ATLAS Offline Software
TCCPlots.cxx
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1 /*
2  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
3 */
4 
5 #include "GaudiKernel/SystemOfUnits.h"
6 #include "TCCPlots.h"
7 #include <cmath>
8 
9 using Gaudi::Units::GeV;
10 
11 TCCPlots::TCCPlots(TCCPlotsBase* pParent, const std::string& sDir, const std::string& collection) :
12  TCCPlotsBase(pParent, sDir),
13  m_collectionType (collection),
14  m_eventWeight (1.0),
15  m_jet_n (nullptr),
16  m_jet_pt (nullptr),
17  m_jet_eta (nullptr),
18  m_jet_phi (nullptr),
19  m_jet_m (nullptr),
20  m_jet_m_2leadings (nullptr),
21  m_jet_pt_2leadings (nullptr),
22  m_jet_eta_2leadings (nullptr),
23  m_jet_phi_2leadings (nullptr),
24  m_jet_m_leading (nullptr),
25  m_jet_pt_leading (nullptr),
26  m_jet_eta_leading (nullptr),
27  m_jet_phi_leading (nullptr),
28  m_jet_m_subleading (nullptr),
29  m_jet_pt_subleading (nullptr),
30  m_jet_eta_subleading (nullptr),
31  m_jet_phi_subleading (nullptr),
32  m_jet_deltaR (nullptr),
33  m_jet_deltaR_matched (nullptr),
34  m_jet_response_m (nullptr),
35  m_jet_response_m_pt (nullptr),
36  m_jet_response_pt (nullptr),
37  m_jet_response_eta (nullptr),
38  m_jet_response_phi (nullptr),
39  m_jet_response_m_2leadings (nullptr),
40  m_jet_response_m_pt_2leadings (nullptr),
41  m_jet_response_pt_2leadings (nullptr),
42  m_jet_response_eta_2leadings (nullptr),
43  m_jet_response_phi_2leadings (nullptr),
44  m_jet_response_m_leading (nullptr),
45  m_jet_response_m_pt_leading (nullptr),
46  m_jet_response_pt_leading (nullptr),
47  m_jet_response_eta_leading (nullptr),
48  m_jet_response_phi_leading (nullptr),
49  m_jet_response_m_subleading (nullptr),
50  m_jet_response_m_pt_subleading (nullptr),
51  m_jet_response_pt_subleading (nullptr),
52  m_jet_response_eta_subleading (nullptr),
53  m_jet_response_phi_subleading (nullptr),
54  m_jet_response_add_eta (nullptr),
55  m_jet_response_add_eta_2leadings (nullptr),
56  m_jet_response_add_eta_leading (nullptr),
57  m_jet_response_add_eta_subleading (nullptr),
58  m_jet_response_add_eta_pt (nullptr),
59  m_jet_response_add_eta_pt_2leadings (nullptr),
60  m_jet_response_add_eta_pt_leading (nullptr),
61  m_jet_response_add_eta_pt_subleading (nullptr),
62  m_jet_response_m_npv (nullptr),
63  m_jet_response_m_npv_2leadings (nullptr),
64  m_jet_response_m_npv_leading (nullptr),
65  m_jet_response_m_npv_subleading (nullptr),
66  m_jet_response_d2_pt (nullptr),
67  m_jet_response_d2_pt_2leadings (nullptr),
68  m_jet_response_d2_pt_leading (nullptr),
69  m_jet_response_d2_pt_subleading (nullptr),
70  m_jet_response_add_d2_pt (nullptr),
71  m_jet_response_add_d2_pt_2leadings (nullptr),
72  m_jet_response_add_d2_pt_leading (nullptr),
73  m_jet_response_add_d2_pt_subleading (nullptr),
74  m_jet_pseudoresponse_m (nullptr),
75  m_jet_pseudoresponse_pt (nullptr),
76  m_jet_pseudoresponse_m_2leadings (nullptr),
77  m_jet_pseudoresponse_pt_2leadings (nullptr),
78  m_jet_pseudoresponse_m_leading (nullptr),
79  m_jet_pseudoresponse_pt_leading (nullptr),
80  m_jet_pseudoresponse_m_subleading (nullptr),
81  m_jet_pseudoresponse_pt_subleading(nullptr),
82  m_jet_pseudoresponse_notcalib_pt (nullptr),
83  m_jet_pseudoresponse_notcalib_pt_2leadings (nullptr),
84  m_jet_pseudoresponse_notcalib_pt_leading (nullptr),
85  m_jet_pseudoresponse_notcalib_pt_subleading(nullptr),
86  m_jet_d2 (nullptr),
87  m_jet_d2_2leadings (nullptr),
88  m_jet_d2_leading (nullptr),
89  m_jet_d2_subleading (nullptr),
90  m_jet_d2_massCut (nullptr),
91  m_jet_d2_2leadings_massCut (nullptr),
92  m_jet_d2_leading_massCut (nullptr),
93  m_jet_d2_subleading_massCut (nullptr),
94  m_jet_response_d2 (nullptr),
95  m_jet_response_d2_2leadings (nullptr),
96  m_jet_response_d2_leading (nullptr),
97  m_jet_response_d2_subleading (nullptr),
98  m_jet_response_add_d2 (nullptr),
99  m_jet_response_add_d2_2leadings (nullptr),
100  m_jet_response_add_d2_leading (nullptr),
101  m_jet_response_add_d2_subleading (nullptr),
102  m_jet_resolution_m (nullptr),
103  m_jet_resolution_m_2leadings (nullptr),
104  m_jet_resolution_m_leading (nullptr),
105  m_jet_resolution_m_subleading (nullptr),
106  m_jet_resolution_m_npv (nullptr),
107  m_jet_resolution_m_npv_2leadings (nullptr),
108  m_jet_resolution_m_npv_leading (nullptr),
109  m_jet_resolution_m_npv_subleading (nullptr),
110  m_jet_median_width_m_npv (nullptr),
111  m_jet_median_width_m_npv_2leadings (nullptr),
112  m_jet_median_width_m_npv_leading (nullptr),
113  m_jet_median_width_m_npv_subleading (nullptr),
114  m_jet_resolution_d2 (nullptr),
115  m_jet_resolution_d2_2leadings (nullptr),
116  m_jet_resolution_d2_leading (nullptr),
117  m_jet_resolution_d2_subleading (nullptr),
118  m_jet_resolution_add_d2 (nullptr),
119  m_jet_resolution_add_d2_2leadings (nullptr),
120  m_jet_resolution_add_d2_leading (nullptr),
121  m_jet_resolution_add_d2_subleading (nullptr),
122  m_jet_mopt_pt_response_m (nullptr),
123  m_jet_mopt_pt_response_m_2leadings (nullptr),
124  m_jet_mopt_pt_response_m_leading (nullptr),
125  m_jet_mopt_pt_response_m_subleading (nullptr),
126  m_jet_mopt_pt_response_pt (nullptr),
127  m_jet_mopt_pt_response_pt_2leadings (nullptr),
128  m_jet_mopt_pt_response_pt_leading (nullptr),
129  m_jet_mopt_pt_response_pt_subleading (nullptr),
130  m_jet_mopt_pt_response_phi (nullptr),
131  m_jet_mopt_pt_response_phi_2leadings (nullptr),
132  m_jet_mopt_pt_response_phi_leading (nullptr),
133  m_jet_mopt_pt_response_phi_subleading (nullptr),
134  m_jet_mopt_pt_response_eta (nullptr),
135  m_jet_mopt_pt_response_eta_2leadings (nullptr),
136  m_jet_mopt_pt_response_eta_leading (nullptr),
137  m_jet_mopt_pt_response_eta_subleading (nullptr),
138  m_jet_mopt_pt_response_d2 (nullptr),
139  m_jet_mopt_pt_response_d2_2leadings (nullptr),
140  m_jet_mopt_pt_response_d2_leading (nullptr),
141  m_jet_mopt_pt_response_d2_subleading (nullptr),
142  m_jet_resolution_mopt_pt_m (nullptr),
143  m_jet_resolution_mopt_pt_m_2leadings (nullptr),
144  m_jet_resolution_mopt_pt_m_leading (nullptr),
145  m_jet_resolution_mopt_pt_m_subleading (nullptr),
146  m_jet_resolution_mopt_pt_pt (nullptr),
147  m_jet_resolution_mopt_pt_pt_2leadings (nullptr),
148  m_jet_resolution_mopt_pt_pt_leading (nullptr),
149  m_jet_resolution_mopt_pt_pt_subleading (nullptr),
150  m_jet_resolution_mopt_pt_phi (nullptr),
151  m_jet_resolution_mopt_pt_phi_2leadings (nullptr),
152  m_jet_resolution_mopt_pt_phi_leading (nullptr),
153  m_jet_resolution_mopt_pt_phi_subleading (nullptr),
154  m_jet_resolution_mopt_pt_eta (nullptr),
155  m_jet_resolution_mopt_pt_eta_2leadings (nullptr),
156  m_jet_resolution_mopt_pt_eta_leading (nullptr),
157  m_jet_resolution_mopt_pt_eta_subleading (nullptr),
158  m_jet_resolution_mopt_pt_d2 (nullptr),
159  m_jet_resolution_mopt_pt_d2_2leadings (nullptr),
160  m_jet_resolution_mopt_pt_d2_leading (nullptr),
161  m_jet_resolution_mopt_pt_d2_subleading (nullptr),
162  m_trk_d0 (nullptr),
163  m_trk_z0 (nullptr),
164  m_trk_theta (nullptr),
165  m_trk_phi (nullptr),
166  m_trk_qOverP (nullptr),
167  m_trk_d0_eta (nullptr),
168  m_trk_z0_eta (nullptr),
169  m_trk_theta_eta (nullptr),
170  m_trk_phi_eta (nullptr),
171  m_trk_qOverP_eta (nullptr),
172  m_trk_d0_pt (nullptr),
173  m_trk_z0_pt (nullptr),
174  m_trk_theta_pt (nullptr),
175  m_trk_phi_pt (nullptr),
176  m_trk_qOverP_pt (nullptr),
177  m_trk_caloEntryEta (nullptr),
178  m_trk_caloEntryEtaOverEta_eta (nullptr),
179  m_trk_caloEntryEtaOverEta_pt (nullptr),
180  m_trk_caloEntryUncEta_caloEntryEta (nullptr),
181  m_trk_caloEntryUncEta_eta (nullptr),
182  m_trk_caloEntryUncEta_pt (nullptr),
183  m_trk_caloEntryUncTheta_eta (nullptr),
184  m_trk_caloEntryUncTheta_pt (nullptr),
185  m_trk_caloEntryPhi (nullptr),
186  m_trk_caloEntryPhiOverPhi_eta (nullptr),
187  m_trk_caloEntryPhiOverPhi_pt (nullptr),
188  m_trk_caloEntryUncPhi_caloEntryPhi (nullptr),
189  m_trk_caloEntryUncPhi_eta (nullptr),
190  m_trk_caloEntryUncPhi_pt (nullptr),
191  m_trk_caloEntryUncTot_eta (nullptr),
192  m_trk_caloEntryUncTot_pt (nullptr),
193  m_trk_perigeeEta (nullptr),
194  m_trk_perigeeUncEta_eta (nullptr),
195  m_trk_perigeeUncEta_pt (nullptr),
196  m_trk_perigeeUncTheta_eta (nullptr),
197  m_trk_perigeeUncTheta_pt (nullptr),
198  m_trk_perigeePhi (nullptr),
199  m_trk_perigeeUncPhi_eta (nullptr),
200  m_trk_perigeeUncPhi_pt (nullptr),
201  m_trk_perigeeUncTot_eta (nullptr),
202  m_trk_perigeeUncTot_pt (nullptr),
203  m_trk_perigeeUncEta_caloUncEta (nullptr),
204  m_trk_perigeeUncTheta_caloUncTheta (nullptr),
205  m_trk_perigeeUncPhi_caloUncPhi (nullptr),
206  m_trk_perigeeUncTot_caloUncTot (nullptr),
207  m_trk_prodRadius (nullptr),
208  m_trk_perigeeUncEta_prodRadius (nullptr),
209  m_trk_perigeeUncTheta_prodRadius (nullptr),
210  m_trk_perigeeUncPhi_prodRadius (nullptr),
211  m_trk_perigeeUncTot_prodRadius (nullptr),
212  m_trk_caloEntryUncEta_prodRadius (nullptr),
213  m_trk_caloEntryUncTheta_prodRadius (nullptr),
214  m_trk_caloEntryUncPhi_prodRadius (nullptr),
215  m_trk_caloEntryUncTot_prodRadius (nullptr),
216  m_trk_delta_perigeeEta_caloEntryEta (nullptr),
217  m_trk_delta_perigeePhi_caloEntryPhi (nullptr),
218  m_trk_delta_perigeeEta_caloEntryEta_eta (nullptr),
219  m_trk_delta_perigeePhi_caloEntryPhi_eta (nullptr),
220  m_trk_delta_perigeeEta_caloEntryEta_pt (nullptr),
221  m_trk_delta_perigeePhi_caloEntryPhi_pt (nullptr),
222  m_trk_delta_trackEta_caloEntryEta (nullptr),
223  m_trk_delta_trackPhi_caloEntryPhi (nullptr),
224  m_trk_delta_trackEta_caloEntryEta_eta (nullptr),
225  m_trk_delta_trackPhi_caloEntryPhi_eta (nullptr),
226  m_trk_delta_trackEta_caloEntryEta_pt (nullptr),
227  m_trk_delta_trackPhi_caloEntryPhi_pt (nullptr),
228  m_trk_delta_trackEta_caloEntryEtaCorr (nullptr),
229  m_trk_delta_trackPhi_caloEntryPhiCorr (nullptr),
230  m_trk_delta_trackEta_caloEntryEtaCorr_eta (nullptr),
231  m_trk_delta_trackPhi_caloEntryPhiCorr_eta (nullptr),
232  m_trk_delta_trackEta_caloEntryEtaCorr_pt (nullptr),
233  m_trk_delta_trackPhi_caloEntryPhiCorr_pt (nullptr),
234  m_trk_delta_caloEntryEta_caloEntryEtaCorr (nullptr),
235  m_trk_delta_caloEntryPhi_caloEntryPhiCorr (nullptr),
236  m_trk_delta_caloEntryEta_caloEntryEtaCorr_eta(nullptr),
237  m_trk_delta_caloEntryPhi_caloEntryPhiCorr_eta(nullptr),
238  m_trk_delta_caloEntryEta_caloEntryEtaCorr_pt (nullptr),
239  m_trk_delta_caloEntryPhi_caloEntryPhiCorr_pt (nullptr),
240  m_clusters_eta (nullptr),
241  m_clusters_matched_eta (nullptr),
242  m_clusters_notMatched_eta (nullptr),
243  m_clusters_matchedFraction_eta (nullptr),
244  m_clusters_notMatchedFraction_eta (nullptr),
245  m_clusters_width (nullptr),
246  m_clusters_width_eta (nullptr),
247  m_clusters_energy (nullptr),
248  m_clusters_matched_energy (nullptr),
249  m_clusters_notMatched_energy (nullptr),
250  m_clusters_matchedFraction_energy (nullptr),
251  m_clusters_notMatchedFraction_energy (nullptr),
252  m_clusters_width_energy (nullptr),
253  m_clusters_etacut_eta (nullptr),
254  m_clusters_etacut_width (nullptr),
255  m_clusters_etacut_width_eta (nullptr),
256  m_clusters_etacut_energy (nullptr),
257  m_clusters_etacut_width_energy (nullptr),
258  m_clusters_matched_eta_fix_and_var (nullptr),
259  m_clusters_matched_eta_fix_or_var (nullptr),
260  m_clusters_matched_eta_fix (nullptr),
261  m_clusters_matched_eta_notfix (nullptr),
262  m_clusters_matched_eta_var (nullptr),
263  m_clusters_matched_eta_notvar (nullptr),
264  m_clusters_matched_eta_onlyvar (nullptr),
265  m_clusters_matched_eta_onlyfix (nullptr),
266  m_clusters_matched_eta_none (nullptr),
267  m_clusters_matchedFraction_eta_fix_and_var (nullptr),
268  m_clusters_matchedFraction_eta_fix_or_var (nullptr),
269  m_clusters_matchedFraction_eta_fix (nullptr),
270  m_clusters_matchedFraction_eta_notfix (nullptr),
271  m_clusters_matchedFraction_eta_var (nullptr),
272  m_clusters_matchedFraction_eta_notvar (nullptr),
273  m_clusters_matchedFraction_eta_onlyvar (nullptr),
274  m_clusters_matchedFraction_eta_onlyfix (nullptr),
275  m_clusters_matchedFraction_eta_none (nullptr),
276  m_clusters_abs_eta (nullptr),
277  m_clusters_abs_matched_eta (nullptr),
278  m_clusters_abs_notMatched_eta (nullptr),
279  m_clusters_abs_matchedFraction_eta (nullptr),
280  m_clusters_abs_notMatchedFraction_eta (nullptr),
281  m_clusters_abs_width (nullptr),
282  m_clusters_abs_width_eta (nullptr),
283  m_clusters_abs_energy (nullptr),
284  m_clusters_abs_matched_energy (nullptr),
285  m_clusters_abs_notMatched_energy (nullptr),
286  m_clusters_abs_matchedFraction_energy (nullptr),
287  m_clusters_abs_notMatchedFraction_energy (nullptr),
288  m_clusters_abs_width_energy (nullptr),
289  m_clusters_etacut_abs_eta (nullptr),
290  m_clusters_etacut_abs_width (nullptr),
291  m_clusters_etacut_abs_width_eta (nullptr),
292  m_clusters_etacut_abs_energy (nullptr),
293  m_clusters_etacut_abs_width_energy (nullptr),
294  m_clusters_abs_matched_eta_fix_and_var (nullptr),
295  m_clusters_abs_matched_eta_fix_or_var (nullptr),
296  m_clusters_abs_matched_eta_fix (nullptr),
297  m_clusters_abs_matched_eta_notfix (nullptr),
298  m_clusters_abs_matched_eta_var (nullptr),
299  m_clusters_abs_matched_eta_notvar (nullptr),
300  m_clusters_abs_matched_eta_onlyvar (nullptr),
301  m_clusters_abs_matched_eta_onlyfix (nullptr),
302  m_clusters_abs_matched_eta_none (nullptr),
303  m_clusters_abs_matchedFraction_eta_fix_and_var (nullptr),
304  m_clusters_abs_matchedFraction_eta_fix_or_var (nullptr),
305  m_clusters_abs_matchedFraction_eta_fix (nullptr),
306  m_clusters_abs_matchedFraction_eta_notfix (nullptr),
307  m_clusters_abs_matchedFraction_eta_var (nullptr),
308  m_clusters_abs_matchedFraction_eta_notvar (nullptr),
309  m_clusters_abs_matchedFraction_eta_onlyvar (nullptr),
310  m_clusters_abs_matchedFraction_eta_onlyfix (nullptr),
311  m_clusters_abs_matchedFraction_eta_none (nullptr),
312  m_clusters_matched_pv0_eta_fix_and_var (nullptr),
313  m_clusters_matched_pv0_eta_fix_or_var (nullptr),
314  m_clusters_matched_pv0_eta_fix (nullptr),
315  m_clusters_matched_pv0_eta_notfix (nullptr),
316  m_clusters_matched_pv0_eta_var (nullptr),
317  m_clusters_matched_pv0_eta_notvar (nullptr),
318  m_clusters_matched_pv0_eta_onlyvar (nullptr),
319  m_clusters_matched_pv0_eta_onlyfix (nullptr),
320  m_clusters_matched_pv0_eta_none (nullptr),
321  m_clusters_abs_matched_pv0_eta_fix_and_var (nullptr),
322  m_clusters_abs_matched_pv0_eta_fix_or_var (nullptr),
323  m_clusters_abs_matched_pv0_eta_fix (nullptr),
324  m_clusters_abs_matched_pv0_eta_notfix (nullptr),
325  m_clusters_abs_matched_pv0_eta_var (nullptr),
326  m_clusters_abs_matched_pv0_eta_notvar (nullptr),
327  m_clusters_abs_matched_pv0_eta_onlyvar (nullptr),
328  m_clusters_abs_matched_pv0_eta_onlyfix (nullptr),
329  m_clusters_abs_matched_pv0_eta_none (nullptr),
330  m_clusters_matchedpv0Fraction_eta_fix_and_var (nullptr),
331  m_clusters_matchedpv0Fraction_eta_fix_or_var (nullptr),
332  m_clusters_matchedpv0Fraction_eta_fix (nullptr),
333  m_clusters_matchedpv0Fraction_eta_notfix (nullptr),
334  m_clusters_matchedpv0Fraction_eta_var (nullptr),
335  m_clusters_matchedpv0Fraction_eta_notvar (nullptr),
336  m_clusters_matchedpv0Fraction_eta_onlyvar (nullptr),
337  m_clusters_matchedpv0Fraction_eta_onlyfix (nullptr),
338  m_clusters_matchedpv0Fraction_eta_none (nullptr),
339  m_clusters_abs_matchedpv0Fraction_eta_fix_and_var(nullptr),
340  m_clusters_abs_matchedpv0Fraction_eta_fix_or_var (nullptr),
341  m_clusters_abs_matchedpv0Fraction_eta_fix (nullptr),
342  m_clusters_abs_matchedpv0Fraction_eta_notfix (nullptr),
343  m_clusters_abs_matchedpv0Fraction_eta_var (nullptr),
344  m_clusters_abs_matchedpv0Fraction_eta_notvar (nullptr),
345  m_clusters_abs_matchedpv0Fraction_eta_onlyvar (nullptr),
346  m_clusters_abs_matchedpv0Fraction_eta_onlyfix (nullptr),
347  m_clusters_abs_matchedpv0Fraction_eta_none (nullptr),
348  m_clusters_matched_pvx_eta_fix_and_var (nullptr),
349  m_clusters_matched_pvx_eta_fix_or_var (nullptr),
350  m_clusters_matched_pvx_eta_fix (nullptr),
351  m_clusters_matched_pvx_eta_notfix (nullptr),
352  m_clusters_matched_pvx_eta_var (nullptr),
353  m_clusters_matched_pvx_eta_notvar (nullptr),
354  m_clusters_matched_pvx_eta_onlyvar (nullptr),
355  m_clusters_matched_pvx_eta_onlyfix (nullptr),
356  m_clusters_matched_pvx_eta_none (nullptr),
357  m_clusters_abs_matched_pvx_eta_fix_and_var (nullptr),
358  m_clusters_abs_matched_pvx_eta_fix_or_var (nullptr),
359  m_clusters_abs_matched_pvx_eta_fix (nullptr),
360  m_clusters_abs_matched_pvx_eta_notfix (nullptr),
361  m_clusters_abs_matched_pvx_eta_var (nullptr),
362  m_clusters_abs_matched_pvx_eta_notvar (nullptr),
363  m_clusters_abs_matched_pvx_eta_onlyvar (nullptr),
364  m_clusters_abs_matched_pvx_eta_onlyfix (nullptr),
365  m_clusters_abs_matched_pvx_eta_none (nullptr),
366  m_clusters_matchedpvxFraction_eta_fix_and_var (nullptr),
367  m_clusters_matchedpvxFraction_eta_fix_or_var (nullptr),
368  m_clusters_matchedpvxFraction_eta_fix (nullptr),
369  m_clusters_matchedpvxFraction_eta_notfix (nullptr),
370  m_clusters_matchedpvxFraction_eta_var (nullptr),
371  m_clusters_matchedpvxFraction_eta_notvar (nullptr),
372  m_clusters_matchedpvxFraction_eta_onlyvar (nullptr),
373  m_clusters_matchedpvxFraction_eta_onlyfix (nullptr),
374  m_clusters_matchedpvxFraction_eta_none (nullptr),
375  m_clusters_abs_matchedpvxFraction_eta_fix_and_var(nullptr),
376  m_clusters_abs_matchedpvxFraction_eta_fix_or_var (nullptr),
377  m_clusters_abs_matchedpvxFraction_eta_fix (nullptr),
378  m_clusters_abs_matchedpvxFraction_eta_notfix (nullptr),
379  m_clusters_abs_matchedpvxFraction_eta_var (nullptr),
380  m_clusters_abs_matchedpvxFraction_eta_notvar (nullptr),
381  m_clusters_abs_matchedpvxFraction_eta_onlyvar (nullptr),
382  m_clusters_abs_matchedpvxFraction_eta_onlyfix (nullptr),
383  m_clusters_abs_matchedpvxFraction_eta_none (nullptr),
384  m_clusters_pt_fraction_e (nullptr),
385  m_clusters_PV0_pt_fraction_e (nullptr),
386  m_clusters_PVX_pt_fraction_e (nullptr),
387  m_clusters_rejected_pt_fraction_e (nullptr),
388  m_clusters_all_neutral_eta (nullptr),
389  m_clusters_all_neutral_e (nullptr),
390  m_clusters_all_neutral_PV0_eta (nullptr),
391  m_clusters_all_neutral_PV0_e (nullptr),
392  m_clusters_all_neutral_notPV0_eta (nullptr),
393  m_clusters_all_neutral_notPV0_e (nullptr),
394  m_clusters_all_neutral_neutral_eta (nullptr),
395  m_clusters_all_neutral_neutral_e (nullptr),
396  m_trk_total_eta (nullptr),
397  m_trk_total_pt (nullptr),
398  m_trk_total_clusters_eta (nullptr),
399  m_trk_total_clusters_pt (nullptr),
400  m_trk_notMatching_deltar_fix_eta (nullptr),
401  m_trk_notMatching_deltar_fix_phi (nullptr),
402  m_trk_notMatching_deltar_fix_pt (nullptr),
403  m_trk_notMatching_deltar_fix_caloEntryUncTot_eta (nullptr),
404  m_trk_notMatching_deltar_fix_caloEntryUncTot_pt (nullptr),
405  m_trk_notMatching_deltar_fix_caloEntryUncTot_prodRadius (nullptr),
406  m_trk_notMatching_deltar_var_eta (nullptr),
407  m_trk_notMatching_deltar_var_phi (nullptr),
408  m_trk_notMatching_deltar_var_pt (nullptr),
409  m_trk_notMatching_deltar_var_caloEntryUncTot_eta (nullptr),
410  m_trk_notMatching_deltar_var_caloEntryUncTot_pt (nullptr),
411  m_trk_notMatching_deltar_var_caloEntryUncTot_prodRadius (nullptr),
412  m_trk_notMatching_deltar_none_eta (nullptr),
413  m_trk_notMatching_deltar_none_phi (nullptr),
414  m_trk_notMatching_deltar_none_pt (nullptr),
415  m_trk_notMatching_deltar_none_caloEntryUncTot_eta (nullptr),
416  m_trk_notMatching_deltar_none_caloEntryUncTot_pt (nullptr),
417  m_trk_notMatching_deltar_none_caloEntryUncTot_prodRadius (nullptr),
418  m_trk_matching_deltar_fix_eta (nullptr),
419  m_trk_matching_deltar_fix_pt (nullptr),
420  m_trk_matching_deltar_var_eta (nullptr),
421  m_trk_matching_deltar_var_pt (nullptr),
422  m_trk_matching_deltar_onlyfix_eta (nullptr),
423  m_trk_matching_deltar_onlyfix_pt (nullptr),
424  m_trk_matching_deltar_onlyvar_eta (nullptr),
425  m_trk_matching_deltar_onlyvar_pt (nullptr),
426  m_trk_matching_deltar_fix_or_var_eta (nullptr),
427  m_trk_matching_deltar_fix_or_var_pt (nullptr),
428  m_trk_matching_deltar_fix_and_var_eta (nullptr),
429  m_trk_matching_deltar_fix_and_var_pt (nullptr),
430  m_trk_matching_deltar_or_clusters_eta (nullptr),
431  m_trk_matching_deltar_or_clusters_phi (nullptr),
432  m_trk_matching_deltar_or_clusters_pt (nullptr),
433  m_trk_matching_deltar_and_clusters_eta (nullptr),
434  m_trk_matching_deltar_and_clusters_phi (nullptr),
435  m_trk_matching_deltar_and_clusters_pt (nullptr),
436  m_trk_matching_deltar_fix_only_clusters_eta (nullptr),
437  m_trk_matching_deltar_fix_only_clusters_phi (nullptr),
438  m_trk_matching_deltar_fix_only_clusters_pt (nullptr),
439  m_trk_matching_deltar_var_only_clusters_eta (nullptr),
440  m_trk_matching_deltar_var_only_clusters_phi (nullptr),
441  m_trk_matching_deltar_var_only_clusters_pt (nullptr),
442  m_trk_matchedFraction_eta_fix_and_var (nullptr),
443  m_trk_matchedFraction_eta_fix_or_var (nullptr),
444  m_trk_matchedFraction_eta_fix (nullptr),
445  m_trk_matchedFraction_eta_notfix (nullptr),
446  m_trk_matchedFraction_eta_var (nullptr),
447  m_trk_matchedFraction_eta_notvar (nullptr),
448  m_trk_matchedFraction_eta_onlyvar (nullptr),
449  m_trk_matchedFraction_eta_onlyfix (nullptr),
450  m_trk_matchedFraction_eta_none (nullptr),
451  m_trk_matchedFraction_pt_fix_and_var (nullptr),
452  m_trk_matchedFraction_pt_fix_or_var (nullptr),
453  m_trk_matchedFraction_pt_fix (nullptr),
454  m_trk_matchedFraction_pt_notfix (nullptr),
455  m_trk_matchedFraction_pt_var (nullptr),
456  m_trk_matchedFraction_pt_notvar (nullptr),
457  m_trk_matchedFraction_pt_onlyvar (nullptr),
458  m_trk_matchedFraction_pt_onlyfix (nullptr),
459  m_trk_matchedFraction_pt_none (nullptr),
460  m_trk_pv0_total_eta (nullptr),
461  m_trk_pv0_total_pt (nullptr),
462  m_trk_pv0_caloEntryUncTot_eta (nullptr),
463  m_trk_pv0_caloEntryUncTot_pt (nullptr),
464  m_trk_pv0_caloEntryUncTot_truthpt (nullptr),
465  m_trk_pv0_total_clusters_eta (nullptr),
466  m_trk_pv0_total_clusters_pt (nullptr),
467  m_trk_pv0_matching_deltar_fix_eta (nullptr),
468  m_trk_pv0_matching_deltar_fix_pt (nullptr),
469  m_trk_pv0_matching_deltar_var_eta (nullptr),
470  m_trk_pv0_matching_deltar_var_pt (nullptr),
471  m_trk_pv0_notMatching_deltar_fix_eta (nullptr),
472  m_trk_pv0_notMatching_deltar_fix_pt (nullptr),
473  m_trk_pv0_notMatching_deltar_var_eta (nullptr),
474  m_trk_pv0_notMatching_deltar_var_pt (nullptr),
475  m_trk_pv0_notMatching_deltar_none_eta (nullptr),
476  m_trk_pv0_notMatching_deltar_none_pt (nullptr),
477  m_trk_pv0_matching_deltar_fix_and_var_eta (nullptr),
478  m_trk_pv0_matching_deltar_fix_and_var_pt (nullptr),
479  m_trk_pv0_matching_deltar_fix_or_var_eta (nullptr),
480  m_trk_pv0_matching_deltar_fix_or_var_pt (nullptr),
481  m_trk_pv0_matching_deltar_onlyfix_eta (nullptr),
482  m_trk_pv0_matching_deltar_onlyfix_pt (nullptr),
483  m_trk_pv0_matching_deltar_onlyvar_eta (nullptr),
484  m_trk_pv0_matching_deltar_onlyvar_pt (nullptr),
485  m_trk_pv0_matchedFraction_eta_fix_and_var (nullptr),
486  m_trk_pv0_matchedFraction_eta_fix_or_var (nullptr),
487  m_trk_pv0_matchedFraction_eta_fix (nullptr),
488  m_trk_pv0_matchedFraction_eta_notfix (nullptr),
489  m_trk_pv0_matchedFraction_eta_var (nullptr),
490  m_trk_pv0_matchedFraction_eta_notvar (nullptr),
491  m_trk_pv0_matchedFraction_eta_onlyvar (nullptr),
492  m_trk_pv0_matchedFraction_eta_onlyfix (nullptr),
493  m_trk_pv0_matchedFraction_eta_none (nullptr),
494  m_trk_pv0_matchedFraction_pt_fix_and_var (nullptr),
495  m_trk_pv0_matchedFraction_pt_fix_or_var (nullptr),
496  m_trk_pv0_matchedFraction_pt_fix (nullptr),
497  m_trk_pv0_matchedFraction_pt_notfix (nullptr),
498  m_trk_pv0_matchedFraction_pt_var (nullptr),
499  m_trk_pv0_matchedFraction_pt_notvar (nullptr),
500  m_trk_pv0_matchedFraction_pt_onlyvar (nullptr),
501  m_trk_pv0_matchedFraction_pt_onlyfix (nullptr),
502  m_trk_pv0_matchedFraction_pt_none (nullptr),
503  m_trk_pv0_caloEntryUncTot_eta_0SiHits (nullptr),
504  m_trk_pv0_caloEntryUncTot_pt_0SiHits (nullptr),
505  m_trk_pv0_caloEntryUncTot_rFirstHit_0SiHits (nullptr),
506  m_trk_pv0_caloEntryUncTot_nSiHits (nullptr),
507  m_trk_pv0_caloEntryUncTot_rFirstHit (nullptr),
508  m_tcc_pt (nullptr),
509  m_tcc_pt_etacut (nullptr),
510  m_tcc_phi (nullptr),
511  m_tcc_eta (nullptr),
512  m_tcc_eta_ptcut (nullptr),
513  m_tcc_m (nullptr),
514  m_tcc_taste (nullptr),
515  m_tcc_taste_pt (nullptr),
516  m_tcc_taste_pt_etacut (nullptr),
517  m_tcc_taste_eta (nullptr),
518  m_tcc_taste_eta_ptcut (nullptr),
519  m_tcc_pt_truth_pt (nullptr),
520  m_tcc_pt_response (nullptr),
521  m_tcc_pt_track_pt (nullptr),
522  m_tcc_pt_pseudoresponse (nullptr),
523  m_tcc_N_M (nullptr),
524  m_tcc_N_M_pv0 (nullptr),
525  m_trk_tcc_reco_pt_truth_pt (nullptr),
526  m_trk_tcc_reco_pt_response (nullptr) {
527 }
528 
529 void TCCPlots::setEventWeight(const float& weight) {
530  m_eventWeight = weight;
531 }
532 
533 void TCCPlots::setJetPtBinning(const std::vector<float>& bins) {
534  m_jetPtBins = bins;
535 }
536 
537 void TCCPlots::setJetMassOverPtBinning(const std::vector<float>& bins) {
538  m_jetMassOverPtBins = bins;
539 }
540 
541 void TCCPlots::setTrackPtBinning(const std::vector<float>& bins) {
542  m_trackPtBins = bins;
543 }
544 
545 void TCCPlots::setTrackProdRadiusBinning(const std::vector<float>& bins) {
546  m_trackProdRadiusBins = bins;
547 }
548 
549 void TCCPlots::initializePlots() {
550 
551  if (!m_collectionType.empty())
552  std::cout << "INFO: TCCPlots configured for " << m_collectionType << " type collection" << std::endl;
553 
554  if (m_collectionType == "jets") {
555  book(m_jet_n , "jet_n" );
556  book(m_jet_pt , "jet_pt" );
557  book(m_jet_eta , "jet_eta" );
558  book(m_jet_phi , "jet_phi" );
559  book(m_jet_m , "jet_m" );
560  book(m_jet_m_2leadings , "jet_m_2leadings" );
561  book(m_jet_pt_2leadings , "jet_pt_2leadings" );
562  book(m_jet_eta_2leadings , "jet_eta_2leadings" );
563  book(m_jet_phi_2leadings , "jet_phi_2leadings" );
564  book(m_jet_m_leading , "jet_m_leading" );
565  book(m_jet_pt_leading , "jet_pt_leading" );
566  book(m_jet_eta_leading , "jet_eta_leading" );
567  book(m_jet_phi_leading , "jet_phi_leading" );
568  book(m_jet_m_subleading , "jet_m_subleading" );
569  book(m_jet_pt_subleading , "jet_pt_subleading" );
