HighLAND
RedoTreeConverter.hxx
1 /*
2  converter for new RedoTree input format (direct dump of analysis data classes)
3 
4  A. Cervera September 2012
5 */
6 
7 
8 #ifndef RedoTreeConverter_h
9 #define RedoTreeConverter_h
10 
11 #include "InputConverter.hxx"
12 #include "BaseDataClasses.hxx"
13 #include <TClonesArray.h>
14 
15 class RedoTreeConverter: public InputConverter{
16 
17  public:
18 
19  RedoTreeConverter();
20  virtual ~RedoTreeConverter();
21 
22  virtual bool Initialize();
23 
24  virtual void Reset() {
25  InputConverter::Reset();
26  _firstFile = true;
27  }
28 
29  /// Define the branches to be read from the input tree
30  virtual void DefineBranches();
31 
32 
33  Int_t GetSpill(Long64_t& entry, AnaSpillC*& spill);
34  Int_t GetEvent(Long64_t& entry, AnaEventC*& event);
35 
36  /// Record the POT for the current spill, based on information in the AnaBeam
37  /// member of the current AnaSpillB.
38  void IncrementPOTBySpill();
39 
40  virtual bool AddFileToTChain(const std::string& inputString);
41  Long64_t GetEntries();
42 
43  virtual AnaSpillB* MakeSpill() { return new AnaSpillB(); }
44  virtual AnaBunchB* MakeBunch() { return new AnaBunchB(); }
45  virtual AnaBeamB* MakeBeam() { return new AnaBeamB(); }
46  virtual AnaDataQualityB* MakeDataQuality() { return new AnaDataQualityB(); }
47  virtual AnaEventInfoB* MakeEventInfo() { return new AnaEventInfoB(); }
48  //virtual AnaTrigger* MakeTrigger() { return new AnaTrigger(); }
49  virtual AnaVertexB* MakeVertex() { return new AnaVertexB(); }
50  virtual AnaTrueParticleB* MakeTrueParticle() { return new AnaTrueParticleB(); }
51  virtual AnaTrueVertexB* MakeTrueVertex() { return new AnaTrueVertexB(); }
52  virtual AnaTrackB* MakeTrack() { return new AnaTrackB(); }
53  virtual AnaTPCParticleB* MakeTpcTrack() { return new AnaTPCParticleB(); }
54  virtual AnaTrackerTrackB* MakeTrackerTrack() { return new AnaTrackerTrackB(); }
55  virtual AnaFGDParticleB* MakeFgdTrack() { return new AnaFGDParticleB(); }
56  virtual AnaP0DParticleB* MakeP0dTrack() { return new AnaP0DParticleB(); }
57  virtual AnaECALParticleB* MakeEcalTrack() { return new AnaECALParticleB(); }
58  virtual AnaSMRDParticleB* MakeSmrdTrack() { return new AnaSMRDParticleB(); }
59  virtual AnaFgdTimeBinB* MakeFgdTimeBin() { return new AnaFgdTimeBinB(); }
60 
61 
62  void FillEventInfo(AnaEventB* event);
63  void FillEventSpillInfo(AnaEventB* event);
64 
65  virtual void FillInfo(AnaSpillB* spill);
66  virtual void FillBunchInfo(std::vector<AnaTrueParticleB*>& trueParticles, AnaBunchB* bunch);
67  virtual void FillFgdTimeBinInfo(AnaEventB* event);
68  virtual void FillTrackInfo(AnaEventB* event, int itrk, AnaTrackB* track);
69  virtual void FillTrueParticleInfo(AnaEventB* event, int itrk, AnaTrueParticleB* track);
70  virtual void FillTpcInfo(AnaEventB* event, int itrk, int tpc, AnaTPCParticleB* track);
71  virtual void FillFgdTimeBinInfo(std::vector<AnaFgdTimeBinB*>& AnaFgdTimeBins);
72  virtual void FillTrackInfo(std::vector<AnaTrueParticleB*>& trueParticles, int itrk, AnaTrackB* track);
73  virtual void FillTrueParticleInfo(std::vector<AnaTrueVertexB*>& trueVertices, int itrk, AnaTrueParticleB* track);
74  virtual void FillTpcInfo(std::vector<AnaTrueParticleB*>& trueParticles, int itrk, int tpc, AnaTPCParticleB* track);
75  virtual void FillFgdInfo(int itrk, int fgd, AnaFGDParticleB* track);
76  virtual void FillEcalInfo(int itrk, int ecal, AnaECALParticleB* track);
77  virtual void FillSmrdInfo(int itrk, int smrd, AnaSMRDParticleB* track);
78  virtual void FillP0dInfo(int itrk, int p0d, AnaP0DParticleB* track);
79 
80  void FillSubdetectorInfo(AnaEventB* event, int itrk, AnaTrackB* track);
81  virtual void FillSubdetectorInfo(std::vector<AnaTrueParticleB*>& trueParticles, int itrk, AnaTrackB* track);
82 
83  virtual void FillTrueVertexInfo(int ivtx, AnaTrueVertexB* vertex);
84  virtual bool FillTrueVertexRooInfo(AnaTrueVertexB*){return true;}
85 
86  virtual void FillDQInfo(AnaDataQualityB* dq);
87  virtual void FillBeamInfo(AnaBeamB* beam);
88  // void FillTriggerInfo(AnaTrigger* trigger);
89 
90  void FindTrueParticle(AnaEventB* event, int ID, AnaTrueObjectC*& trueParticle);
91  void FindTrueParticle(std::vector<AnaTrueParticleB*>& trueParticles, int ID, AnaTrueObjectC*& trueParticle);
92 // int FindTrueVertex(int ID, AnaTrueVertexB*& trueVertex); // not used anymore
93  virtual void FillVertexInfo(int ivtx, AnaVertexB* vertex, AnaBunchB* bunch);
94  void FillVertexInfo(int ivtx, AnaVertexB* vertex, AnaEventB* event);
95  virtual AnaParticleB* FindParticle(int ID, AnaBunchB* bunch);
96  AnaParticleB* FindParticle(int ID, AnaEventB* event);
97 
98 protected:
99 
100  bool _firstFile;
101  Int_t _entry_roo;
102  TString _currentfilename;
103 
104  AnaSpillB* _spill;
105 
106  AnaEventB* _prevEvent;
107 
108  TChain *flattree;
109  TChain *GRooTrackerVTX;
110  TChain *NRooTrackerVTX;
111 
112  bool fGenie;
113  bool fNeut;
114 
115  protected:
