Warning, /Validation/DTRecHits/test/plotValidation.r is written in an unsupported language. File is not indexed.
0001 //------------------------------
0002 //
0003 // A macro to decorate validation plots produced with "local" option.
0004 //
0005 // Usage:
0006 //
0007 // .x plotValidation.r("file",wheel,station)
0008 //
0009 // Some drawing options are set in the code (see below).
0010 //
0011 //
0012 // Author: N. Amapane
0013 //
0014 //------------------------------
0015
0016
0017 void plotValidation(){
0018 cout << endl << "Usage: .x plotValidation.r(\"inputFile.root\",<wheel>,<station>)" << endl << endl;
0019 }
0020
0021
0022 void plotValidation(TString filename, int wheel, int station) {
0023
0024 if (! TString(gSystem->GetLibraries()).Contains("Histograms_h")) {
0025 gROOT->LoadMacro("$CMSSW_BASE/src/Validation/DTRecHits/interface/Histograms.h+");
0026 gROOT->LoadMacro("macros.C");
0027 }
0028
0029 //----------------------------------------------------------------------
0030 // Configurable options
0031 addProfile = false;
0032 addSlice = true;
0033
0034 int rbx =2; // rebin x in scatter plots
0035 int rby =1; // rebin y in scatter plots
0036 int rbp = 1; // rebin profiles
0037 float nsigma = 2; // interval for the fit of residual distributions
0038
0039 // Canvases to plot
0040 bool doPhiAndThetaS3 =true;
0041 bool doHitPull = true;
0042 bool doEff = true;
0043 bool doT0= true;
0044 bool doSegRes=true;
0045 bool doSegPull = true;
0046 bool doAngularDeps = true;
0047 bool doEff4D = true;
0048 bool doNSeg = true;
0049
0050
0051 //----------------------------------------------------------------------
0052
0053 TStyle * style = getStyle("tdr");
0054 style->cd();
0055 setPalette();
0056 gStyle->SetTitleSize(0.05,"XYZ"); // Set larger axis titles
0057 gStyle->SetTitleOffset(1.3,"Y");
0058 // gStyle->SetOptTitle(0); // remove histogram titles
0059
0060 // gStyle->SetOptStat(111);
0061
0062 float cmToMicron = 10000.;
0063 float vdrift = 54.3;
0064
0065
0066 TFile *file = new TFile(filename);
0067
0068 HRes1DHit *hResPhi1 = new HRes1DHit(file, wheel, station, 1, "S3");
0069 HRes1DHit *hResTheta = new HRes1DHit(file, wheel, station, 2, "S3");
0070 // HRes1DHit *hResPhi2 = new HRes1DHit(file, wheel, station, 4, "S3");
0071 HRes1DHit *hResPhi = hResPhi1;
0072
0073 HEff1DHit* hEffS1RPhi= new HEff1DHit(file, wheel, station, 1, "S1");
0074 HEff1DHit* hEffS3RPhi= new HEff1DHit(file, wheel, station, 1, "S3");
0075 HEff1DHit* hEffS1RZ=0;
0076 HEff1DHit* hEffS3RZ=0;
0077 if (station!=4) {
0078 hEffS1RZ= new HEff1DHit(file, wheel, station, 2, "S1");
0079 hEffS3RZ= new HEff1DHit(file, wheel, station, 2, "S3");
0080 }
0081
0082
0083 HRes4DHit* hRes4D= new HRes4DHit(file, wheel, station, 0);
0084 HEff4DHit* hEff4D = new HEff4DHit(file, wheel, station, 0);
0085
0086
0087 // Result of fits
0088 float m_phi = 0.;
0089 float s_phi = 0.;
0090 float m_theta = 0.;
0091 float s_theta = 0.;
0092 float m_phi1 = 0.;
0093 float s_phi1 = 0.;
0094 float m_phi2 = 0.;