570  book(m_jet_eta_subleading , "jet_eta_subleading" );
571  book(m_jet_phi_subleading , "jet_phi_subleading" );
572  book(m_jet_deltaR , "jet_deltaR" );
573  book(m_jet_deltaR_matched , "jet_deltaR_matched" );
574  book(m_jet_response_m , "jet_response_m" );
575  book(m_jet_response_m_pt , "jet_response_m_pt" );
576  book(m_jet_response_pt , "jet_response_pt" );
577  book(m_jet_response_m_2leadings , "jet_response_m_2leadings" );
578  book(m_jet_response_m_pt_2leadings , "jet_response_m_pt_2leadings" );
579  book(m_jet_response_pt_2leadings , "jet_response_pt_2leadings" );
580  book(m_jet_response_m_leading , "jet_response_m_leading" );
581  book(m_jet_response_m_pt_leading , "jet_response_m_pt_leading" );
582  book(m_jet_response_pt_leading , "jet_response_pt_leading" );
583  book(m_jet_response_m_subleading , "jet_response_m_subleading" );
584  book(m_jet_response_m_pt_subleading , "jet_response_m_pt_subleading" );
585  book(m_jet_response_pt_subleading , "jet_response_pt_subleading" );
586  book(m_jet_response_eta , "jet_response_eta" );
587  book(m_jet_response_phi , "jet_response_phi" );
588  book(m_jet_response_eta_2leadings , "jet_response_eta_2leadings" );
589  book(m_jet_response_phi_2leadings , "jet_response_phi_2leadings" );
590  book(m_jet_response_eta_leading , "jet_response_eta_leading" );
591  book(m_jet_response_phi_leading , "jet_response_phi_leading" );
592  book(m_jet_response_eta_subleading , "jet_response_eta_subleading" );
593  book(m_jet_response_phi_subleading , "jet_response_phi_subleading" );
594  book(m_jet_response_add_eta , "jet_response_add_eta" );
595  book(m_jet_response_add_eta_2leadings , "jet_response_add_eta_2leadings" );
596  book(m_jet_response_add_eta_leading , "jet_response_add_eta_leading" );
597  book(m_jet_response_add_eta_subleading , "jet_response_add_eta_subleading" );
598  book(m_jet_response_add_eta_pt , "jet_response_add_eta_pt" );
599  book(m_jet_response_add_eta_pt_2leadings , "jet_response_add_eta_pt_2leadings" );
600  book(m_jet_response_add_eta_pt_leading , "jet_response_add_eta_pt_leading" );
601  book(m_jet_response_add_eta_pt_subleading , "jet_response_add_eta_pt_subleading" );
602  book(m_jet_response_m_npv , "jet_response_m_npv" );
603  book(m_jet_response_m_npv_2leadings , "jet_response_m_npv_2leadings" );
604  book(m_jet_response_m_npv_leading , "jet_response_m_npv_leading" );
605  book(m_jet_response_m_npv_subleading , "jet_response_m_npv_subleading" );
606  book(m_jet_response_d2_pt , "jet_response_d2_pt" );
607  book(m_jet_response_d2_pt_2leadings , "jet_response_d2_pt_2leadings" );
608  book(m_jet_response_d2_pt_leading , "jet_response_d2_pt_leading" );
609  book(m_jet_response_d2_pt_subleading , "jet_response_d2_pt_subleading" );
610  book(m_jet_response_add_d2_pt , "jet_response_add_d2_pt" );
611  book(m_jet_response_add_d2_pt_2leadings , "jet_response_add_d2_pt_2leadings" );
612  book(m_jet_response_add_d2_pt_leading , "jet_response_add_d2_pt_leading" );
613  book(m_jet_response_add_d2_pt_subleading , "jet_response_add_d2_pt_subleading" );
614  book(m_jet_pseudoresponse_m , "jet_pseudoresponse_m" );
615  book(m_jet_pseudoresponse_pt , "jet_pseudoresponse_pt" );
616  book(m_jet_pseudoresponse_m_2leadings , "jet_pseudoresponse_m_2leadings" );
617  book(m_jet_pseudoresponse_pt_2leadings , "jet_pseudoresponse_pt_2leadings" );
618  book(m_jet_pseudoresponse_m_leading , "jet_pseudoresponse_m_leading" );
619  book(m_jet_pseudoresponse_pt_leading , "jet_pseudoresponse_pt_leading" );
620  book(m_jet_pseudoresponse_m_subleading , "jet_pseudoresponse_m_subleading" );
621  book(m_jet_pseudoresponse_pt_subleading , "jet_pseudoresponse_pt_subleading" );
622  book(m_jet_pseudoresponse_notcalib_pt , "jet_pseudoresponse_notcalib_pt" );
623  book(m_jet_pseudoresponse_notcalib_pt_2leadings , "jet_pseudoresponse_notcalib_pt_2leadings" );
624  book(m_jet_pseudoresponse_notcalib_pt_leading , "jet_pseudoresponse_notcalib_pt_leading" );
625  book(m_jet_pseudoresponse_notcalib_pt_subleading , "jet_pseudoresponse_notcalib_pt_subleading");
626  book(m_jet_d2 , "jet_d2" );
627  book(m_jet_d2_2leadings , "jet_d2_2leadings" );
628  book(m_jet_d2_leading , "jet_d2_leading" );
629  book(m_jet_d2_subleading , "jet_d2_subleading" );
630  book(m_jet_d2_massCut , "jet_d2_massCut" );
631  book(m_jet_d2_2leadings_massCut , "jet_d2_2leadings_massCut" );
632  book(m_jet_d2_leading_massCut , "jet_d2_leading_massCut" );
633  book(m_jet_d2_subleading_massCut , "jet_d2_subleading_massCut" );
634  book(m_jet_response_d2 , "jet_response_d2" );
635  book(m_jet_response_d2_2leadings , "jet_response_d2_2leadings" );
636  book(m_jet_response_d2_leading , "jet_response_d2_leading" );
637  book(m_jet_response_d2_subleading , "jet_response_d2_subleading" );
638  book(m_jet_response_add_d2 , "jet_response_add_d2" );
639  book(m_jet_response_add_d2_2leadings , "jet_response_add_d2_2leadings" );
640  book(m_jet_response_add_d2_leading , "jet_response_add_d2_leading" );
641  book(m_jet_response_add_d2_subleading , "jet_response_add_d2_subleading" );
642  book(m_jet_resolution_m , "jet_resolution_m" );
643  book(m_jet_resolution_m_2leadings , "jet_resolution_m_2leadings" );
644  book(m_jet_resolution_m_leading , "jet_resolution_m_leading" );
645  book(m_jet_resolution_m_subleading , "jet_resolution_m_subleading" );
646  book(m_jet_resolution_m_npv , "jet_resolution_m_npv" );
647  book(m_jet_resolution_m_npv_2leadings , "jet_resolution_m_npv_2leadings" );
648  book(m_jet_resolution_m_npv_leading , "jet_resolution_m_npv_leading" );
649  book(m_jet_resolution_m_npv_subleading , "jet_resolution_m_npv_subleading" );
650  book(m_jet_resolution_d2 , "jet_resolution_d2" );
651  book(m_jet_resolution_d2_2leadings , "jet_resolution_d2_2leadings" );
652  book(m_jet_resolution_d2_leading , "jet_resolution_d2_leading" );
653  book(m_jet_resolution_d2_subleading , "jet_resolution_d2_subleading" );
654  book(m_jet_resolution_add_d2 , "jet_resolution_add_d2" );
655  book(m_jet_resolution_add_d2_2leadings , "jet_resolution_add_d2_2leadings" );
656  book(m_jet_resolution_add_d2_leading , "jet_resolution_add_d2_leading" );
657  book(m_jet_resolution_add_d2_subleading , "jet_resolution_add_d2_subleading" );
658  book(m_jet_median_width_m_npv , "jet_median_width_m_npv" );
659  book(m_jet_median_width_m_npv_2leadings , "jet_median_width_m_npv_2leadings" );
660  book(m_jet_median_width_m_npv_leading , "jet_median_width_m_npv_leading" );
661  book(m_jet_median_width_m_npv_subleading , "jet_median_width_m_npv_subleading" );
662  book(m_jet_mopt_pt_response_m , "jet_mopt_pt_response_m" );
663  book(m_jet_mopt_pt_response_m_2leadings , "jet_mopt_pt_response_m_2leadings" );
664  book(m_jet_mopt_pt_response_m_leading , "jet_mopt_pt_response_m_leading" );
665  book(m_jet_mopt_pt_response_m_subleading , "jet_mopt_pt_response_m_subleading" );
666  book(m_jet_mopt_pt_response_pt , "jet_mopt_pt_response_pt" );
667  book(m_jet_mopt_pt_response_pt_2leadings , "jet_mopt_pt_response_pt_2leadings" );
668  book(m_jet_mopt_pt_response_pt_leading , "jet_mopt_pt_response_pt_leading" );
669  book(m_jet_mopt_pt_response_pt_subleading , "jet_mopt_pt_response_pt_subleading" );
670  book(m_jet_mopt_pt_response_phi , "jet_mopt_pt_response_phi" );
671  book(m_jet_mopt_pt_response_phi_2leadings , "jet_mopt_pt_response_phi_2leadings" );
672  book(m_jet_mopt_pt_response_phi_leading , "jet_mopt_pt_response_phi_leading" );
673  book(m_jet_mopt_pt_response_phi_subleading , "jet_mopt_pt_response_phi_subleading" );
674  book(m_jet_mopt_pt_response_eta , "jet_mopt_pt_response_eta" );
675  book(m_jet_mopt_pt_response_eta_2leadings , "jet_mopt_pt_response_eta_2leadings" );
676  book(m_jet_mopt_pt_response_eta_leading , "jet_mopt_pt_response_eta_leading" );
677  book(m_jet_mopt_pt_response_eta_subleading , "jet_mopt_pt_response_eta_subleading" );
678  book(m_jet_mopt_pt_response_d2 , "jet_mopt_pt_response_d2" );
679  book(m_jet_mopt_pt_response_d2_2leadings , "jet_mopt_pt_response_d2_2leadings" );
680  book(m_jet_mopt_pt_response_d2_leading , "jet_mopt_pt_response_d2_leading" );
681  book(m_jet_mopt_pt_response_d2_subleading , "jet_mopt_pt_response_d2_subleading" );
682  book(m_jet_resolution_mopt_pt_m , "jet_resolution_mopt_pt_m" );
683  book(m_jet_resolution_mopt_pt_m_2leadings , "jet_resolution_mopt_pt_m_2leadings" );
684  book(m_jet_resolution_mopt_pt_m_leading , "jet_resolution_mopt_pt_m_leading" );
685  book(m_jet_resolution_mopt_pt_m_subleading , "jet_resolution_mopt_pt_m_subleading" );
686  book(m_jet_resolution_mopt_pt_pt , "jet_resolution_mopt_pt_pt" );
687  book(m_jet_resolution_mopt_pt_pt_2leadings , "jet_resolution_mopt_pt_pt_2leadings" );
688  book(m_jet_resolution_mopt_pt_pt_leading , "jet_resolution_mopt_pt_pt_leading" );
689  book(m_jet_resolution_mopt_pt_pt_subleading , "jet_resolution_mopt_pt_pt_subleading" );
690  book(m_jet_resolution_mopt_pt_phi , "jet_resolution_mopt_pt_phi" );
691  book(m_jet_resolution_mopt_pt_phi_2leadings , "jet_resolution_mopt_pt_phi_2leadings" );
692  book(m_jet_resolution_mopt_pt_phi_leading , "jet_resolution_mopt_pt_phi_leading" );
693  book(m_jet_resolution_mopt_pt_phi_subleading , "jet_resolution_mopt_pt_phi_subleading" );
694  book(m_jet_resolution_mopt_pt_eta , "jet_resolution_mopt_pt_eta" );
695  book(m_jet_resolution_mopt_pt_eta_2leadings , "jet_resolution_mopt_pt_eta_2leadings" );
696  book(m_jet_resolution_mopt_pt_eta_leading , "jet_resolution_mopt_pt_eta_leading" );
697  book(m_jet_resolution_mopt_pt_eta_subleading , "jet_resolution_mopt_pt_eta_subleading" );
698  book(m_jet_resolution_mopt_pt_d2 , "jet_resolution_mopt_pt_d2" );
699  book(m_jet_resolution_mopt_pt_d2_2leadings , "jet_resolution_mopt_pt_d2_2leadings" );
700  book(m_jet_resolution_mopt_pt_d2_leading , "jet_resolution_mopt_pt_d2_leading" );
701  book(m_jet_resolution_mopt_pt_d2_subleading , "jet_resolution_mopt_pt_d2_subleading" );
702 
703  } else if (m_collectionType == "tracks") {
704  // book histograms for tracks
705  book(m_trk_d0 , "trk_d0" );
706  book(m_trk_z0 , "trk_z0" );
707  book(m_trk_theta , "trk_theta" );
708  book(m_trk_phi , "trk_phi" );
709  book(m_trk_qOverP , "trk_qOverP" );
710  book(m_trk_d0_eta , "trk_d0_eta" );
711  book(m_trk_z0_eta , "trk_z0_eta" );
712  book(m_trk_theta_eta , "trk_theta_eta" );
713  book(m_trk_phi_eta , "trk_phi_eta" );
714  book(m_trk_qOverP_eta , "trk_qOverP_eta" );
715  book(m_trk_d0_pt , "trk_d0_pt" );
716  book(m_trk_z0_pt , "trk_z0_pt" );
717  book(m_trk_theta_pt , "trk_theta_pt" );
718  book(m_trk_phi_pt , "trk_phi_pt" );
719  book(m_trk_qOverP_pt , "trk_qOverP_pt" );
720  book(m_trk_caloEntryEta , "trk_caloEntryEta" );
721  book(m_trk_caloEntryEtaOverEta_eta , "trk_caloEntryEtaOverEta_eta" );
722  book(m_trk_caloEntryEtaOverEta_pt , "trk_caloEntryEtaOverEta_pt" );
723  book(m_trk_caloEntryUncEta_caloEntryEta , "trk_caloEntryUncEta_caloEntryEta" );
724  book(m_trk_caloEntryUncEta_eta , "trk_caloEntryUncEta_eta" );
725  book(m_trk_caloEntryUncEta_pt , "trk_caloEntryUncEta_pt" );
726  book(m_trk_caloEntryUncTheta_eta , "trk_caloEntryUncTheta_eta" );
727  book(m_trk_caloEntryUncTheta_pt , "trk_caloEntryUncTheta_pt" );
728  book(m_trk_caloEntryPhi , "trk_caloEntryPhi" );
729  book(m_trk_caloEntryPhiOverPhi_eta , "trk_caloEntryPhiOverPhi_eta" );
730  book(m_trk_caloEntryPhiOverPhi_pt , "trk_caloEntryPhiOverPhi_pt" );
731  book(m_trk_caloEntryUncPhi_caloEntryPhi , "trk_caloEntryUncPhi_caloEntryPhi" );
732  book(m_trk_caloEntryUncPhi_eta , "trk_caloEntryUncPhi_eta" );
733  book(m_trk_caloEntryUncPhi_pt , "trk_caloEntryUncPhi_pt" );
734  book(m_trk_caloEntryUncTot_eta , "trk_caloEntryUncTot_eta" );
735  book(m_trk_caloEntryUncTot_pt , "trk_caloEntryUncTot_pt" );
736  book(m_trk_perigeeEta , "trk_perigeeEta" );
737  book(m_trk_perigeeUncEta_eta , "trk_perigeeUncEta_eta" );
738  book(m_trk_perigeeUncEta_pt , "trk_perigeeUncEta_pt" );
739  book(m_trk_perigeeUncTheta_eta , "trk_perigeeUncTheta_eta" );
740  book(m_trk_perigeeUncTheta_pt , "trk_perigeeUncTheta_pt" );
741  book(m_trk_perigeePhi , "trk_perigeePhi" );
742  book(m_trk_perigeeUncPhi_eta , "trk_perigeeUncPhi_eta" );
743  book(m_trk_perigeeUncPhi_pt , "trk_perigeeUncPhi_pt" );
744  book(m_trk_perigeeUncTot_eta , "trk_perigeeUncTot_eta" );
745  book(m_trk_perigeeUncTot_pt , "trk_perigeeUncTot_pt" );
746  book(m_trk_perigeeUncEta_caloUncEta , "trk_perigeeUncEta_caloUncEta" );
747  book(m_trk_perigeeUncTheta_caloUncTheta , "trk_perigeeUncTheta_caloUncTheta" );
748  book(m_trk_perigeeUncPhi_caloUncPhi , "trk_perigeeUncPhi_caloUncPhi" );
749  book(m_trk_perigeeUncTot_caloUncTot , "trk_perigeeUncTot_caloUncTot" );
750  book(m_trk_prodRadius , "trk_prodRadius" );
751  book(m_trk_perigeeUncEta_prodRadius , "trk_perigeeUncEta_prodRadius" );
752  book(m_trk_perigeeUncTheta_prodRadius , "trk_perigeeUncTheta_prodRadius" );
753  book(m_trk_perigeeUncPhi_prodRadius , "trk_perigeeUncPhi_prodRadius" );
754  book(m_trk_perigeeUncTot_prodRadius , "trk_perigeeUncTot_prodRadius" );
755  book(m_trk_caloEntryUncEta_prodRadius , "trk_caloEntryUncEta_prodRadius" );
756  book(m_trk_caloEntryUncTheta_prodRadius , "trk_caloEntryUncTheta_prodRadius" );
757  book(m_trk_caloEntryUncPhi_prodRadius , "trk_caloEntryUncPhi_prodRadius" );
758  book(m_trk_caloEntryUncTot_prodRadius , "trk_caloEntryUncTot_prodRadius" );
759  book(m_trk_delta_perigeeEta_caloEntryEta, "trk_delta_perigeeEta_caloEntryEta");
760  book(m_trk_delta_perigeePhi_caloEntryPhi, "trk_delta_perigeePhi_caloEntryPhi");
761  book(m_trk_delta_perigeeEta_caloEntryEta_eta , "trk_delta_perigeeEta_caloEntryEta_eta" );
762  book(m_trk_delta_perigeePhi_caloEntryPhi_eta , "trk_delta_perigeePhi_caloEntryPhi_eta" );
763  book(m_trk_delta_perigeeEta_caloEntryEta_pt , "trk_delta_perigeeEta_caloEntryEta_pt" );
764  book(m_trk_delta_perigeePhi_caloEntryPhi_pt , "trk_delta_perigeePhi_caloEntryPhi_pt" );
765  book(m_trk_delta_trackEta_caloEntryEta , "trk_delta_trackEta_caloEntryEta" );
766  book(m_trk_delta_trackPhi_caloEntryPhi , "trk_delta_trackPhi_caloEntryPhi" );
767  book(m_trk_delta_trackEta_caloEntryEta_eta , "trk_delta_trackEta_caloEntryEta_eta" );
768  book(m_trk_delta_trackPhi_caloEntryPhi_eta , "trk_delta_trackPhi_caloEntryPhi_eta" );
769  book(m_trk_delta_trackEta_caloEntryEta_pt , "trk_delta_trackEta_caloEntryEta_pt" );
770  book(m_trk_delta_trackPhi_caloEntryPhi_pt , "trk_delta_trackPhi_caloEntryPhi_pt" );
771  book(m_trk_delta_trackEta_caloEntryEtaCorr , "trk_delta_trackEta_caloEntryEtaCorr" );
772  book(m_trk_delta_trackPhi_caloEntryPhiCorr , "trk_delta_trackPhi_caloEntryPhiCorr" );
773  book(m_trk_delta_trackEta_caloEntryEtaCorr_eta , "trk_delta_trackEta_caloEntryEtaCorr_eta" );
774  book(m_trk_delta_trackPhi_caloEntryPhiCorr_eta , "trk_delta_trackPhi_caloEntryPhiCorr_eta" );
775  book(m_trk_delta_trackEta_caloEntryEtaCorr_pt , "trk_delta_trackEta_caloEntryEtaCorr_pt" );
776  book(m_trk_delta_trackPhi_caloEntryPhiCorr_pt , "trk_delta_trackPhi_caloEntryPhiCorr_pt" );
777  book(m_trk_delta_caloEntryEta_caloEntryEtaCorr , "trk_delta_caloEntryEta_caloEntryEtaCorr" );
778  book(m_trk_delta_caloEntryPhi_caloEntryPhiCorr , "trk_delta_caloEntryPhi_caloEntryPhiCorr" );
779  book(m_trk_delta_caloEntryEta_caloEntryEtaCorr_eta , "trk_delta_caloEntryEta_caloEntryEtaCorr_eta" );
780  book(m_trk_delta_caloEntryPhi_caloEntryPhiCorr_eta , "trk_delta_caloEntryPhi_caloEntryPhiCorr_eta" );
781  book(m_trk_delta_caloEntryEta_caloEntryEtaCorr_pt , "trk_delta_caloEntryEta_caloEntryEtaCorr_pt" );
782  book(m_trk_delta_caloEntryPhi_caloEntryPhiCorr_pt , "trk_delta_caloEntryPhi_caloEntryPhiCorr_pt" );
783 
784  book(m_trk_total_eta , "trk_total_eta" );
785  book(m_trk_total_pt , "trk_total_pt" );
786  book(m_trk_total_clusters_eta , "trk_total_clusters_eta" );
787  book(m_trk_total_clusters_pt , "trk_total_clusters_pt" );
788  book(m_trk_notMatching_deltar_fix_eta , "trk_notMatching_deltar_fix_eta" );
789  book(m_trk_notMatching_deltar_fix_phi , "trk_notMatching_deltar_fix_phi" );
790  book(m_trk_notMatching_deltar_fix_pt , "trk_notMatching_deltar_fix_pt" );
791  book(m_trk_notMatching_deltar_fix_caloEntryUncTot_eta , "trk_notMatching_deltar_fix_caloEntryUncTot_eta" );
792  book(m_trk_notMatching_deltar_fix_caloEntryUncTot_pt , "trk_notMatching_deltar_fix_caloEntryUncTot_pt" );
793  book(m_trk_notMatching_deltar_fix_caloEntryUncTot_prodRadius , "trk_notMatching_deltar_fix_caloEntryUncTot_prodRadius" );
794  book(m_trk_notMatching_deltar_var_eta , "trk_notMatching_deltar_var_eta" );
795  book(m_trk_notMatching_deltar_var_phi , "trk_notMatching_deltar_var_phi" );
796  book(m_trk_notMatching_deltar_var_pt , "trk_notMatching_deltar_var_pt" );
797  book(m_trk_notMatching_deltar_var_caloEntryUncTot_eta , "trk_notMatching_deltar_var_caloEntryUncTot_eta" );
798  book(m_trk_notMatching_deltar_var_caloEntryUncTot_pt , "trk_notMatching_deltar_var_caloEntryUncTot_pt" );
799  book(m_trk_notMatching_deltar_var_caloEntryUncTot_prodRadius , "trk_notMatching_deltar_var_caloEntryUncTot_prodRadius" );
800  book(m_trk_notMatching_deltar_none_eta , "trk_notMatching_deltar_none_eta" );
801  book(m_trk_notMatching_deltar_none_phi , "trk_notMatching_deltar_none_phi" );
802  book(m_trk_notMatching_deltar_none_pt , "trk_notMatching_deltar_none_pt" );
803  book(m_trk_notMatching_deltar_none_caloEntryUncTot_eta , "trk_notMatching_deltar_none_caloEntryUncTot_eta" );
804  book(m_trk_notMatching_deltar_none_caloEntryUncTot_pt , "trk_notMatching_deltar_none_caloEntryUncTot_pt" );
805  book(m_trk_notMatching_deltar_none_caloEntryUncTot_prodRadius , "trk_notMatching_deltar_none_caloEntryUncTot_prodRadius");
806  book(m_trk_matching_deltar_fix_eta , "trk_matching_deltar_fix_eta" );
807  book(m_trk_matching_deltar_fix_pt , "trk_matching_deltar_fix_pt" );
808  book(m_trk_matching_deltar_var_eta , "trk_matching_deltar_var_eta" );
809  book(m_trk_matching_deltar_var_pt , "trk_matching_deltar_var_pt" );
810  book(m_trk_matching_deltar_onlyfix_eta , "trk_matching_deltar_onlyfix_eta" );
811  book(m_trk_matching_deltar_onlyfix_pt , "trk_matching_deltar_onlyfix_pt" );
812  book(m_trk_matching_deltar_onlyvar_eta , "trk_matching_deltar_onlyvar_eta" );
813  book(m_trk_matching_deltar_onlyvar_pt , "trk_matching_deltar_onlyvar_pt" );
814  book(m_trk_matching_deltar_fix_or_var_eta , "trk_matching_deltar_fix_or_var_eta" );
815  book(m_trk_matching_deltar_fix_or_var_pt , "trk_matching_deltar_fix_or_var_pt" );
816  book(m_trk_matching_deltar_fix_and_var_eta , "trk_matching_deltar_fix_and_var_eta" );
817  book(m_trk_matching_deltar_fix_and_var_pt , "trk_matching_deltar_fix_and_var_pt" );
818  book(m_trk_matching_deltar_or_clusters_eta , "trk_matching_deltar_or_clusters_eta" );
819  book(m_trk_matching_deltar_or_clusters_phi , "trk_matching_deltar_or_clusters_phi" );
820  book(m_trk_matching_deltar_or_clusters_pt , "trk_matching_deltar_or_clusters_pt" );
821  book(m_trk_matching_deltar_and_clusters_eta , "trk_matching_deltar_and_clusters_eta" );
822  book(m_trk_matching_deltar_and_clusters_phi , "trk_matching_deltar_and_clusters_phi" );
823  book(m_trk_matching_deltar_and_clusters_pt , "trk_matching_deltar_and_clusters_pt" );
824  book(m_trk_matching_deltar_fix_only_clusters_eta , "trk_matching_deltar_fix_only_clusters_eta" );
825  book(m_trk_matching_deltar_fix_only_clusters_phi , "trk_matching_deltar_fix_only_clusters_phi" );
826  book(m_trk_matching_deltar_fix_only_clusters_pt , "trk_matching_deltar_fix_only_clusters_pt" );
827  book(m_trk_matching_deltar_var_only_clusters_eta , "trk_matching_deltar_var_only_clusters_eta" );
828  book(m_trk_matching_deltar_var_only_clusters_phi , "trk_matching_deltar_var_only_clusters_phi" );
829  book(m_trk_matching_deltar_var_only_clusters_pt , "trk_matching_deltar_var_only_clusters_pt" );
830  book(m_trk_matchedFraction_eta_fix_and_var , "trk_matchedFraction_eta_fix_and_var" );
831  book(m_trk_matchedFraction_eta_fix_or_var , "trk_matchedFraction_eta_fix_or_var" );
832  book(m_trk_matchedFraction_eta_fix , "trk_matchedFraction_eta_fix" );
833  book(m_trk_matchedFraction_eta_notfix , "trk_matchedFraction_eta_notfix" );
834  book(m_trk_matchedFraction_eta_var , "trk_matchedFraction_eta_var" );
835  book(m_trk_matchedFraction_eta_notvar , "trk_matchedFraction_eta_notvar" );
836  book(m_trk_matchedFraction_eta_onlyvar , "trk_matchedFraction_eta_onlyvar" );
837  book(m_trk_matchedFraction_eta_onlyfix , "trk_matchedFraction_eta_onlyfix" );
838  book(m_trk_matchedFraction_eta_none , "trk_matchedFraction_eta_none" );
839  book(m_trk_matchedFraction_pt_fix_and_var , "trk_matchedFraction_pt_fix_and_var" );
840  book(m_trk_matchedFraction_pt_fix_or_var , "trk_matchedFraction_pt_fix_or_var" );
841  book(m_trk_matchedFraction_pt_fix , "trk_matchedFraction_pt_fix" );
842  book(m_trk_matchedFraction_pt_notfix , "trk_matchedFraction_pt_notfix" );
843  book(m_trk_matchedFraction_pt_var , "trk_matchedFraction_pt_var" );
844  book(m_trk_matchedFraction_pt_notvar , "trk_matchedFraction_pt_notvar" );
845  book(m_trk_matchedFraction_pt_onlyvar , "trk_matchedFraction_pt_onlyvar" );
846  book(m_trk_matchedFraction_pt_onlyfix , "trk_matchedFraction_pt_onlyfix" );
847  book(m_trk_matchedFraction_pt_none , "trk_matchedFraction_pt_none" );
848 
849  book(m_trk_pv0_total_eta , "trk_pv0_total_eta" );
850  book(m_trk_pv0_total_pt , "trk_pv0_total_pt" );
851  book(m_trk_pv0_caloEntryUncTot_eta , "trk_pv0_caloEntryUncTot_eta" );
852  book(m_trk_pv0_caloEntryUncTot_pt , "trk_pv0_caloEntryUncTot_pt" );
853  book(m_trk_pv0_caloEntryUncTot_truthpt , "trk_pv0_caloEntryUncTot_truthpt" );
854  book(m_trk_pv0_total_clusters_eta , "trk_pv0_total_clusters_eta" );
855  book(m_trk_pv0_total_clusters_pt , "trk_pv0_total_clusters_pt" );
856  book(m_trk_pv0_matching_deltar_fix_eta , "trk_pv0_matching_deltar_fix_eta" );
857  book(m_trk_pv0_matching_deltar_fix_pt , "trk_pv0_matching_deltar_fix_pt" );
858  book(m_trk_pv0_matching_deltar_var_eta , "trk_pv0_matching_deltar_var_eta" );
859  book(m_trk_pv0_matching_deltar_var_pt , "trk_pv0_matching_deltar_var_pt" );
860  book(m_trk_pv0_notMatching_deltar_fix_eta , "trk_pv0_notMatching_deltar_fix_eta" );
861  book(m_trk_pv0_notMatching_deltar_fix_pt , "trk_pv0_notMatching_deltar_fix_pt" );
862  book(m_trk_pv0_notMatching_deltar_var_eta , "trk_pv0_notMatching_deltar_var_eta" );
863  book(m_trk_pv0_notMatching_deltar_var_pt , "trk_pv0_notMatching_deltar_var_pt" );
864  book(m_trk_pv0_notMatching_deltar_none_eta , "trk_pv0_notMatching_deltar_none_eta" );
865  book(m_trk_pv0_notMatching_deltar_none_pt , "trk_pv0_notMatching_deltar_none_pt" );
866  book(m_trk_pv0_matching_deltar_fix_and_var_eta , "trk_pv0_matching_deltar_fix_and_var_eta" );
867  book(m_trk_pv0_matching_deltar_fix_and_var_pt , "trk_pv0_matching_deltar_fix_and_var_pt" );
868  book(m_trk_pv0_matching_deltar_fix_or_var_eta , "trk_pv0_matching_deltar_fix_or_var_eta" );
869  book(m_trk_pv0_matching_deltar_fix_or_var_pt , "trk_pv0_matching_deltar_fix_or_var_pt" );
870  book(m_trk_pv0_matching_deltar_onlyfix_eta , "trk_pv0_matching_deltar_onlyfix_eta" );
871  book(m_trk_pv0_matching_deltar_onlyfix_pt , "trk_pv0_matching_deltar_onlyfix_pt" );
872  book(m_trk_pv0_matching_deltar_onlyvar_eta , "trk_pv0_matching_deltar_onlyvar_eta" );
873  book(m_trk_pv0_matching_deltar_onlyvar_pt , "trk_pv0_matching_deltar_onlyvar_pt" );
874  book(m_trk_pv0_matchedFraction_eta_fix_and_var , "trk_pv0_matchedFraction_eta_fix_and_var" );
875  book(m_trk_pv0_matchedFraction_eta_fix_or_var , "trk_pv0_matchedFraction_eta_fix_or_var" );
876  book(m_trk_pv0_matchedFraction_eta_fix , "trk_pv0_matchedFraction_eta_fix" );
877  book(m_trk_pv0_matchedFraction_eta_notfix , "trk_pv0_matchedFraction_eta_notfix" );
878  book(m_trk_pv0_matchedFraction_eta_var , "trk_pv0_matchedFraction_eta_var" );
879  book(m_trk_pv0_matchedFraction_eta_notvar , "trk_pv0_matchedFraction_eta_notvar" );
880  book(m_trk_pv0_matchedFraction_eta_onlyvar , "trk_pv0_matchedFraction_eta_onlyvar" );
881  book(m_trk_pv0_matchedFraction_eta_onlyfix , "trk_pv0_matchedFraction_eta_onlyfix" );
882  book(m_trk_pv0_matchedFraction_eta_none , "trk_pv0_matchedFraction_eta_none" );
883  book(m_trk_pv0_matchedFraction_pt_fix_and_var , "trk_pv0_matchedFraction_pt_fix_and_var" );
884  book(m_trk_pv0_matchedFraction_pt_fix_or_var , "trk_pv0_matchedFraction_pt_fix_or_var" );
885  book(m_trk_pv0_matchedFraction_pt_fix , "trk_pv0_matchedFraction_pt_fix" );
886  book(m_trk_pv0_matchedFraction_pt_notfix , "trk_pv0_matchedFraction_pt_notfix" );
887  book(m_trk_pv0_matchedFraction_pt_var , "trk_pv0_matchedFraction_pt_var" );
888  book(m_trk_pv0_matchedFraction_pt_notvar , "trk_pv0_matchedFraction_pt_notvar" );
889  book(m_trk_pv0_matchedFraction_pt_onlyvar , "trk_pv0_matchedFraction_pt_onlyvar" );
890  book(m_trk_pv0_matchedFraction_pt_onlyfix , "trk_pv0_matchedFraction_pt_onlyfix" );
891  book(m_trk_pv0_matchedFraction_pt_none , "trk_pv0_matchedFraction_pt_none" );
892 
893  book(m_trk_pv0_caloEntryUncTot_eta_0SiHits , "trk_pv0_caloEntryUncTot_eta_0SiHits" );
894  book(m_trk_pv0_caloEntryUncTot_pt_0SiHits , "trk_pv0_caloEntryUncTot_pt_0SiHits" );
895  book(m_trk_pv0_caloEntryUncTot_rFirstHit_0SiHits , "trk_pv0_caloEntryUncTot_rFirstHit_0SiHits" );
896  book(m_trk_pv0_caloEntryUncTot_nSiHits , "trk_pv0_caloEntryUncTot_nSiHits" );
897  book(m_trk_pv0_caloEntryUncTot_rFirstHit , "trk_pv0_caloEntryUncTot_rFirstHit" );
898 
899  } else if (m_collectionType == "clusters") {
900 
901  book(m_clusters_eta , "clusters_eta" );
902  book(m_clusters_matched_eta , "clusters_matched_eta" );
903  book(m_clusters_notMatched_eta , "clusters_notMatched_eta" );
904  book(m_clusters_matchedFraction_eta , "clusters_matchedFraction_eta" );
905  book(m_clusters_notMatchedFraction_eta , "clusters_notMatchedFraction_eta");
906  book(m_clusters_matchedFraction_energy , "clusters_matchedFraction_energy" );
907  book(m_clusters_notMatchedFraction_energy , "clusters_notMatchedFraction_energy");
908  book(m_clusters_width , "clusters_width" );
909  book(m_clusters_width_eta , "clusters_width_eta" );
910  book(m_clusters_energy , "clusters_energy" );
911  book(m_clusters_abs_energy , "clusters_abs_energy" );
912  book(m_clusters_width_energy , "clusters_width_energy" );
913  book(m_clusters_abs_width_energy , "clusters_abs_width_energy" );
914  book(m_clusters_matched_energy , "clusters_matched_energy" );
915  book(m_clusters_notMatched_energy , "clusters_notMatched_energy" );
