FairRoot/PandaRoot
PndRhoTupleQA.cxx
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1 
2 #include "PndRhoTupleQA.h"
3 
4 #include "RhoCandidate.h"
5 #include "RhoCandList.h"
6 #include "RhoTuple.h"
7 #include "RhoFitterBase.h"
8 #include "PndEventShape.h"
9 #include "PndAnalysis.h"
10 #include "PndPidCandidate.h"
11 #include "RhoVtxPoca.h"
12 #include "RhoKalmanVtxFitter.h"
13 #include "TVector.h"
14 #include <iostream>
15 
16 PndRhoTupleQA::PndRhoTupleQA(PndAnalysis *ana, double pbarmom)
17 {
18  fDummyCand = new RhoCandidate();
19  fAnalysis = ana;
20  fVtxPoca = new RhoVtxPoca();
21  double mp=0.938272;
22  fIniP4.SetXYZT(0,0,pbarmom, sqrt(pbarmom*pbarmom+mp*mp)+mp);
23 }
24 // -------------------------------------------------------------------------
25 
26 PndRhoTupleQA::~PndRhoTupleQA()
27 {
28  delete fVtxPoca;
29  delete fDummyCand;
30 }
31 // -------------------------------------------------------------------------
32 
33 void PndRhoTupleQA::qaESPidMult(TString pre, PndEventShape *evsh, double prob, double pmin, RhoTuple *n)
34 {
35  n->Column(pre+"npide", (Int_t) evsh->MultElectronPminLab(prob,pmin), 0 );
36  n->Column(pre+"npidmu",(Int_t) evsh->MultMuonPminLab(prob,pmin), 0 );
37  n->Column(pre+"npidpi",(Int_t) evsh->MultPionPminLab(prob,pmin), 0 );
38  n->Column(pre+"npidk", (Int_t) evsh->MultKaonPminLab(prob,pmin), 0 );
39  n->Column(pre+"npidp", (Int_t) evsh->MultProtonPminLab(prob,pmin), 0 );
40 }
41 
42 // -------------------------------------------------------------------------
43 
44 void PndRhoTupleQA::qaESMult(TString pre, PndEventShape *evsh, RhoTuple *n)
45 {
46  n->Column(pre+"npart", (Int_t) evsh->NParticles(), 0 );
47  n->Column(pre+"nneut", (Int_t) evsh->NNeutral(), 0 );
48  n->Column(pre+"nchrg", (Int_t) evsh->NCharged(), 0 );
49 }
50 
51 // -------------------------------------------------------------------------
52 
53 void PndRhoTupleQA::qaESSum(TString pre, PndEventShape *evsh, RhoTuple *n)
54 {
55  n->Column(pre+"sumpc", (Float_t) evsh->ChrgPSumCms(), 0.0f );
56  n->Column(pre+"sumpcl", (Float_t) evsh->ChrgPSumLab(), 0.0f );
57  n->Column(pre+"sumen", (Float_t) evsh->NeutESumCms(), 0.0f );
58  n->Column(pre+"sumenl", (Float_t) evsh->NeutESumLab(), 0.0f );
59 
60  n->Column(pre+"sumpt", (Float_t) evsh->PtSumCms(), 0.0f );
61  n->Column(pre+"sumptl", (Float_t) evsh->PtSumLab(), 0.0f );
62  n->Column(pre+"sumptc", (Float_t) evsh->ChrgPtSumCms(), 0.0f );
63  n->Column(pre+"sumptcl",(Float_t) evsh->ChrgPtSumLab(), 0.0f );
64  n->Column(pre+"sumetn", (Float_t) evsh->NeutEtSumCms(), 0.0f );
65  n->Column(pre+"sumetnl", (Float_t) evsh->NeutEtSumLab(), 0.0f );
66 }
67 
68 // -------------------------------------------------------------------------
69 
70 void PndRhoTupleQA::qaESMinMax(TString pre, PndEventShape *evsh, RhoTuple *n)
71 {
72  n->Column(pre+"pmax", (Float_t) evsh->PmaxCms(), 0.0f );
73  n->Column(pre+"ptmax",(Float_t) evsh->Ptmax() , 0.0f );
74  n->Column(pre+"pmaxl",(Float_t) evsh->PmaxLab() , 0.0f );
75  n->Column(pre+"pmin", (Float_t) evsh->PminCms(), 0.0f );
76  n->Column(pre+"ptmin",(Float_t) evsh->Ptmin(), 0.0f );
77  n->Column(pre+"pminl",(Float_t) evsh->PminLab(), 0.0f );
78 }
79 
80 // -------------------------------------------------------------------------
81 
82 void PndRhoTupleQA::qaESEventVars(TString pre, PndEventShape *evsh, RhoTuple *n)
83 {
84  n->Column(pre+"prapmax",(Float_t) evsh->PRapmax(), 0.0f );
85  n->Column(pre+"sph", (Float_t) evsh->Sphericity(), 0.0f );
86  n->Column(pre+"apl", (Float_t) evsh->Aplanarity(), 0.0f );
87  n->Column(pre+"pla", (Float_t) evsh->Planarity(), 0.0f );
88  n->Column(pre+"thr",(Float_t) evsh->Thrust(), 0.0f );
89  n->Column(pre+"cir", (Float_t) evsh->Circularity(), 0.0f );
90 
91  n->Column(pre+"fw1", (Float_t) evsh->FoxWolfMomR(1), 0.0f );
92  n->Column(pre+"fw2", (Float_t) evsh->FoxWolfMomR(2), 0.0f );
93  n->Column(pre+"fw3", (Float_t) evsh->FoxWolfMomR(3), 0.0f );
94  n->Column(pre+"fw4", (Float_t) evsh->FoxWolfMomR(4), 0.0f );
95  n->Column(pre+"fw5", (Float_t) evsh->FoxWolfMomR(5), 0.0f );
96 }
97 
98 // -------------------------------------------------------------------------
99 
100 void PndRhoTupleQA::qaEventShape(TString pre, PndEventShape *evsh, RhoTuple *n)
101 {
102  if (n==0) return;
103 
104  // basic multiplicities
105  qaESMult(pre, evsh, n);
106 
107  // PID multiplicities
108  qaESPidMult(pre+"l", evsh, 0.25, 0.0, n);
109  qaESPidMult(pre+"l1", evsh, 0.25, 1.0, n);
110  qaESPidMult(pre+"t", evsh, 0.5, 0.0, n);
111  qaESPidMult(pre+"t1", evsh, 0.5, 1.0, n);
112  qaESPidMult(pre+"vt", evsh, 0.9, 0.0, n);
113 
114  // event vars like thrust, sphericity etc
115  qaESEventVars(pre, evsh, n);
116 
117  // standard sums over pt, p, E for all, neutral, charged in lab, cms
118  qaESSum(pre, evsh, n);
119 
120  // standard min, max values of p, pt in lab, cms
121  qaESMinMax(pre, evsh, n);
122 
123  // Multiplicities with min momemtum cut (cms)
124  n->Column(pre+"np05", (Int_t) evsh->MultPminCms(0.5), 0 );
125  n->Column(pre+"np10", (Int_t) evsh->MultPminCms(1.0), 0 );
126  n->Column(pre+"np20", (Int_t) evsh->MultPminCms(2.0), 0 );
127  n->Column(pre+"np30", (Int_t) evsh->MultPminCms(3.0), 0 );
128  n->Column(pre+"np40", (Int_t) evsh->MultPminCms(4.0), 0 );
129  n->Column(pre+"np50", (Int_t) evsh->MultPminCms(5.0), 0 );
130 
131  // Multiplicities with min momemtum cut (lab)
132  n->Column(pre+"np05l", (Int_t) evsh->MultPminLab(0.5), 0 );
133  n->Column(pre+"np10l", (Int_t) evsh->MultPminLab(1.0), 0 );
134  n->Column(pre+"np20l", (Int_t) evsh->MultPminLab(2.0), 0 );
135  n->Column(pre+"np30l", (Int_t) evsh->MultPminLab(3.0), 0 );
136  n->Column(pre+"np40l", (Int_t) evsh->MultPminLab(4.0), 0 );
137  n->Column(pre+"np50l", (Int_t) evsh->MultPminLab(5.0), 0 );
138 
139  // Multiplicities with min p_t cut (cms)
140  n->Column(pre+"npt05", (Int_t) evsh->MultPtminCms(0.5), 0 );
141  n->Column(pre+"npt10", (Int_t) evsh->MultPtminCms(1.0), 0 );
142  n->Column(pre+"npt15", (Int_t) evsh->MultPtminCms(1.5), 0 );
143  n->Column(pre+"npt20", (Int_t) evsh->MultPtminCms(2.0), 0 );
144  n->Column(pre+"npt25", (Int_t) evsh->MultPtminCms(2.5), 0 );
