ATLAS Offline Software
CaloD3PDClass.h
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1 /*
2  Copyright (C) 2002-2021 CERN for the benefit of the ATLAS collaboration
3 */
4 
6 // This class has been automatically generated on
7 // Wed Oct 24 14:42:24 2012 by ROOT version 5.32/02
8 // from TTree caloD3PD/caloD3PD
9 // found on file: caloD3PD_from_esd_timing_test.root
11 
12 #ifndef CaloD3PDClass_h
13 #define CaloD3PDClass_h
14 
15 #include <TROOT.h>
16 #include <TChain.h>
17 #include <TFile.h>
18 
19 // Header file for the classes stored in the TTree if any.
20 #include <vector>
21 
22 
23 // Fixed size dimensions of array or collections stored in the TTree if any.
24 
25 class CaloD3PDClass {
26 public :
27  template <class T>
28  using vector = std::vector<T>;
29 
30  TTree *fChain;
31  Int_t fCurrent;
32 
33  // Declaration of leaf types
34  UInt_t RunNumber;
35  UInt_t EventNumber;
36  UInt_t timestamp;
37  UInt_t timestamp_ns;
38  UInt_t lbn;
39  UInt_t bcid;
40  UInt_t detmask0;
41  UInt_t detmask1;
42  Float_t actualIntPerXing;
43  Float_t averageIntPerXing;
44  UInt_t pixelFlags;
45  UInt_t sctFlags;
46  UInt_t trtFlags;
47  UInt_t larFlags;
48  UInt_t tileFlags;
49  UInt_t muonFlags;
50  UInt_t fwdFlags;
51  UInt_t coreFlags;
52  UInt_t pixelError;
53  UInt_t sctError;
54  UInt_t trtError;
55  UInt_t larError;
56  UInt_t tileError;
57  UInt_t muonError;
58  UInt_t fwdError;
59  UInt_t coreError;
60  Bool_t streamDecision_Egamma;
61  Bool_t streamDecision_Muons;
62  Bool_t streamDecision_JetTauEtmiss;
63  Bool_t isSimulation;
64  Bool_t isCalibration;
65  Bool_t isTestBeam;
66  Int_t cc_sel_n;
67  vector<float> *cc_sel_E;
68  vector<float> *cc_sel_pt;
69  vector<float> *cc_sel_eta;
70  vector<float> *cc_sel_phi;
71  vector<int> *cc_sel_QCells;
72  vector<int> *cc_sel_GainCells;
73  vector<int> *cc_sel_DetCells;
74  vector<float> *cc_sel_TimeCells;
75  vector<float> *cc_sel_xCells;
76  vector<float> *cc_sel_yCells;
77  vector<float> *cc_sel_zCells;
78  vector<int> *cc_sel_BadCells;
79  vector<unsigned int> *cc_sel_IdCells;
80  vector<float> *cc_sel_Sigma;
81  Int_t ccc_Nh_Calo;
82  Float_t ccc_Eh_Calo;
83  Int_t ccc_Nh_EM;
84  Float_t ccc_Eh_EM;
85  Int_t ccc_Nh_HAD;
86  Float_t ccc_Eh_HAD;
87  Int_t ccc_Nh_PresB;
88  vector<float> *ccc_Eh_PresB;
89  Int_t ccc_Nh_EMB;
90  vector<float> *ccc_Eh_EMB;
91  Int_t ccc_Nh_EMEC;
92  vector<float> *ccc_Eh_EMEC;
93  Int_t ccc_Nh_Tile;
94  vector<float> *ccc_Eh_Tile;
95  Int_t ccc_Nh_TileGap;
96  vector<float> *ccc_Eh_TileGap;
97  Int_t ccc_Nh_HEC;
98  vector<float> *ccc_Eh_HEC;
99  Int_t ccc_Nh_FCal;
100  vector<float> *ccc_Eh_FCal;
101  Int_t ccc_Nh_PresE;
102  vector<float> *ccc_Eh_PresE;
103  Int_t ccc_Nh_Scint;
104  vector<float> *ccc_Eh_Scint;
105  Int_t cl_n;
106  vector<float> *cl_pt;
107  vector<float> *cl_eta;
108  vector<float> *cl_phi;
109  vector<float> *cl_E_em;
110  vector<float> *cl_E_had;
111  vector<float> *cl_firstEdens;
112  vector<float> *cl_cellmaxfrac;
113  vector<float> *cl_longitudinal;
114  vector<float> *cl_secondlambda;
115  vector<float> *cl_lateral;
116  vector<float> *cl_secondR;
117  vector<float> *cl_centerlambda;
118  vector<float> *cl_deltaTheta;
119  vector<float> *cl_deltaPhi;
120  vector<float> *cl_centermag;
121  vector<float> *cl_time;
122  vector<float> *cl_E_PreSamplerB;
123  vector<float> *cl_E_EMB1;
124  vector<float> *cl_E_EMB2;
125  vector<float> *cl_E_EMB3;
126  vector<float> *cl_E_PreSamplerE;
127  vector<float> *cl_E_EME1;
128  vector<float> *cl_E_EME2;
129  vector<float> *cl_E_EME3;
130  vector<float> *cl_E_HEC0;
131  vector<float> *cl_E_HEC1;
132  vector<float> *cl_E_HEC2;
133  vector<float> *cl_E_HEC3;
134  vector<float> *cl_E_TileBar0;
135  vector<float> *cl_E_TileBar1;
136  vector<float> *cl_E_TileBar2;
137  vector<float> *cl_E_TileGap1;
138  vector<float> *cl_E_TileGap2;
139  vector<float> *cl_E_TileGap3;
140  vector<float> *cl_E_TileExt0;
141  vector<float> *cl_E_TileExt1;
142  vector<float> *cl_E_TileExt2;
143  vector<float> *cl_E_FCAL0;
144  vector<float> *cl_E_FCAL1;
145  vector<float> *cl_E_FCAL2;
146  vector<float> *cl_eta_PreSamplerB;
147  vector<float> *cl_phi_PreSamplerB;
148  vector<float> *cl_eta_EMB1;
149  vector<float> *cl_phi_EMB1;
150  vector<float> *cl_eta_EMB2;
151  vector<float> *cl_phi_EMB2;
152  vector<float> *cl_eta_EMB3;
153  vector<float> *cl_phi_EMB3;
154  vector<float> *cl_eta_PreSamplerE;
155  vector<float> *cl_phi_PreSamplerE;
156  vector<float> *cl_eta_EME1;
157  vector<float> *cl_phi_EME1;
158  vector<float> *cl_eta_EME2;
159  vector<float> *cl_phi_EME2;
160  vector<float> *cl_eta_EME3;
