Functions
	DrawTLatex (x, y, text, size=18, font=43, align=11)
	saveHisto (plot_options, histo)

Variables
	parser
	help
	default
	action
	options = parser.parse_args()
	inFile = ROOT.TFile.Open(options.inFile, "READ")
	anaTree = inFile.Get("IsoCorrTest")
	Elec_Track_Iso = ROOT.TH1D("elec_track_iso", "track isolation", 55, -5, 50)
	Prepare the histograms to be filled in the simple analysis.
	Elec_Calo_Iso = ROOT.TH1D("elec_calo_iso", "calorimeter isolation", 55, -5, 50)
	Muon_Track_Iso = ROOT.TH1D("muon_track_iso", "track isolation", 55, -5, 50)
	Muon_Calo_Iso = ROOT.TH1D("muon_calo_iso", "calorimeter isolation", 55, -5, 50)
	Elec_RelTrack_Iso = ROOT.TH1D("elec_rel_track_iso", "track isolation", 52, -0.04, 1)
	Isolation / pt of the particles.
	Elec_RelCalo_Iso = ROOT.TH1D("elec_rel_calo_iso", "track isolation", 52, -0.04, 1)
	Muon_RelTrack_Iso = ROOT.TH1D("muon_rel_track_iso", "track isolation", 52, -0.04, 1)
	Muon_RelCalo_Iso = ROOT.TH1D("muon_rel_calo_iso", "track isolation", 52, -0.04, 1)
	Elec_Track_polution_dR = ROOT.TH2D("elec_track_polution_dR", "track_isolaiton against dR",50, 0, 0.5, 100, -1.5, 1.5 )
	Isolation / track of the closest particle — deltaR.
	Elec_Topo_polution_dR = ROOT.TH2D("elec_calo_polution_dR", "calorimeter isolation against dR",50, 0, 0.5, 100, -1.5, 1.5)
	Muon_Track_polution_dR = ROOT.TH2D("muon_track_polution_dR", "track_isolaiton against dR", 50, 0, 0.5, 100, -1.5, 1.5)
	Muon_Topo_polution_dR = ROOT.TH2D("muon_calo_polution_dR", "calorimeter isolation against dR", 50, 0, 0.5, 100, -1.5, 1.5)
	N_Isolated_Muon = ROOT.TH1D("N_muons", "Isolated #mu", 6, 0, 6);
	N_Isolated_Elec = ROOT.TH1D("N_elec", "Elec #mu", 6, 0, 6);
list	AllHistos
	treeReader = ROOT.TTreeReader("IsoCorrTest", inFile)
list	branch_names = [ B.GetName() for B in anaTree.GetListOfBranches() ]
list	mu_trk_cone_names = [b [ b.find("Corr" if options.useCorrectedCones else "Orig") + 5 :] for b in branch_names if b.find("Muons_%s_pt"%("Corr" if options.useCorrectedCones else "Orig")) != -1]
	Find the isolation variables in the list of branches.
list	mu_calo_cone_names
list	el_trk_cone_names = [ b [ b.find("Corr" if options.useCorrectedCones else "Orig") + 5 :] for b in branch_names if b.find("Electrons_%s_pt"%("Corr" if options.useCorrectedCones else "Orig")) != -1]
list	el_calo_cone_names
	mu_pt = ROOT.TTreeReaderArray(float)(treeReader, "Muons_pt")
	mu_eta = ROOT.TTreeReaderArray(float)(treeReader, "Muons_eta")
	mu_phi = ROOT.TTreeReaderArray(float)(treeReader, "Muons_phi")
	mu_trk = ROOT.TTreeReaderArray(float)(treeReader, "Muons_trackPt")
	mu_clu = ROOT.TTreeReaderArray(float)(treeReader, "Muons_clusterEt")
	mu_clu_eta = ROOT.TTreeReaderArray(float)(treeReader, "Muons_clusterEta")
	mu_clu_phi = ROOT.TTreeReaderArray(float)(treeReader, "Muons_clusterPhi")
int	mu_trk_iso = ROOT.TTreeReaderArray(float)(treeReader, "Muons_%s_%s"%("Corr" if options.useCorrectedCones else "Orig", mu_trk_cone_names[0])) if len(mu_trk_cone_names) > 0 else None
int	mu_calo_iso = ROOT.TTreeReaderArray(float)(treeReader, "Muons_%s_%s"%("Corr" if options.useCorrectedCones else "Orig",mu_calo_cone_names[0])) if len (mu_calo_cone_names) > 0 else None
	el_pt = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_pt")
	el_eta = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_eta")
	el_phi = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_phi")
	el_trk = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_trackPt")
	el_clu = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_clusterEt")
	el_clu_eta = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_clusterEta")
	el_clu_phi = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_clusterPhi")
int	el_trk_iso = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_%s_%s"%("Corr" if options.useCorrectedCones else "Orig", el_trk_cone_names[0])) if len(el_trk_cone_names) > 0 else None
int	el_calo_iso = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_%s_%s"%("Corr" if options.useCorrectedCones else "Orig",el_calo_cone_names[0])) if len(el_calo_cone_names) > 0 else None
	el_pass_iso = ROOT.TTreeReaderArray(bool)(treeReader, "Muons_%sPassIso"%("Corr" if options.useCorrectedCones else "Orig"))
	mu_pass_iso = ROOT.TTreeReaderArray(bool)(treeReader, "Electrons_%sPassIso"%("Corr" if options.useCorrectedCones else "Orig"))
list	muon_t_vec = []
list	elec_t_vec = []
list	elec_t_calo_vec = []
list	muon_t_calo_vec = []
	mu = ROOT.TLorentzVector()
	calo_mu = ROOT.TLorentzVector()
	el = ROOT.TLorentzVector()
	calo_el = ROOT.TLorentzVector()
	dummy_canvas = ROOT.TCanvas("dummy", "dummy", 800, 600)
bool	saved_once = False