145  n->Column(pre+"npt30", (Int_t) evsh->MultPtminCms(3.0), 0 );
146 
147  // Neutral multiplicities with min energy cut (lab)
148  n->Column(pre+"nne003l", (Int_t) evsh->MultNeutEminLab(0.03), 0 );
149  n->Column(pre+"nne005l", (Int_t) evsh->MultNeutEminLab(0.05), 0 );
150  n->Column(pre+"nne01l", (Int_t) evsh->MultNeutEminLab(0.1), 0 );
151  n->Column(pre+"nne05l", (Int_t) evsh->MultNeutEminLab(0.5), 0 );
152 
153  // Charged multiplicities with min momentum cut (lab)
154  n->Column(pre+"ncp005l", (Int_t) evsh->MultChrgPminLab(0.05), 0 );
155  n->Column(pre+"ncp01l", (Int_t) evsh->MultChrgPminLab(0.1), 0 );
156  n->Column(pre+"ncp02l", (Int_t) evsh->MultChrgPminLab(0.2), 0 );
157  n->Column(pre+"ncp05l", (Int_t) evsh->MultChrgPminLab(0.5), 0 );
158  n->Column(pre+"ncp10l", (Int_t) evsh->MultChrgPminLab(1.0), 0 );
159 
160  // Charged multiplicities with min momentum cut (cms)
161  n->Column(pre+"ncp005", (Int_t) evsh->MultChrgPminCms(0.05), 0 );
162  n->Column(pre+"ncp01", (Int_t) evsh->MultChrgPminCms(0.1), 0 );
163  n->Column(pre+"ncp02", (Int_t) evsh->MultChrgPminCms(0.2), 0 );
164  n->Column(pre+"ncp05", (Int_t) evsh->MultChrgPminCms(0.5), 0 );
165  n->Column(pre+"ncp10", (Int_t) evsh->MultChrgPminCms(1.0), 0 );
166 
167  // Sum of p_t with min momentum cut (cms)
168  n->Column(pre+"sumpt05", (Float_t) evsh->SumPtminCms(0.5), 0.0f );
169  n->Column(pre+"sumpt10", (Float_t) evsh->SumPtminCms(1.0), 0.0f );
170 
171  // Sum of charged momenta with min momentum cut (cms)
172  n->Column(pre+"sumpc05", (Float_t) evsh->SumChrgPminCms(0.5) ,0.0f );
173  n->Column(pre+"sumpc10", (Float_t) evsh->SumChrgPminCms(1.0),0.0f );
174 
175  // Sum of charged momenta with min momentum cut (lab)
176  n->Column(pre+"sumpc05l", (Float_t)evsh->SumChrgPminLab(0.5) ,0.0f );
177  n->Column(pre+"sumpc10l",(Float_t) evsh->SumChrgPminLab(1.0) ,0.0f );
178 
179  // Sum of neutral energy with min energy cut (cms)
180  n->Column(pre+"sumen05", (Float_t)evsh->SumNeutEminCms(0.5) ,0.0f );
181  n->Column(pre+"sumen10", (Float_t) evsh->SumNeutEminCms(1.0) ,0.0f );
182 
183  // Sum of neutral energy with min energy cut (lab)
184  n->Column(pre+"sumen05l",(Float_t) evsh->SumNeutEminLab(0.5) ,0.0f );
185  n->Column(pre+"sumen10l",(Float_t) evsh->SumNeutEminLab(1.0) ,0.0f );
186 
187  // detector specific variables
188  n->Column(pre+"detemcsum",(Float_t) evsh->DetEmcSum() ,0.0f );
189  n->Column(pre+"detemcmax",(Float_t) evsh->DetEmcMax() ,0.0f );
190 }
191 // -------------------------------------------------------------------------
192 void PndRhoTupleQA::qaEventShapeShort(TString pre, PndEventShape *evsh, RhoTuple *n)
193 {
194  if (n==0) return;
195  // *** vars for PID multiplicity
196  //int ne, nmu, npi, nk, np;
197 
198  // basic multiplicities
199  qaESMult(pre, evsh, n);
200 
201  // PID multiplicities
202  qaESPidMult(pre+"l", evsh, 0.25, 0.0, n);
203  qaESPidMult(pre+"l1", evsh, 0.25, 1.0, n);
204 
205  // event vars like thrust, sphericity etc
206  qaESEventVars(pre, evsh, n);
207 
208  // standard sums over pt, p, E for all, neutral, charged in lab, cms
209  qaESSum(pre, evsh, n);
210 
211  // standard min, max values of p, pt in lab, cms
212  qaESMinMax(pre, evsh, n);
213 
214  // some multiplicities with min momentum cut (lab, cms)
215  n->Column(pre+"np10", (Int_t) evsh->MultPminCms(1.0), 0 );
216  n->Column(pre+"npt10", (Int_t) evsh->MultPtminCms(1.0), 0 );
217  n->Column(pre+"ncp10l", (Int_t) evsh->MultChrgPminLab(1.0), 0 );
218  n->Column(pre+"nne10l",(Int_t) evsh->MultNeutEminLab(1.0), 0 );
219 
220  // sum of charged momenta with min momentum cut
221  n->Column(pre+"sumpc05", (Float_t) evsh->SumChrgPminCms(0.5) ,0.0f );
222 }
223 // -------------------------------------------------------------------------
224 // *** store QA for PocaVtx
225 void PndRhoTupleQA::qaPoca(TString pre, RhoCandidate *c, RhoTuple *n)
226 {
227  if (n==0) return;
228 
229  // *** simple vtx finder
230  TVector3 vtx, altvtx, primvtx;
231  double qavtx = fVtxPoca->GetPocaVtx(vtx, c);
232 
233  // *** determine poca of rest of tracks
234  RhoCandList l;
235  fAnalysis->FillList(l, "Charged");
236  if (fVtxPoca->GetPocaVtx(primvtx, l)>998.) primvtx.SetXYZ(0.,0.,0.);
237 
238  l.RemoveFamily(c);
239 
240  if (l.GetLength()>1) fVtxPoca->GetPocaVtx(altvtx, l);
241  else altvtx = primvtx;
242 
243  double dist=999.;
244  if (altvtx.Mag()>0.) dist = (vtx-altvtx).Mag();
245 
246  // *** store QA info
247  n->Column(pre+"pocvx", (Float_t) vtx.X(), 0.0f);
248  n->Column(pre+"pocvy", (Float_t) vtx.Y(), 0.0f);
249  n->Column(pre+"pocvz", (Float_t) vtx.Z(), 0.0f);
250  n->Column(pre+"altvx", (Float_t) altvtx.X(),0.0f);
251  n->Column(pre+"altvy", (Float_t) altvtx.Y(),0.0f);
252  n->Column(pre+"altvz", (Float_t) altvtx.Z(),0.0f);
253  n->Column(pre+"pocmag", (Float_t) vtx.Mag(), 0.0f);
254  n->Column(pre+"pocqa", (Float_t) qavtx, 0.0f);
255  n->Column(pre+"pocdist",(Float_t) dist, 0.0f);
256  n->Column(pre+"pocctau",(Float_t) (dist*c->M()/c->P()), 0.0f); // decay length
257 }
258 
259 // -------------------------------------------------------------------------
260 // *** store QA for PRG Vtx
261 void PndRhoTupleQA::qaPRG(TString pre, RhoCandidate *c, RhoTuple *n)
262 {
263  if (n==0) return;
264 
265  RhoKalmanVtxFitter vtxPRG(c);
266  vtxPRG.SetSilent();
267 
268  // *** PRG vtx finder
269  TVector3 vtx(0,0,0);
270  TMatrixD vmatrix(3,3);
271  double qavtx = vtxPRG.FitVertexFast(vtx, vmatrix, true, 2);//iteration 2=default
272 
273  // *** store QA info
274  n->Column(pre+"prgvx", (Float_t) vtx.X(), 0.0f);
275  n->Column(pre+"prgvy", (Float_t) vtx.Y(), 0.0f);
276  n->Column(pre+"prgvz", (Float_t) vtx.Z(), 0.0f);
277  n->Column(pre+"prgqa", (Float_t) qavtx, 0.0f);
278 }
279 
280 // -------------------------------------------------------------------------
281 // *** store QA for composite particles
282 
283 void PndRhoTupleQA::qaComp(TString pre, RhoCandidate *c, RhoTuple *n, bool covs, bool pulls)
284 {
285  if (n==0) return;
286 
287  // what kind of particle?
288  //int pdg = c->PdgCode(); //[R.K. 01/2017] unused variable
289 
290  // special composite particle?
291  // pi0 or eta?
