDfit2)
print "QCDerror: " + str(QCDerror)
print "QCD total error"
print (DataQCDBEH.Integral()-DataBE.Integral())/DataBE.Integral()
print
DataTOTALBEL.Add(TTmcFS[0])
DataTOTALBEH.Add(TTmcFS[0])
DataTOTALBEL.Add(singletop)
DataTOTALBEH.Add(singletop)
#for ifile in range(0,len(stop)):
# DataTOTALBEL.Add(shists[ifile])
# DataTOTALBEH.Add(shists[ifile])
# -------- Systematic uncertainties ----------------------------------------------
#setList is a list of SR1200/2800/2000, TTmc
#each of those is a list with the necessary histos
#(Selection, PUup, PUdown, JESup, JESdown, JERup, JERdown, Tup, Tdown, trigup, trig down, ScaleUp, ScaleDown )
#ScaleUp and ScaleDown are ttbar only
# Indexes of relevant histos in *FS
if options.cuts == 'default' and options.var == 'analyzer':
myIndexes = {'Pileup':[0,1,2],'JES':[0,3,4],'JER':[0,5,6], 'TSF':[0,7,8], 'Trig':[0,9,10],'Scale':[0,11,12]}
orderedKeys = ['Pileup','JES','JER','TSF','Trig','Scale']
strSetList = ['SR1200', 'SR2800', 'SR2000', 'TTmc']#, 'BPT1200', 'BPT1400', 'BPT1600', 'BPT1800','BPB1200', 'BPB1400', 'BPB1600', 'BPB1800', 'BPT1200', 'BPT1400', 'BPT1600', 'BPT1800']
for selection in setList:
#CHANGE BACK (4 lines)
#if selection == TTmcFS:
# indexRange = (len(myIndexes))
# print 'Index range changed to ' + str(indexRange)
#else:
indexRange = (len(myIndexes)-1)#indent back when changing back
for x in range(indexRange):
sSet = strSetList[setList.index(selection)]
sUncertainty = orderedKeys[x]
print sUncertainty
c0 = TCanvas(sSet+sUncertainty, sSet+sUncertainty, 700, 700)
pad = ROOT.TPad(sSet, sSet, 0,0,1,1)
pad.SetLeftMargin(0.16)
pad.SetRightMargin(0.05)
pad.SetTopMargin(0.1)
pad.SetBottomMargin(0.1)
pad.Draw()
pad.cd()
leg0 = TLegend(0.7, 0.6, 0.93, 0.9)
leg0.SetNColumns(1)
leg0.SetFillColor(0)
leg0.SetBorderSize(0)
normal = selection[myIndexes[sUncertainty][0]]
up = selection[myIndexes[sUncertainty][1]]
down = selection[myIndexes[sUncertainty][2]]
normal.SetLineColor(kRed)
normal.SetLineWidth(2)
up.SetLineColor(kBlue)
up.SetLineWidth(2)
down.SetLineColor(kGreen+1)
down.SetLineWidth(2)
up.SetLineStyle(2)
down.SetLineStyle(2)
normal.SetStats(0)
up.SetStats(0)
down.SetStats(0)
leg0.AddEntry( normal, "normal", 'L')
leg0.AddEntry( up, "up", 'L')
leg0.AddEntry( down, "down", 'L')
histList = [normal, up, down]
yMax = histList[0].GetMaximum()
maxHist = histList[0]
for h in range(1,len(histList)):
if histList[h].GetMaximum() > yMax:
yMax = histList[h].GetMaximum()
maxHist = histList[h]
for h in histList:
h.SetMaximum(yMax*1.1)
normal.Draw("samehist")
up.Draw("samehist")
down.Draw("samehist")
c0.Print('plots/Uncertainty'+sSet+sUncertainty+Lumi+'.root')
c0.Print('plots/Uncertainty'+sSet+sUncertainty+Lumi+'.png')
c0.Print('plots/Uncertainty'+sSet+sUncertainty+Lumi+'.pdf')
legUncert = TCanvas("Uncertainty legend", "Uncertainty legend")
leg0.Draw()
legUncert.Print("uncertLeg.pdf",'pdf')
c2 = TCanvas("QCD tagrate uncertainty", "QCD tagrate uncertainty", 700, 700)
QCDtagrate = ROOT.TPad("QCDtagrate", "QDCtagrate", 0, 0, 1, 1)
QCDtagrate.SetLeftMargin(0.16)