161  vector<float> *cl_phi_EME3;
162  vector<float> *cl_eta_HEC0;
163  vector<float> *cl_phi_HEC0;
164  vector<float> *cl_eta_HEC1;
165  vector<float> *cl_phi_HEC1;
166  vector<float> *cl_eta_HEC2;
167  vector<float> *cl_phi_HEC2;
168  vector<float> *cl_eta_HEC3;
169  vector<float> *cl_phi_HEC3;
170  vector<float> *cl_eta_TileBar0;
171  vector<float> *cl_phi_TileBar0;
172  vector<float> *cl_eta_TileBar1;
173  vector<float> *cl_phi_TileBar1;
174  vector<float> *cl_eta_TileBar2;
175  vector<float> *cl_phi_TileBar2;
176  vector<float> *cl_eta_TileGap1;
177  vector<float> *cl_phi_TileGap1;
178  vector<float> *cl_eta_TileGap2;
179  vector<float> *cl_phi_TileGap2;
180  vector<float> *cl_eta_TileGap3;
181  vector<float> *cl_phi_TileGap3;
182  vector<float> *cl_eta_TileExt0;
183  vector<float> *cl_phi_TileExt0;
184  vector<float> *cl_eta_TileExt1;
185  vector<float> *cl_phi_TileExt1;
186  vector<float> *cl_eta_TileExt2;
187  vector<float> *cl_phi_TileExt2;
188  vector<float> *cl_eta_FCAL0;
189  vector<float> *cl_phi_FCAL0;
190  vector<float> *cl_eta_FCAL1;
191  vector<float> *cl_phi_FCAL1;
192  vector<float> *cl_eta_FCAL2;
193  vector<float> *cl_phi_FCAL2;
194  vector<int> *cl_cell_n;
195  vector<vector<float> > *cl_cell_E;
196  vector<vector<float> > *cl_cell_pt;
197  vector<vector<float> > *cl_cell_eta;
198  vector<vector<float> > *cl_cell_phi;
199  vector<vector<int> > *cl_cell_QCells;
200  vector<vector<int> > *cl_cell_GainCells;
201  vector<vector<int> > *cl_cell_DetCells;
202  vector<vector<float> > *cl_cell_TimeCells;
203  vector<vector<float> > *cl_cell_xCells;
204  vector<vector<float> > *cl_cell_yCells;
205  vector<vector<float> > *cl_cell_zCells;
206  vector<vector<int> > *cl_cell_BadCells;
207  vector<vector<unsigned int> > *cl_cell_IdCells;
208  Int_t lardigit_n;
209  vector<int> *lardigit_layer;
210  vector<int> *lardigit_ieta;
211  vector<int> *lardigit_calo;
212  vector<int> *lardigit_iphi;
213  vector<int> *lardigit_barrel_ec;
214  vector<int> *lardigit_pos_neg;
215  vector<int> *lardigit_FT;
216  vector<int> *lardigit_slot;
217  vector<int> *lardigit_channel;
218  vector<int> *lardigit_gain;
219  vector<vector<int> > *lardigit_Samples;
220  vector<unsigned int> *lardigit_offlineId;
221  vector<vector<unsigned int> > *lardigit_sca_add;
222  vector<int> *lardigit_iter_valid;
223  vector<int> *lardigit_iter_converged;
224  vector<short> *lardigit_iter_nIter;
225  vector<float> *lardigit_iter_ampl;
226  vector<float> *lardigit_iter_tau;
227  vector<short> *lardigit_iter_peakSample;
228  vector<float> *lardigit_iter_delay;
229  vector<float> *lardigit_iter_qual;
230  vector<short> *lardigit_iter_index;
231 
232  // List of branches
233  TBranch *b_RunNumber;
234  TBranch *b_EventNumber;
235  TBranch *b_timestamp;
236  TBranch *b_timestamp_ns;
237  TBranch *b_lbn;
238  TBranch *b_bcid;
239  TBranch *b_detmask0;
240  TBranch *b_detmask1;
241  TBranch *b_actualIntPerXing;
242  TBranch *b_averageIntPerXing;
243  TBranch *b_pixelFlags;
244  TBranch *b_sctFlags;
245  TBranch *b_trtFlags;
246  TBranch *b_larFlags;
247  TBranch *b_tileFlags;
248  TBranch *b_muonFlags;
249  TBranch *b_fwdFlags;
250  TBranch *b_coreFlags;
251  TBranch *b_pixelError;
252  TBranch *b_sctError;
253  TBranch *b_trtError;
254  TBranch *b_larError;
255  TBranch *b_tileError;
256  TBranch *b_muonError;
257  TBranch *b_fwdError;
258  TBranch *b_coreError;
259  TBranch *b_streamDecision_Egamma;
260  TBranch *b_streamDecision_Muons;
261  TBranch *b_streamDecision_JetTauEtmiss;
262  TBranch *b_isSimulation;
263  TBranch *b_isCalibration;
264  TBranch *b_isTestBeam;
265  TBranch *b_cc_sel_n;
266  TBranch *b_cc_sel_E;
267  TBranch *b_cc_sel_pt;
268  TBranch *b_cc_sel_eta;
269  TBranch *b_cc_sel_phi;
270  TBranch *b_cc_sel_QCells;
271  TBranch *b_cc_sel_GainCells;
272  TBranch *b_cc_sel_DetCells;
273  TBranch *b_cc_sel_TimeCells;
274  TBranch *b_cc_sel_xCells;
275  TBranch *b_cc_sel_yCells;
276  TBranch *b_cc_sel_zCells;
277  TBranch *b_cc_sel_BadCells;
278  TBranch *b_cc_sel_IdCells;
279  TBranch *b_cc_sel_Sigma;
280  TBranch *b_ccc_Nh_Calo;
281  TBranch *b_ccc_Eh_Calo;
282  TBranch *b_ccc_Nh_EM;
283  TBranch *b_ccc_Eh_EM;
284  TBranch *b_ccc_Nh_HAD;
285  TBranch *b_ccc_Eh_HAD;
286  TBranch *b_ccc_Nh_PresB;
287  TBranch *b_ccc_Eh_PresB;
288  TBranch *b_ccc_Nh_EMB;
289  TBranch *b_ccc_Eh_EMB;
290  TBranch *b_ccc_Nh_EMEC;
291  TBranch *b_ccc_Eh_EMEC;
292  TBranch *b_ccc_Nh_Tile;
293  TBranch *b_ccc_Eh_Tile;
294  TBranch *b_ccc_Nh_TileGap;
295  TBranch *b_ccc_Eh_TileGap;
296  TBranch *b_ccc_Nh_HEC;
297  TBranch *b_ccc_Eh_HEC;
298  TBranch *b_ccc_Nh_FCal;
299  TBranch *b_ccc_Eh_FCal;