292  //if (pdg == 111 || pdg == 221)
293  //{
294  //qaPi0(pre, c, n);
295  //return;
296  //}
298  //if (pdg == 310)
299  //{
300  //qaKs0(pre, c, n);
301  //return;
302  //}
303 
304  // how many daughters?
305  int nd = c->NDaughters();
306 
307  // truth match already done?
308  RhoCandidate *truth = c->GetMcTruth();
309 
310  // if not, try one
311  if (truth == 0 && fAnalysis != 0)
312  {
313  fAnalysis->McTruthMatch(c);
314  truth = c->GetMcTruth();
315  }
316 
317  bool mct = false;
318  if (truth!=0)
319  {
320  if (nd>0) mct = true;
321  else mct = (truth->PdgCode()==c->PdgCode());
322  }
323  // store cand info in lab and cms
324  qaCand(pre, c, n);
325  qaP4Cms(pre, c->P4(), n);
326  if(covs)qaP4Cov(pre, c, n);
327  if(pulls) qaPull(pre,c,n, (0==truth));
328  n->Column(pre+"mct", (Float_t) mct, 0.0f);
329 
330  // for mass difference e.g. D* -> D pi decays
331  if (nd>=2) n->Column(pre+"mdif", (Float_t) (c->M() - c->Daughter(0)->M()), 0.0f);
332 
333  // cand is final state particle
334  if (nd==0)
335  {
336  // charged particle -> store PID info
337  if ( fabs(c->Charge())>0.1 ) qaPid(pre, c, n);
338 
339  // and pdg code from truth
340  Float_t trpdg = 0.;
341  if (truth) trpdg = truth->PdgCode();
342  n->Column(pre+"trpdg", (Float_t) trpdg, 0.0f);
343  }
344  // cand is composite
345  else
346  {
347  // if 2 daughters -> store decay angle etc
348  if (nd==2) qa2Body(pre, c, n);
349  // if 3 daughters -> dalitz plot vars
350  if (nd==3) qaDalitz(pre, c, n);
351 
352  // counter for charged final states
353  int nchrgfs = 0;
354 
355  for (int i=0; i<nd; ++i)
356  {
357  RhoCandidate *dau = c->Daughter(i);
358  TString name=TString::Format("%sd%d",pre.Data(),i);
359 
360  // count charged final states for possible vertexing later
361  if (dau->NDaughters()==0 && fabs(dau->Charge())>0.01) nchrgfs++;
362 
363  // recursive call of qaComp
364  qaComp(name, dau, n, covs, pulls);
365  }
366  // only charged final state daughters -> Vtx info with RhoVtxPoca
367  if (nchrgfs > 1)
368  {
369  qaPoca(pre, c, n);
370  qaVtx(pre, c, n);
371  }
372  }
373 }
374 
375 // -------------------------------------------------------------------------
376 
377 void PndRhoTupleQA::qaPi0(TString pre, RhoCandidate *c, RhoTuple *n)
378 {
379  if (n==0) return;
380 
381  qaCand(pre, c, n);
382 
383  RhoCandidate *d0 = c->Daughter(0);
384  RhoCandidate *d1 = c->Daughter(1);
385  double ang = d0->P3().Angle(d1->P3());
386 
387  if (fAnalysis) fAnalysis->McTruthMatch(c);
388  RhoCandidate *truth = c->GetMcTruth();
389 
390  qaCand(pre, c, n);
391  n->Column(pre+"oang",(Float_t) ang, 0.0f);
392 
393  qaCand(pre+"d0", d0, n);
394  qaEmc(pre+"d0", d0, n);
395 
396  qaCand(pre+"d1", d1, n);
397  qaEmc(pre+"d1", d1, n);
398 
399  if (truth!=0)
400  {
401  qaCand("t"+pre, truth, n);
402  n->Column(pre+"mct", 1.0f, 0.0f);
403  }
404  else
405  {
406  qaCand("t"+pre, NULL , n, true);
407  n->Column(pre+"mct", 0.0f, 0.0f);
408  }
409 }
410 // -------------------------------------------------------------------------
411 
412 void PndRhoTupleQA::qaKs0(TString pre, RhoCandidate *c, RhoTuple *n)
413 {
414  if (n==0) return;
415 
416  RhoCandidate *d0 = c->Daughter(0);
417  RhoCandidate *d1 = c->Daughter(1);
418  double ang = d0->P3().Angle(d1->P3());
419 
420  if (fAnalysis!=0) fAnalysis->McTruthMatch(c);
421  RhoCandidate *truth = c->GetMcTruth();
422 
423  qaCand(pre, c, n);
424  qaPoca(pre, c, n);
425  qaVtx(pre, c, n);
426 
427  n->Column(pre+"oang",(Float_t) ang, 0.0f);
428 
429  qaCand(pre+"d0", d0, n);
430  qaPid(pre+"d0", d0, n);
431 
432  qaCand(pre+"d1", d1, n);
433  qaPid(pre+"d1", d1, n);
434 
435  if (truth!=0)
436  {
437  TVector3 vdist = truth->Pos() - truth->Daughter(0)->Pos();
438  Float_t dist = vdist.Mag();
439  Float_t ctau = dist * truth->M() / truth->P();
440 
441  qaCand("t"+pre, truth, n);
442  n->Column(pre+"mct", 1.0f, 0.0f);
443  n->Column("t"+pre+"dist", (Float_t) dist , 0.0f);
444  n->Column("t"+pre+"ctau", (Float_t) ctau , 0.0f);
445  }
446  else
447  {
448  qaCand("t"+pre, NULL , n, true);
449  n->Column(pre+"mct", 0.0f, 0.0f);
450  n->Column("t"+pre+"dist", (Float_t) -999. , 0.0f);
451  n->Column("t"+pre+"ctau", (Float_t) -999. , 0.0f);
452  }
453 }
454 
455 // -------------------------------------------------------------------------
456 
457 void PndRhoTupleQA::qaP4(TString pre, TLorentzVector c, RhoTuple *n, bool skip)
458 {
459  if (n==0) return;
460 
461  if (!skip)
462  {
463  n->Column(pre+"px", (Float_t) c.Px(), 0.0f );
464  n->Column(pre+"py", (Float_t) c.Py(), 0.0f );
465  n->Column(pre+"pz", (Float_t) c.Pz(), 0.0f );
466  n->Column(pre+"e", (Float_t) c.E(), 0.0f );
467  n->Column(pre+"p", (Float_t) c.P(), 0.0f );
468  n->Column(pre+"tht", (Float_t) c.Theta(), 0.0f );
469  n->Column(pre+"phi", (Float_t) c.Phi(), 0.0f );
470  n->Column(pre+"pt", (Float_t) c.Pt(), 0.0f );
471  n->Column(pre+"m", (Float_t) c.M(), 0.0f );
472  }
473  else
474  {
475  n->Column(pre+"px", (Float_t) -999., 0.0f );
476  n->Column(pre+"py", (Float_t) -999., 0.0f );
477  n->Column(pre+"pz", (Float_t) -999., 0.0f );
478  n->Column(pre+"e", (Float_t) -999., 0.0f );
479  n->Column(pre+"p", (Float_t) -999., 0.0f );
480  n->Column(pre+"tht", (Float_t) -999., 0.0f );
481  n->Column(pre+"phi", (Float_t) -999., 0.0f );
482  n->Column(pre+"pt", (Float_t) -999., 0.0f );
483  n->Column(pre+"m", (Float_t) -999., 0.0f );
484  }
485 }
486 // -------------------------------------------------------------------------
487 
488 void PndRhoTupleQA::qaP4Cms(TString pre, TLorentzVector c, RhoTuple *n, bool skip)
489 {
490  if (n==0) return;
491 
492  if (!skip)
493  {
494  c.Boost(-fIniP4.BoostVector());
495 
496  n->Column(pre+"pxcm", (Float_t) c.Px(), 0.0f );
497  n->Column(pre+"pycm", (Float_t) c.Py(), 0.0f );
498  n->Column(pre+"pzcm", (Float_t) c.Pz(), 0.0f );
499  n->Column(pre+"ecm", (Float_t) c.E(), 0.0f );
500  n->Column(pre+"pcm", (Float_t) c.P(), 0.0f );
501  n->Column(pre+"thtcm", (Float_t) c.Theta(), 0.0f );
502  n->Column(pre+"phicm", (Float_t) c.Phi(), 0.0f );
503  }
504  else
505  {
506  n->Column(pre+"pxcm", (Float_t) -999., 0.0f );
507  n->Column(pre+"pycm", (Float_t) -999., 0.0f );
508  n->Column(pre+"pzcm", (Float_t) -999., 0.0f );
509  n->Column(pre+"ecm", (Float_t) -999., 0.0f );
510  n->Column(pre+"pcm", (Float_t) -999., 0.0f );
511  n->Column(pre+"thtcm", (Float_t) -999., 0.0f );
512  n->Column(pre+"phicm", (Float_t) -999., 0.0f );
513  }
514 }
515 
516 // -------------------------------------------------------------------------
517 
518 void PndRhoTupleQA::qaP4Cov(TString pre, RhoCandidate *c, RhoTuple *n, bool skip)
519 {
520  if (n==0) return;
521 
522  RhoError cov = c->P4Cov();
523 
524  if (!skip)
525  {
526  n->Column(pre+"covpxpx", (Float_t) cov(0,0), 0.0f);
527  n->Column(pre+"covpxpy", (Float_t) cov(0,1), 0.0f);
528  n->Column(pre+"covpxpz", (Float_t) cov(0,2), 0.0f);
529  n->Column(pre+"covpxe", (Float_t) cov(0,3), 0.0f);