916  book(m_clusters_matched_eta_fix_and_var , "clusters_matched_eta_fix_and_var" );
917  book(m_clusters_matched_eta_fix_or_var , "clusters_matched_eta_fix_or_var" );
918  book(m_clusters_matched_eta_fix , "clusters_matched_eta_fix" );
919  book(m_clusters_matched_eta_notfix , "clusters_matched_eta_notfix" );
920  book(m_clusters_matched_eta_var , "clusters_matched_eta_var" );
921  book(m_clusters_matched_eta_notvar , "clusters_matched_eta_notvar" );
922  book(m_clusters_matched_eta_onlyvar , "clusters_matched_eta_onlyvar" );
923  book(m_clusters_matched_eta_onlyfix , "clusters_matched_eta_onlyfix" );
924  book(m_clusters_matched_eta_none , "clusters_matched_eta_none" );
925  book(m_clusters_matchedFraction_eta_fix_and_var, "clusters_matchedFraction_eta_fix_and_var" );
926  book(m_clusters_matchedFraction_eta_fix_or_var , "clusters_matchedFraction_eta_fix_or_var" );
927  book(m_clusters_matchedFraction_eta_fix , "clusters_matchedFraction_eta_fix" );
928  book(m_clusters_matchedFraction_eta_notfix , "clusters_matchedFraction_eta_notfix" );
929  book(m_clusters_matchedFraction_eta_var , "clusters_matchedFraction_eta_var" );
930  book(m_clusters_matchedFraction_eta_notvar , "clusters_matchedFraction_eta_notvar" );
931  book(m_clusters_matchedFraction_eta_onlyvar , "clusters_matchedFraction_eta_onlyvar" );
932  book(m_clusters_matchedFraction_eta_onlyfix , "clusters_matchedFraction_eta_onlyfix" );
933  book(m_clusters_matchedFraction_eta_none , "clusters_matchedFraction_eta_none" );
934 
935  book(m_clusters_abs_eta , "clusters_abs_eta" );
936  book(m_clusters_abs_matched_eta , "clusters_abs_matched_eta" );
937  book(m_clusters_abs_notMatched_eta , "clusters_abs_notMatched_eta" );
938  book(m_clusters_abs_matchedFraction_eta , "clusters_abs_matchedFraction_eta" );
939  book(m_clusters_abs_notMatchedFraction_eta , "clusters_abs_notMatchedFraction_eta");
940  book(m_clusters_abs_matched_energy , "clusters_abs_matched_energy" );
941  book(m_clusters_abs_notMatched_energy , "clusters_abs_notMatched_energy" );
942  book(m_clusters_abs_matchedFraction_energy , "clusters_abs_matchedFraction_energy" );
943  book(m_clusters_abs_notMatchedFraction_energy , "clusters_abs_notMatchedFraction_energy");
944  book(m_clusters_abs_width , "clusters_abs_width" );
945  book(m_clusters_abs_width_eta , "clusters_abs_width_eta" );
946  book(m_clusters_abs_matched_eta_fix_and_var , "clusters_abs_matched_eta_fix_and_var" );
947  book(m_clusters_abs_matched_eta_fix_or_var , "clusters_abs_matched_eta_fix_or_var" );
948  book(m_clusters_abs_matched_eta_fix , "clusters_abs_matched_eta_fix" );
949  book(m_clusters_abs_matched_eta_notfix , "clusters_abs_matched_eta_notfix" );
950  book(m_clusters_abs_matched_eta_var , "clusters_abs_matched_eta_var" );
951  book(m_clusters_abs_matched_eta_notvar , "clusters_abs_matched_eta_notvar" );
952  book(m_clusters_abs_matched_eta_onlyvar , "clusters_abs_matched_eta_onlyvar" );
953  book(m_clusters_abs_matched_eta_onlyfix , "clusters_abs_matched_eta_onlyfix" );
954  book(m_clusters_abs_matched_eta_none , "clusters_abs_matched_eta_none" );
955  book(m_clusters_abs_matchedFraction_eta_fix_and_var, "clusters_abs_matchedFraction_eta_fix_and_var" );
956  book(m_clusters_abs_matchedFraction_eta_fix_or_var , "clusters_abs_matchedFraction_eta_fix_or_var" );
957  book(m_clusters_abs_matchedFraction_eta_fix , "clusters_abs_matchedFraction_eta_fix" );
958  book(m_clusters_abs_matchedFraction_eta_notfix , "clusters_abs_matchedFraction_eta_notfix" );
959  book(m_clusters_abs_matchedFraction_eta_var , "clusters_abs_matchedFraction_eta_var" );
960  book(m_clusters_abs_matchedFraction_eta_notvar , "clusters_abs_matchedFraction_eta_notvar" );
961  book(m_clusters_abs_matchedFraction_eta_onlyvar , "clusters_abs_matchedFraction_eta_onlyvar" );
962  book(m_clusters_abs_matchedFraction_eta_onlyfix , "clusters_abs_matchedFraction_eta_onlyfix" );
963  book(m_clusters_abs_matchedFraction_eta_none , "clusters_abs_matchedFraction_eta_none" );
964 
965  book(m_clusters_matched_pv0_eta_fix_and_var , "clusters_matched_pv0_eta_fix_and_var" );
966  book(m_clusters_matched_pv0_eta_fix_or_var , "clusters_matched_pv0_eta_fix_or_var" );
967  book(m_clusters_matched_pv0_eta_fix , "clusters_matched_pv0_eta_fix" );
968  book(m_clusters_matched_pv0_eta_notfix , "clusters_matched_pv0_eta_notfix" );
969  book(m_clusters_matched_pv0_eta_var , "clusters_matched_pv0_eta_var" );
970  book(m_clusters_matched_pv0_eta_notvar , "clusters_matched_pv0_eta_notvar" );
971  book(m_clusters_matched_pv0_eta_onlyvar , "clusters_matched_pv0_eta_onlyvar" );
972  book(m_clusters_matched_pv0_eta_onlyfix , "clusters_matched_pv0_eta_onlyfix" );
973  book(m_clusters_matched_pv0_eta_none , "clusters_matched_pv0_eta_none" );
974  book(m_clusters_abs_matched_pv0_eta_fix_and_var , "clusters_abs_matched_pv0_eta_fix_and_var" );
975  book(m_clusters_abs_matched_pv0_eta_fix_or_var , "clusters_abs_matched_pv0_eta_fix_or_var" );
976  book(m_clusters_abs_matched_pv0_eta_fix , "clusters_abs_matched_pv0_eta_fix" );
977  book(m_clusters_abs_matched_pv0_eta_notfix , "clusters_abs_matched_pv0_eta_notfix" );
978  book(m_clusters_abs_matched_pv0_eta_var , "clusters_abs_matched_pv0_eta_var" );
979  book(m_clusters_abs_matched_pv0_eta_notvar , "clusters_abs_matched_pv0_eta_notvar" );
980  book(m_clusters_abs_matched_pv0_eta_onlyvar , "clusters_abs_matched_pv0_eta_onlyvar" );
981  book(m_clusters_abs_matched_pv0_eta_onlyfix , "clusters_abs_matched_pv0_eta_onlyfix" );
982  book(m_clusters_abs_matched_pv0_eta_none , "clusters_abs_matched_pv0_eta_none" );
983  book(m_clusters_matchedpv0Fraction_eta_fix_and_var , "clusters_matchedpv0Fraction_eta_fix_and_var" );
984  book(m_clusters_matchedpv0Fraction_eta_fix_or_var , "clusters_matchedpv0Fraction_eta_fix_or_var" );
985  book(m_clusters_matchedpv0Fraction_eta_fix , "clusters_matchedpv0Fraction_eta_fix" );
986  book(m_clusters_matchedpv0Fraction_eta_notfix , "clusters_matchedpv0Fraction_eta_notfix" );
987  book(m_clusters_matchedpv0Fraction_eta_var , "clusters_matchedpv0Fraction_eta_var" );
988  book(m_clusters_matchedpv0Fraction_eta_notvar , "clusters_matchedpv0Fraction_eta_notvar" );
989  book(m_clusters_matchedpv0Fraction_eta_onlyvar , "clusters_matchedpv0Fraction_eta_onlyvar" );
990  book(m_clusters_matchedpv0Fraction_eta_onlyfix , "clusters_matchedpv0Fraction_eta_onlyfix" );
991  book(m_clusters_matchedpv0Fraction_eta_none , "clusters_matchedpv0Fraction_eta_none" );
992  book(m_clusters_abs_matchedpv0Fraction_eta_fix_and_var, "clusters_abs_matchedpv0Fraction_eta_fix_and_var" );
993  book(m_clusters_abs_matchedpv0Fraction_eta_fix_or_var , "clusters_abs_matchedpv0Fraction_eta_fix_or_var" );
994  book(m_clusters_abs_matchedpv0Fraction_eta_fix , "clusters_abs_matchedpv0Fraction_eta_fix" );
995  book(m_clusters_abs_matchedpv0Fraction_eta_notfix , "clusters_abs_matchedpv0Fraction_eta_notfix" );
996  book(m_clusters_abs_matchedpv0Fraction_eta_var , "clusters_abs_matchedpv0Fraction_eta_var" );
997  book(m_clusters_abs_matchedpv0Fraction_eta_notvar , "clusters_abs_matchedpv0Fraction_eta_notvar" );
998  book(m_clusters_abs_matchedpv0Fraction_eta_onlyvar , "clusters_abs_matchedpv0Fraction_eta_onlyvar" );
999  book(m_clusters_abs_matchedpv0Fraction_eta_onlyfix , "clusters_abs_matchedpv0Fraction_eta_onlyfix" );
1000  book(m_clusters_abs_matchedpv0Fraction_eta_none , "clusters_abs_matchedpv0Fraction_eta_none" );
1001 
1002 
1003  book(m_clusters_matched_pvx_eta_fix_and_var , "clusters_matched_pvx_eta_fix_and_var" );
1004  book(m_clusters_matched_pvx_eta_fix_or_var , "clusters_matched_pvx_eta_fix_or_var" );
1005  book(m_clusters_matched_pvx_eta_fix , "clusters_matched_pvx_eta_fix" );
1006  book(m_clusters_matched_pvx_eta_notfix , "clusters_matched_pvx_eta_notfix" );
1007  book(m_clusters_matched_pvx_eta_var , "clusters_matched_pvx_eta_var" );
1008  book(m_clusters_matched_pvx_eta_notvar , "clusters_matched_pvx_eta_notvar" );
1009  book(m_clusters_matched_pvx_eta_onlyvar , "clusters_matched_pvx_eta_onlyvar" );
1010  book(m_clusters_matched_pvx_eta_onlyfix , "clusters_matched_pvx_eta_onlyfix" );
1011  book(m_clusters_matched_pvx_eta_none , "clusters_matched_pvx_eta_none" );
1012  book(m_clusters_abs_matched_pvx_eta_fix_and_var , "clusters_abs_matched_pvx_eta_fix_and_var" );
1013  book(m_clusters_abs_matched_pvx_eta_fix_or_var , "clusters_abs_matched_pvx_eta_fix_or_var" );
1014  book(m_clusters_abs_matched_pvx_eta_fix , "clusters_abs_matched_pvx_eta_fix" );
1015  book(m_clusters_abs_matched_pvx_eta_notfix , "clusters_abs_matched_pvx_eta_notfix" );
1016  book(m_clusters_abs_matched_pvx_eta_var , "clusters_abs_matched_pvx_eta_var" );
1017  book(m_clusters_abs_matched_pvx_eta_notvar , "clusters_abs_matched_pvx_eta_notvar" );
1018  book(m_clusters_abs_matched_pvx_eta_onlyvar , "clusters_abs_matched_pvx_eta_onlyvar" );
1019  book(m_clusters_abs_matched_pvx_eta_onlyfix , "clusters_abs_matched_pvx_eta_onlyfix" );
1020  book(m_clusters_abs_matched_pvx_eta_none , "clusters_abs_matched_pvx_eta_none" );
1021  book(m_clusters_matchedpvxFraction_eta_fix_and_var , "clusters_matchedpvxFraction_eta_fix_and_var" );
1022  book(m_clusters_matchedpvxFraction_eta_fix_or_var , "clusters_matchedpvxFraction_eta_fix_or_var" );
1023  book(m_clusters_matchedpvxFraction_eta_fix , "clusters_matchedpvxFraction_eta_fix" );
1024  book(m_clusters_matchedpvxFraction_eta_notfix , "clusters_matchedpvxFraction_eta_notfix" );
1025  book(m_clusters_matchedpvxFraction_eta_var , "clusters_matchedpvxFraction_eta_var" );
1026  book(m_clusters_matchedpvxFraction_eta_notvar , "clusters_matchedpvxFraction_eta_notvar" );
1027  book(m_clusters_matchedpvxFraction_eta_onlyvar , "clusters_matchedpvxFraction_eta_onlyvar" );
1028  book(m_clusters_matchedpvxFraction_eta_onlyfix , "clusters_matchedpvxFraction_eta_onlyfix" );
1029  book(m_clusters_matchedpvxFraction_eta_none , "clusters_matchedpvxFraction_eta_none" );
1030  book(m_clusters_abs_matchedpvxFraction_eta_fix_and_var, "clusters_abs_matchedpvxFraction_eta_fix_and_var" );
1031  book(m_clusters_abs_matchedpvxFraction_eta_fix_or_var , "clusters_abs_matchedpvxFraction_eta_fix_or_var" );
1032  book(m_clusters_abs_matchedpvxFraction_eta_fix , "clusters_abs_matchedpvxFraction_eta_fix" );
1033  book(m_clusters_abs_matchedpvxFraction_eta_notfix , "clusters_abs_matchedpvxFraction_eta_notfix" );
1034  book(m_clusters_abs_matchedpvxFraction_eta_var , "clusters_abs_matchedpvxFraction_eta_var" );
1035  book(m_clusters_abs_matchedpvxFraction_eta_notvar , "clusters_abs_matchedpvxFraction_eta_notvar" );
1036  book(m_clusters_abs_matchedpvxFraction_eta_onlyvar , "clusters_abs_matchedpvxFraction_eta_onlyvar" );
1037  book(m_clusters_abs_matchedpvxFraction_eta_onlyfix , "clusters_abs_matchedpvxFraction_eta_onlyfix" );
1038  book(m_clusters_abs_matchedpvxFraction_eta_none , "clusters_abs_matchedpvxFraction_eta_none" );
1039 
1040 
1041  book(m_clusters_pt_fraction_e , "clusters_pt_fraction_e" );
1042  book(m_clusters_PV0_pt_fraction_e , "clusters_PV0_pt_fraction_e" );
1043  book(m_clusters_PVX_pt_fraction_e , "clusters_PVX_pt_fraction_e" );
1044  book(m_clusters_rejected_pt_fraction_e , "clusters_rejected_pt_fraction_e" );
1045 
1046  book(m_clusters_all_neutral_eta , "clusters_all_neutral_eta" );
1047  book(m_clusters_all_neutral_e , "clusters_all_neutral_e" );
1048  book(m_clusters_all_neutral_PV0_eta , "clusters_all_neutral_PV0_eta" );
1049  book(m_clusters_all_neutral_PV0_e , "clusters_all_neutral_PV0_e" );
1050  book(m_clusters_all_neutral_notPV0_eta , "clusters_all_neutral_notPV0_eta" );
1051  book(m_clusters_all_neutral_notPV0_e , "clusters_all_neutral_notPV0_e" );
1052  book(m_clusters_all_neutral_neutral_eta , "clusters_all_neutral_neutral_eta" );
1053  book(m_clusters_all_neutral_neutral_e , "clusters_all_neutral_neutral_e" );
1054 
1055  book(m_clusters_etacut_eta , "clusters_etacut_eta" );
1056  book(m_clusters_etacut_width , "clusters_etacut_width" );
1057  book(m_clusters_etacut_width_eta , "clusters_etacut_width_eta" );
1058  book(m_clusters_etacut_energy , "clusters_etacut_energy" );
1059  book(m_clusters_etacut_width_energy , "clusters_etacut_width_energy" );
1060  book(m_clusters_etacut_abs_eta , "clusters_etacut_abs_eta" );
1061  book(m_clusters_etacut_abs_width , "clusters_etacut_abs_width" );
1062  book(m_clusters_etacut_abs_width_eta , "clusters_etacut_abs_width_eta" );
1063  book(m_clusters_etacut_abs_energy , "clusters_etacut_abs_energy" );
1064  book(m_clusters_etacut_abs_width_energy , "clusters_etacut_abs_width_energy" );
1065 
1066  } else if (m_collectionType == "tccs") {
1067  book(m_tcc_pt , "tcc_pt" );
1068  book(m_tcc_pt_etacut , "tcc_pt_etacut" );
1069  book(m_tcc_phi , "tcc_phi" );
1070  book(m_tcc_eta , "tcc_eta" );
1071  book(m_tcc_eta_ptcut , "tcc_eta_ptcut" );
1072  book(m_tcc_m , "tcc_m" );
1073  book(m_tcc_taste , "tcc_taste" );
1074  book(m_tcc_taste_pt , "tcc_taste_pt" );
1075  book(m_tcc_taste_pt_etacut , "tcc_taste_pt_etacut" );
1076  book(m_tcc_taste_eta , "tcc_taste_eta" );
1077  book(m_tcc_taste_eta_ptcut , "tcc_taste_eta_ptcut" );
1078  book(m_tcc_pt_pseudoresponse , "tcc_pt_pseudoresponse" );
1079  book(m_tcc_pt_track_pt , "tcc_pt_track_pt" );
1080  book(m_tcc_pt_truth_pt , "tcc_pt_truth_pt" );
1081  book(m_tcc_pt_response , "tcc_pt_response" );
1082  book(m_tcc_N_M , "tcc_N_M" );
1083  book(m_tcc_N_M_pv0 , "tcc_N_M_pv0" );
1084 
1085  book(m_trk_tcc_reco_pt_truth_pt , "trk_tcc_reco_pt_truth_pt" );
1086  book(m_trk_tcc_reco_pt_response , "trk_tcc_reco_pt_response" );
1087 
1088  } else
1089  std::cout << "WARNING: TCCPlots configured with unkown collection. Please check if you are using jets or tracks!" << std::endl;
1090 
1091  resizeHistograms();
1092 }
1093 
1094 void TCCPlots::fill(const xAOD::JetContainer& jets) {
1095  fillHisto(m_jet_n , jets.size(), m_eventWeight);
1096 }
1097 
1098 void TCCPlots::fill(const xAOD::Jet& jet) {
1099  fillHisto(m_jet_pt , jet.pt()/GeV, m_eventWeight);
1100  fillHisto(m_jet_eta, jet.eta() , m_eventWeight);
1101  fillHisto(m_jet_phi, jet.phi() , m_eventWeight);
1102  fillHisto(m_jet_m , jet.m()/GeV , m_eventWeight);
1103 }
1104 
1105 void TCCPlots::fill(const xAOD::Jet& jet, const xAOD::Jet& truth) {
1106  fillHisto(m_jet_deltaR , jet.p4().DeltaR(truth.p4()), m_eventWeight);
1107 }
1108 
1109 void TCCPlots::fillResponse(const xAOD::Jet& jet, const xAOD::Jet& truth) {
1110  fillHisto(m_jet_deltaR_matched , jet.p4().DeltaR(truth.p4()), m_eventWeight);
1111  fillHisto(m_jet_response_m , jet.m() /truth.m() , m_eventWeight);
1112  fillHisto(m_jet_response_pt , jet.pt()/truth.pt() , m_eventWeight);
1113  fillHisto(m_jet_response_eta , jet.eta()/truth.eta() , m_eventWeight);
1114  fillHisto(m_jet_response_phi , jet.phi()/truth.phi() , m_eventWeight);
1115 
1116  fillHisto(m_jet_response_add_eta, jet.eta() - truth.eta() , m_eventWeight);
1117  fillHisto(m_jet_response_add_eta_pt, truth.pt()/GeV, jet.eta() - truth.eta(), m_eventWeight);
1118 
1119  fillHisto(m_jet_response_m_pt , truth.pt()/GeV, jet.m()/truth.m() , m_eventWeight);
1120 
1121  static const SG::AuxElement::Accessor<float> accD2("D2");
1122  if (accD2.isAvailable(jet) and accD2.isAvailable(truth)) {
1123  fillHisto(m_jet_response_d2 , accD2(jet)/accD2(truth), m_eventWeight);
1124  fillHisto(m_jet_response_d2_pt, truth.pt()/GeV, accD2(jet)/accD2(truth) , m_eventWeight);
1125  fillHisto(m_jet_response_add_d2 , accD2(jet) - accD2(truth), m_eventWeight);
1126  fillHisto(m_jet_response_add_d2_pt, truth.pt()/GeV, accD2(jet) - accD2(truth) , m_eventWeight);
1127  }
1128 }
1129 
1130 void TCCPlots::fillResponseNPV(const xAOD::Jet& jet, const xAOD::Jet& truth, int npv) {
1131  fillHisto(m_jet_response_m_npv , npv, jet.m()/truth.m() , m_eventWeight);
1132 }
1133 
1134 void TCCPlots::fillResponseNoPtNoMassCuts(const xAOD::Jet& jet, const xAOD::Jet& truth) {
1135  fillHisto(m_jet_mopt_pt_response_m , truth.pt()/GeV, truth.m()/truth.pt(), jet.m() /truth.m() , m_eventWeight);
1136  fillHisto(m_jet_mopt_pt_response_pt , truth.pt()/GeV, truth.m()/truth.pt(), jet.pt()/truth.pt() , m_eventWeight);
1137  fillHisto(m_jet_mopt_pt_response_eta , truth.pt()/GeV, truth.m()/truth.pt(), jet.eta()/truth.eta(), m_eventWeight);
1138  fillHisto(m_jet_mopt_pt_response_phi , truth.pt()/GeV, truth.m()/truth.pt(), jet.phi()/truth.phi(), m_eventWeight);
1139 
1140  static const SG::AuxElement::Accessor<float> accD2("D2");
1141  if (accD2.isAvailable(jet) and accD2.isAvailable(truth))
1142  fillHisto(m_jet_mopt_pt_response_d2 , truth.pt()/GeV, truth.m()/truth.pt(), accD2(jet)/accD2(truth), m_eventWeight);
1143 }
1144 
1145 void TCCPlots::fillPseudoResponse(const xAOD::Jet& jet, const xAOD::Jet& calo) {
1146  fillHisto(m_jet_pseudoresponse_m , jet.m() /calo.m() , m_eventWeight);
1147  fillHisto(m_jet_pseudoresponse_pt , jet.pt()/calo.pt(), m_eventWeight);
1148 
1149  static const SG::AuxElement::Accessor<float> ptAcc("JetConstitScaleMomentum_pt");
1150  if (ptAcc.isAvailable(calo)) {
1151  fillHisto(m_jet_pseudoresponse_notcalib_pt, jet.pt()/ptAcc(calo), m_eventWeight);
1152  }
1153 }
1154 
1155 void TCCPlots::fillMoments(const xAOD::Jet& jet) {
1156  static const SG::AuxElement::Accessor<float> accD2("D2");
1157  if (accD2.isAvailable(jet))
1158  fillHisto(m_jet_d2, accD2(jet), m_eventWeight);
1159 }
1160 
1161 void TCCPlots::fillMomentsWithMassCut(const xAOD::Jet& jet) {
1162  static const SG::AuxElement::Accessor<float> accD2("D2");
1163  if (accD2.isAvailable(jet))
1164  fillHisto(m_jet_d2_massCut, accD2(jet), m_eventWeight);
1165 }
1166 
1167 void TCCPlots::fillMomentsLeading(const xAOD::Jet& jet) {
1168  static const SG::AuxElement::Accessor<float> accD2("D2");
1169  if (accD2.isAvailable(jet)) {
1170  fillHisto(m_jet_d2_leading , accD2(jet), m_eventWeight);
1171  fillHisto(m_jet_d2_2leadings , accD2(jet), m_eventWeight);
1172  }
1173 }
1174 
1175 void TCCPlots::fillMomentsLeadingWithMassCut(const xAOD::Jet& jet) {
1176  static const SG::AuxElement::Accessor<float> accD2("D2");
1177  if (accD2.isAvailable(jet)) {
1178  fillHisto(m_jet_d2_leading_massCut , accD2(jet), m_eventWeight);
1179  fillHisto(m_jet_d2_2leadings_massCut , accD2(jet), m_eventWeight);
1180  }
1181 }
1182 
1183 void TCCPlots::fillMomentsSubLeading(const xAOD::Jet& jet) {
1184  static const SG::AuxElement::Accessor<float> accD2("D2");
1185  if (accD2.isAvailable(jet)) {
1186  fillHisto(m_jet_d2_subleading , accD2(jet), m_eventWeight);
1187  fillHisto(m_jet_d2_2leadings , accD2(jet), m_eventWeight);
1188  }
1189 }
1190 
1191 void TCCPlots::fillMomentsSubLeadingWithMassCut(const xAOD::Jet& jet) {
1192  static const SG::AuxElement::Accessor<float> accD2("D2");
1193  if (accD2.isAvailable(jet)) {
1194  fillHisto(m_jet_d2_subleading_massCut , accD2(jet), m_eventWeight);
1195  fillHisto(m_jet_d2_2leadings_massCut , accD2(jet), m_eventWeight);
1196  }
1197 }
1198 
1199 void TCCPlots::fillResponseLeading(const xAOD::Jet& jet, const xAOD::Jet& truth) {
1200  fillHisto(m_jet_response_m_leading , jet.m() /truth.m() , m_eventWeight);
1201  fillHisto(m_jet_response_pt_leading , jet.pt() /truth.pt() , m_eventWeight);
1202  fillHisto(m_jet_response_m_2leadings , jet.m() /truth.m() , m_eventWeight);
1203  fillHisto(m_jet_response_pt_2leadings , jet.pt() /truth.pt() , m_eventWeight);
1204  fillHisto(m_jet_response_eta_leading , jet.eta()/truth.eta(), m_eventWeight);
1205  fillHisto(m_jet_response_phi_leading , jet.phi()/truth.phi(), m_eventWeight);
1206  fillHisto(m_jet_response_eta_2leadings , jet.eta()/truth.eta(), m_eventWeight);
1207  fillHisto(m_jet_response_phi_2leadings , jet.phi()/truth.phi(), m_eventWeight);
1208 
1209  fillHisto(m_jet_response_add_eta_leading , jet.eta() - truth.eta() , m_eventWeight);
1210  fillHisto(m_jet_response_add_eta_2leadings, jet.eta() - truth.eta() , m_eventWeight);
1211 
1212  fillHisto(m_jet_response_add_eta_pt_leading , truth.pt()/GeV, jet.eta() - truth.eta(), m_eventWeight);
1213  fillHisto(m_jet_response_add_eta_pt_2leadings, truth.pt()/GeV, jet.eta() - truth.eta(), m_eventWeight);
1214 
1215  fillHisto(m_jet_response_m_pt_2leadings , truth.pt()/GeV, jet.m()/truth.m(), m_eventWeight);
1216  fillHisto(m_jet_response_m_pt_leading , truth.pt()/GeV, jet.m()/truth.m(), m_eventWeight);
1217 
1218  static const SG::AuxElement::Accessor<float> accD2("D2");
1219  if (accD2.isAvailable(jet) and accD2.isAvailable(truth)) {
1220  fillHisto(m_jet_response_d2_2leadings , accD2(jet)/accD2(truth), m_eventWeight);
1221  fillHisto(m_jet_response_d2_leading , accD2(jet)/accD2(truth), m_eventWeight);
1222  fillHisto(m_jet_response_d2_pt_2leadings , truth.pt()/GeV, accD2(jet)/accD2(truth), m_eventWeight);
1223  fillHisto(m_jet_response_d2_pt_leading , truth.pt()/GeV, accD2(jet)/accD2(truth), m_eventWeight);
1224  fillHisto(m_jet_response_add_d2_2leadings , accD2(jet) - accD2(truth), m_eventWeight);
1225  fillHisto(m_jet_response_add_d2_leading , accD2(jet) - accD2(truth), m_eventWeight);
1226  fillHisto(m_jet_response_add_d2_pt_2leadings , truth.pt()/GeV, accD2(jet) - accD2(truth), m_eventWeight);
1227  fillHisto(m_jet_response_add_d2_pt_leading , truth.pt()/GeV, accD2(jet) - accD2(truth), m_eventWeight);
1228  }
1229 }
1230 
1231 void TCCPlots::fillResponseLeadingNPV(const xAOD::Jet& jet, const xAOD::Jet& truth, int npv) {
1232  fillHisto(m_jet_response_m_npv_2leadings , npv, jet.m()/truth.m() , m_eventWeight);
1233  fillHisto(m_jet_response_m_npv_leading , npv, jet.m()/truth.m() , m_eventWeight);
1234 }
1235 
1236 void TCCPlots::fillResponseNoPtNoMassCutsLeading(const xAOD::Jet& jet, const xAOD::Jet& truth) {
1237  fillHisto(m_jet_mopt_pt_response_m_leading , truth.pt()/GeV, truth.m()/truth.pt(), jet.m() /truth.m() , m_eventWeight);
1238  fillHisto(m_jet_mopt_pt_response_m_2leadings , truth.pt()/GeV, truth.m()/truth.pt(), jet.m() /truth.m() , m_eventWeight);
1239  fillHisto(m_jet_mopt_pt_response_pt_leading , truth.pt()/GeV, truth.m()/truth.pt(), jet.pt()/truth.pt() , m_eventWeight);
1240  fillHisto(m_jet_mopt_pt_response_pt_2leadings , truth.pt()/GeV, truth.m()/truth.pt(), jet.pt()/truth.pt() , m_eventWeight);
1241  fillHisto(m_jet_mopt_pt_response_eta_leading , truth.pt()/GeV, truth.m()/truth.pt(), jet.eta()/truth.eta(), m_eventWeight);
1242  fillHisto(m_jet_mopt_pt_response_eta_2leadings , truth.pt()/GeV, truth.m()/truth.pt(), jet.eta()/truth.eta(), m_eventWeight);
1243  fillHisto(m_jet_mopt_pt_response_phi_leading , truth.pt()/GeV, truth.m()/truth.pt(), jet.phi()/truth.phi(), m_eventWeight);
1244  fillHisto(m_jet_mopt_pt_response_phi_2leadings , truth.pt()/GeV, truth.m()/truth.pt(), jet.phi()/truth.phi(), m_eventWeight);
1245 
1246 
1247  static const SG::AuxElement::Accessor<float> accD2("D2");
1248  if (accD2.isAvailable(jet) and accD2.isAvailable(truth)) {
1249  fillHisto(m_jet_mopt_pt_response_d2_leading , truth.pt()/GeV, truth.m()/truth.pt(), accD2(jet)/accD2(truth), m_eventWeight);
1250  fillHisto(m_jet_mopt_pt_response_d2_2leadings , truth.pt()/GeV, truth.m()/truth.pt(), accD2(jet)/accD2(truth), m_eventWeight);
1251  }
1252 }
1253 
1254 void TCCPlots::fillLeading(const xAOD::Jet& jet) {
1255  fillHisto(m_jet_m_2leadings , jet.m() /GeV, m_eventWeight);
1256  fillHisto(m_jet_m_leading , jet.m() /GeV, m_eventWeight);
1257  fillHisto(m_jet_pt_2leadings , jet.pt()/GeV, m_eventWeight);
1258  fillHisto(m_jet_pt_leading , jet.pt()/GeV, m_eventWeight);
1259  fillHisto(m_jet_eta_2leadings , jet.eta() , m_eventWeight);
1260  fillHisto(m_jet_eta_leading , jet.eta() , m_eventWeight);
1261  fillHisto(m_jet_phi_2leadings , jet.phi() , m_eventWeight);
1262  fillHisto(m_jet_phi_leading , jet.phi() , m_eventWeight);
1263 }
1264 
1265 void TCCPlots::fillResponseSubLeading(const xAOD::Jet& jet, const xAOD::Jet& truth) {
1266  fillHisto(m_jet_response_m_subleading , jet.m() /truth.m() , m_eventWeight);
1267  fillHisto(m_jet_response_pt_subleading , jet.pt() /truth.pt() , m_eventWeight);
1268  fillHisto(m_jet_response_m_2leadings , jet.m() /truth.m() , m_eventWeight);
1269  fillHisto(m_jet_response_pt_2leadings , jet.pt() /truth.pt() , m_eventWeight);
1270  fillHisto(m_jet_response_eta_subleading , jet.eta()/truth.eta(), m_eventWeight);
1271  fillHisto(m_jet_response_phi_subleading , jet.phi()/truth.phi(), m_eventWeight);
1272  fillHisto(m_jet_response_eta_2leadings , jet.eta()/truth.eta(), m_eventWeight);
1273  fillHisto(m_jet_response_phi_2leadings , jet.phi()/truth.phi(), m_eventWeight);
1274 
1275  fillHisto(m_jet_response_add_eta_subleading, jet.eta() - truth.eta() , m_eventWeight);
1276  fillHisto(m_jet_response_add_eta_2leadings , jet.eta() - truth.eta() , m_eventWeight);
1277 
1278  fillHisto(m_jet_response_add_eta_pt_subleading, truth.pt()/GeV, jet.eta() - truth.eta(), m_eventWeight);
1279  fillHisto(m_jet_response_add_eta_pt_2leadings , truth.pt()/GeV, jet.eta() - truth.eta(), m_eventWeight);
1280 
1281  fillHisto(m_jet_response_m_pt_2leadings , truth.pt()/GeV, jet.m()/truth.m(), m_eventWeight);
1282  fillHisto(m_jet_response_m_pt_subleading , truth.pt()/GeV, jet.m()/truth.m(), m_eventWeight);
1283 
1284  static const SG::AuxElement::Accessor<float> accD2("D2");
1285  if (accD2.isAvailable(jet) and accD2.isAvailable(truth)) {
1286  fillHisto(m_jet_response_d2_2leadings , accD2(jet)/accD2(truth), m_eventWeight);
1287  fillHisto(m_jet_response_d2_subleading , accD2(jet)/accD2(truth), m_eventWeight);
1288  fillHisto(m_jet_response_d2_pt_2leadings , truth.pt()/GeV, accD2(jet)/accD2(truth), m_eventWeight);
1289  fillHisto(m_jet_response_d2_pt_subleading , truth.pt()/GeV, accD2(jet)/accD2(truth), m_eventWeight);
1290  fillHisto(m_jet_response_add_d2_2leadings , accD2(jet) - accD2(truth), m_eventWeight);
1291  fillHisto(m_jet_response_add_d2_subleading , accD2(jet) - accD2(truth), m_eventWeight);
1292  fillHisto(m_jet_response_add_d2_pt_2leadings , truth.pt()/GeV, accD2(jet) - accD2(truth), m_eventWeight);
1293  fillHisto(m_jet_response_add_d2_pt_subleading , truth.pt()/GeV, accD2(jet) - accD2(truth), m_eventWeight);
1294  }
1295 }
1296 
1297 void TCCPlots::fillResponseSubLeadingNPV(const xAOD::Jet& jet, const xAOD::Jet& truth, int npv) {
1298  fillHisto(m_jet_response_m_npv_2leadings , npv, jet.m()/truth.m() , m_eventWeight);
1299  fillHisto(m_jet_response_m_npv_subleading , npv, jet.m()/truth.m() , m_eventWeight);
1300 }
1301 
1302 void TCCPlots::fillResponseNoPtNoMassCutsSubLeading(const xAOD::Jet& jet, const xAOD::Jet& truth) {
