| 1 |
import ROOT
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| 2 |
import sys
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| 3 |
sys.path.append( '/afs/naf.desy.de/user/n/nowaf/CMSSW_3_3_6/src/LeptonSel/LeptonSel/rootScripts' )
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| 4 |
import definitions as Def
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| 5 |
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def main(argv):
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#import sys
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basepath = ''
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top = ''
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try:
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options, arguments = getopt.getopt(argv, "hp:t:", ["help","path=","topology="])
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except getopt.GetoptError:
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usage()
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sys.exit(2)
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for opt, arg in options:
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if opt in ("-h", "--help"):
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usage()
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sys.exit(2)
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elif opt in ("-p", "--path"):
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basepath = arg
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elif opt in ("-t", "--topology"):
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top = arg
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if basepath == '':
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print "Error! Need path to .root file to continue."
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sys.exit(2)
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elif top == '':
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print "Warning! no topology specified. Using 'all' "
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top = 'all'
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return basepath, top
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def usage():
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print "Script to plot all XC study plots for the di lepton analysis"
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print "Options and arguments:"
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print "-h, --help\t\t: print this help message and exit"
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print "-p, --path\t\t: relative path to the .root file"
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pass
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| 46 |
if __name__ == "__main__":
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import getopt
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basepath, top = main(sys.argv[1:])
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Def.SetGlobalStyles( "emr" )
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ROOT.gStyle.SetPadRightMargin( 0.1 )
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saves = {}
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fin = Def.ReadInRootFile( basepath )
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fin.cd()
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c_mets = ROOT.TCanvas( "c_mets", "mets" ,1,71,600,600 )
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mets = fin.Get( "h_newMet_vs_oldMet_" + top )
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print type( fin )
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print type( mets )
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mets.SetXTitle( "new MET [GeV]" )
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mets.SetYTitle( "old MET [GeV]" )
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mets.SetTitle( "" )
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mets.Draw( "COLZ" )
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saves["mets"] = mets
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c_jeNumbers = ROOT.TCanvas( "c_jeNumbers", "jeNumbers" ,1,71,600,300 )