116 
117  // Declaration of leaf types
118  Int_t sRun;
119  Int_t sSubrun;
120  Int_t sEvt;
121  Int_t sEventTime;
122  Int_t sNTotalTrueParticles;
123  Int_t sNTotalTrueVertices;
124  Int_t sBeamSpill;
125  Int_t sBeamSpillNumber;
126  Int_t sBeamGoodSpill;
127  Int_t sBeamBeamRunNumber;
128  Int_t sDQGoodDaq;
129  Int_t sDQND280Flag;
130  Int_t sDQDetFlag[7];
131  Int_t sTriggerFGDCosmic;
132  Int_t sTriggerTripTCosmic;
133  Int_t sNTrueVertices;
134  Int_t sTrueVertexID[NMAXTRUEVERTICES]; //[sNTrueVertices]
135  Int_t sTrueVertexRooVtxIndex[NMAXTRUEVERTICES]; //[sNTrueVertices]
136  Int_t sTrueVertexRooVtxEntry[NMAXTRUEVERTICES]; //[sNTrueVertices]
137  Int_t sTrueVertexReacCode[NMAXTRUEVERTICES]; //[sNTrueVertices]
138  Int_t sTrueVertexNTrueParticles[NMAXTRUEVERTICES]; //[sNTrueVertices]
139  Int_t sTrueVertexNReconTracks[NMAXTRUEVERTICES]; //[sNTrueVertices]
140  Int_t sTrueVertexNReconVertices[NMAXTRUEVERTICES]; //[sNTrueVertices]
141  Int_t sTrueVertexNBaryons[NMAXTRUEVERTICES]; //[sNTrueVertices]
142  Int_t sTrueVertexBunch[NMAXTRUEVERTICES]; //[sNTrueVertices]
143  Int_t sTrueVertexDetector[NMAXTRUEVERTICES]; //[sNTrueVertices]
144  Int_t sTrueVertexNuPDG[NMAXTRUEVERTICES]; //[sNTrueVertices]
145  Int_t sTrueVertexTargetPDG[NMAXTRUEVERTICES]; //[sNTrueVertices]
146  Int_t sNTrueParticles;
147  Int_t sTrueVertexNuParentPDG[NMAXTRUEVERTICES]; //[sNTrueVertices]
148  Int_t sTrueParticleID[NMAXTRUEPARTICLES]; //[sNTrueParticles]
149  Int_t sTrueParticleBunch[NMAXTRUEPARTICLES]; //[sNTrueParticles]
150  Int_t sTrueParticlePDG[NMAXTRUEPARTICLES]; //[sNTrueParticles]
151  Int_t sTrueParticleParentPDG[NMAXTRUEPARTICLES]; //[sNTrueParticles]
152  Int_t sTrueParticleGParentPDG[NMAXTRUEPARTICLES]; //[sNTrueParticles]
153  Int_t sTrueParticlePrimaryID[NMAXTRUEPARTICLES]; //[sNTrueParticles]
154  Int_t sTrueParticleParentID[NMAXTRUEPARTICLES]; //[sNTrueParticles]
155  Int_t sTrueParticleVertexIndex[NMAXTRUEPARTICLES]; //[sNTrueParticles]
156  Int_t sTrueParticleTruthVertexID[NMAXTRUEPARTICLES]; //[sNTrueParticles]
157  Int_t sTrueParticleNReconTracks[NMAXTRUEPARTICLES]; //[sNTrueParticles]
158  Int_t sTrueParticleNDetCrossings[NMAXTRUEPARTICLES]; //[NTrueParticles]
159  Int_t sTrueParticleDetector[NMAXTRUEPARTICLES][NMAXCROSSEDDET]; //[NTrueParticles]
160  Int_t sTrueParticleInActive[NMAXTRUEPARTICLES][NMAXCROSSEDDET]; //[NTrueParticles]
161  Int_t sTrueParticleIsTruePrimaryPi0DecayPhoton[NMAXTRUEPARTICLES]; //[sNTrueParticles]
162  Int_t sTrueParticleIsTruePrimaryPi0DecayPhotonChild[NMAXTRUEPARTICLES]; //[sNTrueParticles]
163  Int_t sNFgdTimeBins;
164  Int_t sFgdTimeBinNHits1[NMAXFGDTIMEBINS]; //[sNFgdTimeBins]
165  Int_t sFgdTimeBinNHits2[NMAXFGDTIMEBINS]; //[sNFgdTimeBins]
166  Int_t sFgdTimeBinG4ID[NMAXFGDTIMEBINS]; //[sNFgdTimeBins]
167  Int_t Bunch;
168  Int_t NVertices;
169  Int_t vPrimaryIndex[NMAXVERTICES]; //[NVertices]
170  Int_t vBunch[NMAXVERTICES]; //[NVertices]
171  Int_t vNDOF[NMAXVERTICES]; //[NVertices]
172  Int_t vNReconParticles[NMAXVERTICES]; //[NVertices]
173  Int_t vNTrueVerticesMatch[NMAXVERTICES]; //[NVertices]
174  Int_t vParticlesUniqueID[NMAXVERTICES][NMAXPARTICLESINVERTEX]; //[NVertices]
175  Int_t vTrueVertexIndex[NMAXVERTICES][NMAXTRUEVERTICESMATCH]; //[NVertices]
176  Int_t NParticles;
177  Int_t trUniqueID[NMAXPARTICLES]; //[NParticles]
178  Int_t trStatus[NMAXPARTICLES]; //[NParticles]
179  Int_t trBunch[NMAXPARTICLES]; //[NParticles]
180  Int_t trNReconVertices[NMAXPARTICLES]; //[NParticles]