1303  fillHisto(m_jet_mopt_pt_response_m_subleading , truth.pt()/GeV, truth.m()/truth.pt(), jet.m() /truth.m() , m_eventWeight);
1304  fillHisto(m_jet_mopt_pt_response_m_2leadings , truth.pt()/GeV, truth.m()/truth.pt(), jet.m() /truth.m() , m_eventWeight);
1305  fillHisto(m_jet_mopt_pt_response_pt_subleading , truth.pt()/GeV, truth.m()/truth.pt(), jet.pt()/truth.pt() , m_eventWeight);
1306  fillHisto(m_jet_mopt_pt_response_pt_2leadings , truth.pt()/GeV, truth.m()/truth.pt(), jet.pt()/truth.pt() , m_eventWeight);
1307  fillHisto(m_jet_mopt_pt_response_eta_subleading , truth.pt()/GeV, truth.m()/truth.pt(), jet.eta()/truth.eta(), m_eventWeight);
1308  fillHisto(m_jet_mopt_pt_response_eta_2leadings , truth.pt()/GeV, truth.m()/truth.pt(), jet.eta()/truth.eta(), m_eventWeight);
1309  fillHisto(m_jet_mopt_pt_response_phi_subleading , truth.pt()/GeV, truth.m()/truth.pt(), jet.phi()/truth.phi(), m_eventWeight);
1310  fillHisto(m_jet_mopt_pt_response_phi_2leadings , truth.pt()/GeV, truth.m()/truth.pt(), jet.phi()/truth.phi(), m_eventWeight);
1311 
1312  static const SG::AuxElement::Accessor<float> accD2("D2");
1313  if (accD2.isAvailable(jet) and accD2.isAvailable(truth)) {
1314  fillHisto(m_jet_mopt_pt_response_d2_subleading, truth.pt()/GeV, truth.m()/truth.pt(), accD2(jet)/accD2(truth), m_eventWeight);
1315  fillHisto(m_jet_mopt_pt_response_d2_2leadings , truth.pt()/GeV, truth.m()/truth.pt(), accD2(jet)/accD2(truth), m_eventWeight);
1316  }
1317 }
1318 
1319 void TCCPlots::fillSubLeading(const xAOD::Jet& jet) {
1320  fillHisto(m_jet_m_2leadings , jet.m() /GeV, m_eventWeight);
1321  fillHisto(m_jet_m_subleading , jet.m() /GeV, m_eventWeight);
1322  fillHisto(m_jet_pt_2leadings , jet.pt()/GeV, m_eventWeight);
1323  fillHisto(m_jet_pt_subleading , jet.pt()/GeV, m_eventWeight);
1324  fillHisto(m_jet_eta_2leadings , jet.eta() , m_eventWeight);
1325  fillHisto(m_jet_eta_subleading , jet.eta() , m_eventWeight);
1326  fillHisto(m_jet_phi_2leadings , jet.phi() , m_eventWeight);
1327  fillHisto(m_jet_phi_subleading , jet.phi() , m_eventWeight);
1328 }
1329 
1330 void TCCPlots::fillPseudoResponseLeading(const xAOD::Jet& jet, const xAOD::Jet& calo) {
1331  fillHisto(m_jet_pseudoresponse_m_leading , jet.m() /calo.m() , m_eventWeight);
1332  fillHisto(m_jet_pseudoresponse_pt_leading , jet.pt()/calo.pt(), m_eventWeight);
1333  fillHisto(m_jet_pseudoresponse_m_2leadings , jet.m() /calo.m() , m_eventWeight);
1334  fillHisto(m_jet_pseudoresponse_pt_2leadings , jet.pt()/calo.pt(), m_eventWeight);
1335 
1336  static const SG::AuxElement::Accessor<float> ptAcc("JetConstitScaleMomentum_pt");
1337  if (ptAcc.isAvailable(calo)) {
1338  fillHisto(m_jet_pseudoresponse_notcalib_pt_leading , jet.pt()/ptAcc(calo), m_eventWeight);
1339  fillHisto(m_jet_pseudoresponse_notcalib_pt_2leadings, jet.pt()/ptAcc(calo), m_eventWeight);
1340  }
1341 }
1342 
1343 void TCCPlots::fillPseudoResponseSubLeading(const xAOD::Jet& jet, const xAOD::Jet& calo) {
1344  fillHisto(m_jet_pseudoresponse_m_subleading , jet.m() /calo.m() , m_eventWeight);
1345  fillHisto(m_jet_pseudoresponse_pt_subleading , jet.pt()/calo.pt(), m_eventWeight);
1346  fillHisto(m_jet_pseudoresponse_m_2leadings , jet.m() /calo.m() , m_eventWeight);
1347  fillHisto(m_jet_pseudoresponse_pt_2leadings , jet.pt()/calo.pt(), m_eventWeight);
1348 
1349  static const SG::AuxElement::Accessor<float> ptAcc("JetConstitScaleMomentum_pt");
1350  if (ptAcc.isAvailable(calo)) {
1351  fillHisto(m_jet_pseudoresponse_notcalib_pt_subleading, jet.pt()/ptAcc(calo), m_eventWeight);
1352  fillHisto(m_jet_pseudoresponse_notcalib_pt_2leadings , jet.pt()/ptAcc(calo), m_eventWeight);
1353  }
1354 }
1355 
1356 void TCCPlots::fillTrackParametersAllPt(const xAOD::TrackParticle& track) {
1357  fillHisto(m_trk_d0_pt , track.pt()/GeV, track.d0() , m_eventWeight);
1358  fillHisto(m_trk_z0_pt , track.pt()/GeV, track.z0() , m_eventWeight);
1359  fillHisto(m_trk_theta_pt , track.pt()/GeV, track.theta() , m_eventWeight);
1360  fillHisto(m_trk_phi_pt , track.pt()/GeV, track.phi() , m_eventWeight);
1361  fillHisto(m_trk_qOverP_pt , track.pt()/GeV, track.qOverP(), m_eventWeight);
1362 }
1363 
1364 void TCCPlots::fillCaloEntryInfoAllPt(const xAOD::TrackParticle& track) {
1365  static const SG::AuxElement::Accessor< float > acc_caloEntryPosEta( "CaloEntryPosEta" );
1366  static const SG::AuxElement::Accessor< float > acc_caloEntryUncEta( "CaloEntryUncEta" );
1367  static const SG::AuxElement::Accessor< float > acc_caloEntryUncTheta( "CaloEntryUncTheta" );
1368  if (acc_caloEntryPosEta.isAvailable(track)) {
1369  float caloEntryEta = acc_caloEntryPosEta(track);
1370  fillHisto(m_trk_caloEntryEtaOverEta_pt , track.pt()/GeV , caloEntryEta/track.eta(), m_eventWeight);
1371  }
1372 
1373  if (acc_caloEntryUncEta.isAvailable(track)) {
1374  float caloEntryUncEta = acc_caloEntryUncEta(track);
1375  fillHisto(m_trk_caloEntryUncEta_pt , track.pt()/GeV , caloEntryUncEta, m_eventWeight);
1376  }
1377  if (acc_caloEntryUncTheta.isAvailable(track)) {
1378  float caloEntryUncTheta = acc_caloEntryUncTheta(track);
1379  fillHisto(m_trk_caloEntryUncTheta_pt , track.pt()/GeV , caloEntryUncTheta, m_eventWeight);
1380  }
1381 
1382  static const SG::AuxElement::Accessor< float > acc_caloEntryPosPhi( "CaloEntryPosPhi" );
1383  static const SG::AuxElement::Accessor< float > acc_caloEntryUncPhi( "CaloEntryUncPhi" );
1384  if (acc_caloEntryPosPhi.isAvailable(track)) {
1385  float caloEntryPhi = acc_caloEntryPosPhi(track);
1386  fillHisto(m_trk_caloEntryPhiOverPhi_pt , track.pt()/GeV , caloEntryPhi/track.phi(), m_eventWeight);
1387  }
1388 
1389  if (acc_caloEntryUncPhi.isAvailable(track)) {
1390  float caloEntryUncPhi = acc_caloEntryUncPhi(track);
1391  fillHisto(m_trk_caloEntryUncPhi_pt , track.pt()/GeV , caloEntryUncPhi, m_eventWeight);
1392  }
1393 
1394  if (acc_caloEntryUncEta.isAvailable(track) and acc_caloEntryUncPhi.isAvailable(track)) {
1395  float caloEntryUncEta = acc_caloEntryUncEta(track);
1396  float caloEntryUncPhi = acc_caloEntryUncPhi(track);
1397  float totUnc = sqrt(caloEntryUncEta*caloEntryUncEta+caloEntryUncPhi*caloEntryUncPhi);
1398  fillHisto(m_trk_caloEntryUncTot_pt , track.pt()/GeV , totUnc, m_eventWeight);
1399  }
1400 }
1401 
1402 void TCCPlots::fillPerigeeInfoAllPt(const xAOD::TrackParticle& track) {
1403 
1404  static const SG::AuxElement::Accessor< float > acc_perigeePosEta( "PerigeePosEta" );
1405  static const SG::AuxElement::Accessor< float > acc_perigeeUncEta( "PerigeeUncEta" );
1406  static const SG::AuxElement::Accessor< float > acc_perigeeUncTheta( "PerigeeUncTheta" );
1407  if (acc_perigeeUncEta.isAvailable(track)) {
1408  float perigeeUncEta = acc_perigeeUncEta(track);
1409  fillHisto(m_trk_perigeeUncEta_pt , track.pt()/GeV , perigeeUncEta, m_eventWeight);
1410  }
1411  if (acc_perigeeUncTheta.isAvailable(track)) {
1412  float perigeeUncTheta = acc_perigeeUncTheta(track);
1413  fillHisto(m_trk_perigeeUncTheta_pt , track.pt()/GeV , perigeeUncTheta, m_eventWeight);
1414  }
1415 
1416  static const SG::AuxElement::Accessor< float > acc_perigeePosPhi( "PerigeePosPhi" );
1417  static const SG::AuxElement::Accessor< float > acc_perigeeUncPhi( "PerigeeUncPhi" );
1418  if (acc_perigeeUncPhi.isAvailable(track)) {
1419  float perigeeUncPhi = acc_perigeeUncPhi(track);
1420  fillHisto(m_trk_perigeeUncPhi_pt , track.pt()/GeV , perigeeUncPhi, m_eventWeight);
1421  }
1422 
1423  if (acc_perigeeUncEta.isAvailable(track) and acc_perigeeUncPhi.isAvailable(track)) {
1424  float perigeeUncEta = acc_perigeeUncEta(track);
1425  float perigeeUncPhi = acc_perigeeUncPhi(track);
1426  float totUnc = sqrt(perigeeUncEta*perigeeUncEta+perigeeUncPhi*perigeeUncPhi);
1427  fillHisto(m_trk_perigeeUncTot_pt , track.pt()/GeV , totUnc, m_eventWeight);
1428  }
1429 }
1430 
1431 void TCCPlots::fillPerigeeVsCaloEntryAllPt(const xAOD::TrackParticle& track) {
1432  static const SG::AuxElement::Accessor< float > acc_perigeeEta( "PerigeePosEta" );
1433  static const SG::AuxElement::Accessor< float > acc_perigeePhi( "PerigeePosPhi" );
1434  static const SG::AuxElement::Accessor< float > acc_caloEntryEta( "CaloEntryPosEta" );
1435  static const SG::AuxElement::Accessor< float > acc_caloEntryPhi( "CaloEntryPosPhi" );
1436 
1437  if (acc_perigeeEta.isAvailable(track) and acc_perigeePhi.isAvailable(track) and acc_caloEntryEta.isAvailable(track) and acc_caloEntryPhi.isAvailable(track)) {
1438  float delta_eta = acc_caloEntryEta(track) - acc_perigeeEta(track);
1439  float delta_phi = acc_caloEntryPhi(track) - acc_perigeePhi(track);
1440 
1441  if (delta_phi > +M_PI) delta_phi -= 2. * M_PI;
1442  if (delta_phi < -M_PI) delta_phi += 2. * M_PI;
1443 
1444  fillHisto(m_trk_delta_perigeeEta_caloEntryEta_pt , track.pt()/GeV , delta_eta , m_eventWeight);
1445  fillHisto(m_trk_delta_perigeePhi_caloEntryPhi_pt , track.pt()/GeV , delta_phi , m_eventWeight);
1446 
1447 
1448  delta_eta = acc_caloEntryEta(track) - track.eta();
1449  delta_phi = acc_caloEntryPhi(track) - track.phi();
1450 
1451  if (delta_phi > +M_PI) delta_phi -= 2. * M_PI;
1452  if (delta_phi < -M_PI) delta_phi += 2. * M_PI;
1453 
1454  fillHisto(m_trk_delta_trackEta_caloEntryEta_pt , track.pt()/GeV, delta_eta, m_eventWeight);
1455  fillHisto(m_trk_delta_trackPhi_caloEntryPhi_pt , track.pt()/GeV, delta_phi, m_eventWeight);
1456  }
1457 
1458  static const SG::AuxElement::Accessor< int > acc_caloEntryCorr( "Corrected" );
1459  static const SG::AuxElement::Accessor< float > acc_caloEntryEtaCorr( "CaloEntryPosEtaCorr" );
1460  static const SG::AuxElement::Accessor< float > acc_caloEntryPhiCorr( "CaloEntryPosPhiCorr" );
1461 
1462  if (acc_caloEntryCorr.isAvailable(track) and acc_caloEntryCorr(track)>0) {
1463  float delta_eta = acc_caloEntryEtaCorr(track) - track.eta();
1464  float delta_phi = acc_caloEntryPhiCorr(track) - track.phi();
1465 
1466  if (delta_phi > +M_PI) delta_phi -= 2. * M_PI;
1467  if (delta_phi < -M_PI) delta_phi += 2. * M_PI;
1468 
1469  fillHisto(m_trk_delta_trackEta_caloEntryEtaCorr_pt, track.pt()/GeV , delta_eta, m_eventWeight);
1470  fillHisto(m_trk_delta_trackPhi_caloEntryPhiCorr_pt, track.pt()/GeV , delta_phi, m_eventWeight);
1471  }
1472 
1473  if (acc_caloEntryEta.isAvailable(track) and acc_caloEntryPhi.isAvailable(track) and acc_caloEntryCorr.isAvailable(track) and acc_caloEntryCorr(track)>0) {
1474  float delta_eta = acc_caloEntryEtaCorr(track) - acc_caloEntryEta(track);
1475  float delta_phi = acc_caloEntryPhiCorr(track) - acc_caloEntryPhi(track);
1476 
1477  if (delta_phi > +M_PI) delta_phi -= 2. * M_PI;
1478  if (delta_phi < -M_PI) delta_phi += 2. * M_PI;
1479 
1480  fillHisto(m_trk_delta_caloEntryEta_caloEntryEtaCorr_pt, track.pt()/GeV , delta_eta, m_eventWeight);
1481  fillHisto(m_trk_delta_caloEntryPhi_caloEntryPhiCorr_pt, track.pt()/GeV , delta_phi, m_eventWeight);
1482  }
1483 }
1484 
1485 void TCCPlots::fillTrackParameters(const xAOD::TrackParticle& track) {
1486  fillHisto(m_trk_d0 , track.d0() , m_eventWeight);
1487  fillHisto(m_trk_z0 , track.z0() , m_eventWeight);
1488  fillHisto(m_trk_theta , track.theta() , m_eventWeight);
1489  fillHisto(m_trk_phi , track.phi() , m_eventWeight);
1490  fillHisto(m_trk_qOverP , track.qOverP(), m_eventWeight);
1491 
1492  fillHisto(m_trk_d0_eta , track.eta(), track.d0() , m_eventWeight);
1493  fillHisto(m_trk_z0_eta , track.eta(), track.z0() , m_eventWeight);
1494  fillHisto(m_trk_theta_eta , track.eta(), track.theta() , m_eventWeight);
1495  fillHisto(m_trk_phi_eta , track.eta(), track.phi() , m_eventWeight);
1496  fillHisto(m_trk_qOverP_eta , track.eta(), track.qOverP(), m_eventWeight);
1497 
1498 }
1499 
1500 void TCCPlots::fillCaloEntryInfo(const xAOD::TrackParticle& track) {
1501  static const SG::AuxElement::Accessor< float > acc_caloEntryPosEta( "CaloEntryPosEta" );
1502  static const SG::AuxElement::Accessor< float > acc_caloEntryUncEta( "CaloEntryUncEta" );
1503  static const SG::AuxElement::Accessor< float > acc_caloEntryUncTheta( "CaloEntryUncTheta" );
1504  if (acc_caloEntryPosEta.isAvailable(track)) {
1505  float caloEntryEta = acc_caloEntryPosEta(track);
1506  fillHisto(m_trk_caloEntryEta , caloEntryEta , m_eventWeight);
1507  fillHisto(m_trk_caloEntryEtaOverEta_eta, track.eta() , caloEntryEta/track.eta(), m_eventWeight);
1508  }
1509 
1510  if (acc_caloEntryPosEta.isAvailable(track) and acc_caloEntryUncEta.isAvailable(track)) {
1511  float caloEntryEta = acc_caloEntryPosEta(track);
1512  float caloEntryUncEta = acc_caloEntryUncEta(track);
1513  fillHisto(m_trk_caloEntryUncEta_caloEntryEta, caloEntryEta , caloEntryUncEta, m_eventWeight);
1514  fillHisto(m_trk_caloEntryUncEta_eta , track.eta() , caloEntryUncEta, m_eventWeight);
1515  }
1516  if (acc_caloEntryUncTheta.isAvailable(track)) {
1517  float caloEntryUncTheta = acc_caloEntryUncTheta(track);
1518  fillHisto(m_trk_caloEntryUncTheta_eta , track.eta() , caloEntryUncTheta, m_eventWeight);
1519  }
1520 
1521  static const SG::AuxElement::Accessor< float > acc_caloEntryPosPhi( "CaloEntryPosPhi" );
1522  static const SG::AuxElement::Accessor< float > acc_caloEntryUncPhi( "CaloEntryUncPhi" );
1523  if (acc_caloEntryPosPhi.isAvailable(track)) {
1524  float caloEntryPhi = acc_caloEntryPosPhi(track);
1525  fillHisto(m_trk_caloEntryPhi , caloEntryPhi, m_eventWeight);
1526  fillHisto(m_trk_caloEntryPhiOverPhi_eta, track.eta() , caloEntryPhi/track.phi(), m_eventWeight);
1527  }
1528 
1529  if (acc_caloEntryPosPhi.isAvailable(track) and acc_caloEntryUncPhi.isAvailable(track)) {
1530  float caloEntryPhi = acc_caloEntryPosPhi(track);
1531  float caloEntryUncPhi = acc_caloEntryUncPhi(track);
1532  fillHisto(m_trk_caloEntryUncPhi_caloEntryPhi, caloEntryPhi, caloEntryUncPhi, m_eventWeight);
1533  fillHisto(m_trk_caloEntryUncPhi_eta , track.eta() , caloEntryUncPhi, m_eventWeight);
1534  }
1535 
1536  if (acc_caloEntryUncEta.isAvailable(track) and acc_caloEntryUncPhi.isAvailable(track)) {
1537  float caloEntryUncEta = acc_caloEntryUncEta(track);
1538  float caloEntryUncPhi = acc_caloEntryUncPhi(track);
1539  float totUnc = sqrt(caloEntryUncEta*caloEntryUncEta+caloEntryUncPhi*caloEntryUncPhi);
1540  fillHisto(m_trk_caloEntryUncTot_eta , track.eta() , totUnc, m_eventWeight);
1541  static const SG::AuxElement::Accessor< float > acc_prodRadius( "ProductionRadius" );
1542  if (acc_prodRadius.isAvailable(track)) {
1543  fillHisto(m_trk_caloEntryUncEta_prodRadius, acc_prodRadius(track), caloEntryUncEta, m_eventWeight);
1544  fillHisto(m_trk_caloEntryUncPhi_prodRadius, acc_prodRadius(track), caloEntryUncPhi, m_eventWeight);
1545  fillHisto(m_trk_caloEntryUncTot_prodRadius, acc_prodRadius(track), totUnc , m_eventWeight);
1546  if (acc_caloEntryUncTheta.isAvailable(track))
1547  fillHisto(m_trk_caloEntryUncTheta_prodRadius, acc_prodRadius(track), acc_caloEntryUncTheta(track), m_eventWeight);
1548  }
1549  }
1550 }
1551 
1552 void TCCPlots::fillPerigeeInfo(const xAOD::TrackParticle& track) {
1553 
1554  static const SG::AuxElement::Accessor< float > acc_perigeePosEta( "PerigeePosEta" );
1555  static const SG::AuxElement::Accessor< float > acc_perigeeUncEta( "PerigeeUncEta" );
1556  static const SG::AuxElement::Accessor< float > acc_perigeeUncTheta( "PerigeeUncTheta" );
1557  if (acc_perigeePosEta.isAvailable(track)) {
1558  float perigeeEta = acc_perigeePosEta(track);
1559  fillHisto(m_trk_perigeeEta , perigeeEta, m_eventWeight);
1560  }
1561  if (acc_perigeeUncEta.isAvailable(track)) {
1562  float perigeeUncEta = acc_perigeeUncEta(track);
1563  fillHisto(m_trk_perigeeUncEta_eta , track.eta() , perigeeUncEta, m_eventWeight);
1564  }
1565  if (acc_perigeeUncTheta.isAvailable(track)) {
1566  float perigeeUncTheta = acc_perigeeUncTheta(track);
1567  fillHisto(m_trk_perigeeUncTheta_eta , track.eta() , perigeeUncTheta, m_eventWeight);
1568  }
1569 
1570  static const SG::AuxElement::Accessor< float > acc_perigeePosPhi( "PerigeePosPhi" );
1571  static const SG::AuxElement::Accessor< float > acc_perigeeUncPhi( "PerigeeUncPhi" );
1572  if (acc_perigeePosPhi.isAvailable(track)) {
1573  float perigeePhi = acc_perigeePosPhi(track);
1574  fillHisto(m_trk_perigeePhi , perigeePhi, m_eventWeight);
1575  }
1576 
1577  if (acc_perigeeUncPhi.isAvailable(track)) {
1578  float perigeeUncPhi = acc_perigeeUncPhi(track);
1579  fillHisto(m_trk_perigeeUncPhi_eta , track.eta() , perigeeUncPhi, m_eventWeight);
1580  }
1581 
1582  if (acc_perigeeUncEta.isAvailable(track) and acc_perigeeUncPhi.isAvailable(track)) {
1583  float perigeeUncEta = acc_perigeeUncEta(track);
1584  float perigeeUncPhi = acc_perigeeUncPhi(track);
1585  float totUnc = sqrt(perigeeUncEta*perigeeUncEta+perigeeUncPhi*perigeeUncPhi);
1586  fillHisto(m_trk_perigeeUncTot_eta , track.eta() , totUnc, m_eventWeight);
1587  static const SG::AuxElement::Accessor< float > acc_prodRadius( "ProductionRadius" );
1588  if (acc_prodRadius.isAvailable(track)) {
1589  fillHisto(m_trk_perigeeUncEta_prodRadius, acc_prodRadius(track), perigeeUncEta, m_eventWeight);
1590  fillHisto(m_trk_perigeeUncPhi_prodRadius, acc_prodRadius(track), perigeeUncPhi, m_eventWeight);
1591  fillHisto(m_trk_perigeeUncTot_prodRadius, acc_prodRadius(track), totUnc , m_eventWeight);
1592  fillHisto(m_trk_prodRadius , acc_prodRadius(track), m_eventWeight);
1593  if (acc_perigeeUncTheta.isAvailable(track))
1594  fillHisto(m_trk_perigeeUncTheta_prodRadius, acc_prodRadius(track), acc_perigeeUncTheta(track), m_eventWeight);
1595  }
1596  }
1597 }
1598 
1599 void TCCPlots::fillPerigeeVsCaloEntry(const xAOD::TrackParticle& track) {
1600  static const SG::AuxElement::Accessor< float > acc_perigeeUncEta( "PerigeeUncEta" );
1601  static const SG::AuxElement::Accessor< float > acc_perigeeUncTheta( "PerigeeUncTheta" );
1602  static const SG::AuxElement::Accessor< float > acc_perigeeUncPhi( "PerigeeUncPhi" );
1603  static const SG::AuxElement::Accessor< float > acc_caloEntryUncEta( "CaloEntryUncEta" );
1604  static const SG::AuxElement::Accessor< float > acc_caloEntryUncTheta( "CaloEntryUncTheta" );
1605  static const SG::AuxElement::Accessor< float > acc_caloEntryUncPhi( "CaloEntryUncPhi" );
1606 
1607  if (acc_perigeeUncEta.isAvailable(track) and acc_perigeeUncPhi.isAvailable(track) and acc_perigeeUncTheta.isAvailable(track)
1608  and acc_caloEntryUncEta.isAvailable(track) and acc_caloEntryUncPhi.isAvailable(track) and acc_caloEntryUncTheta.isAvailable(track)) {
1609  float caloEntryUncEta = acc_caloEntryUncEta(track);
1610  float CaloEntryUncTheta = acc_caloEntryUncTheta(track);
1611  float caloEntryUncPhi = acc_caloEntryUncPhi(track);
1612  float caloTotUnc = sqrt(caloEntryUncEta*caloEntryUncEta+caloEntryUncPhi*caloEntryUncPhi);
1613  float perigeeUncEta = acc_perigeeUncEta(track);
1614  float perigeeUncTheta = acc_perigeeUncTheta(track);
1615  float perigeeUncPhi = acc_perigeeUncPhi(track);
1616  float perigeeTotUnc = sqrt(perigeeUncEta*perigeeUncEta+perigeeUncPhi*perigeeUncPhi);
1617  fillHisto(m_trk_perigeeUncEta_caloUncEta , caloEntryUncEta , perigeeUncEta , m_eventWeight);
1618  fillHisto(m_trk_perigeeUncTheta_caloUncTheta, CaloEntryUncTheta, perigeeUncTheta, m_eventWeight);
1619  fillHisto(m_trk_perigeeUncPhi_caloUncPhi , caloEntryUncPhi , perigeeUncPhi , m_eventWeight);
1620  fillHisto(m_trk_perigeeUncTot_caloUncTot , caloTotUnc , perigeeTotUnc , m_eventWeight);
1621  }
1622 
1623  static const SG::AuxElement::Accessor< float > acc_perigeeEta( "PerigeePosEta" );
1624  static const SG::AuxElement::Accessor< float > acc_perigeePhi( "PerigeePosPhi" );
1625  static const SG::AuxElement::Accessor< float > acc_caloEntryEta( "CaloEntryPosEta" );
1626  static const SG::AuxElement::Accessor< float > acc_caloEntryPhi( "CaloEntryPosPhi" );
1627 
1628  if (acc_perigeeEta.isAvailable(track) and acc_perigeePhi.isAvailable(track) and acc_caloEntryEta.isAvailable(track) and acc_caloEntryPhi.isAvailable(track)) {
1629  float delta_eta = acc_caloEntryEta(track) - acc_perigeeEta(track);
1630  float delta_phi = acc_caloEntryPhi(track) - acc_perigeePhi(track);
1631 
1632  if (delta_phi > +M_PI) delta_phi -= 2. * M_PI;
1633  if (delta_phi < -M_PI) delta_phi += 2. * M_PI;
1634 
1635  fillHisto(m_trk_delta_perigeeEta_caloEntryEta, delta_eta, m_eventWeight);
1636  fillHisto(m_trk_delta_perigeePhi_caloEntryPhi, delta_phi, m_eventWeight);
1637 
1638  fillHisto(m_trk_delta_perigeeEta_caloEntryEta_eta , track.eta() , delta_eta , m_eventWeight);
1639  fillHisto(m_trk_delta_perigeePhi_caloEntryPhi_eta , track.eta() , delta_phi , m_eventWeight);
1640 
1641  delta_eta = acc_caloEntryEta(track) - track.eta();
1642  delta_phi = acc_caloEntryPhi(track) - track.phi();
1643 
1644  if (delta_phi > +M_PI) delta_phi -= 2. * M_PI;
1645  if (delta_phi < -M_PI) delta_phi += 2. * M_PI;
1646 
1647  fillHisto(m_trk_delta_trackEta_caloEntryEta , delta_eta, m_eventWeight);
1648  fillHisto(m_trk_delta_trackPhi_caloEntryPhi , delta_phi, m_eventWeight);
1649  fillHisto(m_trk_delta_trackEta_caloEntryEta_eta, track.eta() , delta_eta, m_eventWeight);
1650  fillHisto(m_trk_delta_trackPhi_caloEntryPhi_eta, track.eta() , delta_phi, m_eventWeight);
1651  }
1652 
1653  static const SG::AuxElement::Accessor< int > acc_caloEntryCorr( "Corrected" );
1654  static const SG::AuxElement::Accessor< float > acc_caloEntryEtaCorr( "CaloEntryPosEtaCorr" );
1655  static const SG::AuxElement::Accessor< float > acc_caloEntryPhiCorr( "CaloEntryPosPhiCorr" );
1656 
1657  if (acc_caloEntryCorr.isAvailable(track) and acc_caloEntryCorr(track)>0) {
1658  float delta_eta = acc_caloEntryEtaCorr(track) - track.eta();
1659  float delta_phi = acc_caloEntryPhiCorr(track) - track.phi();
1660 
1661  if (delta_phi > +M_PI) delta_phi -= 2. * M_PI;
1662  if (delta_phi < -M_PI) delta_phi += 2. * M_PI;
1663 
1664  fillHisto(m_trk_delta_trackEta_caloEntryEtaCorr , delta_eta, m_eventWeight);
1665  fillHisto(m_trk_delta_trackPhi_caloEntryPhiCorr , delta_phi, m_eventWeight);
1666  fillHisto(m_trk_delta_trackEta_caloEntryEtaCorr_eta, track.eta() , delta_eta, m_eventWeight);
1667  fillHisto(m_trk_delta_trackPhi_caloEntryPhiCorr_eta, track.eta() , delta_phi, m_eventWeight);
1668  }
1669 
1670 
1671  if (acc_caloEntryEta.isAvailable(track) and acc_caloEntryPhi.isAvailable(track) and acc_caloEntryCorr.isAvailable(track) and acc_caloEntryCorr(track)>0) {
1672  float delta_eta = acc_caloEntryEtaCorr(track) - acc_caloEntryEta(track);
1673  float delta_phi = acc_caloEntryPhiCorr(track) - acc_caloEntryPhi(track);
1674 
1675  if (delta_phi > +M_PI) delta_phi -= 2. * M_PI;
1676  if (delta_phi < -M_PI) delta_phi += 2. * M_PI;
1677 
1678  fillHisto(m_trk_delta_caloEntryEta_caloEntryEtaCorr , delta_eta, m_eventWeight);
1679  fillHisto(m_trk_delta_caloEntryPhi_caloEntryPhiCorr , delta_phi, m_eventWeight);
1680  fillHisto(m_trk_delta_caloEntryEta_caloEntryEtaCorr_eta, track.eta() , delta_eta, m_eventWeight);
1681  fillHisto(m_trk_delta_caloEntryPhi_caloEntryPhiCorr_eta, track.eta() , delta_phi, m_eventWeight);
1682  }
1683 
1684 }
1685 
1686 void TCCPlots::fillMatching(const xAOD::TrackParticle& track) {
1687  // I should fill stats for the tracks
1688  static const SG::AuxElement::Accessor< int > acc_assTool( "ParticleCaloClusterAssociationTool" );
1689  if (not acc_assTool.isAvailable(track)) return;
1690  if (acc_assTool(track)==0) return;
1691 
1692  // tracks w/ extrapolation
1693 
1694  fillHisto(m_trk_total_eta, track.eta() , m_eventWeight);
1695  fillHisto(m_trk_total_pt , track.pt()/GeV, m_eventWeight);
1696 
1697  static const SG::AuxElement::Accessor< float > acc_caloEntryUncEta( "CaloEntryUncEta" );
1698  static const SG::AuxElement::Accessor< float > acc_caloEntryUncPhi( "CaloEntryUncPhi" );
1699  static const SG::AuxElement::Accessor< float > acc_prodRadius( "ProductionRadius" );
1700 
1701  if (acc_caloEntryUncEta.isAvailable(track) and acc_caloEntryUncPhi.isAvailable(track) and acc_prodRadius.isAvailable(track)) {
1702  float caloEntryUncEta = acc_caloEntryUncEta(track);
1703  float caloEntryUncPhi = acc_caloEntryUncPhi(track);
1704  float totUnc = sqrt(caloEntryUncEta*caloEntryUncEta+caloEntryUncPhi*caloEntryUncPhi);
1705 
1706  // static const SG::AuxElement::Accessor< std::vector<int> > acc_matched( "IsMatched" );
1707  // static const SG::AuxElement::Accessor< std::vector<int> > acc_mode( "MatchingMode" );
1708 
1709  static const SG::AuxElement::Accessor< int > acc_allClusters( "AllClusters" );
1710  static const SG::AuxElement::Accessor< int > acc_clusters_dr_fix ( "Match_deltaR_fixed" );
1711  static const SG::AuxElement::Accessor< int > acc_clusters_dr_var ( "Match_deltaR_variable" );
1712 
1713  fillHisto(m_trk_total_clusters_eta, track.eta() , acc_allClusters(track), m_eventWeight);
1714  fillHisto(m_trk_total_clusters_pt , track.pt()/GeV, acc_allClusters(track), m_eventWeight);
1715 
1716  if (acc_clusters_dr_fix(track)==0) {
1717  fillHisto(m_trk_notMatching_deltar_fix_eta , track.eta() , m_eventWeight);
1718  fillHisto(m_trk_notMatching_deltar_fix_phi , track.phi() , m_eventWeight);
1719  fillHisto(m_trk_notMatching_deltar_fix_pt , track.pt()/GeV, m_eventWeight);
1720  fillHisto(m_trk_notMatching_deltar_fix_caloEntryUncTot_eta, track.eta() , totUnc, m_eventWeight);
1721  fillHisto(m_trk_notMatching_deltar_fix_caloEntryUncTot_pt , track.pt()/GeV, totUnc, m_eventWeight);
1722  fillHisto(m_trk_notMatching_deltar_fix_caloEntryUncTot_prodRadius, acc_prodRadius(track), totUnc , m_eventWeight);
1723  } else {
1724  fillHisto(m_trk_matching_deltar_fix_eta , track.eta() , m_eventWeight);
1725  fillHisto(m_trk_matching_deltar_fix_pt , track.pt()/GeV, m_eventWeight);
1726  }
1727 
1728  if (acc_clusters_dr_var(track)==0) {
1729  fillHisto(m_trk_notMatching_deltar_var_eta , track.eta() , m_eventWeight);
1730  fillHisto(m_trk_notMatching_deltar_var_phi , track.phi() , m_eventWeight);
1731  fillHisto(m_trk_notMatching_deltar_var_pt , track.pt()/GeV, m_eventWeight);
1732  fillHisto(m_trk_notMatching_deltar_var_caloEntryUncTot_eta, track.eta() , totUnc, m_eventWeight);
1733  fillHisto(m_trk_notMatching_deltar_var_caloEntryUncTot_pt , track.pt()/GeV, totUnc, m_eventWeight);
1734  fillHisto(m_trk_notMatching_deltar_var_caloEntryUncTot_prodRadius, acc_prodRadius(track), totUnc , m_eventWeight);
1735  } else {
1736  fillHisto(m_trk_matching_deltar_var_eta , track.eta() , m_eventWeight);
1737  fillHisto(m_trk_matching_deltar_var_pt , track.pt()/GeV, m_eventWeight);
1738  }
1739 
1740  if (acc_clusters_dr_fix(track)==0 and acc_clusters_dr_var(track)==0) {
