Functions
def	Draw_1Dhist_fitGaussian

def	Draw_HistGraph

def	Draw_1DEff

def	Draw_1DEffComp

def	Draw_2Dhist_eff

Variables
float	TickSize 0.03

float	AxisTitleSize 0.05

float	AxisLabelSize 0.04

float	LeftMargin 0.15

float	RightMargin 0.08

float	TopMargin 0.08

float	BottomMargin 0.13

tuple	parser OptionParser(usage="usage: %prog ver [options -h]")

	infiledir opt.infiledir

	outdirprefix opt.outdirprefix

tuple	dphi float(opt.dphi)

tuple	dca float(opt.dca)

string	dphitext '{:.3f}'

string	dcadtext '{:.3f}'

string	plotpath './RecoPV_ana/'

string	fname '{}/dphi{}deg_dca{}cm/INTTVtxZ.root'

tuple	df ROOT.RDataFrame('minitree', fname)

tuple	nparr_NClusInner df.AsNumpy(columns=['NClusLayer1'])

list	NclusInner_percentile []

list	Binedge_NclusInner_percentile [0]

list	NclusInner_percentile_cut [0]

int	NpercentileDiv 20

list	l_hM_DiffVtxZ []

tuple	hM_NClusInner_NtruthVtx1 TH1F('hM_NClusInner_NtruthVtx1', 'hM_NClusInner_NtruthVtx1', NpercentileDiv, np.asarray(Binedge_NclusInner_percentile))

tuple	hM_NClusInner_NtruthVtx1_absdiffle5cm TH1F('hM_NClusInner_NtruthVtx1_absdiffle5cm', 'hM_NClusInner_NtruthVtx1_absdiffle5cm', NpercentileDiv, np.asarray(Binedge_NclusInner_percentile))

tuple	hM_NClusInner_NtruthVtx1_absdiffle2cm TH1F('hM_NClusInner_NtruthVtx1_absdiffle2cm', 'hM_NClusInner_NtruthVtx1_absdiffle2cm', NpercentileDiv, np.asarray(Binedge_NclusInner_percentile))

tuple	hM_NClusInner_NtruthVtx1_absdiffle1cm TH1F('hM_NClusInner_NtruthVtx1_absdiffle1cm', 'hM_NClusInner_NtruthVtx1_absdiffle1cm', NpercentileDiv, np.asarray(Binedge_NclusInner_percentile))

tuple	hM_Centrality_NtruthVtx1 TH1F('hM_Centrality_NtruthVtx1', 'hM_Centrality_NtruthVtx1', 10, 0, 10)

tuple	hM_Centrality_NtruthVtx1_absdiffle5cm TH1F('hM_Centrality_NtruthVtx1_absdiffle5cm', 'hM_Centrality_NtruthVtx1_absdiffle5cm', 10, 0, 10)

tuple	hM_Centrality_NtruthVtx1_absdiffle2cm TH1F('hM_Centrality_NtruthVtx1_absdiffle2cm', 'hM_Centrality_NtruthVtx1_absdiffle2cm', 10, 0, 10)

tuple	hM_Centrality_NtruthVtx1_absdiffle1cm TH1F('hM_Centrality_NtruthVtx1_absdiffle1cm', 'hM_Centrality_NtruthVtx1_absdiffle1cm', 10, 0, 10)

tuple	hM_NClusInner_TruthPVz_NtruthVtx1 TH2F('hM_NClusInner_TruthPVz_NtruthVtx1', 'hM_NClusInner_TruthPVz_NtruthVtx1', NpercentileDiv, np.asarray(Binedge_NclusInner_percentile), 20, -45, 5)

tuple	hM_NClusInner_TruthPVz_NtruthVtx1_absdiffle5cm TH2F('hM_NClusInner_TruthPVz_NtruthVtx1_absdiffle5cm', 'hM_NClusInner_TruthPVz_NtruthVtx1_absdiffle5cm', NpercentileDiv, np.asarray(Binedge_NclusInner_percentile), 20, -45, 5)

tuple	hM_NClusInner_TruthPVz_NtruthVtx1_absdiffle2cm TH2F('hM_NClusInner_TruthPVz_NtruthVtx1_absdiffle2cm', 'hM_NClusInner_TruthPVz_NtruthVtx1_absdiffle2cm', NpercentileDiv, np.asarray(Binedge_NclusInner_percentile), 20, -45, 5)

tuple	hM_NClusInner_TruthPVz_NtruthVtx1_absdiffle1cm TH2F('hM_NClusInner_TruthPVz_NtruthVtx1_absdiffle1cm', 'hM_NClusInner_TruthPVz_NtruthVtx1_absdiffle1cm', NpercentileDiv, np.asarray(Binedge_NclusInner_percentile), 20, -45, 5)