181  Int_t trDetectors[NMAXPARTICLES]; //[NParticles]
182  Int_t trDetUsed[NMAXPARTICLES][NDETECTORS]; //[NParticles]
183  Int_t trNTPCs[NMAXPARTICLES]; //[NParticles]
184  Int_t trNFGDs[NMAXPARTICLES]; //[NParticles]
185  Int_t trNECALs[NMAXPARTICLES]; //[NParticles]
186  Int_t trNSMRDs[NMAXPARTICLES]; //[NParticles]
187  Int_t trNP0Ds[NMAXPARTICLES]; //[NParticles]
188  Int_t trNHits[NMAXPARTICLES]; //[NParticles]
189  Int_t trNNodes[NMAXPARTICLES]; //[NParticles]
190  Int_t trNDOF[NMAXPARTICLES]; //[NParticles]
191  Int_t trTpcDetector[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
192  Int_t trTpcNHits[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
193  Int_t trTpcNNodes[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
194 
195  Int_t trFgdDetector[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
196  Int_t trFgdNHits[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
197  Int_t trFgdNNodes[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
198  Int_t trFgdContainment[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
199 
200  Int_t trECALDetector[NMAXPARTICLES][NECALSUBDETS]; //[NParticles]
201  Int_t trECALNHits[NMAXPARTICLES][NECALSUBDETS]; //[NParticles]
202  Int_t trECALNNodes[NMAXPARTICLES][NECALSUBDETS]; //[NParticles]
203  Int_t trECALMostUpStreamLayerHit[NMAXPARTICLES][NECALSUBDETS]; //[NParticles]
204  Int_t trECALIsShowerLike[NMAXPARTICLES][NECALSUBDETS]; //[NParticles]
205 
206  Int_t trSMRDDetector[NMAXPARTICLES][NSMRDSUBDETS]; //[NParticles]
207  Int_t trSMRDNHits[NMAXPARTICLES][NSMRDSUBDETS]; //[NParticles]
208  Int_t trSMRDNNodes[NMAXPARTICLES][NSMRDSUBDETS]; //[NParticles]
209 
210  Int_t trP0DDetector[NMAXPARTICLES][1]; //[NParticles]
211  Int_t trP0DNHits[NMAXPARTICLES][1]; //[NParticles]
212  Int_t trP0DNNodes[NMAXPARTICLES][1]; //[NParticles]
213 
214  Int_t trTrueParticleID[NMAXPARTICLES]; //[NParticles]
215  Int_t trTpcTrueParticleID[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
216 
217  Float_t Weight;
218  Float_t sTrueVertexNuEnergy[NMAXTRUEVERTICES]; //[sNTrueVertices]
219  Float_t sTrueVertexQ2[NMAXTRUEVERTICES]; //[sNTrueVertices]
220  Float_t sTrueVertexPosition[NMAXTRUEVERTICES][4]; //[sNTrueVertices]
221  Float_t sBeamPOT;
222  Float_t sBeamPOTCT4;
223  Float_t sPOTSincePreviousSpill;
224  Float_t sTrueVertexNuParentDecPoint[NMAXTRUEVERTICES][4]; //[sNTrueVertices]
225  Float_t sTrueVertexNuDir[NMAXTRUEVERTICES][3]; //[sNTrueVertices]
226  Float_t sTrueParticlePurity[NMAXTRUEPARTICLES]; //[sNTrueParticles]
227  Float_t sTrueParticleMomentum[NMAXTRUEPARTICLES]; //[sNTrueParticles]
228  Float_t sTrueParticleCharge[NMAXTRUEPARTICLES]; //[sNTrueParticles]
229  Float_t sTrueParticlePosition[NMAXTRUEPARTICLES][4]; //[sNTrueParticles]
230  Float_t sTrueParticlePositionEnd[NMAXTRUEPARTICLES][4]; //[sNTrueParticles]
231  Float_t sTrueParticleDirection[NMAXTRUEPARTICLES][3]; //[sNTrueParticles]
232  Float_t sTrueParticleEntrancePosition[NMAXTRUEPARTICLES][NMAXCROSSEDDET][4]; //[NTrueParticles]
233  Float_t sTrueParticleExitPosition[NMAXTRUEPARTICLES][NMAXCROSSEDDET][4]; //[NTrueParticles]
234  Float_t sTrueParticleEntranceMomentum[NMAXTRUEPARTICLES][NMAXCROSSEDDET][3]; //[NTrueParticles]
235  Float_t sTrueParticleExitMomentum[NMAXTRUEPARTICLES][NMAXCROSSEDDET][3]; //[NTrueParticles]
236  Float_t sFgdTimeBinMinTime[NMAXFGDTIMEBINS]; //[sNFgdTimeBins]
237  Float_t sFgdTimeBinMaxTime[NMAXFGDTIMEBINS]; //[sNFgdTimeBins]