1741  fillHisto(m_trk_notMatching_deltar_none_eta , track.eta() , m_eventWeight);
1742  fillHisto(m_trk_notMatching_deltar_none_phi , track.phi() , m_eventWeight);
1743  fillHisto(m_trk_notMatching_deltar_none_pt , track.pt()/GeV, m_eventWeight);
1744  fillHisto(m_trk_notMatching_deltar_none_caloEntryUncTot_eta, track.eta() , totUnc, m_eventWeight);
1745  fillHisto(m_trk_notMatching_deltar_none_caloEntryUncTot_pt , track.pt()/GeV, totUnc, m_eventWeight);
1746  fillHisto(m_trk_notMatching_deltar_none_caloEntryUncTot_prodRadius, acc_prodRadius(track), totUnc , m_eventWeight);
1747  }
1748 
1749  if (acc_clusters_dr_fix(track)>0 and acc_clusters_dr_var(track)>0) {
1750  fillHisto(m_trk_matching_deltar_fix_and_var_eta , track.eta() , m_eventWeight);
1751  fillHisto(m_trk_matching_deltar_fix_and_var_pt , track.pt()/GeV, m_eventWeight);
1752  }
1753 
1754  if (acc_clusters_dr_fix(track)>0 or acc_clusters_dr_var(track)>0) {
1755  fillHisto(m_trk_matching_deltar_fix_or_var_eta , track.eta() , m_eventWeight);
1756  fillHisto(m_trk_matching_deltar_fix_or_var_pt , track.pt()/GeV, m_eventWeight);
1757  }
1758 
1759  if (acc_clusters_dr_fix(track)>0 and acc_clusters_dr_var(track)==0) {
1760  fillHisto(m_trk_matching_deltar_onlyfix_eta , track.eta() , m_eventWeight);
1761  fillHisto(m_trk_matching_deltar_onlyfix_pt , track.pt()/GeV, m_eventWeight);
1762  }
1763 
1764  if (acc_clusters_dr_fix(track)==0 and acc_clusters_dr_var(track)>0) {
1765  fillHisto(m_trk_matching_deltar_onlyvar_eta , track.eta() , m_eventWeight);
1766  fillHisto(m_trk_matching_deltar_onlyvar_pt , track.pt()/GeV, m_eventWeight);
1767  }
1768 
1769  static const SG::AuxElement::Accessor< int > acc_clusters_dr_or ( "Match_deltaR" );
1770  static const SG::AuxElement::Accessor< int > acc_clusters_dr_and ( "Match_deltaR_both" );
1771  static const SG::AuxElement::Accessor< int > acc_clusters_dr_fix_only ( "Match_deltaR_fixedOnly" );
1772  static const SG::AuxElement::Accessor< int > acc_clusters_dr_var_only ( "Match_deltaR_variableOnly");
1773 
1774  // matching dr fixed or dr variable
1775  fillHisto(m_trk_matching_deltar_or_clusters_eta , track.eta() , acc_clusters_dr_or(track), m_eventWeight);
1776  fillHisto(m_trk_matching_deltar_or_clusters_phi , track.phi() , acc_clusters_dr_or(track), m_eventWeight);
1777  fillHisto(m_trk_matching_deltar_or_clusters_pt , track.pt()/GeV, acc_clusters_dr_or(track), m_eventWeight);
1778 
1779  // matching dr fixed and dr variable
1780  fillHisto(m_trk_matching_deltar_and_clusters_eta , track.eta() , acc_clusters_dr_and(track), m_eventWeight);
1781  fillHisto(m_trk_matching_deltar_and_clusters_phi , track.phi() , acc_clusters_dr_and(track), m_eventWeight);
1782  fillHisto(m_trk_matching_deltar_and_clusters_pt , track.pt()/GeV, acc_clusters_dr_and(track), m_eventWeight);
1783 
1784  //matching only dr fix
1785  fillHisto(m_trk_matching_deltar_fix_only_clusters_eta , track.eta() , acc_clusters_dr_fix_only(track), m_eventWeight);
1786  fillHisto(m_trk_matching_deltar_fix_only_clusters_phi , track.phi() , acc_clusters_dr_fix_only(track), m_eventWeight);
1787  fillHisto(m_trk_matching_deltar_fix_only_clusters_pt , track.pt()/GeV, acc_clusters_dr_fix_only(track), m_eventWeight);
1788 
1789  //matching only dr variable
1790  fillHisto(m_trk_matching_deltar_var_only_clusters_eta , track.eta() , acc_clusters_dr_var_only(track), m_eventWeight);
1791  fillHisto(m_trk_matching_deltar_var_only_clusters_phi , track.phi() , acc_clusters_dr_var_only(track), m_eventWeight);
1792  fillHisto(m_trk_matching_deltar_var_only_clusters_pt , track.pt()/GeV, acc_clusters_dr_var_only(track), m_eventWeight);
1793  }
1794 
1795  static const SG::AuxElement::Accessor< int > acc_trk_PV0 ( "IsPV0Compatible" );
1796  if (acc_trk_PV0.isAvailable(track) and acc_trk_PV0(track)==1) {
1797 
1798  fillHisto(m_trk_pv0_total_eta, track.eta() , m_eventWeight);
1799  fillHisto(m_trk_pv0_total_pt , track.pt()/GeV, m_eventWeight);
1800 
1801  if (acc_caloEntryUncEta.isAvailable(track) and acc_caloEntryUncPhi.isAvailable(track) and acc_prodRadius.isAvailable(track)) {
1802  float caloEntryUncEta = acc_caloEntryUncEta(track);
1803  float caloEntryUncPhi = acc_caloEntryUncPhi(track);
1804  float totUnc = sqrt(caloEntryUncEta*caloEntryUncEta+caloEntryUncPhi*caloEntryUncPhi);
1805 
1806  fillHisto(m_trk_pv0_caloEntryUncTot_eta, track.eta() , totUnc, m_eventWeight);
1807  fillHisto(m_trk_pv0_caloEntryUncTot_pt , track.pt()/GeV, totUnc, m_eventWeight);
1808 
1809  uint8_t nPixHits (0);
1810  uint8_t nSCTHits (0);
1811 
1812  if (track.summaryValue(nPixHits, xAOD::numberOfPixelHits) and track.summaryValue(nSCTHits, xAOD::numberOfSCTHits)) {
1813  int siHits = nPixHits + nSCTHits;
1814  if (siHits == 0) {
1815  fillHisto(m_trk_pv0_caloEntryUncTot_eta_0SiHits , track.eta() , totUnc, m_eventWeight);
1816  fillHisto(m_trk_pv0_caloEntryUncTot_pt_0SiHits , track.pt()/GeV, totUnc, m_eventWeight);
1817  fillHisto(m_trk_pv0_caloEntryUncTot_rFirstHit_0SiHits, track.radiusOfFirstHit(), totUnc, m_eventWeight);
1818  }
1819  fillHisto(m_trk_pv0_caloEntryUncTot_nSiHits, siHits, totUnc, m_eventWeight);
1820  }
1821 
1822  fillHisto(m_trk_pv0_caloEntryUncTot_rFirstHit, track.radiusOfFirstHit(), totUnc, m_eventWeight);
1823 
1824  static const SG::AuxElement::Accessor< int > acc_allClusters ( "AllClusters" );
1825  static const SG::AuxElement::Accessor< int > acc_clusters_dr_fix ( "Match_deltaR_fixed" );
1826  static const SG::AuxElement::Accessor< int > acc_clusters_dr_var ( "Match_deltaR_variable" );
1827 
1828  fillHisto(m_trk_pv0_total_clusters_eta, track.eta() , acc_allClusters(track), m_eventWeight);
1829  fillHisto(m_trk_pv0_total_clusters_pt , track.pt()/GeV, acc_allClusters(track), m_eventWeight);
1830 
1831  if (acc_clusters_dr_fix(track)>0) {
1832  fillHisto(m_trk_pv0_matching_deltar_fix_eta , track.eta() , m_eventWeight);
1833  fillHisto(m_trk_pv0_matching_deltar_fix_pt , track.pt()/GeV, m_eventWeight);
1834  } else {
1835  fillHisto(m_trk_pv0_notMatching_deltar_fix_eta , track.eta() , m_eventWeight);
1836  fillHisto(m_trk_pv0_notMatching_deltar_fix_pt , track.pt()/GeV, m_eventWeight);
1837  }
1838 
1839  if (acc_clusters_dr_var(track)>0) {
1840  fillHisto(m_trk_pv0_matching_deltar_var_eta , track.eta() , m_eventWeight);
1841  fillHisto(m_trk_pv0_matching_deltar_var_pt , track.pt()/GeV, m_eventWeight);
1842  } else {
1843  fillHisto(m_trk_pv0_notMatching_deltar_var_eta , track.eta() , m_eventWeight);
1844  fillHisto(m_trk_pv0_notMatching_deltar_var_pt , track.pt()/GeV, m_eventWeight);
1845  }
1846 
1847  if (acc_clusters_dr_fix(track)==0 and acc_clusters_dr_var(track)==0) {
1848  fillHisto(m_trk_pv0_notMatching_deltar_none_eta , track.eta() , m_eventWeight);
1849  fillHisto(m_trk_pv0_notMatching_deltar_none_pt , track.pt()/GeV, m_eventWeight);
1850  }
1851 
1852  if (acc_clusters_dr_fix(track)>0 and acc_clusters_dr_var(track)>0) {
1853  fillHisto(m_trk_pv0_matching_deltar_fix_and_var_eta , track.eta() , m_eventWeight);
1854  fillHisto(m_trk_pv0_matching_deltar_fix_and_var_pt , track.pt()/GeV, m_eventWeight);
1855  }
1856 
1857  if (acc_clusters_dr_fix(track)>0 or acc_clusters_dr_var(track)>0) {
1858  fillHisto(m_trk_pv0_matching_deltar_fix_or_var_eta , track.eta() , m_eventWeight);
1859  fillHisto(m_trk_pv0_matching_deltar_fix_or_var_pt , track.pt()/GeV, m_eventWeight);
1860  }
1861 
1862  if (acc_clusters_dr_fix(track)>0 and acc_clusters_dr_var(track)==0) {
1863  fillHisto(m_trk_pv0_matching_deltar_onlyfix_eta , track.eta() , m_eventWeight);
1864  fillHisto(m_trk_pv0_matching_deltar_onlyfix_pt , track.pt()/GeV, m_eventWeight);
1865  }
1866 
1867  if (acc_clusters_dr_fix(track)==0 and acc_clusters_dr_var(track)>0) {
1868  fillHisto(m_trk_pv0_matching_deltar_onlyvar_eta , track.eta() , m_eventWeight);
1869  fillHisto(m_trk_pv0_matching_deltar_onlyvar_pt , track.pt()/GeV, m_eventWeight);
1870  }
1871  }
1872  }
1873 }
1874 
1875 void TCCPlots::fillClusterEtaCut(const xAOD::CaloCluster& cluster) {
1876  // here I fill the clusters
1877  static const SG::AuxElement::Accessor< int > acc_assTool( "ParticleCaloClusterAssociationTool" );
1878  if (not acc_assTool.isAvailable(cluster)) return;
1879  if (acc_assTool(cluster)==0) return;
1880 
1881  static const SG::AuxElement::Accessor< float > acc_eta( "ClusterEta" );
1882  static const SG::AuxElement::Accessor< float > acc_unc( "ClusterUnc" );
1883 
1884  static const SG::AuxElement::Accessor< float > acc_weight( "ClusterWeight" );
1885  static const SG::AuxElement::Accessor< float > acc_calE( "calE" );
1886 
1887  fillHisto(m_clusters_etacut_eta , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1888  fillHisto(m_clusters_etacut_abs_eta , acc_eta(cluster), m_eventWeight);
1889  fillHisto(m_clusters_etacut_width , acc_unc(cluster), acc_weight(cluster)*m_eventWeight);
1890  fillHisto(m_clusters_etacut_abs_width , acc_unc(cluster), m_eventWeight);
1891  fillHisto(m_clusters_etacut_width_eta , acc_eta(cluster), acc_unc(cluster), acc_weight(cluster)*m_eventWeight);
1892  fillHisto(m_clusters_etacut_abs_width_eta , acc_eta(cluster), acc_unc(cluster), m_eventWeight);
1893  if (acc_calE.isAvailable(cluster)) {
1894  fillHisto(m_clusters_etacut_energy , cluster.e()/GeV, acc_weight(cluster)*m_eventWeight);
1895  fillHisto(m_clusters_etacut_abs_energy , cluster.e()/GeV, m_eventWeight);
1896  fillHisto(m_clusters_etacut_width_energy , cluster.e()/GeV, acc_unc(cluster), acc_weight(cluster)*m_eventWeight);
1897  fillHisto(m_clusters_etacut_abs_width_energy , cluster.e()/GeV, acc_unc(cluster), m_eventWeight);
1898  }
1899 }
1900 
1901 void TCCPlots::fillCluster(const xAOD::CaloCluster& cluster) {
1902  // here I fill the clusters
1903  static const SG::AuxElement::Accessor< int > acc_assTool( "ParticleCaloClusterAssociationTool" );
1904  if (not acc_assTool.isAvailable(cluster)) return;
1905  if (acc_assTool(cluster)==0) return;
1906 
1907  static const SG::AuxElement::Accessor< float > acc_eta( "ClusterEta" );
1908  static const SG::AuxElement::Accessor< float > acc_unc( "ClusterUnc" );
1909 
1910  static const SG::AuxElement::Accessor< float > acc_weight( "ClusterWeight" );
1911  static const SG::AuxElement::Accessor< float > acc_calE( "calE" );
1912 
1913  fillHisto(m_clusters_eta , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1914  fillHisto(m_clusters_abs_eta , acc_eta(cluster), m_eventWeight);
1915  fillHisto(m_clusters_width , acc_unc(cluster), acc_weight(cluster)*m_eventWeight);
1916  fillHisto(m_clusters_abs_width , acc_unc(cluster), m_eventWeight);
1917  fillHisto(m_clusters_width_eta , acc_eta(cluster), acc_unc(cluster), acc_weight(cluster)*m_eventWeight);
1918  fillHisto(m_clusters_abs_width_eta , acc_eta(cluster), acc_unc(cluster), m_eventWeight);
1919  if (acc_calE.isAvailable(cluster)) {
1920  fillHisto(m_clusters_energy , cluster.e()/GeV, acc_weight(cluster)*m_eventWeight);
1921  fillHisto(m_clusters_abs_energy , cluster.e()/GeV, m_eventWeight);
1922  fillHisto(m_clusters_width_energy , cluster.e()/GeV, acc_unc(cluster), acc_weight(cluster)*m_eventWeight);
1923  fillHisto(m_clusters_abs_width_energy , cluster.e()/GeV, acc_unc(cluster), m_eventWeight);
1924  }
1925 
1926  if (fabs(cluster.eta())<2.5) {
1927  fillHisto(m_clusters_etacut_eta , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1928  fillHisto(m_clusters_etacut_abs_eta , acc_eta(cluster), m_eventWeight);
1929  fillHisto(m_clusters_etacut_width , acc_unc(cluster), acc_weight(cluster)*m_eventWeight);
1930  fillHisto(m_clusters_etacut_abs_width , acc_unc(cluster), m_eventWeight);
1931  fillHisto(m_clusters_etacut_width_eta , acc_eta(cluster), acc_unc(cluster), acc_weight(cluster)*m_eventWeight);
1932  fillHisto(m_clusters_etacut_abs_width_eta , acc_eta(cluster), acc_unc(cluster), m_eventWeight);
1933  if (acc_calE.isAvailable(cluster)) {
1934  fillHisto(m_clusters_etacut_energy , cluster.e()/GeV, acc_weight(cluster)*m_eventWeight);
1935  fillHisto(m_clusters_etacut_abs_energy , cluster.e()/GeV, m_eventWeight);
1936  fillHisto(m_clusters_etacut_width_energy , cluster.e()/GeV, acc_unc(cluster), acc_weight(cluster)*m_eventWeight);
1937  fillHisto(m_clusters_etacut_abs_width_energy , cluster.e()/GeV, acc_unc(cluster), m_eventWeight);
1938  }
1939  }
1940 
1941  static const SG::AuxElement::Accessor< int > acc_matched( "ClusterMatched" );
1942  if (acc_matched(cluster)==1) {
1943  fillHisto(m_clusters_matched_eta , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1944  fillHisto(m_clusters_abs_matched_eta , acc_eta(cluster), m_eventWeight);
1945  if (acc_calE.isAvailable(cluster)) {
1946  fillHisto(m_clusters_matched_energy , cluster.e()/GeV, acc_weight(cluster)*m_eventWeight);
1947  fillHisto(m_clusters_abs_matched_energy , cluster.e()/GeV, m_eventWeight);
1948  }
1949  } else {
1950  fillHisto(m_clusters_notMatched_eta , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1951  fillHisto(m_clusters_abs_notMatched_eta , acc_eta(cluster), m_eventWeight);
1952  if (acc_calE.isAvailable(cluster)) {
1953  fillHisto(m_clusters_notMatched_energy , cluster.e()/GeV, acc_weight(cluster)*m_eventWeight);
1954  fillHisto(m_clusters_abs_notMatched_energy , cluster.e()/GeV, m_eventWeight);
1955  }
1956  }
1957 
1958  static const SG::AuxElement::Accessor< int > acc_dr_fix_match( "ClusterMatchedFixedDeltaR" );
1959  static const SG::AuxElement::Accessor< int > acc_dr_var_match ( "ClusterMatchedVariableDeltaR" );
1960 
1961 
1962  if (acc_dr_fix_match(cluster)==1 and acc_dr_var_match(cluster)==1) {
1963  fillHisto(m_clusters_matched_eta_fix_and_var , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1964  fillHisto(m_clusters_abs_matched_eta_fix_and_var , acc_eta(cluster), m_eventWeight);
1965  }
1966 
1967  if (acc_dr_fix_match(cluster)==1 or acc_dr_var_match(cluster)==1) {
1968  fillHisto(m_clusters_matched_eta_fix_or_var , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1969  fillHisto(m_clusters_abs_matched_eta_fix_or_var , acc_eta(cluster), m_eventWeight);
1970  }
1971 
1972  if (acc_dr_fix_match(cluster)==1) {
1973  fillHisto(m_clusters_matched_eta_fix , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1974  fillHisto(m_clusters_abs_matched_eta_fix , acc_eta(cluster), m_eventWeight);
1975  } else {
1976  fillHisto(m_clusters_matched_eta_notfix , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1977  fillHisto(m_clusters_abs_matched_eta_notfix , acc_eta(cluster), m_eventWeight);
1978  }
1979 
1980  if (acc_dr_var_match(cluster)==1) {
1981  fillHisto(m_clusters_matched_eta_var , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1982  fillHisto(m_clusters_abs_matched_eta_var , acc_eta(cluster), m_eventWeight);
1983  } else {
1984  fillHisto(m_clusters_matched_eta_notvar , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1985  fillHisto(m_clusters_abs_matched_eta_notvar , acc_eta(cluster), m_eventWeight);
1986  }
1987 
1988  if (acc_dr_fix_match(cluster)==0 and acc_dr_var_match(cluster)==1) {
1989  fillHisto(m_clusters_matched_eta_onlyvar , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1990  fillHisto(m_clusters_abs_matched_eta_onlyvar , acc_eta(cluster), m_eventWeight);
1991  }
1992 
1993  if (acc_dr_fix_match(cluster)==1 and acc_dr_var_match(cluster)==0) {
1994  fillHisto(m_clusters_matched_eta_onlyfix , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
1995  fillHisto(m_clusters_abs_matched_eta_onlyfix , acc_eta(cluster), m_eventWeight);
1996  }
1997 
1998  if (acc_dr_fix_match(cluster)==0 and acc_dr_var_match(cluster)==0) {
1999  fillHisto(m_clusters_matched_eta_none , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2000  fillHisto(m_clusters_abs_matched_eta_none , acc_eta(cluster), m_eventWeight);
2001  }
2002 
2003  // match with tracks from PV0
2004  static const SG::AuxElement::Accessor< int > acc_dr_fix_PV0( "FixedMatchPV0" );
2005  static const SG::AuxElement::Accessor< int > acc_dr_var_PV0( "VarMatchPV0" );
2006 
2007  if (acc_dr_fix_PV0.isAvailable(cluster) and acc_dr_var_PV0.isAvailable(cluster)) {
2008  bool matchFix = (acc_dr_fix_match(cluster)==1 and acc_dr_fix_PV0(cluster)==1);
2009  bool matchVar = (acc_dr_var_match(cluster)==1 and acc_dr_var_PV0(cluster)==1);
2010 
2011  if (matchFix and matchVar) {
2012  fillHisto(m_clusters_matched_pv0_eta_fix_and_var , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2013  fillHisto(m_clusters_abs_matched_pv0_eta_fix_and_var , acc_eta(cluster), m_eventWeight);
2014  }
2015 
2016  if (matchFix or matchVar) {
2017  fillHisto(m_clusters_matched_pv0_eta_fix_or_var , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2018  fillHisto(m_clusters_abs_matched_pv0_eta_fix_or_var , acc_eta(cluster), m_eventWeight);
2019  }
2020 
2021  if (matchFix) {
2022  fillHisto(m_clusters_matched_pv0_eta_fix , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2023  fillHisto(m_clusters_abs_matched_pv0_eta_fix , acc_eta(cluster), m_eventWeight);
2024  } else {
2025  fillHisto(m_clusters_matched_pv0_eta_notfix , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2026  fillHisto(m_clusters_abs_matched_pv0_eta_notfix , acc_eta(cluster), m_eventWeight);
2027  }
2028 
2029  if (matchVar) {
2030  fillHisto(m_clusters_matched_pv0_eta_var , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2031  fillHisto(m_clusters_abs_matched_pv0_eta_var , acc_eta(cluster), m_eventWeight);
2032  } else {
2033  fillHisto(m_clusters_matched_pv0_eta_notvar , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2034  fillHisto(m_clusters_abs_matched_pv0_eta_notvar , acc_eta(cluster), m_eventWeight);
2035  }
2036 
2037  if (not matchFix and matchVar) {
2038  fillHisto(m_clusters_matched_pv0_eta_onlyvar , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2039  fillHisto(m_clusters_abs_matched_pv0_eta_onlyvar , acc_eta(cluster), m_eventWeight);
2040  }
2041 
2042  if (matchFix and not matchVar) {
2043  fillHisto(m_clusters_matched_pv0_eta_onlyfix , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2044  fillHisto(m_clusters_abs_matched_pv0_eta_onlyfix , acc_eta(cluster), m_eventWeight);
2045  }
2046 
2047  if (not matchFix and not matchVar) {
2048  fillHisto(m_clusters_matched_pv0_eta_none , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2049  fillHisto(m_clusters_abs_matched_pv0_eta_none , acc_eta(cluster), m_eventWeight);
2050  }
2051  }
2052 
2053  // match with tracks from PVX
2054  static const SG::AuxElement::Accessor< int > acc_dr_fix_PVX( "FixedMatchPVX" );
2055  static const SG::AuxElement::Accessor< int > acc_dr_var_PVX( "VarMatchPVX" );
2056 
2057  if (acc_dr_fix_PVX.isAvailable(cluster) and acc_dr_var_PVX.isAvailable(cluster)
2058  and acc_dr_fix_PV0.isAvailable(cluster) and acc_dr_var_PV0.isAvailable(cluster)) {
2059  bool matchFix = (acc_dr_fix_match(cluster)==1 and acc_dr_fix_PVX(cluster)==1 and acc_dr_fix_PV0(cluster)==0);
2060  bool matchVar = (acc_dr_var_match(cluster)==1 and acc_dr_var_PVX(cluster)==1 and acc_dr_var_PV0(cluster)==0);
2061 
2062  if (matchFix and matchVar) {
2063  fillHisto(m_clusters_matched_pvx_eta_fix_and_var , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2064  fillHisto(m_clusters_abs_matched_pvx_eta_fix_and_var , acc_eta(cluster), m_eventWeight);
2065  }
2066 
2067  if (matchFix or matchVar) {
2068  fillHisto(m_clusters_matched_pvx_eta_fix_or_var , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2069  fillHisto(m_clusters_abs_matched_pvx_eta_fix_or_var , acc_eta(cluster), m_eventWeight);
2070  }
2071 
2072  if (matchFix) {
2073  fillHisto(m_clusters_matched_pvx_eta_fix , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2074  fillHisto(m_clusters_abs_matched_pvx_eta_fix , acc_eta(cluster), m_eventWeight);
2075  } else {
2076  fillHisto(m_clusters_matched_pvx_eta_notfix , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2077  fillHisto(m_clusters_abs_matched_pvx_eta_notfix , acc_eta(cluster), m_eventWeight);
2078  }
2079 
2080  if (matchVar) {
2081  fillHisto(m_clusters_matched_pvx_eta_var , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2082  fillHisto(m_clusters_abs_matched_pvx_eta_var , acc_eta(cluster), m_eventWeight);
2083  } else {
2084  fillHisto(m_clusters_matched_pvx_eta_notvar , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2085  fillHisto(m_clusters_abs_matched_pvx_eta_notvar , acc_eta(cluster), m_eventWeight);
2086  }
2087 
2088  if (not matchFix and matchVar) {
2089  fillHisto(m_clusters_matched_pvx_eta_onlyvar , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2090  fillHisto(m_clusters_abs_matched_pvx_eta_onlyvar , acc_eta(cluster), m_eventWeight);
2091  }
2092 
2093  if (matchFix and not matchVar) {
2094  fillHisto(m_clusters_matched_pvx_eta_onlyfix , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2095  fillHisto(m_clusters_abs_matched_pvx_eta_onlyfix , acc_eta(cluster), m_eventWeight);
2096  }
2097 
2098  if (not matchFix and not matchVar) {
2099  fillHisto(m_clusters_matched_pvx_eta_none , acc_eta(cluster), acc_weight(cluster)*m_eventWeight);
2100  fillHisto(m_clusters_abs_matched_pvx_eta_none , acc_eta(cluster), m_eventWeight);
2101  }
2102  }
2103 
2104  static const SG::AuxElement::Accessor< int > acc_neutral( "isNeutral" );
2105  static const SG::AuxElement::Accessor< float > acc_pt_fraction( "ptFraction" );
2106  static const SG::AuxElement::Accessor< int > acc_rejected( "isRejected" );
2107  static const SG::AuxElement::Accessor< int > acc_isPV0( "isPV0" );
2108  static const SG::AuxElement::Accessor< int > acc_isPVX( "isPVX" );
2109 
2110  if (acc_calE.isAvailable(cluster) and acc_neutral.isAvailable(cluster) and acc_neutral(cluster)==1) {
2111  fillHisto(m_clusters_pt_fraction_e, cluster.e()/GeV, acc_pt_fraction(cluster), m_eventWeight);
2112  if (acc_isPV0(cluster)==1)
2113  fillHisto(m_clusters_PV0_pt_fraction_e, cluster.e()/GeV, acc_pt_fraction(cluster), m_eventWeight);
2114  else
2115  fillHisto(m_clusters_PVX_pt_fraction_e, cluster.e()/GeV, acc_pt_fraction(cluster), m_eventWeight);
2116  if (acc_rejected(cluster)==1)
2117  fillHisto(m_clusters_rejected_pt_fraction_e, cluster.e()/GeV, acc_pt_fraction(cluster), m_eventWeight);
2118 
2119  fillHisto(m_clusters_all_neutral_e , cluster.e()/GeV , m_eventWeight);
2120  if (acc_isPV0(cluster)==1)
2121  fillHisto(m_clusters_all_neutral_PV0_e , cluster.e()/GeV , m_eventWeight);
2122  else if (acc_isPVX(cluster)==1)
2123  fillHisto(m_clusters_all_neutral_notPV0_e , cluster.e()/GeV , m_eventWeight);
2124  else
2125  fillHisto(m_clusters_all_neutral_neutral_e , cluster.e()/GeV , m_eventWeight);
2126 
2127  fillHisto(m_clusters_all_neutral_eta , acc_eta(cluster), m_eventWeight);
2128  if (acc_isPV0(cluster)==1)
2129  fillHisto(m_clusters_all_neutral_PV0_eta , acc_eta(cluster), m_eventWeight);
2130  else if (acc_isPVX(cluster)==1)
2131  fillHisto(m_clusters_all_neutral_notPV0_eta , acc_eta(cluster), m_eventWeight);
2132  else
2133  fillHisto(m_clusters_all_neutral_neutral_eta, acc_eta(cluster), m_eventWeight);
2134 
2135  }
2136 }
2137 
2138 void TCCPlots::fillTCCptCut(const xAOD::TrackCaloCluster& tcc) {
2139  fillHisto(m_tcc_eta_ptcut , tcc.eta() , m_eventWeight);
2140  fillHisto(m_tcc_taste_eta_ptcut, tcc.eta(), tcc.taste(), m_eventWeight);
2141 }
2142 
2143 void TCCPlots::fillTCCetaCut(const xAOD::TrackCaloCluster& tcc) {
2144  fillHisto(m_tcc_pt_etacut , tcc.pt()/GeV, m_eventWeight);
2145  fillHisto(m_tcc_taste_pt_etacut, tcc.pt()/GeV, tcc.taste(), m_eventWeight);
2146 }
2147 
2148 void TCCPlots::fillTCC(const xAOD::TrackCaloCluster& tcc, std::vector<const xAOD::TrackParticle*>& alltracksPV0) {
2149  fillHisto(m_tcc_eta , tcc.eta() , m_eventWeight);
2150  fillHisto(m_tcc_phi , tcc.phi() , m_eventWeight);
2151  fillHisto(m_tcc_pt , tcc.pt()/GeV, m_eventWeight);
2152  fillHisto(m_tcc_m , tcc.m()/GeV , m_eventWeight);
2153  fillHisto(m_tcc_taste, tcc.taste() , m_eventWeight);
2154  fillHisto(m_tcc_taste_eta, tcc.eta() , tcc.taste(), m_eventWeight);
2155  fillHisto(m_tcc_taste_pt , tcc.pt()/GeV , tcc.taste(), m_eventWeight);
2156 
2157  const xAOD::TrackParticle* track = getTrackParticlePtr(tcc);
2158  if (track) {
2159  fillHisto(m_tcc_pt_pseudoresponse, tcc.pt()/track->pt() , m_eventWeight);
2160  fillHisto(m_tcc_pt_track_pt, tcc.pt()/GeV, track->pt()/GeV , m_eventWeight);
2161 
2162  const xAOD::TruthParticle* assTruth = getTruthPtr(*track);
2163  if (assTruth) {
2164  fillHisto(m_tcc_pt_response, tcc.pt()/assTruth->pt() , m_eventWeight);
2165  fillHisto(m_tcc_pt_truth_pt, tcc.pt()/GeV, assTruth->pt()/GeV , m_eventWeight);
2166 
2167  fillHisto(m_trk_tcc_reco_pt_truth_pt, track->pt()/GeV, assTruth->pt()/GeV, m_eventWeight);
2168  fillHisto(m_trk_tcc_reco_pt_response, track->pt()/assTruth->pt() , m_eventWeight);
2169  }
2170 
2171 
2172  //- There is one track matching a given number of clusters , N : size of the caloClusterLinks()
2173  //- Each of those clusters matches a given number of tracks, M : size of MatchingTracks
2174  //std::cout << "Size of the cluster vector: "<< tcc.caloClusterLinks().size() << std::endl;
2175 
2176  static const SG::AuxElement::Accessor< float > acc_unc( "ClusterUnc" );
2177 
2178  if (!tcc.caloClusterLinks().empty()) {
2179  int N = tcc.caloClusterLinks().size();
2180 // std::cout << "N = " << N << std::endl;
2181  for (size_t c = 0; c < tcc.caloClusterLinks().size(); ++c) {
2182  const xAOD::CaloCluster* cluster = *(tcc.caloClusterLinks().at(c));
2183 // std::cout << "cluster " << c << " --> " << cluster->eta() << ", " << cluster->phi() << " ---- " << acc_unc(*cluster) << std::endl;
2184  static const SG::AuxElement::Accessor< std::vector<ElementLink<xAOD::TrackParticleContainer>> > acc_links( "MatchingTracks" );
2185  if (acc_links.isAvailable(*cluster)) {
2186  int M = acc_links(*cluster).size();
2187  //std::cout << "Size of the track vector: "<< acc_links(*cluster).size() << std::endl;
2188  fillHisto(m_tcc_N_M, N, M, m_eventWeight);
2189  int MPV0 = 0;
2190  for (size_t t = 0; t < acc_links(*cluster).size(); ++t) {
2191  const xAOD::TrackParticle* track = *(acc_links(*cluster).at(t));
2192  if (std::find(alltracksPV0.begin(), alltracksPV0.end(), track) != alltracksPV0.end()) {
2193  MPV0++;
2194 // std::cout << "PV0 track " << t << " --> " << track->pt() << ", " << track->eta() << ", " << track->phi() << ", " << track->m() << std::endl;
2195  }
2196 // else std::cout << "PVX track " << t << " --> " << track->pt() << ", " << track->eta() << ", " << track->phi() << ", " << track->m() << std::endl;