530  n->Column(pre+"covpypy", (Float_t) cov(1,1), 0.0f);
531  n->Column(pre+"covpypz", (Float_t) cov(1,2), 0.0f);
532  n->Column(pre+"covpye", (Float_t) cov(1,3), 0.0f);
533  n->Column(pre+"covpzpz", (Float_t) cov(2,2), 0.0f);
534  n->Column(pre+"covpze", (Float_t) cov(2,3), 0.0f);
535  n->Column(pre+"covee", (Float_t) cov(3,3), 0.0f);
536  }
537  else
538  {
539  n->Column(pre+"covpxpx", (Float_t) -999., 0.0f);
540  n->Column(pre+"covpxpy", (Float_t) -999., 0.0f);
541  n->Column(pre+"covpxpz", (Float_t) -999., 0.0f);
542  n->Column(pre+"covpxe", (Float_t) -999., 0.0f);
543  n->Column(pre+"covpypy", (Float_t) -999., 0.0f);
544  n->Column(pre+"covpypz", (Float_t) -999., 0.0f);
545  n->Column(pre+"covpyee", (Float_t) -999., 0.0f);
546  n->Column(pre+"covpzpz", (Float_t) -999., 0.0f);
547  n->Column(pre+"covpze", (Float_t) -999., 0.0f);
548  n->Column(pre+"covee", (Float_t) -999., 0.0f);
549  }
550 }
551 
552 // -------------------------------------------------------------------------
553 
554 void PndRhoTupleQA::qaCand(TString pre, RhoCandidate *cc, RhoTuple *n, bool skip)
555 {
556  if (n==0) return;
557 
558  if (!skip)
559  {
560  TLorentzVector c=cc->P4();
561  TVector3 p=cc->Pos();
562 
563  qaP4(pre, c, n);
564  qaPos(pre, p, n);
565  n->Column(pre+"chg", (Float_t) cc->Charge(), 0.0f );
566  n->Column(pre+"pdg", (Float_t) cc->PdgCode(), 0.0f );
567  }
568  else
569  {
570  TLorentzVector dummy;
571  TVector3 dummypos;
572  qaP4(pre, dummy, n, true);
573  qaPos(pre, dummypos, n, true);
574  n->Column(pre+"chg", (Float_t) -999., 0.0f );
575  n->Column(pre+"pdg", (Float_t) -999., 0.0f );
576  }
577 }
578 // -------------------------------------------------------------------------
579 
580 void PndRhoTupleQA::qaPos(TString pre, TVector3 p, RhoTuple *n, bool skip)
581 {
582  if (n==0) return;
583 
584  if (!skip)
585  {
586  n->Column(pre+"x", (Float_t) p.X(), 0.0f );
587  n->Column(pre+"y", (Float_t) p.Y(), 0.0f );
588  n->Column(pre+"z", (Float_t) p.Z(), 0.0f );
589  n->Column(pre+"l", (Float_t) p.Mag(), 0.0f );
590  }
591  else
592  {
593  n->Column(pre+"x", (Float_t) -999., 0.0f );
594  n->Column(pre+"y", (Float_t) -999., 0.0f );
595  n->Column(pre+"z", (Float_t) -999., 0.0f );
596  n->Column(pre+"l", (Float_t) -999., 0.0f );
597  }
598 }
599 // -------------------------------------------------------------------------
600 
601 void PndRhoTupleQA::qaPull(TString pre, RhoCandidate *c, RhoTuple *n, bool skip)
602 {
603  if (!skip)
604  {
605  RhoCandidate *mct = c->GetMcTruth();
606  if(mct) {
607  TLorentzVector difp4 = c->P4() - mct->P4();
608  TVector3 difpos = c->Pos() - mct->Pos();
609  RhoError covp4 = c->P4Cov();
610  RhoError covpos = c->PosCov();
611  n->Column(pre+"pullpx", (Float_t) (difp4.Px()/sqrt(covp4(0,0))), 0.0f );
612  n->Column(pre+"pullpy", (Float_t) (difp4.Py()/sqrt(covp4(1,1))), 0.0f );
613  n->Column(pre+"pullpz", (Float_t) (difp4.Pz()/sqrt(covp4(2,2))), 0.0f );
614  n->Column(pre+"pulle", (Float_t) (difp4.E()/sqrt(covp4(3,3))), 0.0f );
615  n->Column(pre+"pullx", (Float_t) (difpos.X()/sqrt(covpos(0,0))), 0.0f );
616  n->Column(pre+"pully", (Float_t) (difpos.Y()/sqrt(covpos(1,1))), 0.0f );
617  n->Column(pre+"pullz", (Float_t) (difpos.Z()/sqrt(covpos(2,2))), 0.0f );
618  n->Column(pre+"pullpxpy", (Float_t) (sqrt(difp4.Px()*difp4.Py()/covp4(0,1))), 0.0f );
619  n->Column(pre+"pullpxpz", (Float_t) (sqrt(difp4.Px()*difp4.Pz()/covp4(0,2))), 0.0f );
620  n->Column(pre+"pullpypz", (Float_t) (sqrt(difp4.Py()*difp4.Pz()/covp4(1,2))), 0.0f );
621  n->Column(pre+"pullpxe", (Float_t) (sqrt(difp4.Px()*difp4.E()/covp4(0,3))), 0.0f );
622  n->Column(pre+"pullpye", (Float_t) (sqrt(difp4.Py()*difp4.E()/covp4(1,3))), 0.0f );
623  n->Column(pre+"pullpze", (Float_t) (sqrt(difp4.Pz()*difp4.E()/covp4(2,3))), 0.0f );
624  n->Column(pre+"pullxy", (Float_t) (sqrt(difpos.X()*difpos.Y()/covpos(0,1))), 0.0f );
625  n->Column(pre+"pullxz", (Float_t) (sqrt(difpos.Y()*difpos.Z()/covpos(0,2))), 0.0f );
626  n->Column(pre+"pullyz", (Float_t) (sqrt(difpos.Y()*difpos.Z()/covpos(1,2))), 0.0f );
627  } else {skip=true;}
628  }
629 
630  if (skip)
631  {
632  n->Column(pre+"pullpx", (Float_t) -999., 0.0f );
633  n->Column(pre+"pullpy", (Float_t) -999., 0.0f );
634  n->Column(pre+"pullpz", (Float_t) -999., 0.0f );
635  n->Column(pre+"pulle", (Float_t) -999., 0.0f );
636  n->Column(pre+"pullx", (Float_t) -999., 0.0f );
637  n->Column(pre+"pully", (Float_t) -999., 0.0f );
638  n->Column(pre+"pullz", (Float_t) -999., 0.0f );
639  n->Column(pre+"pullpxpy", (Float_t) -999., 0.0f );
640  n->Column(pre+"pullpxpz", (Float_t) -999., 0.0f );
641  n->Column(pre+"pullpypz", (Float_t) -999., 0.0f );
642  n->Column(pre+"pullpxe", (Float_t) -999., 0.0f );
643  n->Column(pre+"pullpye", (Float_t) -999., 0.0f );
644  n->Column(pre+"pullpze", (Float_t) -999., 0.0f );
645  n->Column(pre+"pullxy", (Float_t) -999., 0.0f );
646  n->Column(pre+"pullxz", (Float_t) -999., 0.0f );
647  n->Column(pre+"pullyz", (Float_t) -999., 0.0f );
648  }
649 }
650 // -------------------------------------------------------------------------
651 
652 void PndRhoTupleQA::qaTrk(TString pre, RhoCandidate *c, RhoTuple *n)
653 {
654  if (n==0) return;
655 
656  PndPidCandidate *mic = (PndPidCandidate*)c->GetRecoCandidate();
657 
658  if (mic)
659  {
660  n->Column(pre+"trkpx", (Float_t) mic->GetMomentum().X(), 0.0f );
661  n->Column(pre+"trkpy", (Float_t) mic->GetMomentum().Y(), 0.0f );
662  n->Column(pre+"trkpz", (Float_t) mic->GetMomentum().Z(), 0.0f );
663  n->Column(pre+"trkvx", (Float_t) mic->GetPosition().X(), 0.0f );
664  n->Column(pre+"trkvy", (Float_t) mic->GetPosition().Y(), 0.0f );
665  n->Column(pre+"trkvz", (Float_t) mic->GetPosition().Z(), 0.0f );
666  n->Column(pre+"trkdof", (Int_t) mic->GetDegreesOfFreedom(), 0 );
667  n->Column(pre+"trkstat", (Int_t) mic->GetFitStatus(), 0 );
668  n->Column(pre+"trkchi2", (Float_t) mic->GetChiSquared(), 0.0f );
669  n->Column(pre+"trkidx", (Int_t) mic->GetTrackIndex(), 0 );
670  n->Column(pre+"trkbranch", (Int_t) mic->GetTrackBranch() , 0 );
671  } else {
672  n->Column(pre+"trkpx", (Float_t) -999., 0.0f );
673  n->Column(pre+"trkpy", (Float_t) -999., 0.0f );
674  n->Column(pre+"trkpz", (Float_t) -999., 0.0f );
675  n->Column(pre+"trkvx", (Float_t) -999., 0.0f );
676  n->Column(pre+"trkvy", (Float_t) -999., 0.0f );
677  n->Column(pre+"trkvz", (Float_t) -999., 0.0f );
678  n->Column(pre+"trkdof", (Int_t) -999., 0 );
679  n->Column(pre+"trkstat", (Int_t) -999., 0 );
680  n->Column(pre+"trkchi2", (Float_t) -999., 0.0f );
681  n->Column(pre+"trkidx", (Int_t) -999., 0 );
682  n->Column(pre+"trkbranch", (Int_t) -999., 0 );
683  }
684 
685 }
686 
687 // -------------------------------------------------------------------------
688 
689 void PndRhoTupleQA::qaPid(TString pre, RhoCandidate *c, RhoTuple *n)
690 {
691  if (n==0) return;
692 
693  // pinf[0]...pinf[4]: cache P values, pinf[5] = maximum
