Functions
gStyle	SetOptStat (kFALSE)

gStyle	SetPalette (1)

c1	Divide (1, 3)

c1	cd (1)

hMcSttP	SetTitle ("Geometrical coverage for the momentum")

hMcSttP	GetXaxis () -> SetTitle("Momentum (GeV)")

hMcSttP	Draw ()

hMcSttP	SetLineColor (kRed)

hMcSttP	Draw ("same")

hMcMvdP	SetLineColor (8)

hMcGemP	SetLineColor (6)

leg	SetFillColor (kWhite)

leg	AddEntry (hMcP,"ALL","l")

leg	AddEntry (hMcSttP,"STT","l")

leg	AddEntry (hMcMvdP,"MVD","l")

leg	AddEntry (hMcGemP,"GEM","l")

c1	cd (2)

hMcSttTheta	SetTitle ("Geometrical coverage for the theta angle")

leg	AddEntry (hMcTheta,"ALL","l")

leg	AddEntry (hMcSttTheta,"STT","l")

leg	AddEntry (hMcMvdTheta,"MVD","l")

leg	AddEntry (hMcGemTheta,"GEM","l")

c1	cd (3)

hMcSttPhi	SetTitle ("Geometrical coverage for the phi angle")

leg	AddEntry (hMcPhi,"ALL","l")

leg	AddEntry (hMcSttPhi,"STT","l")

leg	AddEntry (hMcMvdPhi,"MVD","l")

leg	AddEntry (hMcGemPhi,"GEM","l")

nt	Draw ("mc_p>>hMcP(100,0,5)")

nt	Draw ("mc_p>>hMcAccSttP(100,0,5)","mc_stt>0","E1")

hMcAccSttP	Divide (hMcP)

hMcAccSttP	SetTitle ("Geometrical Acceptance")

hMcAccSttP	GetYaxis () -> SetTitle("Acceptance")

nt	Draw ("mc_theta>>hMcTheta(50,0,180)")

nt	Draw ("mc_theta>>hMcAccSttTheta(50,0,180)","mc_stt>0","E1")

hMcAccSttTheta	Divide (hMcTheta)

nt	Draw ("mc_phi>>hMcPhi(50,-200,200)")

nt	Draw ("mc_phi>>hMcAccSttPhi(50,-200,200)","mc_stt>0","E1")

hMcAccSttPhi	Divide (hMcPhi)

c5	cd ()

ntEvt	Draw ("acc_stt>>f1")

f1	SetTitle ("Geometrical Global Acceptance")

f1	Scale (1/numero)

nt	Draw ("mc_p>>hRecoEffP(100,0,5)","mult>0","E1")

hRecoEffP	SetTitle ("Pattern Recognition Efficiency")

nt	Draw ("mc_theta>>hRecoEffTheta(50,0,180)","mult>0","E1")

nt	Draw ("mc_phi>>hRecoEffPhi(50,-200,200)","mult>0","E1")

nt	Draw ("mc_p>>hRecoEffCtP(100,0,5)","mult>0&&(stt>0\|\|tpc>0)","E1")

hRecoEffCtP	SetTitle ("Pattern Recognition Efficiency Only Central Tracker")

nt	Draw ("mc_theta>>hRecoEffCtTheta(50,0,180)","mult>0&&(stt>0\|\|tpc>0)","E1")

nt	Draw ("mc_phi>>hRecoEffCtPhi(50,-200,200)","mult>0&&(stt>0\|\|tpc>0)","E1")

ntEvt	Draw ("cand>>f1")

f1	SetTitle ("Number of candidates")

ntEvt	Draw ("eff>>f1")

f1	SetTitle ("Number of reconstructed primary tracks STT+MVD+GEM")

ntEvt	Draw ("effct>>f1")

f1	SetTitle ("Number of reconstructed primary tracks Only Central Tracker")

c9	Divide (3, 2)

nt	Draw ("(mc_p-p):mc_p>>hresp_p(100,0,5,100,-0.5,0.5)","mult>0 && (stt>0\|\|tpc>0)","colz")

hresp_p	SetTitle ("Resolution")