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c_jeNumbers.Divide(2,1)
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c_jeNumbers.cd(1)
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je_new = fin.Get( "h_j_vs_e_newMETg_" + top )
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je_new.SetXTitle( "number of jets altered" )
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je_new.SetYTitle( "number of electrons dropped" )
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je_new.SetTitle( "newMET > oldMET" )
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je_new.Draw( "COLZ" )
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c_jeNumbers.cd(2)
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je_old = fin.Get( "h_j_vs_e_oldMETg_" + top )
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je_old.SetXTitle( "number of jets altered" )
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je_old.SetYTitle( "number of electrons dropped" )
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je_old.SetTitle( "newMET < oldMET" )
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je_old.Draw( "COLZ" )
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saves["je_new"] = je_new
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saves["je_old"] = je_old
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c_jeNumbers_2 = ROOT.TCanvas( "c_jeNumbers_2", "jeNumbers_2" ,1,71,600,300 )
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c_jeNumbers_2.Divide(2,1)
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c_jeNumbers_2.cd(1)
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je_new_2 = fin.Get( "h_dj_vs_ie_newMETg_" + top )
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je_new_2.SetXTitle( "number of jets dropped" )
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je_new_2.SetYTitle( "number of electrons isolated" )
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je_new_2.SetTitle( "newMET > oldMET" )
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je_new_2.Draw( "COLZ" )
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c_jeNumbers_2.cd(2)
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je_old_2 = fin.Get( "h_dj_vs_ie_oldMETg_" + top )
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je_old_2.SetXTitle( "number of jets dropped" )
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je_old_2.SetYTitle( "number of electrons isolated" )
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je_old_2.SetTitle( "newMET < oldMET" )
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je_old_2.Draw( "COLZ" )
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saves["je_new_2"] = je_new_2
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saves["je_old_2"] = je_old_2
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c_jeNumbers_3 = ROOT.TCanvas( "c_jeNumbers_3", "jeNumbers_3" ,1,71,600,300 )
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c_jeNumbers_3.Divide(2,1)
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c_jeNumbers_3.cd(1)
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je_new_3 = fin.Get( "h_aj_vs_ie_newMETg_" + top )
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je_new_3.SetXTitle( "number of jets altered" )
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je_new_3.SetYTitle( "number of electrons isolated" )
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je_new_3.SetTitle( "newMET > oldMET" )
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je_new_3.Draw( "COLZ" )
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c_jeNumbers_3.cd(2)
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je_old_3 = fin.Get( "h_aj_vs_ie_oldMETg_" + top )
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je_old_3.SetXTitle( "number of jets altered" )
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je_old_3.SetYTitle( "number of electrons isolated" )
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je_old_3.SetTitle( "newMET < oldMET" )
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je_old_3.Draw( "COLZ" )