Function Documentation

◆ DrawTLatex()

plotIsoValidation.DrawTLatex	(	x,
		y,
		text,
		size = 18,
		font = 43,
		align = 11 )

Definition at line 7 of file plotIsoValidation.py.

def DrawTLatex(x, y, text, size=18, font=43, align=11):
    tex = ROOT.TLatex()
    tex.SetTextAlign(align)
    tex.SetTextSize(size)
    tex.SetTextFont(font)
    tex.SetNDC()
    tex.DrawLatex(x, y, text)
 
 
 

◆ saveHisto()

plotIsoValidation.saveHisto	(		plot_options,
			histo )

Definition at line 17 of file plotIsoValidation.py.

def saveHisto(plot_options, histo):
    if not histo.GetEntries(): return False
    
    Canvas_Name = "Isolation_%s_%s"%("Corr" if options.useCorrectedCones else "Orig" ,
                                        histo.GetName())
    c1 = ROOT.TCanvas(Canvas_Name, "canvas", 800 , 600)
    
    c1.cd()
    c1.SetTopMargin(0.13)
    if histo.GetDimension() == 2:
        c1.SetRightMargin(0.15)
        c1.SetLeftMargin(0.12)
    if histo.GetDimension() == 1: 
        histo.SetLineColor(ROOT.kRed)
        histo.SetLineWidth(2)
        
        histo.Draw()
    else: histo.Draw("colz")
    DrawTLatex(c1.GetLeftMargin(), 0.92,"%s (%s)" %(histo.GetTitle(), "corrected" if plot_options.useCorrectedCones else "vanilla") )
    
    c1.SaveAs("%s/%s.pdf"%(options.outDir, Canvas_Name))
    c1.SaveAs("%s/AllIsolationPlots_%s.pdf"%(options.outDir, "Corr" if options.useCorrectedCones else "Orig" ))
    
    return True

Variable Documentation

◆ action

plotIsoValidation.action

Definition at line 49 of file plotIsoValidation.py.

◆ AllHistos

list plotIsoValidation.AllHistos

Initial value:

=  [Elec_Track_Iso, 
                 Elec_Calo_Iso ,  
                 Muon_Track_Iso, 
                 Muon_Calo_Iso, 
                 Elec_RelTrack_Iso, 
                 Muon_RelTrack_Iso,
                 Elec_RelCalo_Iso, 
                 Muon_RelCalo_Iso,
                 Elec_Track_polution_dR, 
                 Elec_Topo_polution_dR,
                 Muon_Track_polution_dR,
                 Muon_Topo_polution_dR ,
                 N_Isolated_Muon,
                 N_Isolated_Elec,
                 ]

Definition at line 112 of file plotIsoValidation.py.

◆ anaTree

plotIsoValidation.anaTree = inFile.Get("IsoCorrTest")

Definition at line 61 of file plotIsoValidation.py.

◆ branch_names

list plotIsoValidation.branch_names = [ B.GetName() for B in anaTree.GetListOfBranches() ]

Definition at line 128 of file plotIsoValidation.py.

◆ calo_el

plotIsoValidation.calo_el = ROOT.TLorentzVector()

Definition at line 200 of file plotIsoValidation.py.

◆ calo_mu

plotIsoValidation.calo_mu = ROOT.TLorentzVector()

Definition at line 192 of file plotIsoValidation.py.