300  TBranch *b_ccc_Nh_PresE;
301  TBranch *b_ccc_Eh_PresE;
302  TBranch *b_ccc_Nh_Scint;
303  TBranch *b_ccc_Eh_Scint;
304  TBranch *b_cl_n;
305  TBranch *b_cl_pt;
306  TBranch *b_cl_eta;
307  TBranch *b_cl_phi;
308  TBranch *b_cl_E_em;
309  TBranch *b_cl_E_had;
310  TBranch *b_cl_firstEdens;
311  TBranch *b_cl_cellmaxfrac;
312  TBranch *b_cl_longitudinal;
313  TBranch *b_cl_secondlambda;
314  TBranch *b_cl_lateral;
315  TBranch *b_cl_secondR;
316  TBranch *b_cl_centerlambda;
317  TBranch *b_cl_deltaTheta;
318  TBranch *b_cl_deltaPhi;
319  TBranch *b_cl_centermag;
320  TBranch *b_cl_time;
321  TBranch *b_cl_E_PreSamplerB;
322  TBranch *b_cl_E_EMB1;
323  TBranch *b_cl_E_EMB2;
324  TBranch *b_cl_E_EMB3;
325  TBranch *b_cl_E_PreSamplerE;
326  TBranch *b_cl_E_EME1;
327  TBranch *b_cl_E_EME2;
328  TBranch *b_cl_E_EME3;
329  TBranch *b_cl_E_HEC0;
330  TBranch *b_cl_E_HEC1;
331  TBranch *b_cl_E_HEC2;
332  TBranch *b_cl_E_HEC3;
333  TBranch *b_cl_E_TileBar0;
334  TBranch *b_cl_E_TileBar1;
335  TBranch *b_cl_E_TileBar2;
336  TBranch *b_cl_E_TileGap1;
337  TBranch *b_cl_E_TileGap2;
338  TBranch *b_cl_E_TileGap3;
339  TBranch *b_cl_E_TileExt0;
340  TBranch *b_cl_E_TileExt1;
341  TBranch *b_cl_E_TileExt2;
342  TBranch *b_cl_E_FCAL0;
343  TBranch *b_cl_E_FCAL1;
344  TBranch *b_cl_E_FCAL2;
345  TBranch *b_cl_eta_PreSamplerB;
346  TBranch *b_cl_phi_PreSamplerB;
347  TBranch *b_cl_eta_EMB1;
348  TBranch *b_cl_phi_EMB1;
349  TBranch *b_cl_eta_EMB2;
350  TBranch *b_cl_phi_EMB2;
351  TBranch *b_cl_eta_EMB3;
352  TBranch *b_cl_phi_EMB3;
353  TBranch *b_cl_eta_PreSamplerE;
354  TBranch *b_cl_phi_PreSamplerE;
355  TBranch *b_cl_eta_EME1;
356  TBranch *b_cl_phi_EME1;
357  TBranch *b_cl_eta_EME2;
358  TBranch *b_cl_phi_EME2;
359  TBranch *b_cl_eta_EME3;
360  TBranch *b_cl_phi_EME3;
361  TBranch *b_cl_eta_HEC0;
362  TBranch *b_cl_phi_HEC0;
363  TBranch *b_cl_eta_HEC1;
364  TBranch *b_cl_phi_HEC1;
365  TBranch *b_cl_eta_HEC2;
366  TBranch *b_cl_phi_HEC2;
367  TBranch *b_cl_eta_HEC3;
368  TBranch *b_cl_phi_HEC3;
369  TBranch *b_cl_eta_TileBar0;
370  TBranch *b_cl_phi_TileBar0;
371  TBranch *b_cl_eta_TileBar1;
372  TBranch *b_cl_phi_TileBar1;
373  TBranch *b_cl_eta_TileBar2;
374  TBranch *b_cl_phi_TileBar2;
375  TBranch *b_cl_eta_TileGap1;
376  TBranch *b_cl_phi_TileGap1;
377  TBranch *b_cl_eta_TileGap2;
378  TBranch *b_cl_phi_TileGap2;
379  TBranch *b_cl_eta_TileGap3;
380  TBranch *b_cl_phi_TileGap3;
381  TBranch *b_cl_eta_TileExt0;
382  TBranch *b_cl_phi_TileExt0;
383  TBranch *b_cl_eta_TileExt1;
384  TBranch *b_cl_phi_TileExt1;
385  TBranch *b_cl_eta_TileExt2;
386  TBranch *b_cl_phi_TileExt2;
387  TBranch *b_cl_eta_FCAL0;
388  TBranch *b_cl_phi_FCAL0;
389  TBranch *b_cl_eta_FCAL1;
390  TBranch *b_cl_phi_FCAL1;
391  TBranch *b_cl_eta_FCAL2;
392  TBranch *b_cl_phi_FCAL2;
393  TBranch *b_cl_cell_n;
394  TBranch *b_cl_cell_E;
395  TBranch *b_cl_cell_pt;
396  TBranch *b_cl_cell_eta;
397  TBranch *b_cl_cell_phi;
398  TBranch *b_cl_cell_QCells;
399  TBranch *b_cl_cell_GainCells;
400  TBranch *b_cl_cell_DetCells;
401  TBranch *b_cl_cell_TimeCells;
402  TBranch *b_cl_cell_xCells;
403  TBranch *b_cl_cell_yCells;
404  TBranch *b_cl_cell_zCells;
405  TBranch *b_cl_cell_BadCells;
406  TBranch *b_cl_cell_IdCells;
407  TBranch *b_lardigit_n;
408  TBranch *b_lardigit_layer;
409  TBranch *b_lardigit_ieta;
410  TBranch *b_lardigit_calo;
411  TBranch *b_lardigit_iphi;
412  TBranch *b_lardigit_barrel_ec;
413  TBranch *b_lardigit_pos_neg;
414  TBranch *b_lardigit_FT;
415  TBranch *b_lardigit_slot;
416  TBranch *b_lardigit_channel;
417  TBranch *b_lardigit_gain;
418  TBranch *b_lardigit_Samples;
419  TBranch *b_lardigit_offlineId;
420  TBranch *b_lardigit_sca_add;
421  TBranch *b_lardigit_iter_valid;
422  TBranch *b_lardigit_iter_converged;
423  TBranch *b_lardigit_iter_nIter;
424  TBranch *b_lardigit_iter_ampl;
425  TBranch *b_lardigit_iter_tau;
426  TBranch *b_lardigit_iter_peakSample;
427  TBranch *b_lardigit_iter_delay;
428  TBranch *b_lardigit_iter_qual;
429  TBranch *b_lardigit_iter_index;
430 
431  CaloD3PDClass(TTree *tree=0);
432  virtual ~CaloD3PDClass();
433  virtual Int_t Cut(/*Long64_t entry*/);
434  virtual Int_t GetEntry(Long64_t entry);
435  virtual Long64_t LoadTree(Long64_t entry);
436  virtual void Init(TTree *tree);
437  virtual void Loop();
438  virtual Bool_t Notify();
439  virtual void Show(Long64_t entry = -1);
440 };
441 
442 #endif
443 
444 #ifdef CaloD3PDClass_cxx
445 CaloD3PDClass::CaloD3PDClass(TTree *tree) : fChain(0)
446 {
447 // if parameter tree is not specified (or zero), connect the file
448 // used to generate this class and read the Tree.