2197  }
2198  fillHisto(m_tcc_N_M_pv0, N, MPV0, m_eventWeight);
2199 // std::cout << "M PV0 = " << MPV0 << " ---- M = " << M << std::endl;
2200  }
2201  } // for caloClusterLinks
2202  } // if caloClusterLinks().size
2203  }
2204 }
2205 
2206 void TCCPlots::finalizePlots() {
2207  if (!m_collectionType.empty())
2208  std::cout << "Finalising " << m_collectionType << " in folder " << m_folder << std::endl;
2209 
2210  if (m_collectionType == "jets") {
2211 
2212  std::vector < TH2* > th2f = { m_jet_response_m_pt, m_jet_response_m_pt_2leadings,
2213  m_jet_response_m_pt_leading, m_jet_response_m_pt_subleading,
2214  m_jet_response_d2_pt, m_jet_response_d2_pt_2leadings,
2215  m_jet_response_d2_pt_leading, m_jet_response_d2_pt_subleading,
2216  m_jet_response_add_d2_pt, m_jet_response_add_d2_pt_2leadings,
2217  m_jet_response_add_d2_pt_leading, m_jet_response_add_d2_pt_subleading,
2218  m_jet_response_add_eta_pt, m_jet_response_add_eta_pt_2leadings,
2219  m_jet_response_add_eta_pt_leading, m_jet_response_add_eta_pt_subleading
2220  };
2221 
2222  std::vector < TH3* > th3f = { m_jet_mopt_pt_response_m, m_jet_mopt_pt_response_m_2leadings,
2223  m_jet_mopt_pt_response_m_leading, m_jet_mopt_pt_response_m_subleading,
2224  m_jet_mopt_pt_response_pt, m_jet_mopt_pt_response_pt_2leadings,
2225  m_jet_mopt_pt_response_pt_leading, m_jet_mopt_pt_response_pt_subleading,
2226  m_jet_mopt_pt_response_eta, m_jet_mopt_pt_response_eta_2leadings,
2227  m_jet_mopt_pt_response_eta_leading, m_jet_mopt_pt_response_eta_subleading,
2228  m_jet_mopt_pt_response_phi, m_jet_mopt_pt_response_phi_2leadings,
2229  m_jet_mopt_pt_response_phi_leading, m_jet_mopt_pt_response_phi_subleading,
2230  m_jet_mopt_pt_response_d2, m_jet_mopt_pt_response_d2_2leadings,
2231  m_jet_mopt_pt_response_d2_leading, m_jet_mopt_pt_response_d2_subleading };
2232 
2233  for ( auto& histo : th2f ) {
2234  for (int j = 1; j <= histo->GetNbinsY(); j++)
2235  for (int i = 1; i <= histo->GetNbinsX(); i++)
2236  histo->SetBinContent(i,j,histo->GetBinContent(i,j)/(histo->GetXaxis()->GetBinWidth(i)*histo->GetYaxis()->GetBinWidth(j)));
2237  }
2238 
2239  for ( auto& histo : th3f ) {
2240  for (int k = 1; k <= histo->GetNbinsZ(); k++)
2241  for (int j = 1; j <= histo->GetNbinsY(); j++)
2242  for (int i = 1; i <= histo->GetNbinsX(); i++)
2243  histo->SetBinContent(i,j,k,histo->GetBinContent(i,j,k)/(histo->GetXaxis()->GetBinWidth(i)*histo->GetYaxis()->GetBinWidth(j)*histo->GetZaxis()->GetBinWidth(k)));
2244  }
2245 
2246  make_median(m_jet_response_m_pt , m_jet_resolution_m );
2247  make_median(m_jet_response_m_pt_2leadings , m_jet_resolution_m_2leadings );
2248  make_median(m_jet_response_m_pt_leading , m_jet_resolution_m_leading );
2249  make_median(m_jet_response_m_pt_subleading , m_jet_resolution_m_subleading );
2250 
2251  make_median(m_jet_response_d2_pt , m_jet_resolution_d2 );
2252  make_median(m_jet_response_d2_pt_2leadings , m_jet_resolution_d2_2leadings );
2253  make_median(m_jet_response_d2_pt_leading , m_jet_resolution_d2_leading );
2254  make_median(m_jet_response_d2_pt_subleading , m_jet_resolution_d2_subleading );
2255 
2256  make_median_add(m_jet_response_add_d2_pt , m_jet_resolution_add_d2 );
2257  make_median_add(m_jet_response_add_d2_pt_2leadings , m_jet_resolution_add_d2_2leadings );
2258  make_median_add(m_jet_response_add_d2_pt_leading , m_jet_resolution_add_d2_leading );
2259  make_median_add(m_jet_response_add_d2_pt_subleading , m_jet_resolution_add_d2_subleading );
2260 
2261  make_median(m_jet_mopt_pt_response_m , m_jet_resolution_mopt_pt_m );
2262  make_median(m_jet_mopt_pt_response_m_2leadings , m_jet_resolution_mopt_pt_m_2leadings );
2263 
2264  make_median(m_jet_mopt_pt_response_m_leading , m_jet_resolution_mopt_pt_m_leading );
2265  make_median(m_jet_mopt_pt_response_m_subleading , m_jet_resolution_mopt_pt_m_subleading );
2266 
2267  make_median(m_jet_mopt_pt_response_pt , m_jet_resolution_mopt_pt_pt );
2268  make_median(m_jet_mopt_pt_response_pt_2leadings , m_jet_resolution_mopt_pt_pt_2leadings );
2269  make_median(m_jet_mopt_pt_response_pt_leading , m_jet_resolution_mopt_pt_pt_leading );
2270  make_median(m_jet_mopt_pt_response_pt_subleading , m_jet_resolution_mopt_pt_pt_subleading );
2271 
2272  make_median(m_jet_mopt_pt_response_eta , m_jet_resolution_mopt_pt_eta );
2273  make_median(m_jet_mopt_pt_response_eta_2leadings , m_jet_resolution_mopt_pt_eta_2leadings );
2274  make_median(m_jet_mopt_pt_response_eta_leading , m_jet_resolution_mopt_pt_eta_leading );
2275  make_median(m_jet_mopt_pt_response_eta_subleading , m_jet_resolution_mopt_pt_eta_subleading );
2276 
2277  make_median(m_jet_mopt_pt_response_phi , m_jet_resolution_mopt_pt_phi );
2278  make_median(m_jet_mopt_pt_response_phi_2leadings , m_jet_resolution_mopt_pt_phi_2leadings );
2279  make_median(m_jet_mopt_pt_response_phi_leading , m_jet_resolution_mopt_pt_phi_leading );
2280  make_median(m_jet_mopt_pt_response_phi_subleading , m_jet_resolution_mopt_pt_phi_subleading );
2281 
2282  make_median(m_jet_mopt_pt_response_d2 , m_jet_resolution_mopt_pt_d2 );
2283  make_median(m_jet_mopt_pt_response_d2_2leadings , m_jet_resolution_mopt_pt_d2_2leadings );
2284  make_median(m_jet_mopt_pt_response_d2_leading , m_jet_resolution_mopt_pt_d2_leading );
2285  make_median(m_jet_mopt_pt_response_d2_subleading , m_jet_resolution_mopt_pt_d2_subleading );
2286 
2287  make_median(m_jet_response_m_npv , m_jet_resolution_m_npv , m_jet_median_width_m_npv );
2288  make_median(m_jet_response_m_npv_2leadings , m_jet_resolution_m_npv_2leadings , m_jet_median_width_m_npv_2leadings );
2289  make_median(m_jet_response_m_npv_leading , m_jet_resolution_m_npv_leading , m_jet_median_width_m_npv_leading );
2290  make_median(m_jet_response_m_npv_subleading , m_jet_resolution_m_npv_subleading , m_jet_median_width_m_npv_subleading);
2291 
2292 
2293  } else if (m_collectionType == "tracks") {
2294  //pt + prod radius th2
2295  std::vector < TH2* > th2f = { m_trk_d0_pt, m_trk_z0_pt, m_trk_theta_pt, m_trk_phi_pt, m_trk_qOverP_pt,
2296  m_trk_caloEntryEtaOverEta_pt, m_trk_caloEntryUncEta_pt, m_trk_caloEntryUncTheta_pt, m_trk_caloEntryPhiOverPhi_pt,
2297  m_trk_caloEntryUncPhi_pt, m_trk_caloEntryUncTot_pt, m_trk_pv0_caloEntryUncTot_pt, m_trk_pv0_caloEntryUncTot_truthpt,
2298  m_trk_pv0_caloEntryUncTot_pt_0SiHits, m_trk_perigeeUncEta_pt, m_trk_perigeeUncTheta_pt,
2299  m_trk_perigeeUncPhi_pt, m_trk_perigeeUncTot_pt, m_trk_delta_perigeeEta_caloEntryEta_pt,
2300  m_trk_delta_perigeePhi_caloEntryPhi_pt, m_trk_delta_trackEta_caloEntryEta_pt, m_trk_delta_trackPhi_caloEntryPhi_pt,
2301  m_trk_delta_trackEta_caloEntryEtaCorr_pt, m_trk_delta_trackPhi_caloEntryPhiCorr_pt,
2302  m_trk_delta_caloEntryEta_caloEntryEtaCorr_pt, m_trk_delta_caloEntryPhi_caloEntryPhiCorr_pt,
2303  m_trk_matching_deltar_or_clusters_pt, m_trk_matching_deltar_and_clusters_pt,
2304  m_trk_matching_deltar_fix_only_clusters_pt, m_trk_matching_deltar_var_only_clusters_pt, m_trk_total_clusters_pt,
2305  m_trk_notMatching_deltar_fix_caloEntryUncTot_pt, m_trk_notMatching_deltar_var_caloEntryUncTot_pt,
2306  m_trk_notMatching_deltar_none_caloEntryUncTot_pt,
2307  m_trk_perigeeUncEta_prodRadius, m_trk_perigeeUncTheta_prodRadius, m_trk_perigeeUncPhi_prodRadius,
2308  m_trk_perigeeUncTot_prodRadius, m_trk_caloEntryUncEta_prodRadius, m_trk_caloEntryUncTheta_prodRadius,
2309  m_trk_caloEntryUncPhi_prodRadius, m_trk_caloEntryUncTot_prodRadius,
2310  m_trk_notMatching_deltar_fix_caloEntryUncTot_prodRadius, m_trk_notMatching_deltar_var_caloEntryUncTot_prodRadius,
2311  m_trk_notMatching_deltar_none_caloEntryUncTot_prodRadius };
2312 
2313  //pt + prod radius th1
2314  std::vector < TH1* > th1f = { m_trk_total_pt, m_trk_notMatching_deltar_fix_pt,
2315  m_trk_notMatching_deltar_var_pt, m_trk_notMatching_deltar_none_pt, m_trk_prodRadius,
2316  m_trk_matching_deltar_fix_and_var_pt, m_trk_matching_deltar_fix_or_var_pt,
2317  m_trk_matching_deltar_fix_pt, m_trk_matching_deltar_var_pt,
2318  m_trk_matching_deltar_onlyfix_pt, m_trk_matching_deltar_onlyvar_pt,
2319  m_trk_pv0_total_pt, m_trk_pv0_notMatching_deltar_fix_pt,
2320  m_trk_pv0_notMatching_deltar_var_pt, m_trk_pv0_notMatching_deltar_none_pt,
2321  m_trk_pv0_matching_deltar_fix_and_var_pt, m_trk_pv0_matching_deltar_fix_or_var_pt,
2322  m_trk_pv0_matching_deltar_fix_pt, m_trk_pv0_matching_deltar_var_pt,
2323  m_trk_pv0_matching_deltar_onlyfix_pt, m_trk_pv0_matching_deltar_onlyvar_pt,
2324  };
2325 
2326 
2327  for ( auto& histo : th2f ) {
2328  for (int j = 1; j <= histo->GetNbinsY(); j++)
2329  for (int i = 1; i <= histo->GetNbinsX(); i++)
2330  histo->SetBinContent(i,j,histo->GetBinContent(i,j)/(histo->GetXaxis()->GetBinWidth(i)*histo->GetYaxis()->GetBinWidth(j)));
2331  }
2332 
2333  for ( auto& histo : th1f ) {
2334  for (int i = 1; i <= histo->GetNbinsX(); i++)
2335  histo->SetBinContent(i,histo->GetBinContent(i)/histo->GetBinWidth(i));
2336  }
2337 
2338  m_trk_matchedFraction_eta_fix_and_var ->Divide( m_trk_matching_deltar_fix_and_var_eta , m_trk_total_eta, 1., 1., "B");
2339  m_trk_matchedFraction_eta_fix_or_var ->Divide( m_trk_matching_deltar_fix_or_var_eta , m_trk_total_eta, 1., 1., "B");
2340  m_trk_matchedFraction_eta_fix ->Divide( m_trk_matching_deltar_fix_eta , m_trk_total_eta, 1., 1., "B");
2341  m_trk_matchedFraction_eta_notfix ->Divide( m_trk_notMatching_deltar_fix_eta , m_trk_total_eta, 1., 1., "B");
2342  m_trk_matchedFraction_eta_var ->Divide( m_trk_matching_deltar_var_eta , m_trk_total_eta, 1., 1., "B");
2343  m_trk_matchedFraction_eta_notvar ->Divide( m_trk_notMatching_deltar_var_eta , m_trk_total_eta, 1., 1., "B");
2344  m_trk_matchedFraction_eta_onlyvar ->Divide( m_trk_matching_deltar_onlyvar_eta , m_trk_total_eta, 1., 1., "B");
2345  m_trk_matchedFraction_eta_onlyfix ->Divide( m_trk_matching_deltar_onlyfix_eta , m_trk_total_eta, 1., 1., "B");
2346  m_trk_matchedFraction_eta_none ->Divide( m_trk_notMatching_deltar_none_eta , m_trk_total_eta, 1., 1., "B");
2347 
2348  m_trk_matchedFraction_pt_fix_and_var ->Divide( m_trk_matching_deltar_fix_and_var_pt , m_trk_total_pt , 1., 1., "B");
2349  m_trk_matchedFraction_pt_fix_or_var ->Divide( m_trk_matching_deltar_fix_or_var_pt , m_trk_total_pt , 1., 1., "B");
2350  m_trk_matchedFraction_pt_fix ->Divide( m_trk_matching_deltar_fix_pt , m_trk_total_pt , 1., 1., "B");
2351  m_trk_matchedFraction_pt_notfix ->Divide( m_trk_notMatching_deltar_fix_pt , m_trk_total_pt , 1., 1., "B");
2352  m_trk_matchedFraction_pt_var ->Divide( m_trk_matching_deltar_var_pt , m_trk_total_pt , 1., 1., "B");
2353  m_trk_matchedFraction_pt_notvar ->Divide( m_trk_notMatching_deltar_var_pt , m_trk_total_pt , 1., 1., "B");
2354  m_trk_matchedFraction_pt_onlyvar ->Divide( m_trk_matching_deltar_onlyvar_pt , m_trk_total_pt , 1., 1., "B");
2355  m_trk_matchedFraction_pt_onlyfix ->Divide( m_trk_matching_deltar_onlyfix_pt , m_trk_total_pt , 1., 1., "B");
2356  m_trk_matchedFraction_pt_none ->Divide( m_trk_notMatching_deltar_none_pt , m_trk_total_pt , 1., 1., "B");
2357 
2358  m_trk_pv0_matchedFraction_eta_fix_and_var ->Divide( m_trk_pv0_matching_deltar_fix_and_var_eta , m_trk_pv0_total_eta, 1., 1., "B");
2359  m_trk_pv0_matchedFraction_eta_fix_or_var ->Divide( m_trk_pv0_matching_deltar_fix_or_var_eta , m_trk_pv0_total_eta, 1., 1., "B");
2360  m_trk_pv0_matchedFraction_eta_fix ->Divide( m_trk_pv0_matching_deltar_fix_eta , m_trk_pv0_total_eta, 1., 1., "B");
2361  m_trk_pv0_matchedFraction_eta_notfix ->Divide( m_trk_pv0_notMatching_deltar_fix_eta , m_trk_pv0_total_eta, 1., 1., "B");
2362  m_trk_pv0_matchedFraction_eta_var ->Divide( m_trk_pv0_matching_deltar_var_eta , m_trk_pv0_total_eta, 1., 1., "B");
2363  m_trk_pv0_matchedFraction_eta_notvar ->Divide( m_trk_pv0_notMatching_deltar_var_eta , m_trk_pv0_total_eta, 1., 1., "B");
2364  m_trk_pv0_matchedFraction_eta_onlyvar ->Divide( m_trk_pv0_matching_deltar_onlyvar_eta , m_trk_pv0_total_eta, 1., 1., "B");
2365  m_trk_pv0_matchedFraction_eta_onlyfix ->Divide( m_trk_pv0_matching_deltar_onlyfix_eta , m_trk_pv0_total_eta, 1., 1., "B");
2366  m_trk_pv0_matchedFraction_eta_none ->Divide( m_trk_pv0_notMatching_deltar_none_eta , m_trk_pv0_total_eta, 1., 1., "B");
2367 
2368  m_trk_pv0_matchedFraction_pt_fix_and_var ->Divide( m_trk_pv0_matching_deltar_fix_and_var_pt , m_trk_pv0_total_pt , 1., 1., "B");
2369  m_trk_pv0_matchedFraction_pt_fix_or_var ->Divide( m_trk_pv0_matching_deltar_fix_or_var_pt , m_trk_pv0_total_pt , 1., 1., "B");
2370  m_trk_pv0_matchedFraction_pt_fix ->Divide( m_trk_pv0_matching_deltar_fix_pt , m_trk_pv0_total_pt , 1., 1., "B");
2371  m_trk_pv0_matchedFraction_pt_notfix ->Divide( m_trk_pv0_notMatching_deltar_fix_pt , m_trk_pv0_total_pt , 1., 1., "B");
2372  m_trk_pv0_matchedFraction_pt_var ->Divide( m_trk_pv0_matching_deltar_var_pt , m_trk_pv0_total_pt , 1., 1., "B");
2373  m_trk_pv0_matchedFraction_pt_notvar ->Divide( m_trk_pv0_notMatching_deltar_var_pt , m_trk_pv0_total_pt , 1., 1., "B");
2374  m_trk_pv0_matchedFraction_pt_onlyvar ->Divide( m_trk_pv0_matching_deltar_onlyvar_pt , m_trk_pv0_total_pt , 1., 1., "B");
2375  m_trk_pv0_matchedFraction_pt_onlyfix ->Divide( m_trk_pv0_matching_deltar_onlyfix_pt , m_trk_pv0_total_pt , 1., 1., "B");
2376  m_trk_pv0_matchedFraction_pt_none ->Divide( m_trk_pv0_notMatching_deltar_none_pt , m_trk_pv0_total_pt , 1., 1., "B");
2377 
2378  } else if (m_collectionType == "clusters") {
2379 
2380  m_clusters_matchedFraction_eta ->Divide(m_clusters_matched_eta , m_clusters_eta, 1., 1., "B");
2381  m_clusters_notMatchedFraction_eta ->Divide(m_clusters_notMatched_eta , m_clusters_eta, 1., 1., "B");
2382  m_clusters_matchedFraction_energy ->Divide(m_clusters_matched_energy , m_clusters_energy, 1., 1., "B");
2383  m_clusters_notMatchedFraction_energy ->Divide(m_clusters_notMatched_energy , m_clusters_energy, 1., 1., "B");
2384  m_clusters_matchedFraction_eta_fix_and_var ->Divide(m_clusters_matched_eta_fix_and_var , m_clusters_eta, 1., 1., "B");
2385  m_clusters_matchedFraction_eta_fix_or_var ->Divide(m_clusters_matched_eta_fix_or_var , m_clusters_eta, 1., 1., "B");
2386  m_clusters_matchedFraction_eta_fix ->Divide(m_clusters_matched_eta_fix , m_clusters_eta, 1., 1., "B");
2387  m_clusters_matchedFraction_eta_notfix ->Divide(m_clusters_matched_eta_notfix , m_clusters_eta, 1., 1., "B");
2388  m_clusters_matchedFraction_eta_var ->Divide(m_clusters_matched_eta_var , m_clusters_eta, 1., 1., "B");
2389  m_clusters_matchedFraction_eta_notvar ->Divide(m_clusters_matched_eta_notvar , m_clusters_eta, 1., 1., "B");
2390  m_clusters_matchedFraction_eta_onlyvar ->Divide(m_clusters_matched_eta_onlyvar , m_clusters_eta, 1., 1., "B");
2391  m_clusters_matchedFraction_eta_onlyfix ->Divide(m_clusters_matched_eta_onlyfix , m_clusters_eta, 1., 1., "B");
2392  m_clusters_matchedFraction_eta_none ->Divide(m_clusters_matched_eta_none , m_clusters_eta, 1., 1., "B");
2393 
2394  m_clusters_abs_matchedFraction_eta ->Divide(m_clusters_abs_matched_eta , m_clusters_abs_eta, 1., 1., "B");
2395  m_clusters_abs_notMatchedFraction_eta ->Divide(m_clusters_abs_notMatched_eta , m_clusters_abs_eta, 1., 1., "B");
2396  m_clusters_abs_matchedFraction_energy ->Divide(m_clusters_abs_matched_energy , m_clusters_abs_energy, 1., 1., "B");
2397  m_clusters_abs_notMatchedFraction_energy ->Divide(m_clusters_abs_notMatched_energy , m_clusters_abs_energy, 1., 1., "B");
2398  m_clusters_abs_matchedFraction_eta_fix_and_var ->Divide(m_clusters_abs_matched_eta_fix_and_var , m_clusters_abs_eta, 1., 1., "B");
2399  m_clusters_abs_matchedFraction_eta_fix_or_var ->Divide(m_clusters_abs_matched_eta_fix_or_var , m_clusters_abs_eta, 1., 1., "B");
2400  m_clusters_abs_matchedFraction_eta_fix ->Divide(m_clusters_abs_matched_eta_fix , m_clusters_abs_eta, 1., 1., "B");
2401  m_clusters_abs_matchedFraction_eta_notfix ->Divide(m_clusters_abs_matched_eta_notfix , m_clusters_abs_eta, 1., 1., "B");
2402  m_clusters_abs_matchedFraction_eta_var ->Divide(m_clusters_abs_matched_eta_var , m_clusters_abs_eta, 1., 1., "B");
2403  m_clusters_abs_matchedFraction_eta_notvar ->Divide(m_clusters_abs_matched_eta_notvar , m_clusters_abs_eta, 1., 1., "B");
2404  m_clusters_abs_matchedFraction_eta_onlyvar ->Divide(m_clusters_abs_matched_eta_onlyvar , m_clusters_abs_eta, 1., 1., "B");
2405  m_clusters_abs_matchedFraction_eta_onlyfix ->Divide(m_clusters_abs_matched_eta_onlyfix , m_clusters_abs_eta, 1., 1., "B");
2406  m_clusters_abs_matchedFraction_eta_none ->Divide(m_clusters_abs_matched_eta_none , m_clusters_abs_eta, 1., 1., "B");
2407 
2408  m_clusters_matchedpv0Fraction_eta_fix_and_var ->Divide(m_clusters_matched_pv0_eta_fix_and_var , m_clusters_eta, 1., 1., "B");
2409  m_clusters_matchedpv0Fraction_eta_fix_or_var ->Divide(m_clusters_matched_pv0_eta_fix_or_var , m_clusters_eta, 1., 1., "B");
2410  m_clusters_matchedpv0Fraction_eta_fix ->Divide(m_clusters_matched_pv0_eta_fix , m_clusters_eta, 1., 1., "B");
2411  m_clusters_matchedpv0Fraction_eta_notfix ->Divide(m_clusters_matched_pv0_eta_notfix , m_clusters_eta, 1., 1., "B");
2412  m_clusters_matchedpv0Fraction_eta_var ->Divide(m_clusters_matched_pv0_eta_var , m_clusters_eta, 1., 1., "B");
2413  m_clusters_matchedpv0Fraction_eta_notvar ->Divide(m_clusters_matched_pv0_eta_notvar , m_clusters_eta, 1., 1., "B");
2414  m_clusters_matchedpv0Fraction_eta_onlyvar ->Divide(m_clusters_matched_pv0_eta_onlyvar , m_clusters_eta, 1., 1., "B");
2415  m_clusters_matchedpv0Fraction_eta_onlyfix ->Divide(m_clusters_matched_pv0_eta_onlyfix , m_clusters_eta, 1., 1., "B");
2416  m_clusters_matchedpv0Fraction_eta_none ->Divide(m_clusters_matched_pv0_eta_none , m_clusters_eta, 1., 1., "B");
2417 
2418  m_clusters_abs_matchedpv0Fraction_eta_fix_and_var ->Divide(m_clusters_abs_matched_pv0_eta_fix_and_var , m_clusters_abs_eta, 1., 1., "B");
2419  m_clusters_abs_matchedpv0Fraction_eta_fix_or_var ->Divide(m_clusters_abs_matched_pv0_eta_fix_or_var , m_clusters_abs_eta, 1., 1., "B");
2420  m_clusters_abs_matchedpv0Fraction_eta_fix ->Divide(m_clusters_abs_matched_pv0_eta_fix , m_clusters_abs_eta, 1., 1., "B");
2421  m_clusters_abs_matchedpv0Fraction_eta_notfix ->Divide(m_clusters_abs_matched_pv0_eta_notfix , m_clusters_abs_eta, 1., 1., "B");
2422  m_clusters_abs_matchedpv0Fraction_eta_var ->Divide(m_clusters_abs_matched_pv0_eta_var , m_clusters_abs_eta, 1., 1., "B");
2423  m_clusters_abs_matchedpv0Fraction_eta_notvar ->Divide(m_clusters_abs_matched_pv0_eta_notvar , m_clusters_abs_eta, 1., 1., "B");
2424  m_clusters_abs_matchedpv0Fraction_eta_onlyvar ->Divide(m_clusters_abs_matched_pv0_eta_onlyvar , m_clusters_abs_eta, 1., 1., "B");
2425  m_clusters_abs_matchedpv0Fraction_eta_onlyfix ->Divide(m_clusters_abs_matched_pv0_eta_onlyfix , m_clusters_abs_eta, 1., 1., "B");
2426  m_clusters_abs_matchedpv0Fraction_eta_none ->Divide(m_clusters_abs_matched_pv0_eta_none , m_clusters_abs_eta, 1., 1., "B");
2427 
2428  m_clusters_matchedpvxFraction_eta_fix_and_var ->Divide(m_clusters_matched_pvx_eta_fix_and_var , m_clusters_eta, 1., 1., "B");
2429  m_clusters_matchedpvxFraction_eta_fix_or_var ->Divide(m_clusters_matched_pvx_eta_fix_or_var , m_clusters_eta, 1., 1., "B");
2430  m_clusters_matchedpvxFraction_eta_fix ->Divide(m_clusters_matched_pvx_eta_fix , m_clusters_eta, 1., 1., "B");
2431  m_clusters_matchedpvxFraction_eta_notfix ->Divide(m_clusters_matched_pvx_eta_notfix , m_clusters_eta, 1., 1., "B");
2432  m_clusters_matchedpvxFraction_eta_var ->Divide(m_clusters_matched_pvx_eta_var , m_clusters_eta, 1., 1., "B");
2433  m_clusters_matchedpvxFraction_eta_notvar ->Divide(m_clusters_matched_pvx_eta_notvar , m_clusters_eta, 1., 1., "B");
2434  m_clusters_matchedpvxFraction_eta_onlyvar ->Divide(m_clusters_matched_pvx_eta_onlyvar , m_clusters_eta, 1., 1., "B");
2435  m_clusters_matchedpvxFraction_eta_onlyfix ->Divide(m_clusters_matched_pvx_eta_onlyfix , m_clusters_eta, 1., 1., "B");
2436  m_clusters_matchedpvxFraction_eta_none ->Divide(m_clusters_matched_pvx_eta_none , m_clusters_eta, 1., 1., "B");
2437 
2438  m_clusters_abs_matchedpvxFraction_eta_fix_and_var ->Divide(m_clusters_abs_matched_pvx_eta_fix_and_var , m_clusters_abs_eta, 1., 1., "B");
2439  m_clusters_abs_matchedpvxFraction_eta_fix_or_var ->Divide(m_clusters_abs_matched_pvx_eta_fix_or_var , m_clusters_abs_eta, 1., 1., "B");
2440  m_clusters_abs_matchedpvxFraction_eta_fix ->Divide(m_clusters_abs_matched_pvx_eta_fix , m_clusters_abs_eta, 1., 1., "B");
2441  m_clusters_abs_matchedpvxFraction_eta_notfix ->Divide(m_clusters_abs_matched_pvx_eta_notfix , m_clusters_abs_eta, 1., 1., "B");
2442  m_clusters_abs_matchedpvxFraction_eta_var ->Divide(m_clusters_abs_matched_pvx_eta_var , m_clusters_abs_eta, 1., 1., "B");
2443  m_clusters_abs_matchedpvxFraction_eta_notvar ->Divide(m_clusters_abs_matched_pvx_eta_notvar , m_clusters_abs_eta, 1., 1., "B");
2444  m_clusters_abs_matchedpvxFraction_eta_onlyvar ->Divide(m_clusters_abs_matched_pvx_eta_onlyvar , m_clusters_abs_eta, 1., 1., "B");
2445  m_clusters_abs_matchedpvxFraction_eta_onlyfix ->Divide(m_clusters_abs_matched_pvx_eta_onlyfix , m_clusters_abs_eta, 1., 1., "B");
2446  m_clusters_abs_matchedpvxFraction_eta_none ->Divide(m_clusters_abs_matched_pvx_eta_none , m_clusters_abs_eta, 1., 1., "B");
2447 
2448  } else if (m_collectionType == "tccs") {
2449  std::vector < TH2* > th2f = { m_tcc_taste_pt, m_tcc_taste_pt_etacut,
2450  m_tcc_pt_track_pt, m_trk_tcc_reco_pt_truth_pt, m_tcc_pt_truth_pt };
2451 
2452  //pt + prod radius th1
2453  std::vector < TH1* > th1f = { m_tcc_pt, m_tcc_pt_etacut };
2454 
2455  for ( auto& histo : th2f ) {
2456  for (int j = 1; j <= histo->GetNbinsY(); j++)
2457  for (int i = 1; i <= histo->GetNbinsX(); i++)
2458  histo->SetBinContent(i,j,histo->GetBinContent(i,j)/(histo->GetXaxis()->GetBinWidth(i)*histo->GetYaxis()->GetBinWidth(j)));
2459  }
2460 
2461  for ( auto& histo : th1f ) {
2462  for (int i = 1; i <= histo->GetNbinsX(); i++)
2463  histo->SetBinContent(i,histo->GetBinContent(i)/histo->GetBinWidth(i));
2464  }
2465  } else return;
2466 
2467 }
2468 
2469 void TCCPlots::make_median(TH2* h2_response, TH1* h1_resolution, TH1* h1_median){
2470  for (int i=1; i<=h2_response->GetNbinsX(); i++){
2471  TH1F* hold = new TH1F("","", h2_response->GetNbinsY(),
2472  h2_response->GetYaxis()->GetBinCenter(1)-0.5*h2_response->GetYaxis()->GetBinWidth(1),
2473  h2_response->GetYaxis()->GetBinCenter(h2_response->GetNbinsY())+0.5*h2_response->GetYaxis()->GetBinWidth(h2_response->GetNbinsY()));
2474  for (int j=1; j<=h2_response->GetNbinsY(); j++){
2475  hold->SetBinContent(j,h2_response->GetBinContent(i,j));
2476  }
2477  if (hold->Integral()==0.) continue;
2478  Double_t prob,quant16,quant84,median;
2479  prob=.5;
2480  hold->GetQuantiles(1,&median,&prob);
2481  prob=.84;
2482  hold->GetQuantiles(1,&quant84,&prob);
2483  prob=.16;
2484  hold->GetQuantiles(1,&quant16,&prob);
2485  h1_resolution->SetBinContent(i,0.5*fabs(quant84-quant16)/median);
2486  if (h1_median) {
2487  h1_median->SetBinContent(i,median);
2488  h1_median->SetBinError(i,h1_resolution->GetBinContent(i));
2489  }
2490  }
2491 }
2492 
2493 void TCCPlots::make_median_add(TH2* h2_response, TH1* h1_resolution){
2494  for (int i=1; i<=h2_response->GetNbinsX(); i++){
2495  TH1F* hold = new TH1F("","", h2_response->GetNbinsY(),
2496  h2_response->GetYaxis()->GetBinCenter(1)-0.5*h2_response->GetYaxis()->GetBinWidth(1),
2497  h2_response->GetYaxis()->GetBinCenter(h2_response->GetNbinsY())+0.5*h2_response->GetYaxis()->GetBinWidth(h2_response->GetNbinsY()));
2498  for (int j=1; j<=h2_response->GetNbinsY(); j++){
2499  hold->SetBinContent(j,h2_response->GetBinContent(i,j));
2500  }
2501  if (hold->Integral()==0.) continue;
2502  Double_t prob,quant16,quant84,median;
2503  prob=.5;
2504  hold->GetQuantiles(1,&median,&prob);
2505 // prob=.84;
2506  prob=0.75;
2507  hold->GetQuantiles(1,&quant84,&prob);
2508 // prob=.16;
2509  prob=0.25;
2510  hold->GetQuantiles(1,&quant16,&prob);
2511  h1_resolution->SetBinContent(i,0.5*fabs(quant84-quant16));
2512  }
2513 }
2514 
2515 void TCCPlots::make_median(TH3* h3_response, TH2* h2_resolution){
2516  for (int i=1; i<=h3_response->GetNbinsX(); i++) {
2517  for (int j=1; j<=h3_response->GetNbinsY(); j++) {
2518  TH1F* hold = new TH1F("","",
2519  h3_response->GetNbinsZ(),
2520  h3_response->GetZaxis()->GetBinCenter(1)-0.5*h3_response->GetZaxis()->GetBinWidth(1),
2521  h3_response->GetZaxis()->GetBinCenter(h3_response->GetNbinsZ())+0.5*h3_response->GetZaxis()->GetBinWidth(h3_response->GetNbinsZ()));
2522  for (int k=1; k<=h3_response->GetNbinsZ(); k++){
2523  hold->SetBinContent(k,h3_response->GetBinContent(i,j,k));
2524  }
2525  if (hold->Integral()==0.) continue;
2526  Double_t prob,quant16,quant84,median;
2527  prob=.5;
2528  hold->GetQuantiles(1,&median,&prob);
2529  prob=.84;
2530  hold->GetQuantiles(1,&quant84,&prob);
2531  prob=.16;
2532  hold->GetQuantiles(1,&quant16,&prob);
2533  h2_resolution->SetBinContent(i,j,0.5*fabs(quant84-quant16)/median);
2534  }
2535  }
2536 }
2537 
2538 void TCCPlots::resizeHistograms() {
2539 
2540  if (m_collectionType == "tracks") {
2541 
2542  if (!m_trackPtBins.empty()) {
2543 
2544  const float* ptBins = m_trackPtBins.data();
2545  int nBins = m_trackPtBins.size()-1;
2546 
2547  m_trk_d0_pt ->GetXaxis()->Set(nBins, ptBins);
2548  m_trk_z0_pt ->GetXaxis()->Set(nBins, ptBins);
2549  m_trk_theta_pt ->GetXaxis()->Set(nBins, ptBins);
2550  m_trk_phi_pt ->GetXaxis()->Set(nBins, ptBins);
2551  m_trk_qOverP_pt ->GetXaxis()->Set(nBins, ptBins);
2552  m_trk_caloEntryEtaOverEta_pt ->GetXaxis()->Set(nBins, ptBins);
2553  m_trk_caloEntryUncEta_pt ->GetXaxis()->Set(nBins, ptBins);
2554  m_trk_caloEntryUncTheta_pt ->GetXaxis()->Set(nBins, ptBins);
2555  m_trk_caloEntryPhiOverPhi_pt ->GetXaxis()->Set(nBins, ptBins);
2556  m_trk_caloEntryUncPhi_pt ->GetXaxis()->Set(nBins, ptBins);
2557  m_trk_caloEntryUncTot_pt ->GetXaxis()->Set(nBins, ptBins);
2558  m_trk_pv0_caloEntryUncTot_pt ->GetXaxis()->Set(nBins, ptBins);
2559  m_trk_pv0_caloEntryUncTot_truthpt ->GetXaxis()->Set(nBins, ptBins);
2560  m_trk_pv0_caloEntryUncTot_pt_0SiHits ->GetXaxis()->Set(nBins, ptBins);
2561  m_trk_perigeeUncEta_pt ->GetXaxis()->Set(nBins, ptBins);
2562  m_trk_perigeeUncTheta_pt ->GetXaxis()->Set(nBins, ptBins);
2563  m_trk_perigeeUncPhi_pt ->GetXaxis()->Set(nBins, ptBins);
2564  m_trk_perigeeUncTot_pt ->GetXaxis()->Set(nBins, ptBins);
2565  m_trk_delta_perigeeEta_caloEntryEta_pt ->GetXaxis()->Set(nBins, ptBins);