238  Float_t sFgdTimeBinRawChargeSum1[NMAXFGDTIMEBINS]; //[sNFgdTimeBins]
239  Float_t sFgdTimeBinRawChargeSum2[NMAXFGDTIMEBINS]; //[sNFgdTimeBins]
240  Float_t vPosition[NMAXVERTICES][4]; //[NVertices]
241  Float_t vVariance[NMAXVERTICES][4]; //[NVertices]
242  Float_t vChi2[NMAXVERTICES]; //[NVertices]
243  Float_t vTrueVerticesClean[NMAXVERTICES][NMAXTRUEVERTICESMATCH]; //[NVertices]
244  Float_t vTrueVerticesCompl[NMAXVERTICES][NMAXTRUEVERTICESMATCH]; //[NVertices]
245  Float_t trChi2[NMAXPARTICLES]; //[NParticles]
246  Float_t trCharge[NMAXPARTICLES]; //[NParticles]
247  Float_t trToFFGD1_FGD2[NMAXPARTICLES]; //!
248  Float_t trToFP0D_FGD1[NMAXPARTICLES]; //!
249  Float_t trToFECal_FGD1[NMAXPARTICLES]; //!
250  Float_t trToFECal_FGD2[NMAXPARTICLES]; //!
251  Float_t trToFFlag_FGD1_FGD2[NMAXPARTICLES]; //!
252  Float_t trToFFlag_P0D_FGD1[NMAXPARTICLES]; //!
253  Float_t trToFFlag_ECal_FGD1[NMAXPARTICLES]; //!
254  Float_t trToFFlag_ECal_FGD2[NMAXPARTICLES]; //!
255  Float_t trMomentum[NMAXPARTICLES]; //[NParticles]
256  Float_t trMomentumError[NMAXPARTICLES]; //[NParticles]
257  Float_t trMomentumMuon[NMAXPARTICLES]; //[NParticles]
258  Float_t trMomentumErrorMuon[NMAXPARTICLES]; //[NParticles]
259  Float_t trMomentumProton[NMAXPARTICLES]; //[NParticles]
260  Float_t trMomentumErrorProton[NMAXPARTICLES]; //[NParticles]
261  Float_t trMomentumEle[NMAXPARTICLES]; //[NParticles]
262  Float_t trMomentumErrorEle[NMAXPARTICLES]; //[NParticles]
263  Float_t trRangeMomentumEle[NMAXPARTICLES]; //[NParticles]
264  Float_t trRangeMomentumMuon[NMAXPARTICLES]; //[NParticles]
265  Float_t trRangeMomentumProton[NMAXPARTICLES]; //[NParticles]
266  Float_t trDirectionStart[NMAXPARTICLES][3]; //[NParticles]
267  Float_t trDirectionEnd[NMAXPARTICLES][3]; //[NParticles]
268  Float_t trPositionStart[NMAXPARTICLES][4]; //[NParticles]
269  Float_t trPositionEnd[NMAXPARTICLES][4]; //[NParticles]
270  Float_t trMomentumFlip[NMAXPARTICLES]; //[NParticles]
271 
272  Float_t trTpcLength[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
273  Float_t trTpcDirectionStart[NMAXPARTICLES][NMAXTPCS][3]; //[NParticles]
274  Float_t trTpcDirectionEnd[NMAXPARTICLES][NMAXTPCS][3]; //[NParticles]
275  Float_t trTpcPositionStart[NMAXPARTICLES][NMAXTPCS][4]; //[NParticles]
276  Float_t trTpcPositionEnd[NMAXPARTICLES][NMAXTPCS][4]; //[NParticles]
277  Float_t trTpcCharge[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
278  Float_t trTpcMomentum[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
279  Float_t trTpcMomentumError[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
280  Float_t trTpcBackMomentum[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
281  Float_t trTpcRefitCharge[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
282  Float_t trTpcRefitMomentum[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
283  Float_t trTpcRefitPosition[NMAXPARTICLES][NMAXTPCS][4]; //[NParticles]
284  Float_t trTpcRefitDirection[NMAXPARTICLES][NMAXTPCS][3]; //[NParticles]
285  Float_t trTpcEFieldRefitMomentum[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
286  Float_t trTpcdEdxMeas[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
287  Float_t trTpcdEdxExpMu[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
288  Float_t trTpcdEdxExpEle[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
289  Float_t trTpcdEdxExpP[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
290  Float_t trTpcdEdxExpPi[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