449  if (tree == 0) {
450  TFile *f = (TFile*)gROOT->GetListOfFiles()->FindObject("caloD3PD_from_esd_timing_test.root");
451  if (!f || !f->IsOpen()) {
452  f = new TFile("caloD3PD_from_esd_timing_test.root");
453  }
454  f->GetObject("caloD3PD",tree);
455 
456  }
457  CaloD3PDClass::Init(tree);
458 }
459 
460 CaloD3PDClass::~CaloD3PDClass()
461 {
462  if (!fChain) return;
463  delete fChain->GetCurrentFile();
464 }
465 
466 Int_t CaloD3PDClass::GetEntry(Long64_t entry)
467 {
468 // Read contents of entry.
469  if (!fChain) return 0;
470  return fChain->GetEntry(entry);
471 }
472 Long64_t CaloD3PDClass::LoadTree(Long64_t entry)
473 {
474 // Set the environment to read one entry
475  if (!fChain) return -5;
476  Long64_t centry = fChain->LoadTree(entry);
477  if (centry < 0) return centry;
478  if (fChain->GetTreeNumber() != fCurrent) {
479  fCurrent = fChain->GetTreeNumber();
480  Notify();
481  }
482  return centry;
483 }
484 
485 void CaloD3PDClass::Init(TTree *tree)
486 {
487  // The Init() function is called when the selector needs to initialize
488  // a new tree or chain. Typically here the branch addresses and branch
489  // pointers of the tree will be set.
490  // It is normally not necessary to make changes to the generated
491  // code, but the routine can be extended by the user if needed.
492  // Init() will be called many times when running on PROOF
493  // (once per file to be processed).
494 
495  // Set object pointer
496  cc_sel_E = 0;
497  cc_sel_pt = 0;
498  cc_sel_eta = 0;
499  cc_sel_phi = 0;
500  cc_sel_QCells = 0;
501  cc_sel_GainCells = 0;
502  cc_sel_DetCells = 0;
503  cc_sel_TimeCells = 0;
504  cc_sel_xCells = 0;
505  cc_sel_yCells = 0;
506  cc_sel_zCells = 0;
507  cc_sel_BadCells = 0;
508  cc_sel_IdCells = 0;
509  cc_sel_Sigma = 0;
510  ccc_Eh_PresB = 0;
511  ccc_Eh_EMB = 0;
512  ccc_Eh_EMEC = 0;
513  ccc_Eh_Tile = 0;
514  ccc_Eh_TileGap = 0;
515  ccc_Eh_HEC = 0;
516  ccc_Eh_FCal = 0;
517  ccc_Eh_PresE = 0;
518  ccc_Eh_Scint = 0;
519  cl_pt = 0;
520  cl_eta = 0;
521  cl_phi = 0;
522  cl_E_em = 0;
523  cl_E_had = 0;
524  cl_firstEdens = 0;
525  cl_cellmaxfrac = 0;
526  cl_longitudinal = 0;
527  cl_secondlambda = 0;
528  cl_lateral = 0;
529  cl_secondR = 0;
530  cl_centerlambda = 0;
531  cl_deltaTheta = 0;
532  cl_deltaPhi = 0;
533  cl_centermag = 0;
534  cl_time = 0;
535  cl_E_PreSamplerB = 0;
536  cl_E_EMB1 = 0;
537  cl_E_EMB2 = 0;
538  cl_E_EMB3 = 0;
539  cl_E_PreSamplerE = 0;
540  cl_E_EME1 = 0;
541  cl_E_EME2 = 0;
542  cl_E_EME3 = 0;
543  cl_E_HEC0 = 0;
544  cl_E_HEC1 = 0;
545  cl_E_HEC2 = 0;
546  cl_E_HEC3 = 0;
547  cl_E_TileBar0 = 0;
548  cl_E_TileBar1 = 0;
549  cl_E_TileBar2 = 0;
550  cl_E_TileGap1 = 0;
551  cl_E_TileGap2 = 0;
552  cl_E_TileGap3 = 0;
553  cl_E_TileExt0 = 0;
554  cl_E_TileExt1 = 0;
555  cl_E_TileExt2 = 0;
556  cl_E_FCAL0 = 0;
557  cl_E_FCAL1 = 0;
558  cl_E_FCAL2 = 0;
559  cl_eta_PreSamplerB = 0;
560  cl_phi_PreSamplerB = 0;
561  cl_eta_EMB1 = 0;
562  cl_phi_EMB1 = 0;
563  cl_eta_EMB2 = 0;
564  cl_phi_EMB2 = 0;
565  cl_eta_EMB3 = 0;
566  cl_phi_EMB3 = 0;
567  cl_eta_PreSamplerE = 0;
568  cl_phi_PreSamplerE = 0;
569  cl_eta_EME1 = 0;
570  cl_phi_EME1 = 0;
571  cl_eta_EME2 = 0;
572  cl_phi_EME2 = 0;
573  cl_eta_EME3 = 0;
574  cl_phi_EME3 = 0;
575  cl_eta_HEC0 = 0;
576  cl_phi_HEC0 = 0;
577  cl_eta_HEC1 = 0;
578  cl_phi_HEC1 = 0;
579  cl_eta_HEC2 = 0;
580  cl_phi_HEC2 = 0;
581  cl_eta_HEC3 = 0;
582  cl_phi_HEC3 = 0;
583  cl_eta_TileBar0 = 0;
584  cl_phi_TileBar0 = 0;
585  cl_eta_TileBar1 = 0;
586  cl_phi_TileBar1 = 0;
587  cl_eta_TileBar2 = 0;
588  cl_phi_TileBar2 = 0;
589  cl_eta_TileGap1 = 0;
590  cl_phi_TileGap1 = 0;
591  cl_eta_TileGap2 = 0;
592  cl_phi_TileGap2 = 0;
593  cl_eta_TileGap3 = 0;
594  cl_phi_TileGap3 = 0;
595  cl_eta_TileExt0 = 0;
596  cl_phi_TileExt0 = 0;
597  cl_eta_TileExt1 = 0;
598  cl_phi_TileExt1 = 0;
599  cl_eta_TileExt2 = 0;
600  cl_phi_TileExt2 = 0;
601  cl_eta_FCAL0 = 0;
602  cl_phi_FCAL0 = 0;
603  cl_eta_FCAL1 = 0;
604  cl_phi_FCAL1 = 0;
605  cl_eta_FCAL2 = 0;
606  cl_phi_FCAL2 = 0;
607  cl_cell_n = 0;
608  cl_cell_E = 0;
609  cl_cell_pt = 0;
610  cl_cell_eta = 0;
611  cl_cell_phi = 0;
612  cl_cell_QCells = 0;
613  cl_cell_GainCells = 0;
614  cl_cell_DetCells = 0;
615  cl_cell_TimeCells = 0;
616  cl_cell_xCells = 0;
617  cl_cell_yCells = 0;
618  cl_cell_zCells = 0;
619  cl_cell_BadCells = 0;
620  cl_cell_IdCells = 0;
621  lardigit_layer = 0;
622  lardigit_ieta = 0;
623  lardigit_calo = 0;
624  lardigit_iphi = 0;
625  lardigit_barrel_ec = 0;
626  lardigit_pos_neg = 0;
627  lardigit_FT = 0;
628  lardigit_slot = 0;
629  lardigit_channel = 0;
630  lardigit_gain = 0;
631  lardigit_Samples = 0;
632  lardigit_offlineId = 0;
633  lardigit_sca_add = 0;
634  lardigit_iter_valid = 0;
635  lardigit_iter_converged = 0;
636  lardigit_iter_nIter = 0;
637  lardigit_iter_ampl = 0;
638  lardigit_iter_tau = 0;
639  lardigit_iter_peakSample = 0;