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saves["je_new_3"] = je_new_3
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saves["je_old_3"] = je_old_3
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c_jeNumbers_Et = ROOT.TCanvas( "c_jeNumbers_Et", "jeNumbers_Et" ,1,71,600,600 )
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c_jeNumbers_Et.Divide(2,2)
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c_jeNumbers_Et.cd(1)
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je_m_new_Et = fin.Get( "h_m_anewj_vs_aoldj_newMETg_" + top )
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je_m_new_Et.SetXTitle( "new Jet E_{t} (matched) [GeV]" )
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je_m_new_Et.SetYTitle( "old Jet E_{t} (matched) [GeV]" )
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je_m_new_Et.SetTitle( "newMET > oldMET" )
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je_m_new_Et.Draw( "COLZ" )
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c_jeNumbers_Et.cd(2)
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je_m_old_Et = fin.Get( "h_m_anewj_vs_aoldj_oldMETg_" + top )
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je_m_old_Et.SetXTitle( "new Jet E_{t} (matched) [GeV]" )
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je_m_old_Et.SetYTitle( "old Jet E_{t} (matched) [GeV]" )
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je_m_old_Et.SetTitle( "newMET < oldMET" )
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je_m_old_Et.Draw( "COLZ" )
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saves["je_m_new_Et"] = je_m_new_Et
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saves["je_m_old_Et"] = je_m_old_Et
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c_jeNumbers_Et.cd(3)
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je_nm_new_Et = fin.Get( "h_nm_anewj_vs_aoldj_newMETg_" + top )
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je_nm_new_Et.SetXTitle( "new Jet E_{t} (not matched) [GeV]" )
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je_nm_new_Et.SetYTitle( "old Jet E_{t} (not matched) [GeV]" )
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je_nm_new_Et.SetTitle( "newMET > oldMET" )
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je_nm_new_Et.Draw( "COLZ" )
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c_jeNumbers_Et.cd(4)
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je_nm_old_Et = fin.Get( "h_nm_anewj_vs_aoldj_oldMETg_" + top )
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je_nm_old_Et.SetXTitle( "new Jet E_{t} (not matched) [GeV]" )
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| 147 |
je_nm_old_Et.SetYTitle( "old Jet E_{t} (not matched) [GeV]" )
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je_nm_old_Et.SetTitle( "newMET < oldMET" )
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je_nm_old_Et.Draw( "COLZ" )
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saves["je_nm_new_Et"] = je_nm_new_Et
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saves["je_nm_old_Et"] = je_nm_old_Et
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c_jeNumbers_Diff = ROOT.TCanvas( "c_jeNumbers_Diff", "jeNumbers_Diff" ,1,71,600,600 )
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| 154 |
c_jeNumbers_Diff.Divide(2,2)
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c_jeNumbers_Diff.cd(1)
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je_m_new_Diff = fin.Get( "h_m_Danewj_vs_Daoldj_newMETg_" + top )
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| 157 |
je_m_new_Diff.SetXTitle( "Et(CORR) - Et(RAW) new jet (matched) [GeV]" )
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| 158 |
je_m_new_Diff.SetYTitle( "Et(CORR) - Et(RAW) old jet (matched) [GeV]" )
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je_m_new_Diff.SetTitle( "newMET > oldMET" )
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je_m_new_Diff.Draw( "COLZ" )
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c_jeNumbers_Diff.cd(2)
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je_m_old_Diff = fin.Get( "h_m_Danewj_vs_Daoldj_oldMETg_" + top )
