Classes
class	ReleaseComparer
class	SystematicComparer

Functions
	getArgParser ()
	getCalibReleasesAndWP (tree)
	getSystematics (tree, wp, calib_release)

Variables
dict	KnownWPs
	Options = getArgParser().parse_args()
	infile = ROOT.TFile(Options.InputFile)
	tree = infile.Get("MuonEfficiencyTest")
	calibReleases
	WPs = userWPs
list	userWPs = []
	bonusname = Options.bonusname
list	Histos = []
	systematics = getSystematics(tree,wp, calibReleases[0])+[""]
str	corrType = "Scale Factor"
	var_name
	axis_title
	bmin
	bin_width
	name_old_rel
	name_new_rel
	test_tree
	branch_old
	branch_new
	bins
	branch_sys_old
	branch_sys_new
	e3
	bmax
	weight_old
	weight_new
	dummy = ROOT.TCanvas("dummy", "dummy", 800, 600)
	histoCR1 = comp.get_old_histo().TH1()
	histoCR2 = comp.get_new_histo().TH1()
	pu = PlotUtils(status = Options.label)
	TopPad
str	variationDrawn = "Nominal"
str	type_drawn = "Scale factor"

Function Documentation

◆ getArgParser()

CheckAppliedSFs.getArgParser ( )

Definition at line 159 of file CheckAppliedSFs.py.

def getArgParser():
    parser = argparse.ArgumentParser(description='This script checks applied scale factors written to a file by MuonEfficiencyCorrections/MuonEfficiencyCorrectionsSFFilesTest. For more help type \"python CheckAppliedSFs.py -h\"', prog='CheckAppliedSFs', formatter_class=argparse.ArgumentDefaultsHelpFormatter)
    parser.add_argument('-i', '--InputFile', help='Specify an input root file', default="SFTest.root")
    parser.add_argument('-o', '--outDir', help='Specify a destination directory', default="Plots")
    parser.add_argument('-l', '--label', help='Specify the dataset you used with MuonEfficiencyCorrectionsSFFilesTest', default="Internal")
    parser.add_argument('-w', '--WP', help='Specify a WP to plot', nargs='+', default=[])
    parser.add_argument('-c', '--SFConstituent', help='Specify if you want to plot nominal value, sys or stat error', nargs='+', default=["SF","DataEff","MCEff"])
    parser.add_argument('--bonusname', help='Specify a bonus name for the filename', default="")
    parser.add_argument('--bonuslabel', help='Specify a bonus label printed in the histogram', default="")
    parser.add_argument('--noComparison', help='do not plot comparison to old release', action='store_true', default=False)
    parser.add_argument('-n', '--nBins', help='specify number of bins for histograms', type=int, default=50)
    return parser
 

◆ getCalibReleasesAndWP()

CheckAppliedSFs.getCalibReleasesAndWP ( tree )

Definition at line 172 of file CheckAppliedSFs.py.

def getCalibReleasesAndWP(tree):
    branchesInFile = [key.GetName() for key in tree.GetListOfBranches()]
    calibReleases = []
    allWPs = set([wp for wp in KnownWPs.iterkeys() ])
    WPs = []
    for i in branchesInFile:
        print i
        if not i.endswith("SF"): continue
        if not i.startswith("c"): continue
        calibCand = i[1:-3]
        
        wp_str = i[ : i.rfind("_")]
        beststr = wp_str[wp_str.rfind("_")+1 : ]
        if beststr in allWPs:
            if not beststr in WPs: WPs.append(beststr)
            if not calibCand[ : calibCand.find(beststr)-1] in calibReleases: calibReleases.append(calibCand[ : calibCand.find(beststr)-1])
    print "INFO: Found the following working points: %s"%(", ".join(WPs))
    return calibReleases, WPs
 

◆ getSystematics()

CheckAppliedSFs.getSystematics	(	tree,
		wp,
		calib_release )

Definition at line 191 of file CheckAppliedSFs.py.

def getSystematics(tree, wp, calib_release):
    search_str = "c%s_%s_SF"%(calib_release, wp)
    syst_names = [key.GetName()[len(search_str) + 2:] for key in tree.GetListOfBranches() if key.GetName().startswith(search_str) and key.GetName() != search_str]
    print syst_names
    return syst_names
 

Variable Documentation

◆ axis_title

CheckAppliedSFs.axis_title

Definition at line 241 of file CheckAppliedSFs.py.

◆ bin_width

CheckAppliedSFs.bin_width

Definition at line 242 of file CheckAppliedSFs.py.

◆ bins

CheckAppliedSFs.bins

Definition at line 252 of file CheckAppliedSFs.py.