◆ default

plotIsoValidation.default

Definition at line 47 of file plotIsoValidation.py.

◆ dummy_canvas

plotIsoValidation.dummy_canvas = ROOT.TCanvas("dummy", "dummy", 800, 600)

Definition at line 243 of file plotIsoValidation.py.

◆ el

plotIsoValidation.el = ROOT.TLorentzVector()

Definition at line 197 of file plotIsoValidation.py.

◆ el_calo_cone_names

list plotIsoValidation.el_calo_cone_names

Initial value:

=   [ b [ b.find("Corr" if options.useCorrectedCones else "Orig") + 5 :] for b in branch_names if b.find("Electrons_%s_topo"%("Corr" if options.useCorrectedCones else "Orig")) != -1 or
                                                       b.find("Electrons_%s_neflow"%("Corr" if options.useCorrectedCones else "Orig")) != -1 
                          ]

Definition at line 136 of file plotIsoValidation.py.

◆ el_calo_iso

int plotIsoValidation.el_calo_iso = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_%s_%s"%("Corr" if options.useCorrectedCones else "Orig",el_calo_cone_names[0])) if len(el_calo_cone_names) > 0 else None

Definition at line 172 of file plotIsoValidation.py.

◆ el_clu

plotIsoValidation.el_clu = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_clusterEt")

Definition at line 167 of file plotIsoValidation.py.

◆ el_clu_eta

plotIsoValidation.el_clu_eta = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_clusterEta")

Definition at line 168 of file plotIsoValidation.py.

◆ el_clu_phi

plotIsoValidation.el_clu_phi = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_clusterPhi")

Definition at line 169 of file plotIsoValidation.py.

◆ el_eta

plotIsoValidation.el_eta = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_eta")

Definition at line 164 of file plotIsoValidation.py.

◆ el_pass_iso

plotIsoValidation.el_pass_iso = ROOT.TTreeReaderArray(bool)(treeReader, "Muons_%sPassIso"%("Corr" if options.useCorrectedCones else "Orig"))

Definition at line 174 of file plotIsoValidation.py.

◆ el_phi

plotIsoValidation.el_phi = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_phi")

Definition at line 165 of file plotIsoValidation.py.

◆ el_pt

plotIsoValidation.el_pt = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_pt")

Definition at line 163 of file plotIsoValidation.py.

◆ el_trk

plotIsoValidation.el_trk = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_trackPt")

Definition at line 166 of file plotIsoValidation.py.

◆ el_trk_cone_names

list plotIsoValidation.el_trk_cone_names = [ b [ b.find("Corr" if options.useCorrectedCones else "Orig") + 5 :] for b in branch_names if b.find("Electrons_%s_pt"%("Corr" if options.useCorrectedCones else "Orig")) != -1]

Definition at line 135 of file plotIsoValidation.py.

◆ el_trk_iso

int plotIsoValidation.el_trk_iso = ROOT.TTreeReaderArray(float)(treeReader, "Electrons_%s_%s"%("Corr" if options.useCorrectedCones else "Orig", el_trk_cone_names[0])) if len(el_trk_cone_names) > 0 else None

Definition at line 171 of file plotIsoValidation.py.

◆ Elec_Calo_Iso

plotIsoValidation.Elec_Calo_Iso = ROOT.TH1D("elec_calo_iso", "calorimeter isolation", 55, -5, 50)

Definition at line 70 of file plotIsoValidation.py.

◆ Elec_RelCalo_Iso

plotIsoValidation.Elec_RelCalo_Iso = ROOT.TH1D("elec_rel_calo_iso", "track isolation", 52, -0.04, 1)

Definition at line 81 of file plotIsoValidation.py.

◆ Elec_RelTrack_Iso

plotIsoValidation.Elec_RelTrack_Iso = ROOT.TH1D("elec_rel_track_iso", "track isolation", 52, -0.04, 1)

Isolation / pt of the particles.

Definition at line 79 of file plotIsoValidation.py.

◆ elec_t_calo_vec

list plotIsoValidation.elec_t_calo_vec = []

Definition at line 182 of file plotIsoValidation.py.

◆ elec_t_vec

list plotIsoValidation.elec_t_vec = []

Definition at line 180 of file plotIsoValidation.py.

◆ Elec_Topo_polution_dR

plotIsoValidation.Elec_Topo_polution_dR = ROOT.TH2D("elec_calo_polution_dR", "calorimeter isolation against dR",50, 0, 0.5, 100, -1.5, 1.5)

Definition at line 94 of file plotIsoValidation.py.