2566  m_trk_delta_perigeePhi_caloEntryPhi_pt ->GetXaxis()->Set(nBins, ptBins);
2567  m_trk_delta_trackEta_caloEntryEta_pt ->GetXaxis()->Set(nBins, ptBins);
2568  m_trk_delta_trackPhi_caloEntryPhi_pt ->GetXaxis()->Set(nBins, ptBins);
2569  m_trk_delta_trackEta_caloEntryEtaCorr_pt ->GetXaxis()->Set(nBins, ptBins);
2570  m_trk_delta_trackPhi_caloEntryPhiCorr_pt ->GetXaxis()->Set(nBins, ptBins);
2571  m_trk_delta_caloEntryEta_caloEntryEtaCorr_pt ->GetXaxis()->Set(nBins, ptBins);
2572  m_trk_delta_caloEntryPhi_caloEntryPhiCorr_pt ->GetXaxis()->Set(nBins, ptBins);
2573 
2574  m_trk_total_pt ->GetXaxis()->Set(nBins, ptBins);
2575  m_trk_total_clusters_pt ->GetXaxis()->Set(nBins, ptBins);
2576  m_trk_notMatching_deltar_fix_pt ->GetXaxis()->Set(nBins, ptBins);
2577  m_trk_notMatching_deltar_fix_caloEntryUncTot_pt ->GetXaxis()->Set(nBins, ptBins);
2578  m_trk_notMatching_deltar_var_pt ->GetXaxis()->Set(nBins, ptBins);
2579  m_trk_notMatching_deltar_var_caloEntryUncTot_pt ->GetXaxis()->Set(nBins, ptBins);
2580  m_trk_notMatching_deltar_none_pt ->GetXaxis()->Set(nBins, ptBins);
2581  m_trk_notMatching_deltar_none_caloEntryUncTot_pt ->GetXaxis()->Set(nBins, ptBins);
2582 
2583  m_trk_matching_deltar_or_clusters_pt ->GetXaxis()->Set(nBins, ptBins);
2584  m_trk_matching_deltar_and_clusters_pt ->GetXaxis()->Set(nBins, ptBins);
2585  m_trk_matching_deltar_fix_only_clusters_pt ->GetXaxis()->Set(nBins, ptBins);
2586  m_trk_matching_deltar_var_only_clusters_pt ->GetXaxis()->Set(nBins, ptBins);
2587 
2588  m_trk_matching_deltar_fix_and_var_pt ->GetXaxis()->Set(nBins, ptBins);
2589  m_trk_matching_deltar_fix_or_var_pt ->GetXaxis()->Set(nBins, ptBins);
2590  m_trk_matching_deltar_fix_pt ->GetXaxis()->Set(nBins, ptBins);
2591  m_trk_matching_deltar_var_pt ->GetXaxis()->Set(nBins, ptBins);
2592  m_trk_matching_deltar_onlyfix_pt ->GetXaxis()->Set(nBins, ptBins);
2593  m_trk_matching_deltar_onlyvar_pt ->GetXaxis()->Set(nBins, ptBins);
2594 
2595  m_trk_matchedFraction_pt_fix_and_var ->GetXaxis()->Set(nBins, ptBins);
2596  m_trk_matchedFraction_pt_fix_or_var ->GetXaxis()->Set(nBins, ptBins);
2597  m_trk_matchedFraction_pt_fix ->GetXaxis()->Set(nBins, ptBins);
2598  m_trk_matchedFraction_pt_notfix ->GetXaxis()->Set(nBins, ptBins);
2599  m_trk_matchedFraction_pt_var ->GetXaxis()->Set(nBins, ptBins);
2600  m_trk_matchedFraction_pt_notvar ->GetXaxis()->Set(nBins, ptBins);
2601  m_trk_matchedFraction_pt_onlyvar ->GetXaxis()->Set(nBins, ptBins);
2602  m_trk_matchedFraction_pt_onlyfix ->GetXaxis()->Set(nBins, ptBins);
2603  m_trk_matchedFraction_pt_none ->GetXaxis()->Set(nBins, ptBins);
2604 
2605  m_trk_pv0_total_pt ->GetXaxis()->Set(nBins, ptBins);
2606  m_trk_pv0_total_clusters_pt ->GetXaxis()->Set(nBins, ptBins);
2607  m_trk_pv0_notMatching_deltar_fix_pt ->GetXaxis()->Set(nBins, ptBins);
2608  m_trk_pv0_notMatching_deltar_var_pt ->GetXaxis()->Set(nBins, ptBins);
2609  m_trk_pv0_notMatching_deltar_none_pt ->GetXaxis()->Set(nBins, ptBins);
2610 
2611  m_trk_pv0_matching_deltar_fix_and_var_pt ->GetXaxis()->Set(nBins, ptBins);
2612  m_trk_pv0_matching_deltar_fix_or_var_pt ->GetXaxis()->Set(nBins, ptBins);
2613  m_trk_pv0_matching_deltar_fix_pt ->GetXaxis()->Set(nBins, ptBins);
2614  m_trk_pv0_matching_deltar_var_pt ->GetXaxis()->Set(nBins, ptBins);
2615  m_trk_pv0_matching_deltar_onlyfix_pt ->GetXaxis()->Set(nBins, ptBins);
2616  m_trk_pv0_matching_deltar_onlyvar_pt ->GetXaxis()->Set(nBins, ptBins);
2617 
2618  m_trk_pv0_matchedFraction_pt_fix_and_var ->GetXaxis()->Set(nBins, ptBins);
2619  m_trk_pv0_matchedFraction_pt_fix_or_var ->GetXaxis()->Set(nBins, ptBins);
2620  m_trk_pv0_matchedFraction_pt_fix ->GetXaxis()->Set(nBins, ptBins);
2621  m_trk_pv0_matchedFraction_pt_notfix ->GetXaxis()->Set(nBins, ptBins);
2622  m_trk_pv0_matchedFraction_pt_var ->GetXaxis()->Set(nBins, ptBins);
2623  m_trk_pv0_matchedFraction_pt_notvar ->GetXaxis()->Set(nBins, ptBins);
2624  m_trk_pv0_matchedFraction_pt_onlyvar ->GetXaxis()->Set(nBins, ptBins);
2625  m_trk_pv0_matchedFraction_pt_onlyfix ->GetXaxis()->Set(nBins, ptBins);
2626  m_trk_pv0_matchedFraction_pt_none ->GetXaxis()->Set(nBins, ptBins);
2627 
2628  }
2629 
2630  if (!m_trackProdRadiusBins.empty()) {
2631  const float* radiusBins = m_trackProdRadiusBins.data();
2632  int nBins = m_trackProdRadiusBins.size()-1;
2633 
2634  m_trk_prodRadius ->GetXaxis()->Set(nBins, radiusBins);
2635  m_trk_perigeeUncEta_prodRadius ->GetXaxis()->Set(nBins, radiusBins);
2636  m_trk_perigeeUncTheta_prodRadius ->GetXaxis()->Set(nBins, radiusBins);
2637  m_trk_perigeeUncPhi_prodRadius ->GetXaxis()->Set(nBins, radiusBins);
2638  m_trk_perigeeUncTot_prodRadius ->GetXaxis()->Set(nBins, radiusBins);
2639  m_trk_caloEntryUncEta_prodRadius ->GetXaxis()->Set(nBins, radiusBins);
2640  m_trk_caloEntryUncTheta_prodRadius ->GetXaxis()->Set(nBins, radiusBins);
2641  m_trk_caloEntryUncPhi_prodRadius ->GetXaxis()->Set(nBins, radiusBins);
2642  m_trk_caloEntryUncTot_prodRadius ->GetXaxis()->Set(nBins, radiusBins);
2643 
2644  m_trk_notMatching_deltar_fix_caloEntryUncTot_prodRadius ->GetXaxis()->Set(nBins, radiusBins);
2645  m_trk_notMatching_deltar_var_caloEntryUncTot_prodRadius ->GetXaxis()->Set(nBins, radiusBins);
2646  m_trk_notMatching_deltar_none_caloEntryUncTot_prodRadius ->GetXaxis()->Set(nBins, radiusBins);
2647 
2648  }
2649  } else if (m_collectionType == "jets") {
2650 
2651  if (!m_jetPtBins.empty()) {
2652 
2653  float* ptBins = m_jetPtBins.data();
2654  int nBins = m_jetPtBins.size()-1;
2655 
2656  m_jet_response_m_pt ->GetXaxis()->Set(nBins, ptBins);
2657  m_jet_response_m_pt_2leadings ->GetXaxis()->Set(nBins, ptBins);
2658  m_jet_response_m_pt_leading ->GetXaxis()->Set(nBins, ptBins);
2659  m_jet_response_m_pt_subleading ->GetXaxis()->Set(nBins, ptBins);
2660  m_jet_response_d2_pt ->GetXaxis()->Set(nBins, ptBins);
2661  m_jet_response_d2_pt_2leadings ->GetXaxis()->Set(nBins, ptBins);
2662  m_jet_response_d2_pt_leading ->GetXaxis()->Set(nBins, ptBins);
2663  m_jet_response_d2_pt_subleading ->GetXaxis()->Set(nBins, ptBins);
2664  m_jet_response_add_d2_pt ->GetXaxis()->Set(nBins, ptBins);
2665  m_jet_response_add_d2_pt_2leadings ->GetXaxis()->Set(nBins, ptBins);
2666  m_jet_response_add_d2_pt_leading ->GetXaxis()->Set(nBins, ptBins);
2667  m_jet_response_add_d2_pt_subleading ->GetXaxis()->Set(nBins, ptBins);
2668  m_jet_response_add_eta_pt ->GetXaxis()->Set(nBins, ptBins);
2669  m_jet_response_add_eta_pt_2leadings ->GetXaxis()->Set(nBins, ptBins);
2670  m_jet_response_add_eta_pt_leading ->GetXaxis()->Set(nBins, ptBins);
2671  m_jet_response_add_eta_pt_subleading ->GetXaxis()->Set(nBins, ptBins);
2672  m_jet_resolution_m ->GetXaxis()->Set(nBins, ptBins);
2673  m_jet_resolution_m_2leadings ->GetXaxis()->Set(nBins, ptBins);
2674  m_jet_resolution_m_leading ->GetXaxis()->Set(nBins, ptBins);
2675  m_jet_resolution_m_subleading ->GetXaxis()->Set(nBins, ptBins);
2676  m_jet_resolution_d2 ->GetXaxis()->Set(nBins, ptBins);
2677  m_jet_resolution_d2_2leadings ->GetXaxis()->Set(nBins, ptBins);
2678  m_jet_resolution_d2_leading ->GetXaxis()->Set(nBins, ptBins);
2679  m_jet_resolution_d2_subleading ->GetXaxis()->Set(nBins, ptBins);
2680  m_jet_resolution_add_d2 ->GetXaxis()->Set(nBins, ptBins);
2681  m_jet_resolution_add_d2_2leadings ->GetXaxis()->Set(nBins, ptBins);
2682  m_jet_resolution_add_d2_leading ->GetXaxis()->Set(nBins, ptBins);
2683  m_jet_resolution_add_d2_subleading ->GetXaxis()->Set(nBins, ptBins);
2684  }
2685 
2686  if (!m_jetPtBins.empty() and !m_jetMassOverPtBins.empty()) {
2687 
2688  float* ptBins = m_jetPtBins.data();
2689  int nBinsPt = m_jetPtBins.size()-1;
2690 
2691  float* massOverPtBins = m_jetMassOverPtBins.data();
2692  int nBinsMassOverPt = m_jetMassOverPtBins.size()-1;
2693 
2694 
2695  m_jet_mopt_pt_response_m ->GetXaxis()->Set(nBinsPt, ptBins);
2696  m_jet_mopt_pt_response_m ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2697  m_jet_mopt_pt_response_m_2leadings ->GetXaxis()->Set(nBinsPt, ptBins);
2698  m_jet_mopt_pt_response_m_2leadings ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2699  m_jet_mopt_pt_response_m_leading ->GetXaxis()->Set(nBinsPt, ptBins);
2700  m_jet_mopt_pt_response_m_leading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2701  m_jet_mopt_pt_response_m_subleading ->GetXaxis()->Set(nBinsPt, ptBins);
2702  m_jet_mopt_pt_response_m_subleading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2703 
2704  m_jet_mopt_pt_response_pt ->GetXaxis()->Set(nBinsPt, ptBins);
2705  m_jet_mopt_pt_response_pt ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2706  m_jet_mopt_pt_response_pt_2leadings ->GetXaxis()->Set(nBinsPt, ptBins);
2707  m_jet_mopt_pt_response_pt_2leadings ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2708  m_jet_mopt_pt_response_pt_leading ->GetXaxis()->Set(nBinsPt, ptBins);
2709  m_jet_mopt_pt_response_pt_leading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2710  m_jet_mopt_pt_response_pt_subleading ->GetXaxis()->Set(nBinsPt, ptBins);
2711  m_jet_mopt_pt_response_pt_subleading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2712 
2713  m_jet_mopt_pt_response_eta ->GetXaxis()->Set(nBinsPt, ptBins);
2714  m_jet_mopt_pt_response_eta ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2715  m_jet_mopt_pt_response_eta_2leadings ->GetXaxis()->Set(nBinsPt, ptBins);
2716  m_jet_mopt_pt_response_eta_2leadings ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2717  m_jet_mopt_pt_response_eta_leading ->GetXaxis()->Set(nBinsPt, ptBins);
2718  m_jet_mopt_pt_response_eta_leading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2719  m_jet_mopt_pt_response_eta_subleading ->GetXaxis()->Set(nBinsPt, ptBins);
2720  m_jet_mopt_pt_response_eta_subleading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2721 
2722  m_jet_mopt_pt_response_phi ->GetXaxis()->Set(nBinsPt, ptBins);
2723  m_jet_mopt_pt_response_phi ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2724  m_jet_mopt_pt_response_phi_2leadings ->GetXaxis()->Set(nBinsPt, ptBins);
2725  m_jet_mopt_pt_response_phi_2leadings ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2726  m_jet_mopt_pt_response_phi_leading ->GetXaxis()->Set(nBinsPt, ptBins);
2727  m_jet_mopt_pt_response_phi_leading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2728  m_jet_mopt_pt_response_phi_subleading ->GetXaxis()->Set(nBinsPt, ptBins);
2729  m_jet_mopt_pt_response_phi_subleading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2730 
2731  m_jet_mopt_pt_response_d2 ->GetXaxis()->Set(nBinsPt, ptBins);
2732  m_jet_mopt_pt_response_d2 ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2733  m_jet_mopt_pt_response_d2_2leadings ->GetXaxis()->Set(nBinsPt, ptBins);
2734  m_jet_mopt_pt_response_d2_2leadings ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2735  m_jet_mopt_pt_response_d2_leading ->GetXaxis()->Set(nBinsPt, ptBins);
2736  m_jet_mopt_pt_response_d2_leading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2737  m_jet_mopt_pt_response_d2_subleading ->GetXaxis()->Set(nBinsPt, ptBins);
2738  m_jet_mopt_pt_response_d2_subleading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2739 
2740  m_jet_resolution_mopt_pt_m ->GetXaxis()->Set(nBinsPt, ptBins);
2741  m_jet_resolution_mopt_pt_m ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2742  m_jet_resolution_mopt_pt_m_2leadings ->GetXaxis()->Set(nBinsPt, ptBins);
2743  m_jet_resolution_mopt_pt_m_2leadings ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2744  m_jet_resolution_mopt_pt_m_leading ->GetXaxis()->Set(nBinsPt, ptBins);
2745  m_jet_resolution_mopt_pt_m_leading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2746  m_jet_resolution_mopt_pt_m_subleading ->GetXaxis()->Set(nBinsPt, ptBins);
2747  m_jet_resolution_mopt_pt_m_subleading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2748 
2749  m_jet_resolution_mopt_pt_pt ->GetXaxis()->Set(nBinsPt, ptBins);
2750  m_jet_resolution_mopt_pt_pt ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2751  m_jet_resolution_mopt_pt_pt_2leadings ->GetXaxis()->Set(nBinsPt, ptBins);
2752  m_jet_resolution_mopt_pt_pt_2leadings ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2753  m_jet_resolution_mopt_pt_pt_leading ->GetXaxis()->Set(nBinsPt, ptBins);
2754  m_jet_resolution_mopt_pt_pt_leading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2755  m_jet_resolution_mopt_pt_pt_subleading ->GetXaxis()->Set(nBinsPt, ptBins);
2756  m_jet_resolution_mopt_pt_pt_subleading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2757 
2758  m_jet_resolution_mopt_pt_eta ->GetXaxis()->Set(nBinsPt, ptBins);
2759  m_jet_resolution_mopt_pt_eta ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2760  m_jet_resolution_mopt_pt_eta_2leadings ->GetXaxis()->Set(nBinsPt, ptBins);
2761  m_jet_resolution_mopt_pt_eta_2leadings ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2762  m_jet_resolution_mopt_pt_eta_leading ->GetXaxis()->Set(nBinsPt, ptBins);
2763  m_jet_resolution_mopt_pt_eta_leading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2764  m_jet_resolution_mopt_pt_eta_subleading ->GetXaxis()->Set(nBinsPt, ptBins);
2765  m_jet_resolution_mopt_pt_eta_subleading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2766 
2767  m_jet_resolution_mopt_pt_phi ->GetXaxis()->Set(nBinsPt, ptBins);
2768  m_jet_resolution_mopt_pt_phi ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2769  m_jet_resolution_mopt_pt_phi_2leadings ->GetXaxis()->Set(nBinsPt, ptBins);
2770  m_jet_resolution_mopt_pt_phi_2leadings ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2771  m_jet_resolution_mopt_pt_phi_leading ->GetXaxis()->Set(nBinsPt, ptBins);
2772  m_jet_resolution_mopt_pt_phi_leading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2773  m_jet_resolution_mopt_pt_phi_subleading ->GetXaxis()->Set(nBinsPt, ptBins);
2774  m_jet_resolution_mopt_pt_phi_subleading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2775 
2776  m_jet_resolution_mopt_pt_d2 ->GetXaxis()->Set(nBinsPt, ptBins);
2777  m_jet_resolution_mopt_pt_d2 ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2778  m_jet_resolution_mopt_pt_d2_2leadings ->GetXaxis()->Set(nBinsPt, ptBins);
2779  m_jet_resolution_mopt_pt_d2_2leadings ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2780  m_jet_resolution_mopt_pt_d2_leading ->GetXaxis()->Set(nBinsPt, ptBins);
2781  m_jet_resolution_mopt_pt_d2_leading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2782  m_jet_resolution_mopt_pt_d2_subleading ->GetXaxis()->Set(nBinsPt, ptBins);
2783  m_jet_resolution_mopt_pt_d2_subleading ->GetYaxis()->Set(nBinsMassOverPt, massOverPtBins);
2784  }
2785  } else if (m_collectionType == "tccs") {
2786  if (!m_trackPtBins.empty()) {
2787  float* ptBins = m_trackPtBins.data();
2788  int nBins = m_trackPtBins.size()-1;
2789 
2790  m_tcc_pt ->GetXaxis()->Set(nBins, ptBins);
2791  m_tcc_pt_etacut ->GetXaxis()->Set(nBins, ptBins);
2792  m_tcc_taste_pt ->GetXaxis()->Set(nBins, ptBins);
2793  m_tcc_taste_pt_etacut ->GetXaxis()->Set(nBins, ptBins);
2794  m_tcc_pt_track_pt ->GetXaxis()->Set(nBins, ptBins);
2795  m_tcc_pt_track_pt ->GetYaxis()->Set(nBins, ptBins);
2796  m_tcc_pt_truth_pt ->GetXaxis()->Set(nBins, ptBins);
2797  m_tcc_pt_truth_pt ->GetYaxis()->Set(nBins, ptBins);
2798 
2799  m_trk_tcc_reco_pt_truth_pt ->GetXaxis()->Set(nBins, ptBins);
2800  m_trk_tcc_reco_pt_truth_pt ->GetYaxis()->Set(nBins, ptBins);
2801 
2802  }
2803  } else return;
2804 }
TCCPlots::m_clusters_abs_matchedpv0Fraction_eta_notfix
TH1 * m_clusters_abs_matchedpv0Fraction_eta_notfix
Definition: TCCPlots.h:465
TCCPlots::m_trk_pv0_matching_deltar_fix_or_var_eta
TH1 * m_trk_pv0_matching_deltar_fix_or_var_eta
Definition: TCCPlots.h:609
TCCPlots::m_clusters_matched_pv0_eta_var
TH1 * m_clusters_matched_pv0_eta_var
Definition: TCCPlots.h:438
TCCPlots::m_clusters_etacut_eta
TH1 * m_clusters_etacut_eta
Definition: TCCPlots.h:371
TCCPlots::m_jet_mopt_pt_response_phi
TH3 * m_jet_mopt_pt_response_phi
Definition: TCCPlots.h:239
TCCPlots::m_trk_caloEntryUncPhi_pt
TH2 * m_trk_caloEntryUncPhi_pt
Definition: TCCPlots.h:302
TCCPlots::fillMomentsLeadingWithMassCut
void fillMomentsLeadingWithMassCut(const xAOD::Jet &jet)
Definition: TCCPlots.cxx:1175
TCCPlots::m_clusters_notMatched_energy
TH1 * m_clusters_notMatched_energy
Definition: TCCPlots.h:367
TCCPlots::m_trk_perigeePhi
TH1 * m_trk_perigeePhi
Definition: TCCPlots.h:310
TCCPlots::m_jet_response_m_pt_leading
TH2 * m_jet_response_m_pt_leading
Definition: TCCPlots.h:133
TCCPlots::make_median
static void make_median(TH2 *h2_response, TH1 *h1_resolution, TH1 *h1_median=nullptr)
Definition: TCCPlots.cxx:2469
TCCPlots::fillPerigeeVsCaloEntryAllPt
void fillPerigeeVsCaloEntryAllPt(const xAOD::TrackParticle &track)
Definition: TCCPlots.cxx:1431
TCCPlots::m_clusters_matchedFraction_eta_fix_or_var
TH1 * m_clusters_matchedFraction_eta_fix_or_var
Definition: TCCPlots.h:387
TCCPlots::m_clusters_width
TH1 * m_clusters_width
Definition: TCCPlots.h:363
TCCPlots::m_jet_response_m_leading
TH1 * m_jet_response_m_leading
Definition: TCCPlots.h:132
TCCPlots::m_jet_resolution_add_d2_leading
TH1 * m_jet_resolution_add_d2_leading
Definition: TCCPlots.h:228
TCCPlots::m_trk_tcc_reco_pt_response
TH1 * m_trk_tcc_reco_pt_response
Definition: TCCPlots.h:659
TCCPlots::m_trk_delta_trackPhi_caloEntryPhiCorr_eta
TH2 * m_trk_delta_trackPhi_caloEntryPhiCorr_eta
Definition: TCCPlots.h:347
TCCPlots::m_clusters_matchedFraction_eta_none
TH1 * m_clusters_matchedFraction_eta_none
Definition: TCCPlots.h:394
TCCPlots::m_clusters_matched_eta_fix
TH1 * m_clusters_matched_eta_fix
Definition: TCCPlots.h:379
TCCPlots::m_trk_matchedFraction_pt_notfix
TH1 * m_trk_matchedFraction_pt_notfix
Definition: TCCPlots.h:583
TCCPlots::m_trk_perigeeUncEta_eta
TH2 * m_trk_perigeeUncEta_eta
Definition: TCCPlots.h:306
TCCPlots::m_trk_pv0_total_clusters_pt
TH2 * m_trk_pv0_total_clusters_pt
Definition: TCCPlots.h:596
TCCPlots::m_jet_resolution_mopt_pt_eta_subleading
TH2 * m_jet_resolution_mopt_pt_eta_subleading
Definition: TCCPlots.h:267
TCCPlots::m_trk_phi_eta
TH2 * m_trk_phi_eta
Definition: TCCPlots.h:282
TCCPlots::m_jet_response_m_npv_subleading
TH2 * m_jet_response_m_npv_subleading
Definition: TCCPlots.h:157
TCCPlots::m_clusters_abs_matchedFraction_eta
TH1 * m_clusters_abs_matchedFraction_eta
Definition: TCCPlots.h:399
TCCPlots::m_trk_pv0_notMatching_deltar_var_eta
TH1 * m_trk_pv0_notMatching_deltar_var_eta
Definition: TCCPlots.h:603
TCCPlots::m_clusters_matchedpv0Fraction_eta_var
TH1 * m_clusters_matchedpv0Fraction_eta_var
Definition: TCCPlots.h:457
TCCPlots::m_trk_notMatching_deltar_fix_caloEntryUncTot_pt
TH2 * m_trk_notMatching_deltar_fix_caloEntryUncTot_pt
Definition: TCCPlots.h:532
TCCPlots::fillTCCetaCut
void fillTCCetaCut(const xAOD::TrackCaloCluster &tcc)
Definition: TCCPlots.cxx:2143
TCCPlots::m_clusters_abs_matchedpv0Fraction_eta_fix_or_var
TH1 * m_clusters_abs_matchedpv0Fraction_eta_fix_or_var
Definition: TCCPlots.h:463
TCCPlots::m_jet_resolution_m_subleading
TH1 * m_jet_resolution_m_subleading
Definition: TCCPlots.h:209
TCCPlots::m_jet_response_add_eta_pt
TH2 * m_jet_response_add_eta_pt
Definition: TCCPlots.h:149
TCCPlots::m_trk_total_eta
TH1 * m_trk_total_eta
Definition: TCCPlots.h:524
TCCPlots::m_jet_n
TH1 * m_jet_n
Definition: TCCPlots.h:96
TCCPlots::m_trk_pv0_caloEntryUncTot_eta_0SiHits
TH2 * m_trk_pv0_caloEntryUncTot_eta_0SiHits
Definition: TCCPlots.h:634
TCCPlots::m_trk_matching_deltar_fix_and_var_pt
TH1 * m_trk_matching_deltar_fix_and_var_pt
Definition: TCCPlots.h:557
TCCPlots::m_jet_median_width_m_npv_leading
TH1 * m_jet_median_width_m_npv_leading
Definition: TCCPlots.h:218
GeV
#define GeV
Definition: PhysicsAnalysis/TauID/TauAnalysisTools/Root/HelperFunctions.cxx:17
TCCPlots::m_jet_response_m_npv_leading
TH2 * m_jet_response_m_npv_leading
Definition: TCCPlots.h:156
TCCPlots::m_trk_delta_perigeePhi_caloEntryPhi
TH1 * m_trk_delta_perigeePhi_caloEntryPhi
Definition: TCCPlots.h:331
TCCPlots::m_trk_caloEntryPhiOverPhi_eta
TH2 * m_trk_caloEntryPhiOverPhi_eta
Definition: TCCPlots.h:298
TCCPlots::m_clusters_abs_notMatchedFraction_eta
TH1 * m_clusters_abs_notMatchedFraction_eta
Definition: TCCPlots.h:400
TCCPlots::m_clusters_matched_pvx_eta_onlyvar
TH1 * m_clusters_matched_pvx_eta_onlyvar
Definition: TCCPlots.h:478
TCCPlots::m_clusters_matchedpv0Fraction_eta_onlyvar
TH1 * m_clusters_matchedpv0Fraction_eta_onlyvar
Definition: TCCPlots.h:459
TCCPlots::m_jet_pseudoresponse_pt
TH1 * m_jet_pseudoresponse_pt
Definition: TCCPlots.h:170
TCCPlots::m_tcc_eta
TH1 * m_tcc_eta
Definition: TCCPlots.h:643
TCCPlots::m_clusters_abs_matchedpv0Fraction_eta_fix_and_var
TH1 * m_clusters_abs_matchedpv0Fraction_eta_fix_and_var
Definition: TCCPlots.h:462
TCCPlots::m_trk_caloEntryUncTheta_pt
TH2 * m_trk_caloEntryUncTheta_pt
Definition: TCCPlots.h:296
TCCPlots::m_jet_m
TH1 * m_jet_m
Definition: TCCPlots.h:100
TCCPlots::m_trk_perigeeUncPhi_eta
TH2 * m_trk_perigeeUncPhi_eta
Definition: TCCPlots.h:311
TCCPlots::m_clusters_energy
TH1 * m_clusters_energy
Definition: TCCPlots.h:365
TCCPlots::m_jet_median_width_m_npv_2leadings
TH1 * m_jet_median_width_m_npv_2leadings
Definition: TCCPlots.h:217
TCCPlots::fillResponseNoPtNoMassCutsLeading
void fillResponseNoPtNoMassCutsLeading(const xAOD::Jet &jet, const xAOD::Jet &truth)
Definition: TCCPlots.cxx:1236
TCCPlots::m_trk_notMatching_deltar_var_caloEntryUncTot_prodRadius
TH2 * m_trk_notMatching_deltar_var_caloEntryUncTot_prodRadius
Definition: TCCPlots.h:539
TCCPlots::m_trk_delta_trackEta_caloEntryEta_pt
TH2 * m_trk_delta_trackEta_caloEntryEta_pt
Definition: TCCPlots.h:341
TCCPlots::m_trk_delta_caloEntryEta_caloEntryEtaCorr_pt
TH2 * m_trk_delta_caloEntryEta_caloEntryEtaCorr_pt
Definition: TCCPlots.h:355
TCCPlots::m_clusters_matched_pv0_eta_notvar
TH1 * m_clusters_matched_pv0_eta_notvar
Definition: TCCPlots.h:439
TCCPlots::m_jet_response_m_pt_subleading
TH2 * m_jet_response_m_pt_subleading
Definition: TCCPlots.h:139
TCCPlots::m_jet_response_phi
TH1 * m_jet_response_phi
Definition: TCCPlots.h:124
TCCPlots::m_trk_matchedFraction_eta_notvar
TH1 * m_trk_matchedFraction_eta_notvar
Definition: TCCPlots.h:576
TCCPlots::m_trk_pv0_matchedFraction_eta_fix
TH1 * m_trk_pv0_matchedFraction_eta_fix
Definition: TCCPlots.h:617
TCCPlots::m_trk_perigeeUncPhi_prodRadius
TH2 * m_trk_perigeeUncPhi_prodRadius
Definition: TCCPlots.h:323
TCCPlots::m_jet_response_add_d2_subleading
TH1 * m_jet_response_add_d2_subleading
Definition: TCCPlots.h:204
xAOD::uint8_t
uint8_t
Definition: Muon_v1.cxx:557
TCCPlots::fillClusterEtaCut
void fillClusterEtaCut(const xAOD::CaloCluster &cluster)
Definition: TCCPlots.cxx:1875
find
std::string find(const std::string &s)
return a remapped string
Definition: hcg.cxx:135
TCCPlots::m_clusters_matchedFraction_energy
TH1 * m_clusters_matchedFraction_energy
Definition: TCCPlots.h:368
TCCPlots::m_trk_matching_deltar_fix_only_clusters_phi
TH2 * m_trk_matching_deltar_fix_only_clusters_phi
Definition: TCCPlots.h:565
TCCPlots::m_clusters_width_energy
TH2 * m_clusters_width_energy
Definition: TCCPlots.h:370
TCCPlots::fillTCCptCut
void fillTCCptCut(const xAOD::TrackCaloCluster &tcc)
Definition: TCCPlots.cxx:2138
TCCPlots::m_jet_d2_2leadings_massCut
TH1 * m_jet_d2_2leadings_massCut
Definition: TCCPlots.h:192
TCCPlots::make_median_add
static void make_median_add(TH2 *h2_response, TH1 *h1_resolution)
Definition: TCCPlots.cxx:2493
TCCPlots::m_trk_perigeeUncPhi_pt
TH2 * m_trk_perigeeUncPhi_pt
Definition: TCCPlots.h:312
TCCPlots::m_jet_response_m_subleading
TH1 * m_jet_response_m_subleading
Definition: TCCPlots.h:138
TCCPlots::m_trk_delta_trackEta_caloEntryEta
TH1 * m_trk_delta_trackEta_caloEntryEta
Definition: TCCPlots.h:337
SG::Accessor
Helper class to provide type-safe access to aux data.
Definition: Control/AthContainers/AthContainers/Accessor.h:68
TCCPlots::m_trk_d0
TH1 * m_trk_d0
Definition: TCCPlots.h:274
TCCPlots::m_jet_pseudoresponse_notcalib_pt_2leadings
TH1 * m_jet_pseudoresponse_notcalib_pt_2leadings
Definition: TCCPlots.h:182
TCCPlots::m_jet_pseudoresponse_m_2leadings
TH1 * m_jet_pseudoresponse_m_2leadings
Definition: TCCPlots.h:172
TCCPlots::m_trk_matchedFraction_pt_onlyfix
TH1 * m_trk_matchedFraction_pt_onlyfix
Definition: TCCPlots.h:587
TCCPlots::fillLeading
void fillLeading(const xAOD::Jet &jet)
Definition: TCCPlots.cxx:1254
TCCPlots::m_jet_d2_leading
TH1 * m_jet_d2_leading
Definition: TCCPlots.h:188
TCCPlots::m_clusters_matchedpv0Fraction_eta_notfix
TH1 * m_clusters_matchedpv0Fraction_eta_notfix
Definition: TCCPlots.h:456
TCCPlots::m_jet_response_add_eta_pt_leading
TH2 * m_jet_response_add_eta_pt_leading
Definition: TCCPlots.h:151
TCCPlots::m_trk_pv0_matching_deltar_fix_eta
TH1 * m_trk_pv0_matching_deltar_fix_eta
Definition: TCCPlots.h:597
TCCPlots::m_clusters_abs_width_eta
TH2 * m_clusters_abs_width_eta
Definition: TCCPlots.h:402
TCCPlots::m_trk_z0_eta
TH2 * m_trk_z0_eta
Definition: TCCPlots.h:280
TCCPlots::m_jet_d2_subleading_massCut
TH1 * m_jet_d2_subleading_massCut
Definition: TCCPlots.h:194
TCCPlots::m_trk_delta_trackEta_caloEntryEtaCorr_eta
TH2 * m_trk_delta_trackEta_caloEntryEtaCorr_eta
Definition: TCCPlots.h:346
TCCPlots::fillResponseLeading
void fillResponseLeading(const xAOD::Jet &jet, const xAOD::Jet &truth)
Definition: TCCPlots.cxx:1199
TCCPlots::fillResponseNoPtNoMassCutsSubLeading
void fillResponseNoPtNoMassCutsSubLeading(const xAOD::Jet &jet, const xAOD::Jet &truth)
Definition: TCCPlots.cxx:1302
TCCPlots::fillResponseNoPtNoMassCuts
void fillResponseNoPtNoMassCuts(const xAOD::Jet &jet, const xAOD::Jet &truth)
Definition: TCCPlots.cxx:1134
TCCPlots::m_jet_pseudoresponse_notcalib_pt
TH1 * m_jet_pseudoresponse_notcalib_pt
Definition: TCCPlots.h:181
TCCPlots::m_trk_matchedFraction_eta_onlyvar
TH1 * m_trk_matchedFraction_eta_onlyvar
Definition: TCCPlots.h:577
TCCPlots::m_jet_pseudoresponse_m_leading
TH1 * m_jet_pseudoresponse_m_leading
Definition: TCCPlots.h:175
python.copyTCTOutput.sDir
sDir
Definition: copyTCTOutput.py:60
TCCPlots::m_trk_delta_trackEta_caloEntryEtaCorr_pt
TH2 * m_trk_delta_trackEta_caloEntryEtaCorr_pt
Definition: TCCPlots.h:348
TCCPlots::m_jet_resolution_mopt_pt_m_2leadings
TH2 * m_jet_resolution_mopt_pt_m_2leadings
Definition: TCCPlots.h:253
TCCPlots::m_clusters_abs_matchedpvxFraction_eta_fix
TH1 * m_clusters_abs_matchedpvxFraction_eta_fix
Definition: TCCPlots.h:502
TCCPlots::m_trk_pv0_matching_deltar_var_eta
TH1 * m_trk_pv0_matching_deltar_var_eta
Definition: TCCPlots.h:599
xAOD::TrackCaloCluster_v1
Class describing a TrackCaloCluster.