0095 float s_phi2 = 0.;
0096 float m_phiS1 = 0.;
0097 float s_phiS1 = 0.;
0098 float m_phiS2 = 0.;
0099 float s_phiS2 = 0.;
0100 float m_thetaS1 = 0.;
0101 float s_thetaS1 = 0.;
0102 float m_thetaS2 = 0.;
0103 float s_thetaS2 = 0.;
0104 float t0phi =0.;
0105 float t0theta =0.;
0106
0107
0108 TString canvbasename = filename;
0109 canvbasename = canvbasename.Replace(canvbasename.Length()-5,5,"") + TString("_W") + (long) wheel + "_St" + (long) station ;
0110
0111
0112 //-------------------- Hit Residuals at step 3 in phi and theta (full distrib and vs distance from wire)
0113 if (doPhiAndThetaS3) {
0114 TCanvas* c1= new TCanvas;
0115 c1->SetTitle(canvbasename+"_ResPhiTheta");
0116 c1->SetName(canvbasename+"_ResPhiTheta");
0117 c1->Divide(2,2);
0118
0119 c1->cd(1);
0120
0121 TH1F* hRes;
0122 hRes=hResPhi->hRes;
0123
0124 hResPhi->hRes->Rebin(2);
0125 TF1* fphi=drawGFit(hRes, nsigma, -0.4, 0.4);
0126
0127 c1->cd(2);
0128
0129 plotAndProfileX(hResPhi->hResVsPos,rbx,rby,rbp,-.1, .1, 0, 2.1);
0130
0131
0132 m_phi = fphi->GetParameter("Mean")*cmToMicron;
0133 s_phi = fphi->GetParameter("Sigma")*cmToMicron;
0134
0135 if (hResTheta->hRes) {
0136
0137 c1->cd(3);
0138 hRes=hResTheta->hRes;
0139
0140 hResTheta->hRes->Rebin(2);
0141 TF1* ftheta=drawGFit(hRes, nsigma, -0.4, 0.4);
0142
0143 c1->cd(4);
0144 plotAndProfileX(hResTheta->hResVsPos,rbx,rby,rbp,-.1, .1, 0, 2.1);
0145
0146 m_theta = ftheta->GetParameter("Mean")*cmToMicron;
0147 s_theta = ftheta->GetParameter("Sigma")*cmToMicron;
0148 }
0149
0150
0151 cout << canvbasename << " Step3 W" << wheel << " St" << station << endl
0152 << " Res: Phi: M= " << int(floor(m_phi+0.5))
0153 << " S= " << int(s_phi+0.5)
0154 << "; Theta: M= " << int(floor(m_theta+0.5))
0155 << " S= " << int(s_theta+0.5) << endl;
0156 }
0157
0158
0159 //-------------------- Hit pulls
0160 if (doHitPull){
0161 TCanvas* c1= new TCanvas;
0162 c1->SetTitle(canvbasename+"_PullPhiTheta");
0163 c1->SetName(canvbasename+"_PullPhiTheta");
0164 c1->Divide(2,2);
0165
0166 c1->cd(1);
0167
0168 TH1F* hPull;
0169 hPull=hResPhi->hPull;
0170
0171 // hResPhi->hPull->Rebin(2);
0172 TF1* fphi=drawGFit(hPull, nsigma, -5, 5);
0173
0174 c1->cd(2);
0175
0176 plotAndProfileX(hResPhi->hPullVsPos,rbx,rby,rbp,-5, 5, 0, 2.1);
0177
0178
0179 m_phi = fphi->GetParameter("Mean")*cmToMicron;
0180 s_phi = fphi->GetParameter("Sigma")*cmToMicron;
0181
0182 if (hResTheta->hPull) {
0183
0184 c1->cd(3);
0185 hPull=hResTheta->hPull;
0186
0187 // hResTheta->hPull->Rebin(2);
0188 TF1* ftheta=drawGFit(hPull, nsigma, -5, 5);
0189
0190 c1->cd(4);
0191 plotAndProfileX(hResTheta->hPullVsPos,rbx,rby,rbp,-5, 5, 0, 2.1);
0192
0193 m_theta = ftheta->GetParameter("Mean");
0194 s_theta = ftheta->GetParameter("Sigma");
0195 }
0196
0197
0198 cout << canvbasename << " Step3 W" << wheel << " St" << station << endl
0199 << " Pulls: Phi: M= " << int(floor(m_phi+0.5))
0200 << " S= " << int(s_phi+0.5)
0201 << "; Theta: M= " << int(floor(m_theta+0.5))
0202 << " S= " << int(s_theta+0.5) << endl;