291  Float_t trTpcdEdxExpK[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
292  Float_t trTpcdEdxSigmaMu[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
293  Float_t trTpcdEdxSigmaEle[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
294  Float_t trTpcdEdxSigmaP[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
295  Float_t trTpcdEdxSigmaPi[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
296  Float_t trTpcdEdxSigmaK[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
297  Float_t trTpcPurity[NMAXPARTICLES][NMAXTPCS]; //[NParticles]
298 
299  Float_t trFgdLength[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
300  Float_t trFgdDirectionStart[NMAXPARTICLES][NMAXFGDS][3]; //[NParticles]
301  Float_t trFgdDirectionEnd[NMAXPARTICLES][NMAXFGDS][3]; //[NParticles]
302  Float_t trFgdPositionStart[NMAXPARTICLES][NMAXFGDS][4]; //[NParticles]
303  Float_t trFgdPositionEnd[NMAXPARTICLES][NMAXFGDS][4]; //[NParticles]
304  Float_t trFgdX[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
305  Float_t trFgdE[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
306  Float_t trFgdPullmu[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
307  Float_t trFgdPullp[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
308  Float_t trFgdPullpi[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
309  Float_t trFgdPullno[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
310  Float_t trFgdAvgTime[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
311  Float_t trFgdVertex1x1[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
312  Float_t trFgdVertex3x3[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
313  Float_t trFgdVertex5x5[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
314  Float_t trFgdVertex7x7[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
315  Float_t trFgdVertexLayer[NMAXPARTICLES][NMAXFGDS]; //[NParticles]
316 
317  Float_t trECALLength[NMAXPARTICLES][NECALSUBDETS]; //[NParticles]
318  Float_t trECALDirectionStart[NMAXPARTICLES][NECALSUBDETS][3]; //[NParticles]
319  Float_t trECALDirectionEnd[NMAXPARTICLES][NECALSUBDETS][3]; //[NParticles]
320  Float_t trECALPositionStart[NMAXPARTICLES][NECALSUBDETS][4]; //[NParticles]
321  Float_t trECALPositionEnd[NMAXPARTICLES][NECALSUBDETS][4]; //[NParticles]
322  Float_t trECALEMEnergy[NMAXPARTICLES][NECALSUBDETS]; //[NParticles]
323  Float_t trECALEDeposit[NMAXPARTICLES][NECALSUBDETS]; //[NParticles]
324  Float_t trECALAvgTime[NMAXPARTICLES][NECALSUBDETS]; //[NParticles]
325  Float_t trECALPIDMipEm[NMAXPARTICLES][NECALSUBDETS]; //[NParticles]
326  Float_t trECALPIDEmHip[NMAXPARTICLES][NECALSUBDETS]; //[NParticles]
327  Float_t trECALShowerPosition[NMAXPARTICLES][NECALSUBDETS][3]; //[NParticles]
328 
329 
330  Float_t trSMRDLength[NMAXPARTICLES][NSMRDSUBDETS]; //[NParticles]
331  Float_t trSMRDDirectionStart[NMAXPARTICLES][NSMRDSUBDETS][3]; //[NParticles]
332  Float_t trSMRDDirectionEnd[NMAXPARTICLES][NSMRDSUBDETS][3]; //[NParticles]
333  Float_t trSMRDPositionStart[NMAXPARTICLES][NSMRDSUBDETS][4]; //[NParticles]
334  Float_t trSMRDPositionEnd[NMAXPARTICLES][NSMRDSUBDETS][4]; //[NParticles]
335  Float_t trSMRDAvgTime[NMAXPARTICLES][NSMRDSUBDETS]; //[NParticles]
336 
337  Float_t trP0DLength[NMAXPARTICLES][1]; //[NParticles]
338  Float_t trP0DELoss[NMAXPARTICLES][1]; //[NParticles]
339  Float_t trP0DDirectionStart[NMAXPARTICLES][1][3]; //[NParticles]
340  Float_t trP0DDirectionEnd[NMAXPARTICLES][1][3]; //[NParticles]