nt	Draw ("(mc_theta-theta):mc_theta>>hrestheta_theta(100,0,100,100,-2,2)","mult>0 && (stt>0\|\|tpc>0)","colz")

nt	Draw ("(mc_p-p):mc_theta>>hresp_theta(100,0,100,100,-0.5,0.5)","mult>0 && (stt>0\|\|tpc>0)","colz")

c9	cd (4)

nt	Draw ("(mc_theta-theta):mc_p>>hrestheta_p(100,0,5,100,-2,2)","mult>0 && (stt>0\|\|tpc>0)","colz")

c9	cd (5)

nt	Draw ("(mc_phi-phi):mc_phi>>hresphi_phi(100,-200,200,100,-2,2)","mult>0 && (stt>0\|\|tpc>0)","colz")

c9	Update ()

nt	Draw ("p>>hist","mult>0 && (stt>0 \|\| tpc>0)")

nt	Draw ("theta>>hist2","mult>0 && (stt>0 \|\| tpc>0)")

hist3	SetStats (kTRUE)

nt	Draw ("(mc_p-p)/mc_p>>hist3","mult>0 && (stt>0 \|\| tpc>0)")

hist3	Fit (f10,"R")

Variables
TFile *	f = TFile::Open(inFile)

TCanvas *	c1 =new TCanvas("c1","",800,800)

	leg =new TLegend(0.6,0.7,0.89,0.89)

TCanvas *	c4 =new TCanvas("c4","",800,800)

TCanvas *	c5 =new TCanvas("c5","",800,800)

float	numero =ntEvt->GetEntries()

TH1F *	f1 =new TH1F("f1","",100,0,5)

TCanvas *	c6 =new TCanvas("c6","",800,800)

TCanvas *	c14 =new TCanvas("c14","",800,800)

TCanvas *	c7 =new TCanvas("c7","",800,800)

TCanvas *	c8 =new TCanvas("c8","",800,800)

TCanvas *	c11 =new TCanvas("c11","",800,800)

TCanvas *	c9 =new TCanvas("c9","",800,800)

TCanvas *	c20 =new TCanvas("c20","",800,800)

TH1F *	hist =new TH1F("hist","Total Momentum distribution",100,0,10)

TCanvas *	c21 =new TCanvas("c21","",800,800)

TH1F *	hist2 =new TH1F("hist2","#theta Angle Distribution",100,0,180)

TCanvas *	c22 =new TCanvas("c22","",800,800)

TH1F *	hist3 =new TH1F("hist3","(Reconstructed Momentum - MC Momentum )/MC Momentum",100,-1,1)

TF1 *	f10 = new TF1("f10","gaus",-0.09,0.09)

Function Documentation

leg AddEntry	(	hMcP	,
		"ALL"	,
		"l"
	)

leg AddEntry	(	hMcSttP	,
		"STT"	,
		"l"
	)

leg AddEntry	(	hMcMvdP	,
		"MVD"	,
		"l"
	)

leg AddEntry	(	hMcGemP	,
		"GEM"	,
		"l"
	)

leg AddEntry	(	hMcTheta	,
		"ALL"	,
		"l"
	)

leg AddEntry	(	hMcSttTheta	,
		"STT"	,
		"l"
	)

leg AddEntry	(	hMcMvdTheta	,
		"MVD"	,
		"l"
	)

leg AddEntry	(	hMcGemTheta	,
		"GEM"	,
		"l"
	)

leg AddEntry	(	hMcPhi	,
		"ALL"	,
		"l"
	)

leg AddEntry	(	hMcSttPhi	,
		"STT"	,
		"l"
	)

leg AddEntry	(	hMcMvdPhi	,
		"MVD"	,
		"l"
	)

leg AddEntry	(	hMcGemPhi	,
		"GEM"	,
		"l"
	)

c1 cd ( 1 )

c1 cd ( 2 )

c1 cd ( 3 )

c5 cd ( )

c9 cd ( 4 )

c9 cd ( 5 )

c1 Divide	(	1	,
		3
	)

hRecoEffP Divide ( hMcP )

hRecoEffTheta Divide ( hMcTheta )

hRecoEffPhi Divide ( hMcPhi )

c9 Divide	(	3	,
		2
	)

hMcSttP Draw ( )

Definition at line 64 of file NHitsPerEvent.C.