694  double pinf[6] = {-1000.,-1000.,-1000.,-1000.,-1000.,-1000.};
695  // index of particle type (e=0 ... p=4) with maximum P
696  int bestidx = -1;
697 
698  if (fabs(c->Charge())>0.1)
699  {
700  for (int i=0;i<5;++i)
701  {
702  pinf[i] = c->GetPidInfo(i);
703 
704  if (pinf[i]>pinf[5])
705  {
706  pinf[5] = pinf[i];
707  bestidx = i;
708  }
709  }
710  }
711 
712  n->Column(pre+"pide", (Float_t) pinf[0], 0.0f );
713  n->Column(pre+"pidmu", (Float_t) pinf[1], 0.0f );
714  n->Column(pre+"pidpi", (Float_t) pinf[2], 0.0f );
715  n->Column(pre+"pidk", (Float_t) pinf[3], 0.0f );
716  n->Column(pre+"pidp", (Float_t) pinf[4], 0.0f );
717 
718  n->Column(pre+"pidmax", (Float_t) pinf[5], 0.0f );
719  n->Column(pre+"pidbest",(Float_t) bestidx, 0.0f );
720 
721 }
722 
723 // -------------------------------------------------------------------------
724 void PndRhoTupleQA::qa2Body(TString pre, RhoCandidate *c, RhoTuple *n)
725 {
726  if (n==0) return;
727 
728  if (c->NDaughters()!=2) return;
729 
730  RhoCandidate *d0 = c->Daughter(0);
731  RhoCandidate *d1 = c->Daughter(1);
732 
733  // opening angle lab
734  double oang = d0->P3().Angle(d1->P3());
735 
736  // decay angle
737  TLorentzVector d_cms = d0->P4();
738  d_cms.Boost(-(c->P4().BoostVector()));
739  Float_t dec = d_cms.Vect().Angle(c->P3());
740  Float_t cdec = cos(dec);
741 
742  n->Column(pre+"oang", (Float_t) oang, 0.0f );
743  n->Column(pre+"decang", (Float_t) dec, 0.0f );
744  n->Column(pre+"cdecang", (Float_t) cdec, 0.0f );
745 }
746 
747 
748 // -------------------------------------------------------------------------
749 void PndRhoTupleQA::qaDalitz(TString pre, RhoCandidate *c, RhoTuple *n)
750 {
751  if (n==0) return;
752 
753  if (c->NDaughters()!=3) return;
754 
755  TLorentzVector l01 = c->Daughter(0)->P4()+c->Daughter(1)->P4();
756  TLorentzVector l12 = c->Daughter(1)->P4()+c->Daughter(2)->P4();
757  TLorentzVector l02 = c->Daughter(2)->P4()+c->Daughter(0)->P4();
758 
759  n->Column(pre+"m01", (Float_t) l01.M(), 0.0f );
760  n->Column(pre+"m12", (Float_t) l12.M(), 0.0f );
761  n->Column(pre+"m02", (Float_t) l02.M(), 0.0f );
762 
763  n->Column(pre+"dal01", (Float_t) l01.M2(), 0.0f );
764  n->Column(pre+"dal12", (Float_t) l12.M2(), 0.0f );
765  n->Column(pre+"dal02", (Float_t) l02.M2(), 0.0f );
766 }
767 
768 
769 // -------------------------------------------------------------------------
770 
771 void PndRhoTupleQA::qaVtx(TString pre, RhoCandidate *c, RhoTuple *n)
772 {
773  if (n==0) return;
774 
775  RhoCandidate *d = c->Daughter(0);
776  TVector3 v = c->DecayVtx();
777  if (d)
778  {
779  if (v.X()==0 && v.Y()==0 && v.Z()==0)
780  v = d->Pos();
781  // TLorentzVector d_cms = d->P4();
782  // d_cms.Boost(-(c->P4().BoostVector()));
783 
784  Float_t ctau = v.Mag()*c->M()/c->P();
785  /* Float_t dec = d_cms.Vect().Angle(c->P3());
786  Float_t cdec = cos(dec);*/
787 
788  // if primary Vertex available, compute ctau relative to that one
789  Float_t ctaud = -999.;
790  TVector3 primvtx;
791 
792  // *** determine poca of all charged tracks as primary vertex
793  RhoCandList l;
794  fAnalysis->FillList(l, "Charged");
795  if (fVtxPoca->GetPocaVtx(primvtx, l)>998.) primvtx.SetXYZ(0.,0.,0.);
796 
797  if (primvtx.Mag()>0) ctaud = (v-primvtx).Mag()*c->M()/c->P();
798 
799  n->Column(pre+"vx", (Float_t) v.X(), 0.0f );
800  n->Column(pre+"vy", (Float_t) v.Y(), 0.0f );
801  n->Column(pre+"vz", (Float_t) v.Z(), 0.0f );
802  n->Column(pre+"len", (Float_t) v.Mag(), 0.0f );
803  n->Column(pre+"ctau", (Float_t) ctau, 0.0f );
804  n->Column(pre+"ctaud", (Float_t) ctaud, 0.0f );
805  /* n->Column(pre+"decang", (Float_t) dec, 0.0f );
806  n->Column(pre+"cdecang",(Float_t) cdec, 0.0f );*/
807  }
808  else
809  {
810  n->Column(pre+"vx", (Float_t) -999.0, 0.0f );
811  n->Column(pre+"vy", (Float_t) -999.0, 0.0f );
812  n->Column(pre+"vz", (Float_t) -999.0, 0.0f );
813  n->Column(pre+"len", (Float_t) -999.0, 0.0f );
814  n->Column(pre+"ctau", (Float_t) -999.0, 0.0f );
815  n->Column(pre+"ctaud", (Float_t) -999.0, 0.0f );
816  /* n->Column(pre+"decang", (Float_t) -999.0, 0.0f );
817  n->Column(pre+"cdecang",(Float_t) -999.0, 0.0f );*/
818  }
819 }
820 
821 // -------------------------------------------------------------------------
822 
823 void PndRhoTupleQA::qaEmc(TString pre, RhoCandidate *c, RhoTuple *n)
824 {
825  if (n==0) return;
826 
827  PndPidCandidate *mic = (PndPidCandidate*)c->GetRecoCandidate();
828 
829  if (mic)
830  {
831  n->Column(pre+"emceraw", (Float_t) mic->GetEmcRawEnergy(), 0.0f );
832  n->Column(pre+"emcecal", (Float_t) mic->GetEmcCalEnergy(), 0.0f );
833  n->Column(pre+"emcqa", (Float_t) mic->GetEmcQuality(), 0.0f );
834  n->Column(pre+"emcnx", (Int_t) mic->GetEmcNumberOfCrystals(), 0 );
835  n->Column(pre+"emcnb", (Int_t) mic->GetEmcNumberOfBumps(), 0 );
836  n->Column(pre+"emcz20", (Float_t) mic->GetEmcClusterZ20(), 0.0f );
837  n->Column(pre+"emcz53", (Float_t) mic->GetEmcClusterZ53(), 0.0f );
838  n->Column(pre+"emclat", (Float_t) mic->GetEmcClusterLat(), 0.0f );
839  n->Column(pre+"emce1", (Float_t) mic->GetEmcClusterE1(), 0.0f );
840  n->Column(pre+"emce9", (Float_t) mic->GetEmcClusterE9(), 0.0f );
841  n->Column(pre+"emce25", (Float_t) mic->GetEmcClusterE25(), 0.0f );
842  n->Column(pre+"emcmod", (Int_t) mic->GetEmcModule(), 0 );
843  n->Column(pre+"emcidx", (Int_t) mic->GetEmcIndex(), 0 );
844  }
845 }
846 // -------------------------------------------------------------------------
847 
848 void PndRhoTupleQA::qaGem(TString pre, RhoCandidate *c, RhoTuple *n)
849 {
850  if (n==0) return;
851 
852  PndPidCandidate *mic = (PndPidCandidate*)c->GetRecoCandidate();
853 
854  if (mic)
855  {
856  n->Column(pre+"gemnhits", (Int_t) mic->GetGemHits(), 0 );
857  }
858 }
859 
860 
861 // -------------------------------------------------------------------------
862 
863 void PndRhoTupleQA::qaMvd(TString pre, RhoCandidate *c, RhoTuple *n)
864 {
865  if (n==0) return;
866 
867  PndPidCandidate *mic = (PndPidCandidate*)c->GetRecoCandidate();
868 
869  if (mic)
870  {
871  n->Column(pre+"mvddedx", (Float_t) mic->GetMvdDEDX(), 0.0f );
872  n->Column(pre+"mvdhits", (Int_t) mic->GetMvdHits(), 0 );
873  }
874 }
875 
876 // -------------------------------------------------------------------------
877 
878 void PndRhoTupleQA::qaStt(TString pre, RhoCandidate *c, RhoTuple *n)
879 {
880  if (n==0) return;
881 
882  PndPidCandidate *mic = (PndPidCandidate*)c->GetRecoCandidate();
883 
884  if (mic)
885  {
886  n->Column(pre+"sttdedx", (Float_t) mic->GetSttMeanDEDX(), 0.0f );
887  n->Column(pre+"stthits", (Int_t) mic->GetSttHits(), 0 );
888  }
889 }
890 
891 // -------------------------------------------------------------------------
892 
893 void PndRhoTupleQA::qaDrc(TString pre, RhoCandidate *c, RhoTuple *n)
894 {
895  if (n==0) return;
896 
897  PndPidCandidate *mic = (PndPidCandidate*)c->GetRecoCandidate();
898 
899  if (mic)
900  {