341  Float_t trP0DPositionStart[NMAXPARTICLES][1][4]; //[NParticles]
342  Float_t trP0DPositionEnd[NMAXPARTICLES][1][4]; //[NParticles]
343 
344  // List of branches
345  TBranch *b_sPOTSincePreviousSpill; //!
346  TBranch *b_sRun; //!
347  TBranch *b_sSubrun; //!
348  TBranch *b_sEvt; //!
349  TBranch *b_sEventTime; //!
350  TBranch *b_sNTotalTrueParticles; //!
351  TBranch *b_sNTotalTrueVertices; //!
352  TBranch *b_sBeamGoodSpill; //!
353  TBranch *b_sDQGoodDaq; //!
354  TBranch *b_sTriggerFGDCosmic;//!
355  TBranch *b_sTriggerTripTCosmic;//!
356  TBranch *b_sNTrueVertices; //!
357  TBranch *b_sTrueVertexID; //!
358  TBranch *b_sTrueVertexRooVtxIndex; //!
359  TBranch *b_sTrueVertexRooVtxEntry; //!
360  TBranch *b_sTrueVertexReacCode; //!
361  TBranch *b_sTrueVertexNTrueParticles; //!
362  TBranch *b_sTrueVertexNReconTracks; //!
363  TBranch *b_sTrueVertexNReconVertices; //!
364  TBranch *b_sTrueVertexNBaryons; //!
365  TBranch *b_sTrueVertexBunch; //!
366  TBranch *b_sTrueVertexDetector; //!
367  TBranch *b_sTrueVertexNuPDG; //!
368  TBranch *b_sTrueVertexTargetPDG; //!
369  TBranch *b_sTrueVertexNuEnergy; //!
370  TBranch *b_sTrueVertexQ2; //!
371  TBranch *b_sTrueVertexPosition; //!
372  TBranch *b_sTrueVertexNuParentPDG; //!
373  TBranch *b_sTrueVertexNuParentDecPoint; //!
374  TBranch *b_sTrueVertexNuDir; //!
375  TBranch *b_sNTrueParticles; //!
376  TBranch *b_sTrueParticleID; //!
377  TBranch *b_sTrueParticleBunch; //!
378  TBranch *b_sTrueParticlePDG; //!
379  TBranch *b_sTrueParticleParentPDG; //!
380  TBranch *b_sTrueParticleGParentPDG; //!
381  TBranch *b_sTrueParticlePrimaryID; //!
382  TBranch *b_sTrueParticleParentID; //!
383  TBranch *b_sTrueParticlePurity; //!
384  TBranch *b_sTrueParticleMomentum; //!
385  TBranch *b_sTrueParticleCharge; //!
386  TBranch *b_sTrueParticleVertexIndex; //!
387  TBranch *b_sTrueParticleTruthVertexID; //!
388  TBranch *b_sTrueParticleNReconTracks; //!
389  TBranch *b_sTrueParticlePosition; //!
390  TBranch *b_sTrueParticlePositionEnd; //!
391  TBranch *b_sTrueParticleDirection; //!
392  TBranch *b_sTrueParticleNDetCrossings;
393  TBranch *b_sTrueParticleEntrancePosition;
394  TBranch *b_sTrueParticleExitPosition;
395  TBranch *b_sTrueParticleEntranceMomentum;
396  TBranch *b_sTrueParticleExitMomentum;
397  TBranch *b_sTrueParticleDetector;
398  TBranch *b_sTrueParticleInActive;
399  TBranch *b_sTrueParticleIsTruePrimaryPi0DecayPhoton; //!
400  TBranch *b_sTrueParticleIsTruePrimaryPi0DecayPhotonChild; //!
401  TBranch *b_sNFgdTimeBins; //!
402  TBranch *b_sFgdTimeBinMinTime; //!
403  TBranch *b_sFgdTimeBinMaxTime; //!
404  TBranch *b_sFgdTimeBinNHits1; //!
405  TBranch *b_sFgdTimeBinNHits2; //!
406  TBranch *b_sFgdTimeBinRawChargeSum1; //!
407  TBranch *b_sFgdTimeBinRawChargeSum2; //!
408  TBranch *b_sFgdTimeBinG4ID; //!
409  TBranch *b_Bunch; //!
410  TBranch *b_Weight; //!
411  TBranch *b_NVertices; //!
412  TBranch *b_vPrimaryIndex; //!
413  TBranch *b_vBunch; //!
414  TBranch *b_vPosition; //!
415  TBranch *b_vVariance; //!
416  TBranch *b_vChi2; //!
417  TBranch *b_vNDOF; //!
418  TBranch *b_vNReconParticles; //!
419  TBranch *b_vNTrueVerticesMatch; //!
420  TBranch *b_vParticlesUniqueID; //!
421  TBranch *b_vTrueVertexIndex; //!
422  TBranch *b_vTrueVerticesClean; //!
423  TBranch *b_vTrueVerticesCompl; //!
424  TBranch *b_NParticles; //!
425  TBranch *b_trUniqueID; //!
426  TBranch *b_trStatus; //!
427  TBranch *b_trBunch; //!
428  TBranch *b_trNReconVertices; //!
429  TBranch *b_trDetectors; //!