640  lardigit_iter_delay = 0;
641  lardigit_iter_qual = 0;
642  lardigit_iter_index = 0;
643  // Set branch addresses and branch pointers
644  if (!tree) return;
645  fChain = tree;
646  fCurrent = -1;
647  fChain->SetMakeClass(1);
648 
649  fChain->SetBranchAddress("RunNumber", &RunNumber, &b_RunNumber);
650  fChain->SetBranchAddress("EventNumber", &EventNumber, &b_EventNumber);
651  fChain->SetBranchAddress("timestamp", &timestamp, &b_timestamp);
652  fChain->SetBranchAddress("timestamp_ns", &timestamp_ns, &b_timestamp_ns);
653  fChain->SetBranchAddress("lbn", &lbn, &b_lbn);
654  fChain->SetBranchAddress("bcid", &bcid, &b_bcid);
655  fChain->SetBranchAddress("detmask0", &detmask0, &b_detmask0);
656  fChain->SetBranchAddress("detmask1", &detmask1, &b_detmask1);
657  fChain->SetBranchAddress("actualIntPerXing", &actualIntPerXing, &b_actualIntPerXing);
658  fChain->SetBranchAddress("averageIntPerXing", &averageIntPerXing, &b_averageIntPerXing);
659  fChain->SetBranchAddress("pixelFlags", &pixelFlags, &b_pixelFlags);
660  fChain->SetBranchAddress("sctFlags", &sctFlags, &b_sctFlags);
661  fChain->SetBranchAddress("trtFlags", &trtFlags, &b_trtFlags);
662  fChain->SetBranchAddress("larFlags", &larFlags, &b_larFlags);
663  fChain->SetBranchAddress("tileFlags", &tileFlags, &b_tileFlags);
664  fChain->SetBranchAddress("muonFlags", &muonFlags, &b_muonFlags);
665  fChain->SetBranchAddress("fwdFlags", &fwdFlags, &b_fwdFlags);
666  fChain->SetBranchAddress("coreFlags", &coreFlags, &b_coreFlags);
667  fChain->SetBranchAddress("pixelError", &pixelError, &b_pixelError);
668  fChain->SetBranchAddress("sctError", &sctError, &b_sctError);
669  fChain->SetBranchAddress("trtError", &trtError, &b_trtError);
670  fChain->SetBranchAddress("larError", &larError, &b_larError);
671  fChain->SetBranchAddress("tileError", &tileError, &b_tileError);
672  fChain->SetBranchAddress("muonError", &muonError, &b_muonError);
673  fChain->SetBranchAddress("fwdError", &fwdError, &b_fwdError);
674  fChain->SetBranchAddress("coreError", &coreError, &b_coreError);
675  fChain->SetBranchAddress("streamDecision_Egamma", &streamDecision_Egamma, &b_streamDecision_Egamma);
676  fChain->SetBranchAddress("streamDecision_Muons", &streamDecision_Muons, &b_streamDecision_Muons);
677  fChain->SetBranchAddress("streamDecision_JetTauEtmiss", &streamDecision_JetTauEtmiss, &b_streamDecision_JetTauEtmiss);
678  fChain->SetBranchAddress("isSimulation", &isSimulation, &b_isSimulation);
679  fChain->SetBranchAddress("isCalibration", &isCalibration, &b_isCalibration);
680  fChain->SetBranchAddress("isTestBeam", &isTestBeam, &b_isTestBeam);
681  fChain->SetBranchAddress("cc_sel_n", &cc_sel_n, &b_cc_sel_n);
682  fChain->SetBranchAddress("cc_sel_E", &cc_sel_E, &b_cc_sel_E);
683  fChain->SetBranchAddress("cc_sel_pt", &cc_sel_pt, &b_cc_sel_pt);
684  fChain->SetBranchAddress("cc_sel_eta", &cc_sel_eta, &b_cc_sel_eta);
685  fChain->SetBranchAddress("cc_sel_phi", &cc_sel_phi, &b_cc_sel_phi);
686  fChain->SetBranchAddress("cc_sel_QCells", &cc_sel_QCells, &b_cc_sel_QCells);
687  fChain->SetBranchAddress("cc_sel_GainCells", &cc_sel_GainCells, &b_cc_sel_GainCells);
688  fChain->SetBranchAddress("cc_sel_DetCells", &cc_sel_DetCells, &b_cc_sel_DetCells);
689  fChain->SetBranchAddress("cc_sel_TimeCells", &cc_sel_TimeCells, &b_cc_sel_TimeCells);
690  fChain->SetBranchAddress("cc_sel_xCells", &cc_sel_xCells, &b_cc_sel_xCells);
691  fChain->SetBranchAddress("cc_sel_yCells", &cc_sel_yCells, &b_cc_sel_yCells);
692  fChain->SetBranchAddress("cc_sel_zCells", &cc_sel_zCells, &b_cc_sel_zCells);
693  fChain->SetBranchAddress("cc_sel_BadCells", &cc_sel_BadCells, &b_cc_sel_BadCells);
694  fChain->SetBranchAddress("cc_sel_IdCells", &cc_sel_IdCells, &b_cc_sel_IdCells);
695  fChain->SetBranchAddress("cc_sel_Sigma", &cc_sel_Sigma, &b_cc_sel_Sigma);
696  fChain->SetBranchAddress("ccc_Nh_Calo", &ccc_Nh_Calo, &b_ccc_Nh_Calo);
697  fChain->SetBranchAddress("ccc_Eh_Calo", &ccc_Eh_Calo, &b_ccc_Eh_Calo);
698  fChain->SetBranchAddress("ccc_Nh_EM", &ccc_Nh_EM, &b_ccc_Nh_EM);
699  fChain->SetBranchAddress("ccc_Eh_EM", &ccc_Eh_EM, &b_ccc_Eh_EM);
700  fChain->SetBranchAddress("ccc_Nh_HAD", &ccc_Nh_HAD, &b_ccc_Nh_HAD);
701  fChain->SetBranchAddress("ccc_Eh_HAD", &ccc_Eh_HAD, &b_ccc_Eh_HAD);
702  fChain->SetBranchAddress("ccc_Nh_PresB", &ccc_Nh_PresB, &b_ccc_Nh_PresB);
703  fChain->SetBranchAddress("ccc_Eh_PresB", &ccc_Eh_PresB, &b_ccc_Eh_PresB);
704  fChain->SetBranchAddress("ccc_Nh_EMB", &ccc_Nh_EMB, &b_ccc_Nh_EMB);
705  fChain->SetBranchAddress("ccc_Eh_EMB", &ccc_Eh_EMB, &b_ccc_Eh_EMB);
706  fChain->SetBranchAddress("ccc_Nh_EMEC", &ccc_Nh_EMEC, &b_ccc_Nh_EMEC);
707  fChain->SetBranchAddress("ccc_Eh_EMEC", &ccc_Eh_EMEC, &b_ccc_Eh_EMEC);
708  fChain->SetBranchAddress("ccc_Nh_Tile", &ccc_Nh_Tile, &b_ccc_Nh_Tile);
709  fChain->SetBranchAddress("ccc_Eh_Tile", &ccc_Eh_Tile, &b_ccc_Eh_Tile);
710  fChain->SetBranchAddress("ccc_Nh_TileGap", &ccc_Nh_TileGap, &b_ccc_Nh_TileGap);