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je_m_old_Diff.SetXTitle( "Et(CORR) - Et(RAW) new jet (matched) [GeV]" )
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| 164 |
je_m_old_Diff.SetYTitle( "Et(CORR) - Et(RAW) new jet (matched) [GeV]" )
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je_m_old_Diff.SetTitle( "newMET < oldMET" )
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je_m_old_Diff.Draw( "COLZ" )
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saves["je_m_new_Diff"] = je_m_new_Diff
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saves["je_m_old_Diff"] = je_m_old_Diff
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c_jeNumbers_Diff.cd(3)
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je_nm_new_Diff = fin.Get( "h_nm_Danewj_vs_Daoldj_newMETg_" + top )
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| 171 |
je_nm_new_Diff.SetXTitle( "Et(CORR) - Et(RAW) new jet (not matched) [GeV]" )
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| 172 |
je_nm_new_Diff.SetYTitle( "Et(CORR) - Et(RAW) old jet (not matched) [GeV]" )
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| 173 |
je_nm_new_Diff.SetTitle( "newMET > oldMET" )
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je_nm_new_Diff.Draw( "COLZ" )
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c_jeNumbers_Diff.cd(4)
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je_nm_old_Diff = fin.Get( "h_nm_Danewj_vs_Daoldj_oldMETg_" + top )
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| 177 |
je_nm_old_Diff.SetXTitle( "Et(CORR) - Et(RAW) new jet (not matched) [GeV]" )
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| 178 |
je_nm_old_Diff.SetYTitle( "Et(CORR) - Et(RAW) new jet (not matched) [GeV]" )
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| 179 |
je_nm_old_Diff.SetTitle( "newMET < oldMET" )
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je_nm_old_Diff.Draw( "COLZ" )
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saves["je_nm_new_Diff"] = je_nm_new_Diff
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saves["je_nm_old_Diff"] = je_nm_old_Diff
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| 183 |
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| 184 |
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### number of matched/notmatched altered/dropped/not changed jets/elecs
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hist_list_j_new = [ fin.Get( "h_j_nm_newMetg_" + top ), fin.Get( "h_j_m_newMetg_" + top ),\
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fin.Get( "h_aj_nm_newMetg_" + top ), fin.Get( "h_aj_m_newMetg_" + top ), \
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fin.Get( "h_dj_nm_newMetg_" + top ), fin.Get( "h_dj_m_newMetg_" + top ) ]
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color_list_j = [50,8,12,9,28,30]
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case_list_j = ["nm, not altered", "m, notaltered", "nm, altered", "m altered", "nm dropped", "m, dropped"]
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| 192 |
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c_je = ROOT.TCanvas( "c_je", "je" ,1,71,600,600 )
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c_je.Divide(2,2)
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| 195 |
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| 196 |
c_je.cd(1)
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Def.DrawSmall( c_je,\
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| 198 |
hist_list_j_new, color_list_j, case_list_j, \
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"number of jets", "", "new MET > old MET",\
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True, 0, False,\
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"ur", "je1", saves)
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| 202 |
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| 203 |
hist_list_j_old = [ fin.Get( "h_j_nm_oldMetg_" + top ), fin.Get( "h_j_m_oldMetg_" + top ),\
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| 204 |
fin.Get( "h_aj_nm_oldMetg_" + top ), fin.Get( "h_aj_m_oldMetg_" + top ), \
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| 205 |