0203 }
0204
0205
0206 //-------------------- Hit efficiencies as a function of distance from wire
0207 if (doEff) {
0208 TCanvas* c1= new TCanvas;
0209 c1->SetTitle(canvbasename+"_EffPhiTheta");
0210 c1->SetName(canvbasename+"_EffPhiTheta");
0211 c1->SetWindowSize(325,750);
0212 c1->Divide(1,2);
0213 c1->cd(1);
0214 plotEff(hEffS1RPhi->hEffVsDist, hEffS3RPhi->hEffVsDist);
0215 c1->cd(2);
0216 if (station!=4) plotEff(hEffS1RZ->hEffVsDist, hEffS3RZ->hEffVsDist);
0217 // c1->cd(2);
0218 // //plotEff(hEffS1RPhi->hEffVsPhi, hEffS3RPhi->hEffVsPhi);
0219 // plotEff(hEffS1RPhi->hEffVsEta, hEffS3RPhi->hEffVsEta);
0220 // c1->cd(4);
0221 // // if (station!=4) plotEff(hEffS1RZ->hEffVsPhi, hEffS3RZ->hEffVsPhi);
0222 // if (station!=4) plotEff(hEffS1RZ->hEffVsEta, hEffS3RZ->hEffVsEta);
0223
0224 }
0225
0226
0227 //-------------------- #hits, t0s
0228 if (doT0) {
0229 TCanvas* c1= new TCanvas;
0230 c1->SetTitle(canvbasename+"_NHitsT0");
0231 c1->SetName(canvbasename+"_NHitsT0");
0232 c1->Divide(2,2);
0233 c1->cd(1);
0234
0235 TH2F* hNh = hRes4D->hHitMult;
0236
0237 hNh->SetXTitle("#phi hits");
0238 hNh->SetYTitle("#theta hits");
0239 hNh->Draw("BOX");
0240 c1->cd(2);
0241 hNh->ProjectionY()->Draw();
0242 c1->cd(3);
0243 hNh->ProjectionX()->Draw();
0244 c1->cd(4);
0245
0246 TH2F* ht = hRes4D->ht0;
0247 ht->SetXTitle("t0 #phi");
0248 ht->SetYTitle("t0 #theta");
0249 ht->Draw("BOX");
0250
0251
0252 }
0253
0254 //-------------------- Segment x, y, alpha, beta resolutions
0255 if (doSegRes){
0256 TCanvas* c1= new TCanvas;
0257 c1->SetTitle(canvbasename+"_ResSeg");
0258 c1->SetName(canvbasename+"_ResSeg");
0259 c1->Divide(2,2);
0260 c1->cd(1);
0261 // hRes4D->hResX->Rebin(2);
0262 drawGFit(hRes4D->hResX, nsigma, -0.1, 0.1);
0263 c1->cd(2);
0264 // hRes4D->hResAlpha->Rebin(2);
0265 drawGFit(hRes4D->hResAlpha, nsigma, -0.01, 0.01);
0266 c1->cd(3);
0267 hRes4D->hResYRZ->Rebin(2);
0268 drawGFit(hRes4D->hResYRZ, nsigma, -0.4, 0.4);
0269 c1->cd(4);
0270 hRes4D->hResBeta->Rebin(2);
0271 drawGFit(hRes4D->hResBeta, nsigma, -0.4, 0.4);
0272 }
0273
0274
0275 //-------------------- Angular dependencies
0276 if (doAngularDeps) {
0277 TCanvas* c1= new TCanvas;
0278
0279 float min;
0280 float max;
0281 c1->SetTitle(canvbasename+"_MeanVsAngles");
0282 c1->SetName(canvbasename+"_MeanVsAngles");
0283 c1->SetTitle(canvbasename+" Angles");
0284
0285 c1->Divide(2,2);
0286
0287 c1->cd(1);
0288 hRes4D->hSimAlpha->SetLineColor(kGreen);
0289 hRes4D->hSimAlpha->Draw();
0290 hRes4D->hRecAlpha->Draw("same");
0291
0292 c1->cd(2);
0293 plotAndProfileX(hResPhi->hResVsAngle,1,1,1,-.04, .04, -1., 1.);
0294
0295 c1->cd(3);
0296 hRes4D->hSimBetaRZ->SetLineColor(kGreen);
0297 hRes4D->hSimBetaRZ->Draw();
0298 hRes4D->hRecBetaRZ->Draw("same");
0299
0300 c1->cd(4);
0301 plotAndProfileX(hResTheta->hResVsAngle,1,1,1,-.04, .04, -1.2.,1.2);
0302
0303
0304 }
0305
0306
0307
0308 //------------------- Efficiencies Vs X, Y. alpha, beta
0309
0310 if(doEff4D){
0311 // FIXME: should rebin histograms.