◆ bmax

CheckAppliedSFs.bmax

Definition at line 264 of file CheckAppliedSFs.py.

◆ bmin

CheckAppliedSFs.bmin

Definition at line 242 of file CheckAppliedSFs.py.

◆ bonusname

CheckAppliedSFs.bonusname = Options.bonusname

Definition at line 226 of file CheckAppliedSFs.py.

◆ branch_new

CheckAppliedSFs.branch_new

Definition at line 245 of file CheckAppliedSFs.py.

◆ branch_old

CheckAppliedSFs.branch_old

Definition at line 245 of file CheckAppliedSFs.py.

◆ branch_sys_new

CheckAppliedSFs.branch_sys_new

Definition at line 258 of file CheckAppliedSFs.py.

◆ branch_sys_old

CheckAppliedSFs.branch_sys_old

Definition at line 257 of file CheckAppliedSFs.py.

◆ calibReleases

CheckAppliedSFs.calibReleases

Definition at line 206 of file CheckAppliedSFs.py.

◆ corrType

CheckAppliedSFs.corrType = "Scale Factor"

Definition at line 233 of file CheckAppliedSFs.py.

◆ dummy

CheckAppliedSFs.dummy = ROOT.TCanvas("dummy", "dummy", 800, 600)

Definition at line 303 of file CheckAppliedSFs.py.

◆ e3

CheckAppliedSFs.e3

Definition at line 264 of file CheckAppliedSFs.py.

◆ histoCR1

CheckAppliedSFs.histoCR1 = comp.get_old_histo().TH1()

Definition at line 308 of file CheckAppliedSFs.py.

◆ histoCR2

CheckAppliedSFs.histoCR2 = comp.get_new_histo().TH1()

Definition at line 309 of file CheckAppliedSFs.py.

◆ Histos

list CheckAppliedSFs.Histos = []

Definition at line 228 of file CheckAppliedSFs.py.

◆ infile

CheckAppliedSFs.infile = ROOT.TFile(Options.InputFile)

Definition at line 203 of file CheckAppliedSFs.py.

◆ KnownWPs

dict CheckAppliedSFs.KnownWPs

Initial value:

=  {
    "Loose" : "RECO",
    "Medium" : "RECO",
    "Tight" : "RECO",
    "HightPt3Layers":"RECO",
    "HighPt" : "RECO",
    "LowPt" : "RECO",
    "LowPtMVA" : "RECO",
    
    "TTVA" : "TTVA",
    "FCLooseIso": "ISO",                    
    "FCTight_FixedRadIso": "ISO",
    "FCLoose_FixedRadIso": "ISO",           
    "FixedCutHighPtTrackOnlyIso": "ISO",
    "FCTightIso": "ISO",                    
    "FixedCutPflowLooseIso": "ISO",
    "FCTightTrackOnlyIso": "ISO",           
    "FixedCutPflowTightIso": "ISO",
    "FCTightTrackOnly_FixedRadIso": "ISO",
    "BadMuonVeto_HighPt" : "BADMUON",
    }

Definition at line 137 of file CheckAppliedSFs.py.

◆ name_new_rel

CheckAppliedSFs.name_new_rel

Definition at line 243 of file CheckAppliedSFs.py.

◆ name_old_rel

CheckAppliedSFs.name_old_rel

Definition at line 243 of file CheckAppliedSFs.py.

◆ Options

CheckAppliedSFs.Options = getArgParser().parse_args()

Definition at line 198 of file CheckAppliedSFs.py.

◆ pu

CheckAppliedSFs.pu = PlotUtils(status = Options.label)

Definition at line 311 of file CheckAppliedSFs.py.

◆ systematics

CheckAppliedSFs.systematics = getSystematics(tree,wp, calibReleases[0])+[""]

Definition at line 231 of file CheckAppliedSFs.py.

◆ test_tree

CheckAppliedSFs.test_tree

Definition at line 244 of file CheckAppliedSFs.py.

◆ TopPad

CheckAppliedSFs.TopPad

Definition at line 318 of file CheckAppliedSFs.py.

◆ tree

CheckAppliedSFs.tree = infile.Get("MuonEfficiencyTest")

Definition at line 205 of file CheckAppliedSFs.py.

◆ type_drawn

CheckAppliedSFs.type_drawn = "Scale factor"

Definition at line 334 of file CheckAppliedSFs.py.

◆ userWPs

list CheckAppliedSFs.userWPs = []

Definition at line 211 of file CheckAppliedSFs.py.

◆ var_name

CheckAppliedSFs.var_name