QCDtagrate.SetRightMargin(0.05)
QCDtagrate.SetTopMargin(0.1)
QCDtagrate.SetBottomMargin(0.1)
QCDtagrate.Draw()
QCDtagrate.cd()
DataBE.SetLineColor(kRed)
DataBEl.SetLineColor(kGreen+1)
DataBEh.SetLineColor(kBlue)
DataBEl.SetLineStyle(2)
DataBEh.SetLineStyle(2)
DataBE.SetLineWidth(2)
DataBEl.SetLineWidth(2)
DataBEh.SetLineWidth(2)
DataBE.SetStats(0)
DataBEl.SetStats(0)
DataBEh.SetStats(0)
c2Max = DataBEh.GetMaximum()
DataBE.SetMaximum(c2Max*1.1)
DataBEh.SetMaximum(c2Max*1.1)
DataBEl.SetMaximum(c2Max*1.1)
DataBE.Draw("samehist")
DataBEl.Draw("samehist")
DataBEh.Draw("samehist")
c2.Print('plots/UncertaintyQCDtagrate.root')
c2.Print('plots/UncertaintyQCDtagrate.png')
c2.Print('plots/UncertaintyQCDtagrate.pdf')
# c3 = TCanvas("QCD 2D uncertainty", "QCD uncertainty", 700, 700)
# QCD2D = ROOT.TPad("QCD2D", "QDC2D", 0, 0, 1, 1)
# QCD2D.SetLeftMargin(0.16)
# QCD2D.SetRightMargin(0.05)
# QCD2D.SetTopMargin(0.1)
# QCD2D.SetBottomMargin(0.1)
# QCD2D.Draw()
# QCD2D.cd()
# DataBE2d.SetLineColor(kRed)
# DataBE2ddown.SetLineColor(kGreen+1)
# DataBE2dup.SetLineColor(kBlue)
# DataBE2ddown.SetLineStyle(2)
# DataBE2dup.SetLineStyle(2)
# DataBE2d.SetLineWidth(2)
# DataBE2dup.SetLineWidth(2)
# DataBE2ddown.SetLineWidth(2)
# DataBE2d.SetStats(0)
# DataBE2ddown.SetStats(0)
# DataBE2dup.SetStats(0)
# c3Max = DataBE2dup.GetMaximum()
# DataBE2d.SetMaximum(c3Max*1.1)
# DataBE2dup.SetMaximum(c3Max*1.1)
# DataBE2ddown.SetMaximum(c3Max*1.1)
# DataBE2d.Draw("samehist")
# DataBE2ddown.Draw("samehist")
# DataBE2dup.Draw("samehist")
# c3.Print('plots/UncertaintyQCD2D.root')
# c3.Print('plots/UncertaintyQCD2D.png')
# c3.Print('plots/UncertaintyQCD2D.pdf')
# QCDup = DataBE.Clone()
# QCDdown = DataBE.Clone()
# for ibin in range(0,DataBE.GetNbinsX()):
# #QCDfiterr=abs(BEfiterrh.GetBinContent(ibin))
# QCDnominal=abs(DataBE.GetBinContent(ibin))
# QCDup.SetBinContent(ibin,(QCDnominal + QCDfiterr))
# QCDdown.SetBinContent(ibin,(QCDnominal - QCDfiterr))
# c4 = TCanvas("QCD fit uncertainty", "QCD uncertainty", 700, 700)
# QCDfit = ROOT.TPad("QCDfit", "QDCfit", 0, 0, 1, 1)
# QCDfit.SetLeftMargin(0.16)
# QCDfit.SetRightMargin(0.05)
# QCDfit.SetTopMargin(0.1)
# QCDfit.SetBottomMargin(0.1)
# QCDfit.Draw()
# QCDfit.cd()
# DataBE.SetLineColor(kRed)
# QCDdown.SetLineColor(kGreen+1)
# QCDup.SetLineColor(kBlue)
# QCDdown.SetLineStyle(2)
# QCDup.SetLineStyle(2)
# QCDup.SetLineWidth(2)
# QCDdown.SetLineWidth(2)
# QCDup.SetStats(0)
# QCDdown.SetStats(0)
# c4Max = QCDup.GetMaximum()
# DataBE.SetMaximum(c4Max*1.1)
# QCDdown.SetMaximum(c4Max*1.1)
# QCDup.SetMaximum(c4Max*1.1)
# DataBE.Draw("samehist")
# QCDdown.Draw("samehist")
# QCDup.Draw("samehist")
# c4.Print('plots/UncertaintyQCDfit.root')
# c4.Print('plots/UncertaintyQCDfit.png')
# c4.Print('plots/UncertaintyQCDfit.pdf')
# c5 = TCanvas("QCD mod mass uncertainty", "QCD mod mass uncertainty", 700, 700)
# QCDModMass = ROOT.TPad("QCDMm", "QCDMm", 0, 0, 1, 1)
# QCDModMass.SetLeftMargin(0.16)
# QCDModMass.SetRightMargin(0.05)
# QCDModMass.SetTopMargin(0.1)
# QCDModMass.SetBottomMargin(0.1)
# QCDModMass.Draw()
# QCDModMass.cd()