0312
0313 TH1F* hEffX;
0314 TH1F* hEffY;
0315 TH1F* hEffalpha;
0316 TH1F* hEffbeta;
0317
0318 TCanvas* c1= new TCanvas;
0319 c1->SetTitle(canvbasename+"_Efficiencies");
0320 c1->SetName(canvbasename+"_Efficiencies");
0321 c1->SetTitle(canvbasename+"_Efficiencies");
0322
0323 c1->Divide(2,2);
0324
0325 c1->cd(1);
0326 hEffX = getEffPlot(hEff4D->hXRecHit, hEff4D->hXSimSegm,2);
0327 hEffX->Draw();
0328
0329 c1->cd(2);
0330 hEffalpha = getEffPlot(hEff4D->hAlphaRecHit, hEff4D->hAlphaSimSegm,2);
0331 hEffalpha->Draw();
0332
0333 c1->cd(3);
0334 hEffY = getEffPlot(hEff4D->hYRecHit, hEff4D->hYSimSegm,2);
0335 hEffY->Draw();
0336
0337 c1->cd(4);
0338 hEffbeta = getEffPlot(hEff4D->hBetaRecHit, hEff4D->hBetaSimSegm,2);
0339 hEffbeta->Draw();
0340
0341
0342
0343 }
0344
0345 //-------------------- Segment x, y, alpha, beta pull
0346 if (doSegPull){
0347 TCanvas* c1= new TCanvas;
0348 c1->SetTitle(canvbasename+"_PullSeg");
0349 c1->SetName(canvbasename+"_PullSeg");
0350 c1->Divide(2,2);
0351 c1->cd(1);
0352
0353 hRes4D->hPullX->Rebin(2);
0354 drawGFit(hRes4D->hPullX, nsigma, -10.,10.);
0355 c1->cd(2);
0356 hRes4D->hPullAlpha->Rebin(2);
0357 drawGFit(hRes4D->hPullAlpha, nsigma, -10., 10.);
0358 c1->cd(3);
0359 hRes4D->hPullYRZ->Rebin(2);
0360 drawGFit(hRes4D->hPullYRZ, nsigma, -10., 10.);
0361 c1->cd(4);
0362 hRes4D->hPullBetaRZ->Rebin(2);
0363 drawGFit(hRes4D->hPullBetaRZ, nsigma, -10.,10.);
0364
0365 //Fixme: Move these to another canvas. Note that the error used for hPullY is not computed correctly.q
0366 // c1->cd(3);
0367 // hRes4D->hPullY->Rebin(2);
0368 // drawGFit(hRes4D->hPullY, nsigma, -10., 10.);
0369 // c1->cd(4);
0370 // hRes4D->hPullBeta->Rebin(2);
0371 // drawGFit(hRes4D->hPullBeta, nsigma, -10.,10.);
0372
0373
0374 }
0375
0376 //-------------------- #segments
0377 if (doNSeg) {
0378 TCanvas* c1= new TCanvas;
0379 c1->SetTitle(canvbasename+"_NSeg");
0380 c1->SetName(canvbasename+"_NSeg");
0381 // c1->Divide(2,2);
0382 // c1->cd(1);
0383
0384 TH1F* hNs = hEff4D->hNSeg;
0385
0386 hNs->SetXTitle("#segments");
0387 hNs->Draw();
0388
0389 double int_1 = hNs->Integral(2,21);
0390 double int_2 = hNs->Integral(3,21);
0391
0392 double ratio = int_2/int_1;
0393
0394 cout << "int_1: " << int_1 <<" int_2: " << int_2 << " ratio: " << ratio << endl;
0395
0396 }
0397
0398
0399 }