            {
 
         std::cout << "mvdHitArray: " << mvdHitArray->GetEntries() << " projectedHitArray " << mvdProjectedArray->GetEntries() << std::endl;
 
 //      gHitPoints->Clear();
         ExtractData(mvdHitArray, gHitPoints);
         ExtractData(mvdProjectedArray, gProjections);
         //if (gHitPoints->GetN() != x.size()) gHitPoints->Expand(x.size());
 
         std::cout << "NHits: " << gHitPoints->GetN() << std::endl;
         gHitPoints->Draw("apl");
         gProjections->Draw("pl");
 }

hMcSttP Draw ( "same" )

nt Draw ( "mc_p>>hMcP(100,0,5)" )

nt Draw	(	"mc_p>>hMcAccSttP(100,0,5)"	,
		"	mc_stt,
		0"	,
		"E1"
	)

nt Draw ( "mc_theta>>hMcTheta(50,0,180)" )

nt Draw	(	"mc_theta>>hMcAccSttTheta(50,0,180)"	,
		"	mc_stt,
		0"	,
		"E1"
	)

nt Draw ( "mc_phi>>hMcPhi(50,-200,200)" )

nt Draw	(	"mc_phi>>hMcAccSttPhi(50,-200,200)"	,
		"	mc_stt,
		0"	,
		"E1"
	)

ntEvt Draw ( "acc_stt>>f1" )

nt Draw	(	"mc_p>>hRecoEffP(100,0,5)"	,
		"	mult,
		0"	,
		"E1"
	)

nt Draw	(	"mc_theta>>hRecoEffTheta(50,0,180)"	,
		"	mult,
		0"	,
		"E1"
	)

nt Draw	(	"mc_phi>>hRecoEffPhi(50,-200,200)"	,
		"	mult,
		0"	,
		"E1"
	)

nt Draw	(	"mc_p>>hRecoEffCtP(100,0,5)"	,
		"	mult,
		0 &&(stt >0\|\|tpc >0)"	,
		"E1"
	)

nt Draw	(	"mc_theta>>hRecoEffCtTheta(50,0,180)"	,
		"	mult,
		0 &&(stt >0\|\|tpc >0)"	,
		"E1"
	)

nt Draw	(	"mc_phi>>hRecoEffCtPhi(50,-200,200)"	,
		"	mult,
		0 &&(stt >0\|\|tpc >0)"	,
		"E1"
	)

ntEvt Draw ( "cand>>f1" )

ntEvt Draw ( "eff>>f1" )

ntEvt Draw ( "effct>>f1" )

nt Draw	(	"(mc_p-p):mc_p>>hresp_p(100,0,5,100,-0.5,0.5)"	,
		"	mult,
		0 &&(stt >0\|\|tpc >0)"	,
		"colz"
	)

nt Draw	(	"(mc_theta-theta):mc_theta>>hrestheta_theta(100,0,100,100,-2,2)"	,
		"	mult,
		0 &&(stt >0\|\|tpc >0)"	,
		"colz"
	)

nt Draw	(	"(mc_p-p):mc_theta>>hresp_theta(100,0,100,100,-0.5,0.5)"	,
		"	mult,
		0 &&(stt >0\|\|tpc >0)"	,
		"colz"
	)

nt Draw	(	"(mc_theta-theta):mc_p>>hrestheta_p(100,0,5,100,-2,2)"	,
		"	mult,
		0 &&(stt >0\|\|tpc >0)"	,
		"colz"
	)

nt Draw	(	"(mc_phi-phi):mc_phi>>hresphi_phi(100,-200,200,100,-2,2)"	,
		"	mult,
		0 &&(stt >0\|\|tpc >0)"	,
		"colz"
	)

nt Draw	(	"p>>hist"	,
		"	mult,
		0 &&(stt >0\|\|tpc >0)"
	)

nt Draw	(	"theta>>hist2"	,
		"	mult,
		0 &&(stt >0\|\|tpc >0)"
	)

nt Draw	(	"(mc_p-p)/mc_p>>hist3"	,
		"	mult,
		0 &&(stt >0\|\|tpc >0)"
	)

hist3 Fit	(	f10	,
		"R"
	)

hMcSttP GetXaxis ( ) -> SetTitle("Momentum (GeV)")

Definition at line 653 of file anal_hit_digi_cluster_fwendcap.C.