901  n->Column(pre+"drcthtc", (Float_t) mic->GetDrcThetaC(), 0.0f );
902  n->Column(pre+"drcdthtc", (Float_t) mic->GetDrcThetaCErr(), 0.0f );
903  n->Column(pre+"drcqa", (Float_t) mic->GetDrcQuality(), 0.0f );
904  n->Column(pre+"drcnphot", (Int_t) mic->GetDrcNumberOfPhotons(), 0 );
905  n->Column(pre+"drcidx", (Int_t) mic->GetDrcIndex(), 0 );
906  }
907 }
908 
909 // -------------------------------------------------------------------------
910 
911 void PndRhoTupleQA::qaDsc(TString pre, RhoCandidate *c, RhoTuple *n)
912 {
913  if (n==0) return;
914 
915  PndPidCandidate *mic = (PndPidCandidate*)c->GetRecoCandidate();
916 
917  if (mic)
918  {
919  n->Column(pre+"dscthtc", (Float_t) mic->GetDiscThetaC(), 0.0f );
920  n->Column(pre+"dscdthtc", (Float_t) mic->GetDiscThetaCErr(), 0.0f );
921  n->Column(pre+"dscqa", (Float_t) mic->GetDiscQuality(), 0.0f );
922  n->Column(pre+"dscnphot", (Int_t) mic->GetDiscNumberOfPhotons(),0 );
923  n->Column(pre+"dscidx", (Int_t) mic->GetDiscIndex(), 0 );
924  }
925 }
926 
927 // -------------------------------------------------------------------------
928 
929 void PndRhoTupleQA::qaRich(TString pre, RhoCandidate *c, RhoTuple *n)
930 {
931  if (n==0) return;
932 
933  PndPidCandidate *mic = (PndPidCandidate*)c->GetRecoCandidate();
934 
935  if (mic)
936  {
937  n->Column(pre+"richthtc", (Float_t) mic->GetRichThetaC(), 0.0f );
938  n->Column(pre+"richdthtc", (Float_t) mic->GetRichThetaCErr(), 0.0f );
939  n->Column(pre+"richqa", (Float_t) mic->GetRichQuality(), 0.0f );
940  n->Column(pre+"richnphot", (Int_t) mic->GetRichNumberOfPhotons(),0 );
941  n->Column(pre+"richidx", (Int_t) mic->GetRichIndex(), 0 );
942  }
943 }
944 
945 // -------------------------------------------------------------------------
946 
947 void PndRhoTupleQA::qaMuo(TString pre, RhoCandidate *c, RhoTuple *n)
948 {
949  if (n==0) return;
950 
951  PndPidCandidate *mic = (PndPidCandidate*)c->GetRecoCandidate();
952 
953  if (mic)
954  {
955  n->Column(pre+"muonlay", (Int_t) mic->GetMuoNumberOfLayers(), 0 );;
956  n->Column(pre+"muoprob", (Float_t) mic->GetMuoProbability(), 0.0f );;
957  n->Column(pre+"muoqa", (Float_t) mic->GetMuoQuality() , 0.0f ); ;
958  n->Column(pre+"muoiron", (Float_t) mic->GetMuoIron() , 0.0f ); ;
959  n->Column(pre+"muopin", (Float_t) mic->GetMuoMomentumIn(), 0.0f );;
960  n->Column(pre+"muomod", (Int_t) mic->GetMuoModule(), 0 ); ;
961  n->Column(pre+"muohits", (Int_t) mic->GetMuoHits(), 0 ); ;
962  n->Column(pre+"muoidx", (Int_t) mic->GetMuoIndex(), 0 ); ;
963  }
964 }
965 
966 // -------------------------------------------------------------------------
967 
968 void PndRhoTupleQA::qaTof(TString pre, RhoCandidate *c, RhoTuple *n)
969 {
970  if (n==0) return;
971 
972  PndPidCandidate *mic = (PndPidCandidate*)c->GetRecoCandidate();
973 
974  if (mic)
975  {
976  n->Column(pre+"toftime", (Float_t) mic->GetTofStopTime(), 0.0f );
977  n->Column(pre+"tofm2", (Float_t) mic->GetTofM2(), 0.0f );
978  n->Column(pre+"toflen", (Float_t) mic->GetTofTrackLength(), 0.0f );
979  n->Column(pre+"tofqa", (Float_t) mic->GetTofQuality(), 0.0f );
980  n->Column(pre+"tofidx", (Int_t) mic->GetTofIndex(), 0 );
981  n->Column(pre+"tofbeta", (Float_t) mic->GetTofBeta(), 0.0f );
982  }
983 }
984 
985 // -------------------------------------------------------------------------
986 void PndRhoTupleQA::qaRecoShort(TString pre, RhoCandidate *c, RhoTuple *n)
987 {
988  if (n==0) return;
989 
990  PndPidCandidate *mic = (PndPidCandidate*)c->GetRecoCandidate();
991 
992  if (mic)
993  {
994  n->Column(pre+"emcecal", (Float_t) mic->GetEmcCalEnergy(), 0.0f );
995  n->Column(pre+"emcnx", (Int_t) mic->GetEmcNumberOfCrystals(), 0 );
996  n->Column(pre+"emcnb", (Int_t) mic->GetEmcNumberOfBumps(), 0 );
997 
998  n->Column(pre+"gemnhits", (Int_t) mic->GetGemHits(), 0 );
999 
1000  n->Column(pre+"mvddedx", (Float_t) mic->GetMvdDEDX(), 0.0f );
1001  n->Column(pre+"mvdhits", (Int_t) mic->GetMvdHits(), 0 );
1002 
1003  n->Column(pre+"sttdedx", (Float_t) mic->GetSttMeanDEDX(), 0.0f );
1004  n->Column(pre+"stthits", (Int_t) mic->GetSttHits(), 0 );
1005 
1006  n->Column(pre+"drcthtc", (Float_t) mic->GetDrcThetaC(), 0.0f );
1007  n->Column(pre+"drcnphot", (Int_t) mic->GetDrcNumberOfPhotons(), 0 );
1008 
1009  n->Column(pre+"dscthtc", (Float_t) mic->GetDiscThetaC(), 0.0f );
1010  n->Column(pre+"dscnphot", (Int_t) mic->GetDiscNumberOfPhotons(),0 );
1011 
1012  n->Column(pre+"richthtc", (Float_t) mic->GetRichThetaC(), 0.0f );
1013  n->Column(pre+"richnphot", (Int_t) mic->GetRichNumberOfPhotons(),0 );
1014 
1015  n->Column(pre+"muonlay", (Int_t) mic->GetMuoNumberOfLayers(), 0 );;
1016  n->Column(pre+"muoiron", (Float_t) mic->GetMuoIron() , 0.0f ); ;
1017 
1018  n->Column(pre+"tofm2", (Float_t) mic->GetTofM2(), 0.0f );
1019  n->Column(pre+"tofbeta", (Float_t) mic->GetTofBeta(), 0.0f );
1020  }
1021 }
1022 
1023 // -------------------------------------------------------------------------
1024 void PndRhoTupleQA::qaRecoShortTree(TString pre, RhoCandidate *c, RhoTuple *n)
1025 {
1026  if (n==0) return;
1027  if (c==0) return;
1028  int nd = c->NDaughters();
1029  if (nd>0) {
1030  for (int i=0; i<nd; ++i)
1031  {
1032  RhoCandidate *dau = c->Daughter(i);
1033  TString name=TString::Format("%sd%d",pre.Data(),i);
1034  qaRecoShortTree(name,dau,n);
1035  }
1036  } else {
1037  qaRecoShort(pre,c,n);
1038  }
1039 }
1040 
1041 
1042 // -------------------------------------------------------------------------
1043 void PndRhoTupleQA::qaRecoFull(TString pre, RhoCandidate *c, RhoTuple *n)
1044 {
1045  if (n==0) return;
1046 
1047  qaEmc( pre, c, n );
1048  qaMvd( pre, c, n );
1049  qaStt( pre, c, n );
1050  qaGem( pre, c, n );
1051  qaDrc( pre, c, n );
1052  qaDsc( pre, c, n );
1053  qaRich( pre, c, n );
1054  qaTof( pre, c, n );
1055  qaMuo( pre, c, n );
1056  qaTrk( pre, c, n);
1057 }
1058 
1059 // -------------------------------------------------------------------------
1060 void PndRhoTupleQA::qaRecoFullTree(TString pre, RhoCandidate *c, RhoTuple *n)
1061 {
1062  if (n==0) return;
1063  if (c==0) return;
1064  int nd = c->NDaughters();
1065  if (nd>0) {
1066  for (int i=0; i<nd; ++i)
1067  {
1068  RhoCandidate *dau = c->Daughter(i);
1069  TString name=TString::Format("%sd%d",pre.Data(),i);
1070  qaRecoFullTree(name,dau,n);
1071  }
1072  } else {
1073  qaRecoFull(pre,c,n);
1074  }
1075 }
1076 
1077 // -------------------------------------------------------------------------
1078 void PndRhoTupleQA::qaMc(TString pre, RhoCandidate *c, RhoTuple *n, bool skip)
1079 {
1080  if (n==0) return;
1081  if (c==0) return;
1082 
1083  RhoCandidate *mct=c->GetMcTruth();
1084 
1085  if (mct){
1086  qaCand(pre+"mc",mct,n,skip);
1087  }
1088  else {
1089  qaCand(pre+"mc", fDummyCand,n,skip);
1090  }
1091 }
1092 
1093 // -------------------------------------------------------------------------
1094 void PndRhoTupleQA::qaMcList(RhoTuple *n, int max)
1095 {
1096  RhoCandList mc;