◆ Elec_Track_Iso

plotIsoValidation.Elec_Track_Iso = ROOT.TH1D("elec_track_iso", "track isolation", 55, -5, 50)

Prepare the histograms to be filled in the simple analysis.

Definition at line 68 of file plotIsoValidation.py.

◆ Elec_Track_polution_dR

plotIsoValidation.Elec_Track_polution_dR = ROOT.TH2D("elec_track_polution_dR", "track_isolaiton against dR",50, 0, 0.5, 100, -1.5, 1.5 )

Isolation / track of the closest particle — deltaR.

Definition at line 90 of file plotIsoValidation.py.

◆ help

plotIsoValidation.help

Definition at line 46 of file plotIsoValidation.py.

◆ inFile

plotIsoValidation.inFile = ROOT.TFile.Open(options.inFile, "READ")

Definition at line 56 of file plotIsoValidation.py.

◆ mu

plotIsoValidation.mu = ROOT.TLorentzVector()

Definition at line 189 of file plotIsoValidation.py.

◆ mu_calo_cone_names

list plotIsoValidation.mu_calo_cone_names

Initial value:

=   [ b [ b.find("Corr" if options.useCorrectedCones else "Orig") + 5 :] for b in branch_names if b.find("Muons_%s_topo"%("Corr" if options.useCorrectedCones else "Orig")) != -1 or
                                                       b.find("Muons_%s_neflow"%("Corr" if options.useCorrectedCones else "Orig")) != -1 
                                                    ]

Definition at line 131 of file plotIsoValidation.py.

◆ mu_calo_iso

int plotIsoValidation.mu_calo_iso = ROOT.TTreeReaderArray(float)(treeReader, "Muons_%s_%s"%("Corr" if options.useCorrectedCones else "Orig",mu_calo_cone_names[0])) if len (mu_calo_cone_names) > 0 else None

Definition at line 161 of file plotIsoValidation.py.

◆ mu_clu

plotIsoValidation.mu_clu = ROOT.TTreeReaderArray(float)(treeReader, "Muons_clusterEt")

Definition at line 155 of file plotIsoValidation.py.

◆ mu_clu_eta

plotIsoValidation.mu_clu_eta = ROOT.TTreeReaderArray(float)(treeReader, "Muons_clusterEta")

Definition at line 156 of file plotIsoValidation.py.

◆ mu_clu_phi

plotIsoValidation.mu_clu_phi = ROOT.TTreeReaderArray(float)(treeReader, "Muons_clusterPhi")

Definition at line 157 of file plotIsoValidation.py.

◆ mu_eta

plotIsoValidation.mu_eta = ROOT.TTreeReaderArray(float)(treeReader, "Muons_eta")

Definition at line 151 of file plotIsoValidation.py.

◆ mu_pass_iso

plotIsoValidation.mu_pass_iso = ROOT.TTreeReaderArray(bool)(treeReader, "Electrons_%sPassIso"%("Corr" if options.useCorrectedCones else "Orig"))

Definition at line 175 of file plotIsoValidation.py.

◆ mu_phi

plotIsoValidation.mu_phi = ROOT.TTreeReaderArray(float)(treeReader, "Muons_phi")

Definition at line 152 of file plotIsoValidation.py.

◆ mu_pt

plotIsoValidation.mu_pt = ROOT.TTreeReaderArray(float)(treeReader, "Muons_pt")

Definition at line 150 of file plotIsoValidation.py.

◆ mu_trk

plotIsoValidation.mu_trk = ROOT.TTreeReaderArray(float)(treeReader, "Muons_trackPt")

Definition at line 153 of file plotIsoValidation.py.

◆ mu_trk_cone_names

list plotIsoValidation.mu_trk_cone_names = [b [ b.find("Corr" if options.useCorrectedCones else "Orig") + 5 :] for b in branch_names if b.find("Muons_%s_pt"%("Corr" if options.useCorrectedCones else "Orig")) != -1]

Find the isolation variables in the list of branches.

Definition at line 130 of file plotIsoValidation.py.

◆ mu_trk_iso

int plotIsoValidation.mu_trk_iso = ROOT.TTreeReaderArray(float)(treeReader, "Muons_%s_%s"%("Corr" if options.useCorrectedCones else "Orig", mu_trk_cone_names[0])) if len(mu_trk_cone_names) > 0 else None

Definition at line 160 of file plotIsoValidation.py.

◆ Muon_Calo_Iso

plotIsoValidation.Muon_Calo_Iso = ROOT.TH1D("muon_calo_iso", "calorimeter isolation", 55, -5, 50)

Definition at line 75 of file plotIsoValidation.py.