653 {Reconstructed}-#theta_{MC} (#circ)");

hMcAccSttP GetYaxis ( ) -> SetTitle("Acceptance")

Definition at line 131 of file macro/detectors/emc/dedicated/reco_analys.C.

131 {reco} - #theta_{truth}, degree");

degree

Definition: macro/detectors/emc/dedicated/reco_analys.C:130

reco

int reco()

Definition: detectors/disc/reco.C:1

f1 Scale ( 1/ numero )

Referenced by hypGe_DoubleGeo(), and hypGe_TripleGeo().

leg SetFillColor ( kWhite )

hMcSttP SetLineColor ( kRed )

hMcMvdPhi SetLineColor ( 8 )

hMcGemP SetLineColor ( 6 )

gStyle SetOptStat ( kFALSE )

gStyle SetPalette ( 1 )

hist3 SetStats ( kTRUE )

hMcSttP SetTitle ( "Geometrical coverage for the momentum" )

hMcSttTheta SetTitle ( "Geometrical coverage for the theta angle" )

hMcSttPhi SetTitle ( "Geometrical coverage for the phi angle" )

hMcAccTpcPhi SetTitle ( "Geometrical Acceptance" )

f1 SetTitle ( "Geometrical Global Acceptance" )

hRecoEffPhi SetTitle ( "Pattern Recognition Efficiency" )

hRecoEffCtPhi SetTitle ( "Pattern Recognition Efficiency Only Central Tracker" )

f1 SetTitle ( "Number of candidates" )

f1 SetTitle ( "Number of reconstructed primary tracks STT+MVD+GEM" )

f1 SetTitle ( "Number of reconstructed primary tracks Only Central Tracker" )

hresphi_phi SetTitle ( "Resolution" )

c9 Update ( )

Variable Documentation

TCanvas* c1 =new TCanvas("c1","",800,800)

Definition at line 11 of file plot_acceptance_stt.C.

TCanvas* c11 =new TCanvas("c11","",800,800)

Definition at line 188 of file plot_acceptance_stt.C.

Referenced by PndCATrackParamVector::AcceptWithMaterial(), analysis_digi_cluster_7gammaAnalysis_FullEmc(), analysis_digi_cluster_allGammasAnalysis_FullEmc(), PndCATrackParam::Filter(), PndCATrackParamVector::FilterVtx(), PndFTSCATrackParamVector::FilterVtx(), PndCATrackParamVector::FilterWithMaterial(), PndFTSCATrackParamVector::FilterWithMaterial(), main(), PndCAGBTracker::PickUpHits(), PndCATrackParamVector::Transport0ToX(), KFParticleBase::TransportLine(), KFParticleBaseSIMD::TransportLine(), PndCATrackParam::TransportToX(), PndCATrackParamVector::TransportToX(), PndFTSCATrackParam::TransportToX0(), and PndFTSCATrackParamVector::TransportToX0().

TCanvas* c14 =new TCanvas("c14","",800,800)

Definition at line 135 of file plot_acceptance_stt.C.

Referenced by main().

TCanvas* c20 =new TCanvas("c20","",800,800)

Definition at line 241 of file plot_acceptance_stt.C.

Referenced by PndCATrackParamVector::AcceptWithMaterial(), PndCATrackParam::Filter(), PndCATrackParamVector::FilterVtx(), PndFTSCATrackParamVector::FilterVtx(), PndCATrackParamVector::FilterWithMaterial(), PndFTSCATrackParamVector::FilterWithMaterial(), PndCAGBTracker::PickUpHits(), PndCATrackParamVector::Transport0ToX(), PndCATrackParam::TransportToX(), PndCATrackParamVector::TransportToX(), PndFTSCATrackParam::TransportToX0(), and PndFTSCATrackParamVector::TransportToX0().

TCanvas* c21 =new TCanvas("c21","",800,800)

Definition at line 247 of file plot_acceptance_stt.C.