430  TBranch *b_trDetUsed; //!
431  TBranch *b_trNTPCs; //!
432  TBranch *b_trNFGDs; //!
433  TBranch *b_trNECALs; //!
434  TBranch *b_trNSMRDs; //!
435  TBranch *b_trNP0Ds; //!
436  TBranch *b_trNHits; //!
437  TBranch *b_trNNodes; //!
438  TBranch *b_trNDOF; //!
439  TBranch *b_trChi2; //!
440  TBranch *b_trCharge; //!
441  TBranch *b_trMomentum; //!
442  TBranch *b_trToFFGD1_FGD2; //!
443  TBranch *b_trToFP0D_FGD1; //!
444  TBranch *b_trToFECal_FGD1; //!
445  TBranch *b_trToFECal_FGD2; //!
446  TBranch *b_trToFFlag_FGD1_FGD2; //!
447  TBranch *b_trToFFlag_P0D_FGD1; //!
448  TBranch *b_trToFFlag_ECal_FGD1; //!
449  TBranch *b_trToFFlag_ECal_FGD2; //!
450  TBranch *b_trMomentumError; //!
451  TBranch *b_trMomentumMuon; //!
452  TBranch *b_trMomentumErrorMuon; //!
453  TBranch *b_trMomentumProton; //!
454  TBranch *b_trMomentumErrorProton; //!
455  TBranch *b_trMomentumEle; //!
456  TBranch *b_trMomentumErrorEle; //!
457  TBranch *b_trRangeMomentumEle; //!
458  TBranch *b_trRangeMomentumMuon; //!
459  TBranch *b_trRangeMomentumProton; //!
460  TBranch *b_trDirectionStart; //!
461  TBranch *b_trDirectionEnd; //!
462  TBranch *b_trPositionStart; //!
463  TBranch *b_trPositionEnd; //!
464  TBranch *b_trMomentumFlip; //!
465 
466  TBranch *b_trTpcDetector; //!
467  TBranch *b_trTpcNHits; //!
468  TBranch *b_trTpcNNodes; //!
469  TBranch *b_trTpcLength; //!
470  TBranch *b_trTpcDirectionStart; //!
471  TBranch *b_trTpcDirectionEnd; //!
472  TBranch *b_trTpcPositionStart; //!
473  TBranch *b_trTpcPositionEnd; //!
474  TBranch *b_trTpcCharge; //!
475  TBranch *b_trTpcMomentum; //!
476  TBranch *b_trTpcMomentumError; //!
477  TBranch *b_trTpcBackMomentum; //!
478  TBranch *b_trTpcRefitCharge;
479  TBranch *b_trTpcRefitMomentum;
480  TBranch *b_trTpcRefitPosition;
481  TBranch *b_trTpcRefitDirection;
482  TBranch *b_trTpcEFieldRefitMomentum;
483  TBranch *b_trTpcdEdxMeas; //!
484  TBranch *b_trTpcdEdxExpMu; //!
485  TBranch *b_trTpcdEdxExpEle; //!
486  TBranch *b_trTpcdEdxExpP; //!
487  TBranch *b_trTpcdEdxExpPi; //!
488  TBranch *b_trTpcdEdxExpK; //!
489  TBranch *b_trTpcdEdxSigmaMu; //!
490  TBranch *b_trTpcdEdxSigmaEle; //!
491  TBranch *b_trTpcdEdxSigmaP; //!
492  TBranch *b_trTpcdEdxSigmaPi; //!
493  TBranch *b_trTpcdEdxSigmaK; //!
494  TBranch *b_trTpcPurity; //!
495  TBranch *b_trFgdDetector; //!
496  TBranch *b_trFgdNHits; //!
497  TBranch *b_trFgdNNodes; //!
498  TBranch *b_trFgdLength; //!
499  TBranch *b_trFgdDirectionStart; //!
500  TBranch *b_trFgdDirectionEnd; //!
501  TBranch *b_trFgdPositionStart; //!
502  TBranch *b_trFgdPositionEnd; //!
503  TBranch *b_trFgdX; //!
504  TBranch *b_trFgdE; //!
505  TBranch *b_trFgdPullmu; //!
506  TBranch *b_trFgdPullp; //!
507  TBranch *b_trFgdPullpi; //!
508  TBranch *b_trFgdPullno; //!
509  TBranch *b_trFgdContainment; //!
510  TBranch *b_trFgdAvgTime; //!
511  TBranch *b_trFgdVertex1x1; //!
512  TBranch *b_trFgdVertex3x3; //!
513  TBranch *b_trFgdVertex5x5; //!
514  TBranch *b_trFgdVertex7x7; //!
515  TBranch *b_trFgdVertexLayer; //!
516 
517  TBranch *b_trECALDetector; //!
518  TBranch *b_trECALNHits; //!
519  TBranch *b_trECALNNodes; //!
520  TBranch *b_trECALLength; //!
521  TBranch *b_trECALDirectionStart; //!
522  TBranch *b_trECALDirectionEnd; //!
523  TBranch *b_trECALPositionStart; //!
524  TBranch *b_trECALPositionEnd; //!
525  TBranch *b_trECALEMEnergy; //!
526  TBranch *b_trECALEDeposit; //!
527  TBranch *b_trECALIsShowerLike; //!
528  TBranch *b_trECALAvgTime; //!