◆ Muon_RelCalo_Iso

plotIsoValidation.Muon_RelCalo_Iso = ROOT.TH1D("muon_rel_calo_iso", "track isolation", 52, -0.04, 1)

Definition at line 86 of file plotIsoValidation.py.

◆ Muon_RelTrack_Iso

plotIsoValidation.Muon_RelTrack_Iso = ROOT.TH1D("muon_rel_track_iso", "track isolation", 52, -0.04, 1)

Definition at line 84 of file plotIsoValidation.py.

◆ muon_t_calo_vec

list plotIsoValidation.muon_t_calo_vec = []

Definition at line 183 of file plotIsoValidation.py.

◆ muon_t_vec

list plotIsoValidation.muon_t_vec = []

Definition at line 179 of file plotIsoValidation.py.

◆ Muon_Topo_polution_dR

plotIsoValidation.Muon_Topo_polution_dR = ROOT.TH2D("muon_calo_polution_dR", "calorimeter isolation against dR", 50, 0, 0.5, 100, -1.5, 1.5)

Definition at line 102 of file plotIsoValidation.py.

◆ Muon_Track_Iso

plotIsoValidation.Muon_Track_Iso = ROOT.TH1D("muon_track_iso", "track isolation", 55, -5, 50)

Definition at line 73 of file plotIsoValidation.py.

◆ Muon_Track_polution_dR

plotIsoValidation.Muon_Track_polution_dR = ROOT.TH2D("muon_track_polution_dR", "track_isolaiton against dR", 50, 0, 0.5, 100, -1.5, 1.5)

Definition at line 98 of file plotIsoValidation.py.

◆ N_Isolated_Elec

plotIsoValidation.N_Isolated_Elec = ROOT.TH1D("N_elec", "Elec #mu", 6, 0, 6);

Definition at line 109 of file plotIsoValidation.py.

◆ N_Isolated_Muon

plotIsoValidation.N_Isolated_Muon = ROOT.TH1D("N_muons", "Isolated #mu", 6, 0, 6);

Definition at line 106 of file plotIsoValidation.py.

◆ options

plotIsoValidation.options = parser.parse_args()

Definition at line 50 of file plotIsoValidation.py.

◆ parser

plotIsoValidation.parser

Initial value:

=  argparse.ArgumentParser(description='This script generates validation plots of the isolation correction tool. For more help type \"python plotIsoValidation.py -h\"',
                                     prog='plotIsoValidation',
                                     formatter_class=argparse.ArgumentDefaultsHelpFormatter)

Definition at line 42 of file plotIsoValidation.py.

◆ saved_once

plotIsoValidation.saved_once = False

Definition at line 247 of file plotIsoValidation.py.

◆ treeReader

plotIsoValidation.treeReader = ROOT.TTreeReader("IsoCorrTest", inFile)

Definition at line 127 of file plotIsoValidation.py.

Functions

Variables

Function Documentation

◆ DrawTLatex()

◆ saveHisto()

Variable Documentation

◆ action

◆ AllHistos

◆ anaTree

◆ branch_names

◆ calo_el

◆ calo_mu

◆ default

◆ dummy_canvas

◆ el

◆ el_calo_cone_names

◆ el_calo_iso

◆ el_clu

◆ el_clu_eta

◆ el_clu_phi

◆ el_eta

◆ el_pass_iso

◆ el_phi

◆ el_pt

◆ el_trk

◆ el_trk_cone_names

◆ el_trk_iso

◆ Elec_Calo_Iso

◆ Elec_RelCalo_Iso

◆ Elec_RelTrack_Iso

◆ elec_t_calo_vec

◆ elec_t_vec

◆ Elec_Topo_polution_dR

◆ Elec_Track_Iso

◆ Elec_Track_polution_dR

◆ help

◆ inFile

◆ mu

◆ mu_calo_cone_names

◆ mu_calo_iso

◆ mu_clu

◆ mu_clu_eta

◆ mu_clu_phi

◆ mu_eta

◆ mu_pass_iso

◆ mu_phi

◆ mu_pt

◆ mu_trk

◆ mu_trk_cone_names

◆ mu_trk_iso

◆ Muon_Calo_Iso

◆ Muon_RelCalo_Iso

◆ Muon_RelTrack_Iso

◆ muon_t_calo_vec

◆ muon_t_vec

◆ Muon_Topo_polution_dR

◆ Muon_Track_Iso

◆ Muon_Track_polution_dR

◆ N_Isolated_Elec

◆ N_Isolated_Muon

◆ options

◆ parser

◆ saved_once

◆ treeReader