fin.Get( "h_dj_nm_oldMetg_" + top ), fin.Get( "h_dj_m_oldMetg_" + top ) ]
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| 206 |
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| 207 |
c_je.cd(2)
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| 208 |
Def.DrawSmall( c_je,\
|
| 209 |
hist_list_j_old, color_list_j, case_list_j, \
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| 210 |
"number of jets", "", "new MET < old MET",\
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| 211 |
True, 0, False,\
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| 212 |
"ur", "je2", saves)
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| 213 |
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| 214 |
hist_list_e_new = [ fin.Get( "h_e_nm_newMetg_" + top ), fin.Get( "h_e_m_newMetg_" + top ),\
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| 215 |
fin.Get( "h_de_nm_newMetg_" + top ), fin.Get( "h_de_m_newMetg_" + top ) ]
|
| 216 |
|
| 217 |
color_list_e = [50,8,28,30]
|
| 218 |
case_list_e = ["nm ", "m ","nm dropped", "m, dropped"]
|
| 219 |
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| 220 |
c_je.cd(3)
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| 221 |
Def.DrawSmall( c_je,\
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| 222 |
hist_list_e_new, color_list_e, case_list_e, \
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| 223 |
"number of electrons", "", "new MET > old MET",\
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| 224 |
True, 0, False,\
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| 225 |
"ur", "je3", saves)
|
| 226 |
|
| 227 |
hist_list_e_old = [ fin.Get( "h_e_nm_oldMetg_" + top ), fin.Get( "h_e_m_oldMetg_" + top ),\
|
| 228 |
fin.Get( "h_de_nm_oldMetg_" + top ), fin.Get( "h_de_m_oldMetg_" + top ) ]
|
| 229 |
|
| 230 |
c_je.cd(4)
|
| 231 |
Def.DrawSmall( c_je,\
|
| 232 |
hist_list_e_old, color_list_e, case_list_e, \
|
| 233 |
"number of electrons", "", "new MET < old MET",\
|
| 234 |
True, 0, False,\
|
| 235 |
"ur", "je4", saves)
|
| 236 |
|
| 237 |
### Pt of matched/notmatched altered/dropped/not changed jets/elecs
|
| 238 |
hist_list_jPt_new = [ fin.Get( "h_jPt_nm_newMetg_" + top ), fin.Get( "h_jPt_m_newMetg_" + top ),\
|
| 239 |
fin.Get( "h_ajPt_nm_newMetg_" + top ), fin.Get( "h_ajPt_m_newMetg_" + top ), \
|
| 240 |
fin.Get( "h_djPt_nm_newMetg_" + top ), fin.Get( "h_djPt_m_newMetg_" + top ) ]
|
| 241 |
|
| 242 |
#color_list_j = [50,8,12,9,28,30]
|
| 243 |
#case_list_j = ["nm, not altered", "m, notaltered", "nm, altered", "m altered", "nm dropped", "m, dropped"]
|
| 244 |
|
| 245 |
c_jePt = ROOT.TCanvas( "c_jePt", "jePt" ,1,71,600,600 )
|
| 246 |
c_jePt.Divide(2,2)
|
| 247 |
|
| 248 |
c_jePt.cd(1)
|
| 249 |
Def.DrawSmall( c_jePt,\
|
| 250 |
hist_list_jPt_new, color_list_j, case_list_j, \
|
| 251 |
"P_{t} (jets) [GeV]", "", "new MET > old MET",\
|
| 252 |
True, 0, False,\
|
| 253 |
"ur", "jePt1", saves)
|
| 254 |
|
| 255 |
hist_list_jPt_old = [ fin.Get( "h_jPt_nm_oldMetg_" + top ), fin.Get( "h_jPt_m_oldMetg_" + top ),\
|
| 256 |
fin.Get( "h_ajPt_nm_oldMetg_" + top ), fin.Get( "h_ajPt_m_oldMetg_" + top ), \
|
| 257 |
fin.Get( "h_djPt_nm_oldMetg_" + top ), fin.Get( "h_djPt_m_oldMetg_" + top ) ]
|
| 258 |
|
| 259 |
c_jePt.cd(2)
|
| 260 |
Def.DrawSmall( c_jePt,\
|
| 261 |
hist_list_jPt_old, color_list_j, case_list_j, \
|
| 262 |
"P_{t} (jets) [GeV]", "", "new MET < old MET",\
|
| 263 |
True, 0, False,\
|
| 264 |
"ur", "jePt2", saves)
|
| 265 |
|
| 266 |
hist_list_ePt_new = [ fin.Get( "h_ePt_nm_newMetg_" + top ), fin.Get( "h_ePt_m_newMetg_" + top ),\
|
| 267 |
fin.Get( "h_dePt_nm_newMetg_" + top ), fin.Get( "h_dePt_m_newMetg_" + top ) ]
|
| 268 |
|
| 269 |
#color_list_e = [50,8,28,30]
|
| 270 |
#case_list_e = ["nm ", "m ","nm dropped", "m, dropped"]
|
| 271 |
|
| 272 |
c_jePt.cd(3)
|
| 273 |
Def.DrawSmall( c_jePt,\
|
| 274 |
hist_list_ePt_new, color_list_e, case_list_e, \
|
| 275 |
"P_{t} (electrons) [GeV]", "", "new MET > old MET",\
|
| 276 |
True, 0, False,\
|
| 277 |
"ur", "jePt3", saves)
|
| 278 |
|
| 279 |
hist_list_ePt_old = [ fin.Get( "h_ePt_nm_oldMetg_" + top ), fin.Get( "h_ePt_m_oldMetg_" + top ),\
|
| 280 |