Referenced by PndCATrackParamVector::AcceptWithMaterial(), PndCATrackParam::Filter(), PndCATrackParamVector::FilterVtx(), PndFTSCATrackParamVector::FilterVtx(), PndCATrackParamVector::FilterWithMaterial(), PndFTSCATrackParamVector::FilterWithMaterial(), PndCAGBTracker::PickUpHits(), PndCATrackParamVector::Transport0ToX(), PndCATrackParam::TransportToX(), PndCATrackParamVector::TransportToX(), PndFTSCATrackParam::TransportToX0(), and PndFTSCATrackParamVector::TransportToX0().

TCanvas* c22 =new TCanvas("c22","",800,800)

Definition at line 253 of file plot_acceptance_stt.C.

Referenced by PndCATrackParamVector::FilterVtx(), PndFTSCATrackParamVector::FilterVtx(), PndCATrackParamVector::Transport0ToX(), PndCATrackParam::TransportToX(), PndCATrackParamVector::TransportToX(), PndFTSCATrackParam::TransportToX0(), and PndFTSCATrackParamVector::TransportToX0().

TCanvas* c4 =new TCanvas("c4","",800,800)

Definition at line 69 of file plot_acceptance_stt.C.

TCanvas* c5 =new TCanvas("c5","",800,800)

Definition at line 94 of file plot_acceptance_stt.C.

TCanvas* c6 =new TCanvas("c6","",800,800)

Definition at line 107 of file plot_acceptance_stt.C.

TCanvas* c7 =new TCanvas("c7","",800,800)

Definition at line 164 of file plot_acceptance_stt.C.

Referenced by main(), KFParticleBase::TransportBz(), and KFParticleBaseSIMD::TransportBz().

TCanvas* c8 =new TCanvas("c8","",800,800)

Definition at line 176 of file plot_acceptance_stt.C.

Referenced by main(), KFParticleBase::TransportBz(), and KFParticleBaseSIMD::TransportBz().

TCanvas* c9 =new TCanvas("c9","",800,800)

Definition at line 202 of file plot_acceptance_stt.C.

TFile* f = TFile::Open(inFile)

Definition at line 5 of file plot_acceptance_stt.C.

TH1F* f1 =new TH1F("f1","",100,0,5)

Definition at line 97 of file plot_acceptance_stt.C.

TF1* f10 = new TF1("f10","gaus",-0.09,0.09)

Definition at line 259 of file plot_acceptance_stt.C.

Referenced by error_matrix_fit().

TH1F* hist =new TH1F("hist","Total Momentum distribution",100,0,10)

Definition at line 243 of file plot_acceptance_stt.C.

Referenced by BetterStatBox(), plotmyhistos(), PndMvdSttGemRiemannTrackFinder::SetCutChi2H(), PndMvdSttGemRiemannTrackFinderTask::SetCutChi2H(), PndMvdRiemannTrackFinderTask::SetCutChi2H(), PndMvdSttGemRiemannTrackFinder::SetCutDistH(), PndMvdSttGemRiemannTrackFinderTask::SetCutDistH(), and PndMvdRiemannTrackFinderTask::SetCutDistH().

TH1F* hist2 =new TH1F("hist2","#theta Angle Distribution",100,0,180)

Definition at line 249 of file plot_acceptance_stt.C.

TH1F* hist3 =new TH1F("hist3","(Reconstructed Momentum - MC Momentum )/MC Momentum",100,-1,1)

Definition at line 255 of file plot_acceptance_stt.C.

leg =new TLegend(0.6,0.7,0.89,0.89)

Definition at line 24 of file plot_acceptance_stt.C.

Referenced by crosstag(), DrawHits::DrawHisto(), Eff_lE(), evaltrig(), HypHitAnasigBg_AR(), Pic_Compare_FEP_Eff(), Pic_FEP_DEGASComparison(), Pic_FEP_Eff_lEE(), Pic_FEP_Eff_lEE_XiManyTargets(), Pic_OmegaQuadrupoleComparison(), pid_plot(), and TMVATester().

float numero =ntEvt->GetEntries()

Definition at line 95 of file plot_acceptance_stt.C.

Functions

Variables

Function Documentation

Variable Documentation