711  fChain->SetBranchAddress("ccc_Eh_TileGap", &ccc_Eh_TileGap, &b_ccc_Eh_TileGap);
712  fChain->SetBranchAddress("ccc_Nh_HEC", &ccc_Nh_HEC, &b_ccc_Nh_HEC);
713  fChain->SetBranchAddress("ccc_Eh_HEC", &ccc_Eh_HEC, &b_ccc_Eh_HEC);
714  fChain->SetBranchAddress("ccc_Nh_FCal", &ccc_Nh_FCal, &b_ccc_Nh_FCal);
715  fChain->SetBranchAddress("ccc_Eh_FCal", &ccc_Eh_FCal, &b_ccc_Eh_FCal);
716  fChain->SetBranchAddress("ccc_Nh_PresE", &ccc_Nh_PresE, &b_ccc_Nh_PresE);
717  fChain->SetBranchAddress("ccc_Eh_PresE", &ccc_Eh_PresE, &b_ccc_Eh_PresE);
718  fChain->SetBranchAddress("ccc_Nh_Scint", &ccc_Nh_Scint, &b_ccc_Nh_Scint);
719  fChain->SetBranchAddress("ccc_Eh_Scint", &ccc_Eh_Scint, &b_ccc_Eh_Scint);
720  fChain->SetBranchAddress("cl_n", &cl_n, &b_cl_n);
721  fChain->SetBranchAddress("cl_pt", &cl_pt, &b_cl_pt);
722  fChain->SetBranchAddress("cl_eta", &cl_eta, &b_cl_eta);
723  fChain->SetBranchAddress("cl_phi", &cl_phi, &b_cl_phi);
724  fChain->SetBranchAddress("cl_E_em", &cl_E_em, &b_cl_E_em);
725  fChain->SetBranchAddress("cl_E_had", &cl_E_had, &b_cl_E_had);
726  fChain->SetBranchAddress("cl_firstEdens", &cl_firstEdens, &b_cl_firstEdens);
727  fChain->SetBranchAddress("cl_cellmaxfrac", &cl_cellmaxfrac, &b_cl_cellmaxfrac);
728  fChain->SetBranchAddress("cl_longitudinal", &cl_longitudinal, &b_cl_longitudinal);
729  fChain->SetBranchAddress("cl_secondlambda", &cl_secondlambda, &b_cl_secondlambda);
730  fChain->SetBranchAddress("cl_lateral", &cl_lateral, &b_cl_lateral);
731  fChain->SetBranchAddress("cl_secondR", &cl_secondR, &b_cl_secondR);
732  fChain->SetBranchAddress("cl_centerlambda", &cl_centerlambda, &b_cl_centerlambda);
733  fChain->SetBranchAddress("cl_deltaTheta", &cl_deltaTheta, &b_cl_deltaTheta);
734  fChain->SetBranchAddress("cl_deltaPhi", &cl_deltaPhi, &b_cl_deltaPhi);
735  fChain->SetBranchAddress("cl_centermag", &cl_centermag, &b_cl_centermag);
736  fChain->SetBranchAddress("cl_time", &cl_time, &b_cl_time);
737  fChain->SetBranchAddress("cl_E_PreSamplerB", &cl_E_PreSamplerB, &b_cl_E_PreSamplerB);
738  fChain->SetBranchAddress("cl_E_EMB1", &cl_E_EMB1, &b_cl_E_EMB1);
739  fChain->SetBranchAddress("cl_E_EMB2", &cl_E_EMB2, &b_cl_E_EMB2);
740  fChain->SetBranchAddress("cl_E_EMB3", &cl_E_EMB3, &b_cl_E_EMB3);
741  fChain->SetBranchAddress("cl_E_PreSamplerE", &cl_E_PreSamplerE, &b_cl_E_PreSamplerE);
742  fChain->SetBranchAddress("cl_E_EME1", &cl_E_EME1, &b_cl_E_EME1);
743  fChain->SetBranchAddress("cl_E_EME2", &cl_E_EME2, &b_cl_E_EME2);
744  fChain->SetBranchAddress("cl_E_EME3", &cl_E_EME3, &b_cl_E_EME3);
745  fChain->SetBranchAddress("cl_E_HEC0", &cl_E_HEC0, &b_cl_E_HEC0);
746  fChain->SetBranchAddress("cl_E_HEC1", &cl_E_HEC1, &b_cl_E_HEC1);
747  fChain->SetBranchAddress("cl_E_HEC2", &cl_E_HEC2, &b_cl_E_HEC2);
748  fChain->SetBranchAddress("cl_E_HEC3", &cl_E_HEC3, &b_cl_E_HEC3);
749  fChain->SetBranchAddress("cl_E_TileBar0", &cl_E_TileBar0, &b_cl_E_TileBar0);
750  fChain->SetBranchAddress("cl_E_TileBar1", &cl_E_TileBar1, &b_cl_E_TileBar1);
751  fChain->SetBranchAddress("cl_E_TileBar2", &cl_E_TileBar2, &b_cl_E_TileBar2);
752  fChain->SetBranchAddress("cl_E_TileGap1", &cl_E_TileGap1, &b_cl_E_TileGap1);
753  fChain->SetBranchAddress("cl_E_TileGap2", &cl_E_TileGap2, &b_cl_E_TileGap2);
754  fChain->SetBranchAddress("cl_E_TileGap3", &cl_E_TileGap3, &b_cl_E_TileGap3);
755  fChain->SetBranchAddress("cl_E_TileExt0", &cl_E_TileExt0, &b_cl_E_TileExt0);
756  fChain->SetBranchAddress("cl_E_TileExt1", &cl_E_TileExt1, &b_cl_E_TileExt1);
757  fChain->SetBranchAddress("cl_E_TileExt2", &cl_E_TileExt2, &b_cl_E_TileExt2);
758  fChain->SetBranchAddress("cl_E_FCAL0", &cl_E_FCAL0, &b_cl_E_FCAL0);
759  fChain->SetBranchAddress("cl_E_FCAL1", &cl_E_FCAL1, &b_cl_E_FCAL1);
760  fChain->SetBranchAddress("cl_E_FCAL2", &cl_E_FCAL2, &b_cl_E_FCAL2);
761  fChain->SetBranchAddress("cl_eta_PreSamplerB", &cl_eta_PreSamplerB, &b_cl_eta_PreSamplerB);
762  fChain->SetBranchAddress("cl_phi_PreSamplerB", &cl_phi_PreSamplerB, &b_cl_phi_PreSamplerB);
763  fChain->SetBranchAddress("cl_eta_EMB1", &cl_eta_EMB1, &b_cl_eta_EMB1);
764  fChain->SetBranchAddress("cl_phi_EMB1", &cl_phi_EMB1, &b_cl_phi_EMB1);
765  fChain->SetBranchAddress("cl_eta_EMB2", &cl_eta_EMB2, &b_cl_eta_EMB2);
766  fChain->SetBranchAddress("cl_phi_EMB2", &cl_phi_EMB2, &b_cl_phi_EMB2);
767  fChain->SetBranchAddress("cl_eta_EMB3", &cl_eta_EMB3, &b_cl_eta_EMB3);
768  fChain->SetBranchAddress("cl_phi_EMB3", &cl_phi_EMB3, &b_cl_phi_EMB3);
769  fChain->SetBranchAddress("cl_eta_PreSamplerE", &cl_eta_PreSamplerE, &b_cl_eta_PreSamplerE);
770  fChain->SetBranchAddress("cl_phi_PreSamplerE", &cl_phi_PreSamplerE, &b_cl_phi_PreSamplerE);
771  fChain->SetBranchAddress("cl_eta_EME1", &cl_eta_EME1, &b_cl_eta_EME1);
772  fChain->SetBranchAddress("cl_phi_EME1", &cl_phi_EME1, &b_cl_phi_EME1);
773  fChain->SetBranchAddress("cl_eta_EME2", &cl_eta_EME2, &b_cl_eta_EME2);