fin.Get( "h_dePt_nm_oldMetg_" + top ), fin.Get( "h_dePt_m_oldMetg_" + top ) ]
|
| 281 |
|
| 282 |
c_jePt.cd(4)
|
| 283 |
Def.DrawSmall( c_jePt,\
|
| 284 |
hist_list_ePt_old, color_list_e, case_list_e, \
|
| 285 |
"P_{t} (electrons) [GeV]", "", "new MET < old MET",\
|
| 286 |
True, 0, False,\
|
| 287 |
"ur", "jePt4", saves)
|
| 288 |
|
| 289 |
|
| 290 |
c_jcorr = ROOT.TCanvas( "c_jcorr", "jcorr" ,1,71,600,300 )
|
| 291 |
c_jcorr.Divide(2,1)
|
| 292 |
|
| 293 |
hist_list_jraw = [ fin.Get( "h_DRawj_nm_newMetg_" + top ), fin.Get( "h_DRawj_m_newMetg_" + top ),\
|
| 294 |
fin.Get( "h_DRawj_nm_oldMetg_" + top ), fin.Get( "h_DRawj_m_oldMetg_" + top ) ]
|
| 295 |
|
| 296 |
case_list_corr = [ "nm, new > old", "m, new > old", "nm, new < old", "m, new < old" ]
|
| 297 |
|
| 298 |
c_jcorr.cd(1)
|
| 299 |
Def.DrawSmall( c_jcorr,\
|
| 300 |
hist_list_jraw, color_list_e, case_list_corr, \
|
| 301 |
"j_{new} (RAW) - j_{old} (RAW)", "", "",\
|
| 302 |
False, 0, False,\
|
| 303 |
"ur", "jePtRaw", saves)
|
| 304 |
|
| 305 |
hist_list_jcorr = [ fin.Get( "h_DCorrj_nm_newMetg_" + top ), fin.Get( "h_DCorrj_m_newMetg_" + top ),\
|
| 306 |
fin.Get( "h_DCorrj_nm_oldMetg_" + top ), fin.Get( "h_DCorrj_m_oldMetg_" + top ) ]
|
| 307 |
|
| 308 |
c_jcorr.cd(2)
|
| 309 |
Def.DrawSmall( c_jcorr,\
|
| 310 |
hist_list_jcorr, color_list_e, case_list_corr, \
|
| 311 |
"#Delta j_{new} - #Delta j_{old}", "", "",\
|
| 312 |
False, 0, False,\
|
| 313 |
"ur", "jePtCorr", saves)
|
| 314 |
|
| 315 |
c_acc = ROOT.TCanvas( "c_acc", "acc" ,1,71,600,600 )
|
| 316 |
c_acc.Divide(2,2)
|
| 317 |
|
| 318 |
hist_list_eta = [ fin.Get( "h_e_m_eta_newMetg_" + top ), fin.Get( "h_e_m_eta_oldMetg_" + top ),\
|
| 319 |
fin.Get( "h_e_m_eta_sameMet_" + top )]
|
| 320 |
|
| 321 |
color_list_acc = [50,8,13]
|
| 322 |
case_list_acc = [ "new > old", "new < old", "new = old" ]
|
| 323 |
|
| 324 |
c_acc.cd(1)
|
| 325 |
Def.DrawSmall( c_acc,\
|
| 326 |
hist_list_eta, color_list_acc, case_list_acc, \
|
| 327 |
"#eta (electrons)", "", "",\
|
| 328 |
False, 0, False,\
|
| 329 |
"ur", "eeta", saves)
|
| 330 |
|
| 331 |
hist_list_number = [ fin.Get( "h_ie_newMetg_" + top ), fin.Get( "h_ie_oldMetg_" + top ),\
|
| 332 |
fin.Get( "h_ie_sameMet_" + top )]
|
| 333 |
|
| 334 |
c_acc.cd(2)
|
| 335 |
Def.DrawSmall( c_acc,\
|
| 336 |
hist_list_number, color_list_acc, case_list_acc, \
|
| 337 |
"number of isolated electrons", "", "",\
|
| 338 |
False, 0, False,\
|
| 339 |
"ur", "ie", saves)
|
| 340 |
|
| 341 |
hist_list_gen = [ fin.Get( "h_gene_acc_newMetg_" + top ), fin.Get( "h_gene_acc_oldMetg_" + top ),\
|
| 342 |
fin.Get( "h_gene_acc_sameMet_" + top )]
|
| 343 |
|
| 344 |
c_acc.cd(3)
|
| 345 |
Def.DrawSmall( c_acc,\
|
| 346 |
hist_list_gen, color_list_acc, case_list_acc, \
|
| 347 |
"number of gen electrons in acceptance", "", "",\
|
| 348 |
False, 0, False,\
|
| 349 |
"ur", "gene", saves)
|
| 350 |
|
| 351 |
#c_acc.cd(4)
|
| 352 |
|
| 353 |
c_geneie = ROOT.TCanvas( "c_gene_ie", "gene_ie" ,1,71,600,600 )
|
| 354 |
c_geneie.Divide(2,2)
|
| 355 |
|
| 356 |
c_geneie.cd(1)
|
| 357 |
gene_vs_ie = fin.Get( "h_gene_vs_ie_newMETg_" + top )
|
| 358 |
gene_vs_ie.SetXTitle( "number of gen electrons in acceptance" )
|
| 359 |
gene_vs_ie.SetYTitle( "number of isolated electrons" )
|
| 360 |
gene_vs_ie.SetTitle( "newMET > oldMET" )
|
| 361 |
gene_vs_ie.Draw( "COLZ" )
|
| 362 |
saves["gene_vs_ie"] = gene_vs_ie
|
| 363 |
|
| 364 |
c_geneie.cd(2)
|
| 365 |
gene_vs_ie_old = fin.Get( "h_gene_vs_ie_oldMETg_" + top )
|
| 366 |
gene_vs_ie_old.SetXTitle( "number of gen electrons in acceptance" )
|
| 367 |
gene_vs_ie_old.SetYTitle( "number of isolated electrons" )
|
| 368 |
gene_vs_ie_old.SetTitle( "newMET < oldMET" )
|
| 369 |
gene_vs_ie_old.Draw( "COLZ" )
|
| 370 |
saves["gene_vs_ie_old"] = gene_vs_ie_old
|
| 371 |
|
| 372 |
c_geneie.cd(3)
|
| 373 |
gene_vs_ie_same = fin.Get( "h_gene_vs_ie_sameMET_" + top )
|
| 374 |
gene_vs_ie_same.SetXTitle( "number of gen electrons in acceptance" )
|
| 375 |
gene_vs_ie_same.SetYTitle( "number of isolated electrons" )
|
| 376 |
gene_vs_ie_same.SetTitle( "newMET = oldMET" )
|
| 377 |
gene_vs_ie_same.Draw( "COLZ" )
|
| 378 |
saves["gene_vs_ie_same"] = gene_vs_ie_same
|
| 379 |
|
| 380 |
|
| 381 |
Def.DontQuit()
|