1097  fAnalysis->FillList(mc,"McTruth");
1098  qaMcList("",mc,n,max);
1099 }
1100 
1101 // -------------------------------------------------------------------------
1102 void PndRhoTupleQA::qaMcList(TString pre, RhoCandList &l, RhoTuple *n, int max)
1103 {
1104  if (n==0) return;
1105 
1106  int npart = l.GetLength();
1107  if (npart>max) npart=max;
1108 
1109  TVector vpart(npart), vpdg(npart), vmoth(npart),
1110  vp(npart), vmass(npart), vndau(npart),
1111  vpx(npart), vpy(npart), vpz(npart), ve(npart),
1112  vtht(npart), vphi(npart),
1113  vx(npart), vy(npart), vz(npart);
1114 
1115  for (int j=0;j<npart;++j)
1116  {
1117  RhoCandidate *moth = l[j]->TheMother();
1118 
1119  vpart(j) = j;
1120  vpdg(j) = l[j]->PdgCode();
1121  vmoth(j) = (moth!=0x0) ? moth->GetTrackNumber() : -1;
1122  vndau(j) = l[j]->NDaughters();
1123 
1124  vmass(j) = l[j]->Mass();
1125  vp(j) = l[j]->P();
1126 
1127  vpx(j) = l[j]->Px();
1128  vpy(j) = l[j]->Py();
1129  vpz(j) = l[j]->Pz();
1130  ve(j) = l[j]->E();
1131 
1132  vtht(j) = l[j]->P3().Theta();
1133  vphi(j) = l[j]->P3().Phi();
1134 
1135  vx(j) = l[j]->Pos().X();
1136  vy(j) = l[j]->Pos().Y();
1137  vz(j) = l[j]->Pos().Z();
1138  }
1139 
1140  n->Column(pre+"npart", (Int_t) npart);
1141 
1142  n->Column(pre+"part", vpart, pre+"npart");
1143  n->Column(pre+"pdg", vpdg, pre+"npart");
1144  n->Column(pre+"moth", vmoth, pre+"npart");
1145  n->Column(pre+"ndau", vndau, pre+"npart");
1146 
1147  n->Column(pre+"m", vmass, pre+"npart");
1148  n->Column(pre+"p", vp, pre+"npart");
1149 
1150  n->Column(pre+"px", vpx, pre+"npart");
1151  n->Column(pre+"py", vpy, pre+"npart");
1152  n->Column(pre+"pz", vpz, pre+"npart");
1153  n->Column(pre+"e", ve, pre+"npart");
1154 
1155  n->Column(pre+"tht", vtht, pre+"npart");
1156  n->Column(pre+"phi", vphi, pre+"npart");
1157 
1158  n->Column(pre+"x", vx, pre+"npart");
1159  n->Column(pre+"y", vy, pre+"npart");
1160  n->Column(pre+"z", vz, pre+"npart");
1161 }
1162 
1163 void PndRhoTupleQA::qaMcDiff(TString pre, RhoCandidate *c, RhoTuple *n, bool skip)
1164 {
1165  if (n==0) return;
1166  if (c==0) return;
1167 
1168  RhoCandidate *mct=c->GetMcTruth();
1169  if (!skip && mct)
1170  {
1171  TLorentzVector p4=c->P4();
1172  TLorentzVector mcp4=mct->P4();
1173  TLorentzVector diff = p4 - mcp4;
1174  TVector3 v=c->GetPosition();
1175  TVector3 mcv=mct->GetPosition();
1176  TVector3 vdiff= v - mcv;
1177  TMatrixD cov7 = c->Cov7();
1178 
1179  n->Column(pre+"mcdiffvx", (Float_t) vdiff.x() , 0.0f );
1180  n->Column(pre+"mcdiffvy", (Float_t) vdiff.y() , 0.0f );
1181  n->Column(pre+"mcdiffvz", (Float_t) vdiff.z() , 0.0f );
1182  n->Column(pre+"mcdiffpx", (Float_t) diff.Px(), 0.0f );
1183  n->Column(pre+"mcdiffpy", (Float_t) diff.Py(), 0.0f );
1184  n->Column(pre+"mcdiffpz", (Float_t) diff.Pz(), 0.0f );
1185  n->Column(pre+"mcdiffe", (Float_t) diff.E(), 0.0f );
1186 
1187  n->Column(pre+"mcdiffp", (Float_t) (p4.P()-mcp4.P()), 0.0f );
1188  n->Column(pre+"mcdifftht", (Float_t) (p4.Theta()-mcp4.Theta()), 0.0f );
1189  n->Column(pre+"mcdiffphi", (Float_t) (p4.Phi()-mcp4.Phi()), 0.0f );
1190 
1191  n->Column(pre+"mcpullvx", (Float_t) ( vdiff.x()/sqrt(cov7(0,0)) ), 0.0f );
1192  n->Column(pre+"mcpullvy", (Float_t) ( vdiff.y()/sqrt(cov7(1,1)) ), 0.0f );
1193  n->Column(pre+"mcpullvz", (Float_t) ( vdiff.z()/sqrt(cov7(2,2)) ), 0.0f );
1194  n->Column(pre+"mcpullpx", (Float_t) ( diff.Px()/sqrt(cov7(3,3)) ), 0.0f );
1195  n->Column(pre+"mcpullpy", (Float_t) ( diff.Py()/sqrt(cov7(4,4)) ), 0.0f );
1196  n->Column(pre+"mcpullpz", (Float_t) ( diff.Pz()/sqrt(cov7(5,5)) ), 0.0f );
1197  n->Column(pre+"mcpulle", (Float_t) ( diff.E() /sqrt(cov7(6,6)) ), 0.0f );
1198 
1199  n->Column(pre+"mcerrvx", (Float_t) sqrt(cov7(0,0)), 0.0f );
1200  n->Column(pre+"mcerrvy", (Float_t) sqrt(cov7(1,1)), 0.0f );
1201  n->Column(pre+"mcerrvz", (Float_t) sqrt(cov7(2,2)), 0.0f );
1202  n->Column(pre+"mcerrpx", (Float_t) sqrt(cov7(3,3)), 0.0f );
1203  n->Column(pre+"mcerrpy", (Float_t) sqrt(cov7(4,4)), 0.0f );
1204  n->Column(pre+"mcerrpz", (Float_t) sqrt(cov7(5,5)), 0.0f );
1205  n->Column(pre+"mcerre", (Float_t) sqrt(cov7(6,6)), 0.0f );
1206  }
1207  else
1208  {
1209  TLorentzVector dummy;
1210  n->Column(pre+"mcdiffvx", (Float_t) -999.0, 0.0f );
1211  n->Column(pre+"mcdiffvy", (Float_t) -999.0, 0.0f );
1212  n->Column(pre+"mcdiffvz", (Float_t) -999.0, 0.0f );
1213  n->Column(pre+"mcdiffpx", (Float_t) -999.0, 0.0f );
1214  n->Column(pre+"mcdiffpy", (Float_t) -999.0, 0.0f );
1215  n->Column(pre+"mcdiffpz", (Float_t) -999.0, 0.0f );
1216  n->Column(pre+"mcdiffe", (Float_t) -999.0, 0.0f );
1217  n->Column(pre+"mcdiffp", (Float_t) -999.0, 0.0f );
1218  n->Column(pre+"mcdifftht", (Float_t) -999.0, 0.0f );
1219  n->Column(pre+"mcdiffphi", (Float_t) -999.0, 0.0f );
1220 
1221  n->Column(pre+"mcpullvx", (Float_t) -999.0, 0.0f );
1222  n->Column(pre+"mcpullvy", (Float_t) -999.0, 0.0f );
1223  n->Column(pre+"mcpullvz", (Float_t) -999.0, 0.0f );
1224  n->Column(pre+"mcpullpx", (Float_t) -999.0, 0.0f );
1225  n->Column(pre+"mcpullpy", (Float_t) -999.0, 0.0f );
1226  n->Column(pre+"mcpullpz", (Float_t) -999.0, 0.0f );
1227  n->Column(pre+"mcpulle", (Float_t) -999.0, 0.0f );
1228 
1229  n->Column(pre+"mcerrvx", (Float_t) -999.0, 0.0f );
1230  n->Column(pre+"mcerrvy", (Float_t) -999.0, 0.0f );
1231  n->Column(pre+"mcerrvz", (Float_t) -999.0, 0.0f );
1232  n->Column(pre+"mcerrpx", (Float_t) -999.0, 0.0f );
1233  n->Column(pre+"mcerrpy", (Float_t) -999.0, 0.0f );
1234  n->Column(pre+"mcerrpz", (Float_t) -999.0, 0.0f );
1235  n->Column(pre+"mcerre", (Float_t) -999.0, 0.0f );
1236  }
1237 }
1238 
1239 void PndRhoTupleQA::qaFitter(TString pre, RhoFitterBase* fitter, RhoTuple* n, bool skip)
1240 {
1241  if(!skip){
1242  n->Column(pre+"chisq" , (Float_t) fitter->GetChi2(), 0.0f);
1243  n->Column(pre+"ndf" , (Float_t) fitter->GetNdf(), 0.0f);
1244  n->Column(pre+"prob" , (Float_t) fitter->GetProb(), 0.0f);
1245  } else {
1246  n->Column(pre+"chisq" , (Float_t) -999.0, 0.0f);
1247  n->Column(pre+"ndf" , (Float_t) -999.0, 0.0f);
1248  n->Column(pre+"prob" , (Float_t) -999.0, 0.0f);
1249  }
1250 }
1251 
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Definition: PndPidCandidate.h:229
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Definition: PndEventShape.cxx:722
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Definition: PndRhoTupleQA.cxx:377
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Definition: PndPidCandidate.h:86
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Definition: PndPidCandidate.h:130
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Definition: PndEventShape.cxx:838
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Definition: PndEventShape.h:45
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Definition: PndEventShape.h:46
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Definition: PndPidCandidate.h:237
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Definition: PndPidCandidate.h:198