774  fChain->SetBranchAddress("cl_phi_EME2", &cl_phi_EME2, &b_cl_phi_EME2);
775  fChain->SetBranchAddress("cl_eta_EME3", &cl_eta_EME3, &b_cl_eta_EME3);
776  fChain->SetBranchAddress("cl_phi_EME3", &cl_phi_EME3, &b_cl_phi_EME3);
777  fChain->SetBranchAddress("cl_eta_HEC0", &cl_eta_HEC0, &b_cl_eta_HEC0);
778  fChain->SetBranchAddress("cl_phi_HEC0", &cl_phi_HEC0, &b_cl_phi_HEC0);
779  fChain->SetBranchAddress("cl_eta_HEC1", &cl_eta_HEC1, &b_cl_eta_HEC1);
780  fChain->SetBranchAddress("cl_phi_HEC1", &cl_phi_HEC1, &b_cl_phi_HEC1);
781  fChain->SetBranchAddress("cl_eta_HEC2", &cl_eta_HEC2, &b_cl_eta_HEC2);
782  fChain->SetBranchAddress("cl_phi_HEC2", &cl_phi_HEC2, &b_cl_phi_HEC2);
783  fChain->SetBranchAddress("cl_eta_HEC3", &cl_eta_HEC3, &b_cl_eta_HEC3);
784  fChain->SetBranchAddress("cl_phi_HEC3", &cl_phi_HEC3, &b_cl_phi_HEC3);
785  fChain->SetBranchAddress("cl_eta_TileBar0", &cl_eta_TileBar0, &b_cl_eta_TileBar0);
786  fChain->SetBranchAddress("cl_phi_TileBar0", &cl_phi_TileBar0, &b_cl_phi_TileBar0);
787  fChain->SetBranchAddress("cl_eta_TileBar1", &cl_eta_TileBar1, &b_cl_eta_TileBar1);
788  fChain->SetBranchAddress("cl_phi_TileBar1", &cl_phi_TileBar1, &b_cl_phi_TileBar1);
789  fChain->SetBranchAddress("cl_eta_TileBar2", &cl_eta_TileBar2, &b_cl_eta_TileBar2);
790  fChain->SetBranchAddress("cl_phi_TileBar2", &cl_phi_TileBar2, &b_cl_phi_TileBar2);
791  fChain->SetBranchAddress("cl_eta_TileGap1", &cl_eta_TileGap1, &b_cl_eta_TileGap1);
792  fChain->SetBranchAddress("cl_phi_TileGap1", &cl_phi_TileGap1, &b_cl_phi_TileGap1);
793  fChain->SetBranchAddress("cl_eta_TileGap2", &cl_eta_TileGap2, &b_cl_eta_TileGap2);
794  fChain->SetBranchAddress("cl_phi_TileGap2", &cl_phi_TileGap2, &b_cl_phi_TileGap2);
795  fChain->SetBranchAddress("cl_eta_TileGap3", &cl_eta_TileGap3, &b_cl_eta_TileGap3);
796  fChain->SetBranchAddress("cl_phi_TileGap3", &cl_phi_TileGap3, &b_cl_phi_TileGap3);
797  fChain->SetBranchAddress("cl_eta_TileExt0", &cl_eta_TileExt0, &b_cl_eta_TileExt0);
798  fChain->SetBranchAddress("cl_phi_TileExt0", &cl_phi_TileExt0, &b_cl_phi_TileExt0);
799  fChain->SetBranchAddress("cl_eta_TileExt1", &cl_eta_TileExt1, &b_cl_eta_TileExt1);
800  fChain->SetBranchAddress("cl_phi_TileExt1", &cl_phi_TileExt1, &b_cl_phi_TileExt1);
801  fChain->SetBranchAddress("cl_eta_TileExt2", &cl_eta_TileExt2, &b_cl_eta_TileExt2);
802  fChain->SetBranchAddress("cl_phi_TileExt2", &cl_phi_TileExt2, &b_cl_phi_TileExt2);
803  fChain->SetBranchAddress("cl_eta_FCAL0", &cl_eta_FCAL0, &b_cl_eta_FCAL0);
804  fChain->SetBranchAddress("cl_phi_FCAL0", &cl_phi_FCAL0, &b_cl_phi_FCAL0);
805  fChain->SetBranchAddress("cl_eta_FCAL1", &cl_eta_FCAL1, &b_cl_eta_FCAL1);
806  fChain->SetBranchAddress("cl_phi_FCAL1", &cl_phi_FCAL1, &b_cl_phi_FCAL1);
807  fChain->SetBranchAddress("cl_eta_FCAL2", &cl_eta_FCAL2, &b_cl_eta_FCAL2);
808  fChain->SetBranchAddress("cl_phi_FCAL2", &cl_phi_FCAL2, &b_cl_phi_FCAL2);
809  fChain->SetBranchAddress("cl_cell_n", &cl_cell_n, &b_cl_cell_n);
810  fChain->SetBranchAddress("cl_cell_E", &cl_cell_E, &b_cl_cell_E);
811  fChain->SetBranchAddress("cl_cell_pt", &cl_cell_pt, &b_cl_cell_pt);
812  fChain->SetBranchAddress("cl_cell_eta", &cl_cell_eta, &b_cl_cell_eta);
813  fChain->SetBranchAddress("cl_cell_phi", &cl_cell_phi, &b_cl_cell_phi);
814  fChain->SetBranchAddress("cl_cell_QCells", &cl_cell_QCells, &b_cl_cell_QCells);
815  fChain->SetBranchAddress("cl_cell_GainCells", &cl_cell_GainCells, &b_cl_cell_GainCells);
816  fChain->SetBranchAddress("cl_cell_DetCells", &cl_cell_DetCells, &b_cl_cell_DetCells);
817  fChain->SetBranchAddress("cl_cell_TimeCells", &cl_cell_TimeCells, &b_cl_cell_TimeCells);
818  fChain->SetBranchAddress("cl_cell_xCells", &cl_cell_xCells, &b_cl_cell_xCells);
819  fChain->SetBranchAddress("cl_cell_yCells", &cl_cell_yCells, &b_cl_cell_yCells);
820  fChain->SetBranchAddress("cl_cell_zCells", &cl_cell_zCells, &b_cl_cell_zCells);
821  fChain->SetBranchAddress("cl_cell_BadCells", &cl_cell_BadCells, &b_cl_cell_BadCells);
822  fChain->SetBranchAddress("cl_cell_IdCells", &cl_cell_IdCells, &b_cl_cell_IdCells);
823  fChain->SetBranchAddress("lardigit_n", &lardigit_n, &b_lardigit_n);
824  fChain->SetBranchAddress("lardigit_layer", &lardigit_layer, &b_lardigit_layer);
825  fChain->SetBranchAddress("lardigit_ieta", &lardigit_ieta, &b_lardigit_ieta);
826  fChain->SetBranchAddress("lardigit_calo", &lardigit_calo, &b_lardigit_calo);
827  fChain->SetBranchAddress("lardigit_iphi", &lardigit_iphi, &b_lardigit_iphi);
828  fChain->SetBranchAddress("lardigit_barrel_ec", &lardigit_barrel_ec, &b_lardigit_barrel_ec);
829  fChain->SetBranchAddress("lardigit_pos_neg", &lardigit_pos_neg, &b_lardigit_pos_neg);
830  fChain->SetBranchAddress("lardigit_FT", &lardigit_FT, &b_lardigit_FT);
831  fChain->SetBranchAddress("lardigit_slot", &lardigit_slot, &b_lardigit_slot);
832  fChain->SetBranchAddress("lardigit_channel", &lardigit_channel, &b_lardigit_channel);