529  TBranch *b_trECALPIDMipEm; //!
530  TBranch *b_trECALPIDEmHip; //!
531  TBranch *b_trECALMostUpStreamLayerHit; //!
532  TBranch *b_trECALShowerPosition; //!
533 
534  TBranch *b_trSMRDDetector; //!
535  TBranch *b_trSMRDNHits; //!
536  TBranch *b_trSMRDNNodes; //!
537  TBranch *b_trSMRDLength; //!
538  TBranch *b_trSMRDDirectionStart; //!
539  TBranch *b_trSMRDDirectionEnd; //!
540  TBranch *b_trSMRDPositionStart; //!
541  TBranch *b_trSMRDPositionEnd; //!
542  TBranch *b_trSMRDAvgTime; //!
543 
544  TBranch *b_trP0DDetector; //!
545  TBranch *b_trP0DNHits; //!
546  TBranch *b_trP0DNNodes; //!
547  TBranch *b_trP0DLength; //!
548  TBranch *b_trP0DELoss; //!
549  TBranch *b_trP0DDirectionStart; //!
550  TBranch *b_trP0DDirectionEnd; //!
551  TBranch *b_trP0DPositionStart; //!
552  TBranch *b_trP0DPositionEnd; //!
553  TBranch *b_trTrueParticleID; //!
554  TBranch *b_trTpcTrueParticleID; //!
555 };
556 
557 #endif
558 
559 
AnaBeamB
Representation of the beam quality and perhaps other beam information as needed.
Definition: BaseDataClasses.hxx:758
AnaDataQualityB
Representation of the ND280 data quality flags.
Definition: BaseDataClasses.hxx:789
RedoTreeConverter::GetEvent
Int_t GetEvent(Long64_t &entry, AnaEventC *&event)
Definition: RedoTreeConverter.cxx:1171
AnaTrueVertexB
Representation of a true Monte Carlo vertex.
Definition: BaseDataClasses.hxx:97
RedoTreeConverter::Reset
virtual void Reset()
Reset the trees in the TChain and the number of entries. Also the header (POT, etc) ...
Definition: RedoTreeConverter.hxx:24
AnaECALParticleB
Representation of an ECAL segment of a global track.
Definition: BaseDataClasses.hxx:459
RedoTreeConverter::Initialize
virtual bool Initialize()
Definition: RedoTreeConverter.cxx:571
RedoTreeConverter::GetEntries
Long64_t GetEntries()
Return the total number of entries in the chain.
Definition: RedoTreeConverter.cxx:1218
InputConverter::Reset
virtual void Reset()
Reset the trees in the TChain and the number of entries. Also the header (POT, etc) ...
Definition: InputConverter.hxx:44
AnaTrueParticleB
Representation of a true Monte Carlo trajectory/particle.
Definition: BaseDataClasses.hxx:147
AnaSMRDParticleB
Representation of an SMRD segment of a global track.
Definition: BaseDataClasses.hxx:514
AnaTrackerTrackB
Representation of a Tracker segment of a global track.
Definition: BaseDataClasses.hxx:562
AnaTrackB
Representation of a global track.
Definition: BaseDataClasses.hxx:603
AnaTPCParticleB
Representation of a TPC segment of a global track.
Definition: BaseDataClasses.hxx:360
AnaVertexB
Representation of a global vertex.
Definition: BaseDataClasses.hxx:680
RedoTreeConverter::DefineBranches
virtual void DefineBranches()
Define the branches to be read from the input tree.
Definition: RedoTreeConverter.cxx:587
AnaFGDParticleB
Representation of a FGD segment of a global track.
Definition: BaseDataClasses.hxx:419
AnaP0DParticleB
Representation of a P0D segment of a global track.
Definition: BaseDataClasses.hxx:538
RedoTreeConverter::GetSpill
Int_t GetSpill(Long64_t &entry, AnaSpillC *&spill)
Definition: RedoTreeConverter.cxx:1104
AnaParticleB
Representation of a reconstructed particle (track or shower).
Definition: BaseDataClasses.hxx:252
RedoTreeConverter::AddFileToTChain
virtual bool AddFileToTChain(const std::string &inputString)
Add the file specified to fChain, and any friend chains that were set up.
Definition: RedoTreeConverter.cxx:1005
Generated by   doxygen 1.8.13