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Definition: PndPidCandidate.h:144
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Definition: PndPidCandidate.h:89
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Definition: PndEventShape.h:39
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Definition: PndEventShape.h:43
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Definition: RhoCandidate.h:186
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Definition: PndEventShape.h:49
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Definition: RhoCandList.h:46
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Definition: PndPidCandidate.h:195
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Definition: PndRhoTupleQA.cxx:689
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Definition: PndPidCandidate.h:201
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Definition: RhoCandidate.cxx:1559
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Definition: RhoCandidate.h:376
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Definition: PndPidCandidate.h:243
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Definition: PndEventShape.cxx:906
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Definition: PndPidCandidate.h:167
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Definition: PndRhoTupleQA.cxx:1060
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Definition: PndPidCandidate.h:226
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Definition: PndEventShape.cxx:207
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Definition: PndPidCandidate.h:246
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Definition: PndRhoTupleQA.cxx:652
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Definition: PndRhoTupleQA.cxx:878
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Definition: PndEventShape.h:35
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Definition: PndEventShape.cxx:518
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Definition: PndPidCandidate.h:175
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Definition: PndRhoTupleQA.cxx:771
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Definition: PndRhoTupleQA.cxx:457
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Definition: PndRhoTupleQA.cxx:412
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Definition: PndEventShape.h:17
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Definition: PndRhoTupleQA.cxx:848
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Definition: PndPidCandidate.h:184
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Definition: PndEventShape.cxx:860
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Definition: PndRhoTupleQA.cxx:70
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Definition: P4_F32vec4.h:4
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Int_t GetMuoIndex() const
Definition: PndPidCandidate.h:255
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Definition: PndRhoTupleQA.cxx:16
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int MultKaonPminLab(double prob, double pmin=0)
Definition: PndEventShape.cxx:574
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Definition: mzparameters.h:11
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Definition: anasim.C:58
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Definition: PndPidCandidate.h:141
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Definition: PndEventShape.h:27
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Definition: RhoCandidate.cxx:888
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Definition: PndEventShape.cxx:654
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Definition: RhoCandidate.h:184
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Definition: PndRhoTupleQA.cxx:53
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Definition: PndRhoTupleQA.cxx:1078
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Definition: RhoFitterBase.h:48
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Definition: PndPidCandidate.h:153
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Definition: PndAnalysis.cxx:932
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Definition: PndEventShape.h:44
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Definition: PndRhoTupleQA.cxx:1239
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Definition: PndRhoTupleQA.cxx:893
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Definition: PndRhoTupleQA.cxx:601
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Definition: PndEventShape.cxx:541
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Definition: PndPidCandidate.h:55
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Definition: PndEventShape.h:19
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Definition: PndEventShape.h:18
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Definition: PndPidCandidate.h:147
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Definition: PndRhoTupleQA.h:87
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Definition: PndEventShape.h:24
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Definition: PndRhoTupleQA.cxx:488
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Definition: PndRhoTupleQA.h:86
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Definition: PndPidCandidate.h:207
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Definition: RhoCandidate.h:288
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Definition: PndRhoTupleQA.cxx:947
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Definition: PndRhoTupleQA.cxx:580
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Definition: PndRhoTupleQA.cxx:1163
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Definition: PndPidCandidate.h:124
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Definition: RhoCandidate.cxx:1752
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Definition: PndEventShape.cxx:585
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Definition: PndLmdDim.h:52
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Definition: RhoCandidate.h:199
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Definition: RhoFitterBase.h:49
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Definition: PndEventShape.h:23
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Definition: PndEventShape.h:26
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Definition: PndPidCandidate.h:264
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Definition: PndRhoTupleQA.cxx:82
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Definition: PndRhoTupleQA.cxx:44
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Definition: PndEventShape.h:36
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Definition: PndEventShape.cxx:198
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