833  fChain->SetBranchAddress("lardigit_gain", &lardigit_gain, &b_lardigit_gain);
834  fChain->SetBranchAddress("lardigit_Samples", &lardigit_Samples, &b_lardigit_Samples);
835  fChain->SetBranchAddress("lardigit_offlineId", &lardigit_offlineId, &b_lardigit_offlineId);
836  fChain->SetBranchAddress("lardigit_sca_add", &lardigit_sca_add, &b_lardigit_sca_add);
837  fChain->SetBranchAddress("lardigit_iter_valid", &lardigit_iter_valid, &b_lardigit_iter_valid);
838  fChain->SetBranchAddress("lardigit_iter_converged", &lardigit_iter_converged, &b_lardigit_iter_converged);
839  fChain->SetBranchAddress("lardigit_iter_nIter", &lardigit_iter_nIter, &b_lardigit_iter_nIter);
840  fChain->SetBranchAddress("lardigit_iter_ampl", &lardigit_iter_ampl, &b_lardigit_iter_ampl);
841  fChain->SetBranchAddress("lardigit_iter_tau", &lardigit_iter_tau, &b_lardigit_iter_tau);
842  fChain->SetBranchAddress("lardigit_iter_peakSample", &lardigit_iter_peakSample, &b_lardigit_iter_peakSample);
843  fChain->SetBranchAddress("lardigit_iter_delay", &lardigit_iter_delay, &b_lardigit_iter_delay);
844  fChain->SetBranchAddress("lardigit_iter_qual", &lardigit_iter_qual, &b_lardigit_iter_qual);
845  fChain->SetBranchAddress("lardigit_iter_index", &lardigit_iter_index, &b_lardigit_iter_index);
846  Notify();
847 }
848 
849 Bool_t CaloD3PDClass::Notify()
850 {
851  // The Notify() function is called when a new file is opened. This
852  // can be either for a new TTree in a TChain or when when a new TTree
853  // is started when using PROOF. It is normally not necessary to make changes
854  // to the generated code, but the routine can be extended by the
855  // user if needed. The return value is currently not used.
856 
857  return kTRUE;
858 }
859 
860 void CaloD3PDClass::Show(Long64_t entry)
861 {
862 // Print contents of entry.
863 // If entry is not specified, print current entry
864  if (!fChain) return;
865  fChain->Show(entry);
866 }
867 Int_t CaloD3PDClass::Cut(/*Long64_t entry*/)
868 {
869 // This function may be called from Loop.
870 // returns 1 if entry is accepted.
871 // returns -1 otherwise.
872  return 1;
873 }
874 #endif // #ifdef CaloD3PDClass_cxx
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vector< vector< int > > * cl_cell_QCells
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GetAllXsec.entry
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Definition: GetAllXsec.py:132
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Definition: CaloD3PDClass.h:160
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Definition: CaloD3PDClass.h:196
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Definition: CaloD3PDClass.h:190
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Definition: CaloD3PDClass.h:28
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Definition: CaloD3PDClass.h:81
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vector< float > * cl_E_EMB3
Definition: CaloD3PDClass.h:125
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CaloD3PDClass::b_cl_E_PreSamplerB
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Definition: CaloD3PDClass.h:61
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Definition: CaloD3PDClass.h:362
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vector< float > * cl_phi_PreSamplerE
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Definition: CaloD3PDClass.h:101
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Definition: CaloD3PDClass.h:41
CaloD3PDClass::cl_cell_yCells
vector< vector< float > > * cl_cell_yCells
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Definition: CaloD3PDClass.h:387
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Definition: CaloD3PDClass.h:229
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Definition: CaloD3PDClass.h:384
CaloD3PDClass::CaloD3PDClass
CaloD3PDClass(TTree *tree=0)
CaloD3PDClass::b_cl_E_TileBar1
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Definition: CaloD3PDClass.h:334
CaloD3PDClass::cl_E_EMB1
vector< float > * cl_E_EMB1
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Definition: CaloD3PDClass.h:366
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Definition: CaloD3PDClass.h:418
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Definition: CaloD3PDClass.h:78
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Definition: CaloD3PDClass.h:59
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CaloD3PDClass::b_cl_deltaPhi
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Definition: CaloD3PDClass.h:318
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Definition: CaloD3PDClass.h:198
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Definition: CaloD3PDClass.h:197
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Definition: CaloD3PDClass.h:191
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Definition: CaloD3PDClass.h:262
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