tuple	hM_Centrality_TruthPVz_NtruthVtx1 TH2F('hM_Centrality_TruthPVz_NtruthVtx1', 'hM_Centrality_TruthPVz_NtruthVtx1', 10, 0, 10, 20, -45, 5)

tuple	hM_Centrality_TruthPVz_NtruthVtx1_absdiffle5cm TH2F('hM_Centrality_TruthPVz_NtruthVtx1_absdiffle5cm', 'hM_Centrality_TruthPVz_NtruthVtx1_absdiffle5cm', 10, 0, 10, 20, -45, 5)

tuple	hM_Centrality_TruthPVz_NtruthVtx1_absdiffle2cm TH2F('hM_Centrality_TruthPVz_NtruthVtx1_absdiffle2cm', 'hM_Centrality_TruthPVz_NtruthVtx1_absdiffle2cm', 10, 0, 10, 20, -45, 5)

tuple	hM_Centrality_TruthPVz_NtruthVtx1_absdiffle1cm TH2F('hM_Centrality_TruthPVz_NtruthVtx1_absdiffle1cm', 'hM_Centrality_TruthPVz_NtruthVtx1_absdiffle1cm', 10, 0, 10, 20, -45, 5)

tuple	f TFile(fname, 'r')

tuple	tree f.Get('minitree')

tuple	idx int(((tree.Centrality_mbd / 5) - 1) / 2)

tuple	centbin int(((tree.Centrality_mbd / 5) - 1) / 2)

list	l_res_vtxZ []

list	l_reserr_vtxZ []

tuple	h_resolution_cent TH1F('h_resolution_cent', 'h_resolution_cent', 10, 0, 10)

tuple	h_bias_cent TH1F('h_bias_cent', 'h_bias_cent', 10, 0, 10)

tuple	err_RecoPVEff_NClusInner_absdiffle5cm TGraphAsymmErrors()

tuple	err_RecoPVEff_NClusInner_absdiffle2cm TGraphAsymmErrors()

tuple	err_RecoPVEff_NClusInner_absdiffle1cm TGraphAsymmErrors()

list	list_eff_NClusInner [err_RecoPVEff_NClusInner_absdiffle5cm, err_RecoPVEff_NClusInner_absdiffle2cm, err_RecoPVEff_NClusInner_absdiffle1cm]

list	list_color ['#03001C', '#035397', '#9B0000']

list	list_leg ['\|\Deltaz(PV_{Reco},PV_{Truth})\|\leq5cm', '\|\Deltaz(PV_{Reco},PV_{Truth})\|\leq2cm', '\|\Deltaz(PV_{Reco},PV_{Truth})\|\leq1cm']

tuple	err_RecoPVEff_Centrality_absdiffle5cm TGraphAsymmErrors()

tuple	err_RecoPVEff_Centrality_absdiffle2cm TGraphAsymmErrors()

tuple	err_RecoPVEff_Centrality_absdiffle1cm TGraphAsymmErrors()

list	list_eff_Centrality [err_RecoPVEff_Centrality_absdiffle5cm, err_RecoPVEff_Centrality_absdiffle2cm, err_RecoPVEff_Centrality_absdiffle1cm]

tuple	eff_RecoPVEff_NClusInner_TruthPVz_absdiffle5cm hM_NClusInner_TruthPVz_NtruthVtx1_absdiffle5cm.Clone()

tuple	eff_RecoPVEff_NClusInner_TruthPVz_absdiffle2cm hM_NClusInner_TruthPVz_NtruthVtx1_absdiffle2cm.Clone()

tuple	eff_RecoPVEff_NClusInner_TruthPVz_absdiffle1cm hM_NClusInner_TruthPVz_NtruthVtx1_absdiffle1cm.Clone()

tuple	eff_RecoPVEff_Centrality_TruthPVz_absdiffle5cm hM_Centrality_TruthPVz_NtruthVtx1_absdiffle5cm.Clone()

tuple	eff_RecoPVEff_Centrality_TruthPVz_absdiffle2cm hM_Centrality_TruthPVz_NtruthVtx1_absdiffle2cm.Clone()

tuple	eff_RecoPVEff_Centrality_TruthPVz_absdiffle1cm hM_Centrality_TruthPVz_NtruthVtx1_absdiffle1cm.Clone()

Function Documentation

def INTTVtxZ.Draw_1DEff	(	EffErr,
		logx,
		XaxisName,
		axesrange,
		outname
	)

Definition at line 137 of file INTTVtxZ.py.

View newest version in sPHENIX GitHub at line 137 of file INTTVtxZ.py

References if(), and SetTitle().