Definition: TrackCaloCluster_v1.h:25
TCCPlots::m_trk_caloEntryPhi
TH1 * m_trk_caloEntryPhi
Definition: TCCPlots.h:297
TCCPlots::m_jet_mopt_pt_response_eta_2leadings
TH3 * m_jet_mopt_pt_response_eta_2leadings
Definition: TCCPlots.h:244
TCCPlots::m_jet_resolution_mopt_pt_pt_subleading
TH2 * m_jet_resolution_mopt_pt_pt_subleading
Definition: TCCPlots.h:259
TCCPlots::fillSubLeading
void fillSubLeading(const xAOD::Jet &jet)
Definition: TCCPlots.cxx:1319
TCCPlots::fillMomentsSubLeading
void fillMomentsSubLeading(const xAOD::Jet &jet)
Definition: TCCPlots.cxx:1183
TCCPlots::m_trk_delta_caloEntryPhi_caloEntryPhiCorr
TH1 * m_trk_delta_caloEntryPhi_caloEntryPhiCorr
Definition: TCCPlots.h:352
TCCPlots::initializePlots
void initializePlots()
Definition: TCCPlots.cxx:549
TCCPlots::m_trk_matchedFraction_eta_fix_or_var
TH1 * m_trk_matchedFraction_eta_fix_or_var
Definition: TCCPlots.h:572
TCCPlotsBase
Definition: TCCPlotsBase.h:16
TCCPlots::m_trk_caloEntryUncTot_prodRadius
TH2 * m_trk_caloEntryUncTot_prodRadius
Definition: TCCPlots.h:328
TCCPlots::m_clusters_notMatchedFraction_eta
TH1 * m_clusters_notMatchedFraction_eta
Definition: TCCPlots.h:362
TCCPlots::m_trk_delta_trackPhi_caloEntryPhi_pt
TH2 * m_trk_delta_trackPhi_caloEntryPhi_pt
Definition: TCCPlots.h:342
TCCPlots::m_jet_resolution_mopt_pt_eta_leading
TH2 * m_jet_resolution_mopt_pt_eta_leading
Definition: TCCPlots.h:266
TCCPlots::m_clusters_matched_pvx_eta_onlyfix
TH1 * m_clusters_matched_pvx_eta_onlyfix
Definition: TCCPlots.h:479
TCCPlots::m_jet_response_add_eta_pt_2leadings
TH2 * m_jet_response_add_eta_pt_2leadings
Definition: TCCPlots.h:150
TCCPlots::m_clusters_matched_pv0_eta_fix_and_var
TH1 * m_clusters_matched_pv0_eta_fix_and_var
Definition: TCCPlots.h:434
TCCPlots::m_trk_delta_caloEntryPhi_caloEntryPhiCorr_eta
TH2 * m_trk_delta_caloEntryPhi_caloEntryPhiCorr_eta
Definition: TCCPlots.h:354
TCCPlots::m_jet_eta_2leadings
TH1 * m_jet_eta_2leadings
Definition: TCCPlots.h:104
TCCPlots::m_trk_caloEntryUncEta_caloEntryEta
TH2 * m_trk_caloEntryUncEta_caloEntryEta
Definition: TCCPlots.h:292
TCCPlots::m_trk_pv0_matching_deltar_fix_or_var_pt
TH1 * m_trk_pv0_matching_deltar_fix_or_var_pt
Definition: TCCPlots.h:610
TCCPlots::m_trk_matchedFraction_eta_fix_and_var
TH1 * m_trk_matchedFraction_eta_fix_and_var
Definition: TCCPlots.h:571
TCCPlots::m_trk_perigeeUncEta_prodRadius
TH2 * m_trk_perigeeUncEta_prodRadius
Definition: TCCPlots.h:321
M_PI
#define M_PI
Definition: ActiveFraction.h:11
TCCPlots::m_tcc_taste_eta_ptcut
TH2 * m_tcc_taste_eta_ptcut
Definition: TCCPlots.h:650
TCCPlots::m_eventWeight
float m_eventWeight
Definition: TCCPlots.h:89
TCCPlots::m_trk_matching_deltar_onlyfix_pt
TH1 * m_trk_matching_deltar_onlyfix_pt
Definition: TCCPlots.h:551
TCCPlots::m_jet_resolution_mopt_pt_d2
TH2 * m_jet_resolution_mopt_pt_d2
Definition: TCCPlots.h:268
TCCPlots::m_trk_matchedFraction_eta_onlyfix
TH1 * m_trk_matchedFraction_eta_onlyfix
Definition: TCCPlots.h:578
TCCPlots::m_trk_delta_perigeePhi_caloEntryPhi_eta
TH2 * m_trk_delta_perigeePhi_caloEntryPhi_eta
Definition: TCCPlots.h:333
TCCPlots::m_jetMassOverPtBins
std::vector< float > m_jetMassOverPtBins
Definition: TCCPlots.h:92
TCCPlots::m_clusters_all_neutral_neutral_e
TH1 * m_clusters_all_neutral_neutral_e
Definition: TCCPlots.h:522
TCCPlots::m_clusters_all_neutral_e
TH1 * m_clusters_all_neutral_e
Definition: TCCPlots.h:516
TCCPlots::m_clusters_abs_matched_pvx_eta_none
TH1 * m_clusters_abs_matched_pvx_eta_none
Definition: TCCPlots.h:489
TCCPlots::fillResponseSubLeadingNPV
void fillResponseSubLeadingNPV(const xAOD::Jet &jet, const xAOD::Jet &truth, int NPV)
Definition: TCCPlots.cxx:1297
TCCPlots::m_tcc_N_M_pv0
TH2 * m_tcc_N_M_pv0
Definition: TCCPlots.h:656
TCCPlots::m_jet_pseudoresponse_m_subleading
TH1 * m_jet_pseudoresponse_m_subleading
Definition: TCCPlots.h:178
TCCPlots::m_jet_response_m_npv_2leadings
TH2 * m_jet_response_m_npv_2leadings
Definition: TCCPlots.h:155
TCCPlots::m_clusters_width_eta
TH2 * m_clusters_width_eta
Definition: TCCPlots.h:364
TCCPlots::fillMoments
void fillMoments(const xAOD::Jet &jet)
Definition: TCCPlots.cxx:1155
TCCPlots::m_trk_perigeeEta
TH1 * m_trk_perigeeEta
Definition: TCCPlots.h:305
TCCPlots::fillResponseLeadingNPV
void fillResponseLeadingNPV(const xAOD::Jet &jet, const xAOD::Jet &truth, int NPV)
Definition: TCCPlots.cxx:1231
TCCPlots::m_clusters_etacut_abs_energy
TH1 * m_clusters_etacut_abs_energy
Definition: TCCPlots.h:412
TCCPlots::m_jet_resolution_mopt_pt_m_subleading
TH2 * m_jet_resolution_mopt_pt_m_subleading
Definition: TCCPlots.h:255
TCCPlots::m_jet_phi_subleading
TH1 * m_jet_phi_subleading
Definition: TCCPlots.h:115
TCCPlots::m_trk_pv0_notMatching_deltar_var_pt
TH1 * m_trk_pv0_notMatching_deltar_var_pt
Definition: TCCPlots.h:604
TCCPlots::m_trk_theta_pt
TH2 * m_trk_theta_pt
Definition: TCCPlots.h:286
xAOD::Jet_v1::phi
virtual double phi() const
The azimuthal angle ( ) of the particle.
Definition: Jet_v1.cxx:54
TCCPlots::m_trk_delta_perigeeEta_caloEntryEta
TH1 * m_trk_delta_perigeeEta_caloEntryEta
Definition: TCCPlots.h:330
TCCPlots::m_trk_matchedFraction_pt_fix_and_var
TH1 * m_trk_matchedFraction_pt_fix_and_var
Definition: TCCPlots.h:580
TCCPlots::m_clusters_matchedpvxFraction_eta_fix_or_var
TH1 * m_clusters_matchedpvxFraction_eta_fix_or_var
Definition: TCCPlots.h:492
xAOD::numberOfPixelHits
@ numberOfPixelHits
these are the pixel hits, including the b-layer [unit8_t].
Definition: TrackingPrimitives.h:259
InDet::median
float median(std::vector< float > &Vec)
Definition: BTagVrtSec.cxx:35
TCCPlots::m_trk_total_clusters_eta
TH2 * m_trk_total_clusters_eta
Definition: TCCPlots.h:526
TCCPlots::m_clusters_matchedFraction_eta_onlyfix
TH1 * m_clusters_matchedFraction_eta_onlyfix
Definition: TCCPlots.h:393
TCCPlots::m_trk_delta_trackEta_caloEntryEtaCorr
TH1 * m_trk_delta_trackEta_caloEntryEtaCorr
Definition: TCCPlots.h:344
TCCPlots::m_trk_delta_caloEntryEta_caloEntryEtaCorr
TH1 * m_trk_delta_caloEntryEta_caloEntryEtaCorr
Definition: TCCPlots.h:351
TCCPlots::m_clusters_notMatchedFraction_energy
TH1 * m_clusters_notMatchedFraction_energy
Definition: TCCPlots.h:369
JetTiledMap::N
@ N
Definition: TiledEtaPhiMap.h:44
TCCPlots::m_clusters_abs_eta
TH1 * m_clusters_abs_eta
Definition: TCCPlots.h:396
TCCPlots::m_jet_response_m_pt
TH2 * m_jet_response_m_pt
Definition: TCCPlots.h:121
TCCPlots::m_jet_response_add_eta_leading
TH1 * m_jet_response_add_eta_leading
Definition: TCCPlots.h:146
TCCPlots::m_jet_median_width_m_npv
TH1 * m_jet_median_width_m_npv
Definition: TCCPlots.h:216
TCCPlots::m_jet_response_d2_subleading
TH1 * m_jet_response_d2_subleading
Definition: TCCPlots.h:199
TCCPlots::m_jet_d2_massCut
TH1 * m_jet_d2_massCut
Definition: TCCPlots.h:191
TCCPlots::m_tcc_taste_eta
TH2 * m_tcc_taste_eta
Definition: TCCPlots.h:649
read_hist_ntuple.t
t
Definition: read_hist_ntuple.py:5
TCCPlots::m_trk_pv0_matchedFraction_eta_none
TH1 * m_trk_pv0_matchedFraction_eta_none
Definition: TCCPlots.h:623
TCCPlots::m_jet_resolution_mopt_pt_m
TH2 * m_jet_resolution_mopt_pt_m
Definition: TCCPlots.h:252
TCCPlots::m_jet_resolution_d2_2leadings
TH1 * m_jet_resolution_d2_2leadings
Definition: TCCPlots.h:222
TCCPlots::m_jet_pseudoresponse_pt_leading
TH1 * m_jet_pseudoresponse_pt_leading
Definition: TCCPlots.h:176
TCCPlots::m_trk_pv0_matching_deltar_onlyvar_eta
TH1 * m_trk_pv0_matching_deltar_onlyvar_eta
Definition: TCCPlots.h:613
TCCPlots::getTruthPtr
const xAOD::TruthParticle * getTruthPtr(const xAOD::TrackParticle &trackParticle) const
Definition: TCCPlots.h:667
TCCPlots::m_trk_delta_trackEta_caloEntryEta_eta
TH2 * m_trk_delta_trackEta_caloEntryEta_eta
Definition: TCCPlots.h:339
covarianceTool.prob
prob
Definition: covarianceTool.py:678
TCCPlots::m_jet_pt_subleading
TH1 * m_jet_pt_subleading
Definition: TCCPlots.h:113
TCCPlots::m_trk_perigeeUncTot_prodRadius
TH2 * m_trk_perigeeUncTot_prodRadius
Definition: TCCPlots.h:324
TCCPlots::m_clusters_abs_matchedFraction_energy
TH1 * m_clusters_abs_matchedFraction_energy
Definition: TCCPlots.h:406
TCCPlots::m_trk_perigeeUncTheta_pt
TH2 * m_trk_perigeeUncTheta_pt
Definition: TCCPlots.h:309
TCCPlots::m_clusters_abs_matched_eta_notvar
TH1 * m_clusters_abs_matched_eta_notvar
Definition: TCCPlots.h:420
TCCPlots::m_clusters_matchedFraction_eta_notfix
TH1 * m_clusters_matchedFraction_eta_notfix
Definition: TCCPlots.h:389
TCCPlots::m_clusters_all_neutral_PV0_e
TH1 * m_clusters_all_neutral_PV0_e
Definition: TCCPlots.h:518
TCCPlots::m_jet_mopt_pt_response_m_2leadings
TH3 * m_jet_mopt_pt_response_m_2leadings
Definition: TCCPlots.h:232
TCCPlots::m_clusters_matched_eta
TH1 * m_clusters_matched_eta
Definition: TCCPlots.h:359
TCCPlots::fillResponse
void fillResponse(const xAOD::Jet &jet, const xAOD::Jet &truth)
Definition: TCCPlots.cxx:1109
TCCPlots::m_clusters_PV0_pt_fraction_e
TH2 * m_clusters_PV0_pt_fraction_e
Definition: TCCPlots.h:511
TCCPlots::m_trk_perigeeUncTheta_eta
TH2 * m_trk_perigeeUncTheta_eta
Definition: TCCPlots.h:308
TCCPlots::m_clusters_PVX_pt_fraction_e
TH2 * m_clusters_PVX_pt_fraction_e
Definition: TCCPlots.h:512
TCCPlots::m_jet_response_m_pt_2leadings
TH2 * m_jet_response_m_pt_2leadings
Definition: TCCPlots.h:127
TCCPlots::m_clusters_matched_pvx_eta_notvar
TH1 * m_clusters_matched_pvx_eta_notvar
Definition: TCCPlots.h:477
TCCPlots::m_clusters_matchedFraction_eta
TH1 * m_clusters_matchedFraction_eta
Definition: TCCPlots.h:361
TCCPlots::fillPseudoResponse
void fillPseudoResponse(const xAOD::Jet &jet, const xAOD::Jet &calo)
Definition: TCCPlots.cxx:1145
TCCPlots::m_trk_notMatching_deltar_var_phi
TH1 * m_trk_notMatching_deltar_var_phi
Definition: TCCPlots.h:535
TCCPlots::m_trk_delta_trackPhi_caloEntryPhi_eta
TH2 * m_trk_delta_trackPhi_caloEntryPhi_eta
Definition: TCCPlots.h:340
TCCPlots::m_tcc_pt_etacut
TH1 * m_tcc_pt_etacut
Definition: TCCPlots.h:641
TCCPlots::m_clusters_matched_pv0_eta_none
TH1 * m_clusters_matched_pv0_eta_none
Definition: TCCPlots.h:442
TCCPlots::m_clusters_matchedpvxFraction_eta_fix
TH1 * m_clusters_matchedpvxFraction_eta_fix
Definition: TCCPlots.h:493
TCCPlots::m_clusters_abs_matchedpvxFraction_eta_notvar
TH1 * m_clusters_abs_matchedpvxFraction_eta_notvar
Definition: TCCPlots.h:505
TCCPlots::m_clusters_matchedpv0Fraction_eta_fix
TH1 * m_clusters_matchedpv0Fraction_eta_fix
Definition: TCCPlots.h:455
TCCPlots::m_clusters_abs_matchedpvxFraction_eta_onlyvar
TH1 * m_clusters_abs_matchedpvxFraction_eta_onlyvar
Definition: TCCPlots.h:506
TCCPlots::m_trk_pv0_caloEntryUncTot_rFirstHit
TH2 * m_trk_pv0_caloEntryUncTot_rFirstHit
Definition: TCCPlots.h:638
TCCPlots::m_clusters_matchedpv0Fraction_eta_fix_or_var
TH1 * m_clusters_matchedpv0Fraction_eta_fix_or_var
Definition: TCCPlots.h:454
TCCPlots::m_jet_response_d2_pt_subleading
TH2 * m_jet_response_d2_pt_subleading
Definition: TCCPlots.h:162
TCCPlots::m_jet_pseudoresponse_notcalib_pt_subleading
TH1 * m_jet_pseudoresponse_notcalib_pt_subleading
Definition: TCCPlots.h:184
TCCPlots::m_jet_response_eta_leading
TH1 * m_jet_response_eta_leading
Definition: TCCPlots.h:135
TCCPlots::m_clusters_abs_matchedpvxFraction_eta_onlyfix
TH1 * m_clusters_abs_matchedpvxFraction_eta_onlyfix
Definition: TCCPlots.h:507
TCCPlots::m_jet_resolution_m_npv_leading
TH1 * m_jet_resolution_m_npv_leading
Definition: TCCPlots.h:213
TCCPlots::m_jet_d2_leading_massCut
TH1 * m_jet_d2_leading_massCut
Definition: TCCPlots.h:193
TCCPlots::m_clusters_etacut_width
TH1 * m_clusters_etacut_width
Definition: TCCPlots.h:372
dqt_zlumi_pandas.weight
int weight
Definition: dqt_zlumi_pandas.py:189
TCCPlots::setJetMassOverPtBinning
void setJetMassOverPtBinning(const std::vector< float > &bins)
Definition: TCCPlots.cxx:537
TCCPlots::m_clusters_all_neutral_PV0_eta
TH1 * m_clusters_all_neutral_PV0_eta
Definition: TCCPlots.h:517
TCCPlots::m_clusters_abs_matched_eta_fix
TH1 * m_clusters_abs_matched_eta_fix
Definition: TCCPlots.h:417
TCCPlots::m_jet_median_width_m_npv_subleading
TH1 * m_jet_median_width_m_npv_subleading
Definition: TCCPlots.h:219
TCCPlots::m_trk_perigeeUncTot_eta
TH2 * m_trk_perigeeUncTot_eta
Definition: TCCPlots.h:313
TCCPlots::m_trk_pv0_matchedFraction_pt_notfix
TH1 * m_trk_pv0_matchedFraction_pt_notfix
Definition: TCCPlots.h:627
TCCPlots::m_clusters_abs_matched_pv0_eta_none
TH1 * m_clusters_abs_matched_pv0_eta_none
Definition: TCCPlots.h:451
TCCPlots::m_jet_resolution_m_leading
TH1 * m_jet_resolution_m_leading
Definition: TCCPlots.h:208
TCCPlots::m_clusters_abs_matchedpv0Fraction_eta_onlyfix
TH1 * m_clusters_abs_matchedpv0Fraction_eta_onlyfix
Definition: TCCPlots.h:469
TCCPlots::m_trk_phi
TH1 * m_trk_phi
Definition: TCCPlots.h:277
TCCPlots::m_clusters_abs_notMatched_energy
TH1 * m_clusters_abs_notMatched_energy
Definition: TCCPlots.h:405
TCCPlots::m_jet_response_m_2leadings
TH1 * m_jet_response_m_2leadings
Definition: TCCPlots.h:126
xAOD::TrackCaloCluster_v1::eta
virtual double eta() const
The pseudorapidity ( ) of the particle.
TCCPlots::m_clusters_abs_matched_pvx_eta_fix_and_var
TH1 * m_clusters_abs_matched_pvx_eta_fix_and_var
Definition: TCCPlots.h:481
TCCPlots::m_jet_pt_2leadings
TH1 * m_jet_pt_2leadings
Definition: TCCPlots.h:103
xAOD::TrackCaloCluster_v1::pt
virtual double pt() const
The transverse momentum ( ) of the particle.
TCCPlots::m_jet_mopt_pt_response_eta_leading
TH3 * m_jet_mopt_pt_response_eta_leading
Definition: TCCPlots.h:245
TCCPlots::m_trk_pv0_matchedFraction_pt_none
TH1 * m_trk_pv0_matchedFraction_pt_none
Definition: TCCPlots.h:632
xAOD::TrackCaloCluster_v1::phi
virtual double phi() const
The azimuthal angle ( ) of the particle (has range to .)
python.setupRTTAlg.size
int size
Definition: setupRTTAlg.py:39
TCCPlots::m_trk_perigeeUncTheta_prodRadius
TH2 * m_trk_perigeeUncTheta_prodRadius
Definition: TCCPlots.h:322
TCCPlots::m_jet_m_2leadings
TH1 * m_jet_m_2leadings
Definition: TCCPlots.h:102
TCCPlots::m_trk_pv0_matching_deltar_fix_and_var_pt
TH1 * m_trk_pv0_matching_deltar_fix_and_var_pt
Definition: TCCPlots.h:608
TCCPlots::m_jet_resolution_add_d2_subleading
TH1 * m_jet_resolution_add_d2_subleading
Definition: TCCPlots.h:229
TCCPlots::m_clusters_abs_matched_pv0_eta_fix_and_var
TH1 * m_clusters_abs_matched_pv0_eta_fix_and_var
Definition: TCCPlots.h:443
TCCPlots::m_clusters_matched_pv0_eta_fix_or_var
TH1 * m_clusters_matched_pv0_eta_fix_or_var
Definition: TCCPlots.h:435
TCCPlots::m_trk_notMatching_deltar_none_caloEntryUncTot_eta
TH2 * m_trk_notMatching_deltar_none_caloEntryUncTot_eta
Definition: TCCPlots.h:543
TCCPlots::m_trk_caloEntryPhiOverPhi_pt
TH2 * m_trk_caloEntryPhiOverPhi_pt
Definition: TCCPlots.h:299
TCCPlots::m_jet_response_add_eta_2leadings
TH1 * m_jet_response_add_eta_2leadings
Definition: TCCPlots.h:145
TCCPlots::m_trk_caloEntryUncTheta_eta
TH2 * m_trk_caloEntryUncTheta_eta
Definition: TCCPlots.h:295
TCCPlots::m_trk_pv0_matchedFraction_eta_notvar
TH1 * m_trk_pv0_matchedFraction_eta_notvar
Definition: TCCPlots.h:620
TCCPlots::m_clusters_abs_matchedpv0Fraction_eta_var
TH1 * m_clusters_abs_matchedpv0Fraction_eta_var
Definition: TCCPlots.h:466
TCCPlots::m_trk_d0_pt
TH2 * m_trk_d0_pt
Definition: TCCPlots.h:284
TCCPlots::m_jet_eta
TH1 * m_jet_eta
Definition: TCCPlots.h:98
TCCPlots::m_trk_notMatching_deltar_var_caloEntryUncTot_pt
TH2 * m_trk_notMatching_deltar_var_caloEntryUncTot_pt
Definition: TCCPlots.h:538
TCCPlots::m_clusters_abs_matched_pv0_eta_var
TH1 * m_clusters_abs_matched_pv0_eta_var
Definition: TCCPlots.h:447
xAOD::CaloCluster_v1
Description of a calorimeter cluster.
Definition: CaloCluster_v1.h:59
TCCPlots::m_clusters_matchedpvxFraction_eta_onlyvar
TH1 * m_clusters_matchedpvxFraction_eta_onlyvar
Definition: TCCPlots.h:497
TCCPlots::m_clusters_matched_eta_notfix
TH1 * m_clusters_matched_eta_notfix
Definition: TCCPlots.h:380
TCCPlots::m_jet_mopt_pt_response_eta_subleading
TH3 * m_jet_mopt_pt_response_eta_subleading
Definition: TCCPlots.h:246
TCCPlots::m_jet_phi_leading
TH1 * m_jet_phi_leading
Definition: TCCPlots.h:110
TCCPlots::resizeHistograms
void resizeHistograms()
Definition: TCCPlots.cxx:2538
TCCPlots::m_clusters_etacut_width_eta
TH2 * m_clusters_etacut_width_eta
Definition: TCCPlots.h:373
TCCPlots::m_trk_matching_deltar_onlyfix_eta
TH1 * m_trk_matching_deltar_onlyfix_eta
Definition: TCCPlots.h:550
TCCPlots::m_jet_d2_subleading
TH1 * m_jet_d2_subleading
Definition: TCCPlots.h:189
TCCPlots::m_trk_total_clusters_pt
TH2 * m_trk_total_clusters_pt
Definition: TCCPlots.h:527
TCCPlots::m_trk_z0_pt
TH2 * m_trk_z0_pt
Definition: TCCPlots.h:285
jet
Definition: JetCalibTools_PlotJESFactors.cxx:23
TCCPlots::m_jet_response_add_d2_pt_2leadings
TH2 * m_jet_response_add_d2_pt_2leadings
Definition: TCCPlots.h:165
TCCPlots::m_clusters_matched_pvx_eta_fix_or_var
TH1 * m_clusters_matched_pvx_eta_fix_or_var
Definition: TCCPlots.h:473
TCCPlots::m_jet_mopt_pt_response_d2_2leadings
TH3 * m_jet_mopt_pt_response_d2_2leadings
Definition: TCCPlots.h:248
TCCPlotsBase::fillHisto
static void fillHisto(TH1 *pTh1, const float value)
Definition: TCCPlotsBase.cxx:94
TCCPlots::m_trk_notMatching_deltar_none_caloEntryUncTot_prodRadius
TH2 * m_trk_notMatching_deltar_none_caloEntryUncTot_prodRadius
Definition: TCCPlots.h:545
TCCPlots::m_jet_pseudoresponse_notcalib_pt_leading
TH1 * m_jet_pseudoresponse_notcalib_pt_leading
Definition: TCCPlots.h:183
TCCPlots::m_trk_caloEntryUncPhi_eta
TH2 * m_trk_caloEntryUncPhi_eta
Definition: TCCPlots.h:301
TCCPlotsBase::m_folder
std::string m_folder
Definition: TCCPlotsBase.h:47
TCCPlots::m_clusters_matched_pvx_eta_fix_and_var
TH1 * m_clusters_matched_pvx_eta_fix_and_var
Definition: TCCPlots.h:472
TCCPlots::fillPseudoResponseLeading
void fillPseudoResponseLeading(const xAOD::Jet &jet, const xAOD::Jet &calo)
Definition: TCCPlots.cxx:1330
TCCPlots::m_jet_resolution_add_d2
TH1 * m_jet_resolution_add_d2
Definition: TCCPlots.h:226
TCCPlots::finalizePlots
void finalizePlots()
Definition: TCCPlots.cxx:2206
TCCPlots::m_clusters_matched_pvx_eta_none
TH1 * m_clusters_matched_pvx_eta_none
Definition: TCCPlots.h:480
TCCPlots::m_clusters_matched_eta_none
TH1 * m_clusters_matched_eta_none
Definition: TCCPlots.h:385
TCCPlots::m_trk_delta_trackPhi_caloEntryPhiCorr_pt
TH2 * m_trk_delta_trackPhi_caloEntryPhiCorr_pt
Definition: TCCPlots.h:349
TCCPlots::m_jet_m_leading
TH1 * m_jet_m_leading
Definition: TCCPlots.h:107
TCCPlots::m_clusters_abs_matched_eta_fix_and_var
TH1 * m_clusters_abs_matched_eta_fix_and_var
Definition: TCCPlots.h:415
xAOD::CaloCluster_v1::eta
virtual double eta() const
The pseudorapidity ( ) of the particle.
Definition: CaloCluster_v1.cxx:251
TCCPlots::m_trk_matching_deltar_and_clusters_pt
TH2 * m_trk_matching_deltar_and_clusters_pt
Definition: TCCPlots.h:563
lumiFormat.i
int i
Definition: lumiFormat.py:85
TCCPlots::m_clusters_abs_matched_pvx_eta_onlyvar
TH1 * m_clusters_abs_matched_pvx_eta_onlyvar
Definition: TCCPlots.h:487
xAOD::TrackCaloCluster_v1::m
virtual double m() const
The invariant mass of the particle..
TCCPlots::m_clusters_matchedpvxFraction_eta_notfix
TH1 * m_clusters_matchedpvxFraction_eta_notfix
Definition: TCCPlots.h:494
IDTPM::nSCTHits
float nSCTHits(const U &p)
Definition: TrackParametersHelper.h:365
TCCPlots::m_trk_matchedFraction_pt_fix_or_var
TH1 * m_trk_matchedFraction_pt_fix_or_var
Definition: TCCPlots.h:581
TCCPlots::m_trk_matching_deltar_and_clusters_phi
TH2 * m_trk_matching_deltar_and_clusters_phi
Definition: TCCPlots.h:562
TCCPlots::m_jet_response_add_d2_pt
TH2 * m_jet_response_add_d2_pt
Definition: TCCPlots.h:164
TCCPlots::m_trk_pv0_total_pt
TH1 * m_trk_pv0_total_pt
Definition: TCCPlots.h:591
TCCPlots::m_clusters_abs_notMatched_eta
TH1 * m_clusters_abs_notMatched_eta
Definition: TCCPlots.h:398
TCCPlots::m_jet_mopt_pt_response_d2_leading
TH3 * m_jet_mopt_pt_response_d2_leading
Definition: TCCPlots.h:249
TCCPlots::m_jet_pt_leading
TH1 * m_jet_pt_leading
Definition: TCCPlots.h:108
TCCPlots::fill
void fill(const xAOD::JetContainer &jets)
Definition: TCCPlots.cxx:1094
TCCPlots::m_trk_pv0_caloEntryUncTot_nSiHits
TH2 * m_trk_pv0_caloEntryUncTot_nSiHits
Definition: TCCPlots.h:637
TCCPlots::m_tcc_taste
TH1 * m_tcc_taste
Definition: TCCPlots.h:646
TCCPlots::m_clusters_matched_eta_fix_or_var
TH1 * m_clusters_matched_eta_fix_or_var
Definition: TCCPlots.h:378
TCCPlots::m_clusters_all_neutral_neutral_eta
TH1 * m_clusters_all_neutral_neutral_eta
Definition: TCCPlots.h:521
TCCPlots::m_trk_notMatching_deltar_none_pt
TH1 * m_trk_notMatching_deltar_none_pt
Definition: TCCPlots.h:542
TCCPlots::m_jet_mopt_pt_response_m
TH3 * m_jet_mopt_pt_response_m
Definition: TCCPlots.h:231
TCCPlots::m_trk_pv0_matchedFraction_pt_notvar
TH1 * m_trk_pv0_matchedFraction_pt_notvar
Definition: TCCPlots.h:629
TCCPlots::m_trk_notMatching_deltar_fix_caloEntryUncTot_prodRadius
TH2 * m_trk_notMatching_deltar_fix_caloEntryUncTot_prodRadius
Definition: TCCPlots.h:533
xAOD::TruthParticle_v1
Class describing a truth particle in the MC record.
Definition: TruthParticle_v1.h:37
TCCPlots::m_jet_resolution_mopt_pt_d2_leading
TH2 * m_jet_resolution_mopt_pt_d2_leading
Definition: TCCPlots.h:270
TCCPlots::m_jet_resolution_m_npv_2leadings
TH1 * m_jet_resolution_m_npv_2leadings
Definition: TCCPlots.h:212
TCCPlots::fillResponseSubLeading
void fillResponseSubLeading(const xAOD::Jet &jet, const xAOD::Jet &truth)
Definition: TCCPlots.cxx:1265
TCCPlots::fillCluster
void fillCluster(const xAOD::CaloCluster &cluster)
Definition: TCCPlots.cxx:1901
TCCPlots::m_jet_mopt_pt_response_phi_leading
TH3 * m_jet_mopt_pt_response_phi_leading
Definition: TCCPlots.h:241
TCCPlots::m_clusters_abs_matchedpv0Fraction_eta_onlyvar
TH1 * m_clusters_abs_matchedpv0Fraction_eta_onlyvar
Definition: TCCPlots.h:468
TCCPlots::m_jet_response_phi_subleading
TH1 * m_jet_response_phi_subleading
Definition: TCCPlots.h:142
TCCPlots::m_jet_resolution_m_npv_subleading
TH1 * m_jet_resolution_m_npv_subleading
Definition: TCCPlots.h:214
TCCPlots::m_trk_pv0_matching_deltar_fix_and_var_eta
TH1 * m_trk_pv0_matching_deltar_fix_and_var_eta
Definition: TCCPlots.h:607
TCCPlots::m_trk_pv0_caloEntryUncTot_pt
TH2 * m_trk_pv0_caloEntryUncTot_pt
Definition: TCCPlots.h:593
TCCPlots::m_trk_notMatching_deltar_fix_phi
TH1 * m_trk_notMatching_deltar_fix_phi
Definition: TCCPlots.h:529
TCCPlots::m_jet_mopt_pt_response_pt_leading
TH3 * m_jet_mopt_pt_response_pt_leading
Definition: TCCPlots.h:237
TCCPlots::m_jet_resolution_mopt_pt_d2_2leadings
TH2 * m_jet_resolution_mopt_pt_d2_2leadings
Definition: TCCPlots.h:269
TCCPlots::m_jet_response_pt_leading
TH1 * m_jet_response_pt_leading
Definition: TCCPlots.h:134
TCCPlots::fillTCC
void fillTCC(const xAOD::TrackCaloCluster &tcc, std::vector< const xAOD::TrackParticle * > &alltracksPV0)
Definition: TCCPlots.cxx:2148
TCCPlots::m_clusters_all_neutral_notPV0_eta
TH1 * m_clusters_all_neutral_notPV0_eta
Definition: TCCPlots.h:519
TCCPlots::m_clusters_abs_matched_pv0_eta_notvar
TH1 * m_clusters_abs_matched_pv0_eta_notvar
Definition: TCCPlots.h:448
TCCPlots::m_trk_pv0_caloEntryUncTot_eta
TH2 * m_trk_pv0_caloEntryUncTot_eta
Definition: TCCPlots.h:592
TCCPlots::m_clusters_abs_energy
TH1 * m_clusters_abs_energy
Definition: TCCPlots.h:403
TCCPlots::m_trk_matchedFraction_pt_none
TH1 * m_trk_matchedFraction_pt_none
Definition: TCCPlots.h:588
TCCPlots::m_trk_pv0_matchedFraction_pt_fix_and_var
TH1 * m_trk_pv0_matchedFraction_pt_fix_and_var
Definition: TCCPlots.h:624
TCCPlots::m_clusters_abs_matchedpvxFraction_eta_fix_or_var
TH1 * m_clusters_abs_matchedpvxFraction_eta_fix_or_var
Definition: TCCPlots.h:501
TCCPlots.h
TCCPlots::m_trk_pv0_matchedFraction_pt_fix
TH1 * m_trk_pv0_matchedFraction_pt_fix
Definition: TCCPlots.h:626
TCCPlots::m_clusters_abs_matched_pvx_eta_fix
TH1 * m_clusters_abs_matched_pvx_eta_fix
Definition: TCCPlots.h:483
TCCPlots::m_trk_perigeeUncTot_pt
TH2 * m_trk_perigeeUncTot_pt
Definition: TCCPlots.h:314
TCCPlots::m_trk_notMatching_deltar_none_eta
TH1 * m_trk_notMatching_deltar_none_eta
Definition: TCCPlots.h:540
TCCPlots::m_jet_response_add_d2_pt_leading
TH2 * m_jet_response_add_d2_pt_leading
Definition: TCCPlots.h:166
TCCPlots::m_jet_phi_2leadings
TH1 * m_jet_phi_2leadings
Definition: TCCPlots.h:105
TCCPlots::m_clusters_abs_matched_eta
TH1 * m_clusters_abs_matched_eta
Definition: TCCPlots.h:397
TCCPlots::m_clusters_abs_matched_eta_fix_or_var
TH1 * m_clusters_abs_matched_eta_fix_or_var
Definition: TCCPlots.h:416
TCCPlots::m_jet_resolution_d2_leading
TH1 * m_jet_resolution_d2_leading
Definition: TCCPlots.h:223
TCCPlots::fillPerigeeVsCaloEntry
void fillPerigeeVsCaloEntry(const xAOD::TrackParticle &track)
Definition: TCCPlots.cxx:1599
TCCPlots::m_jet_response_d2_leading
TH1 * m_jet_response_d2_leading
Definition: TCCPlots.h:198
TCCPlots::m_jet_mopt_pt_response_m_subleading
TH3 * m_jet_mopt_pt_response_m_subleading
Definition: TCCPlots.h:234
TCCPlots::m_tcc_m
TH1 * m_tcc_m
Definition: TCCPlots.h:645
TCCPlots::m_jet_response_phi_leading
TH1 * m_jet_response_phi_leading
Definition: TCCPlots.h:136
TCCPlots::m_trk_pv0_total_eta
TH1 * m_trk_pv0_total_eta
Definition: TCCPlots.h:590
TCCPlots::m_trk_matchedFraction_eta_none
TH1 * m_trk_matchedFraction_eta_none
Definition: TCCPlots.h:579
TCCPlots::fillPerigeeInfo
void fillPerigeeInfo(const xAOD::TrackParticle &track)
Definition: TCCPlots.cxx:1552
TCCPlots::m_trk_matching_deltar_var_pt
TH1 * m_trk_matching_deltar_var_pt
Definition: TCCPlots.h:549
plotting.yearwise_luminosity_vs_mu.bins
bins
Definition: yearwise_luminosity_vs_mu.py:30
TCCPlots::m_trk_caloEntryUncTheta_prodRadius
TH2 * m_trk_caloEntryUncTheta_prodRadius
Definition: TCCPlots.h:326
TCCPlots::m_trk_phi_pt
TH2 * m_trk_phi_pt
Definition: TCCPlots.h:287
TCCPlots::m_trk_caloEntryEtaOverEta_pt
TH2 * m_trk_caloEntryEtaOverEta_pt
Definition: TCCPlots.h:291
TCCPlots::m_trk_matching_deltar_fix_and_var_eta
TH1 * m_trk_matching_deltar_fix_and_var_eta
Definition: TCCPlots.h:556
TCCPlots::m_clusters_matchedpvxFraction_eta_fix_and_var
TH1 * m_clusters_matchedpvxFraction_eta_fix_and_var
Definition: TCCPlots.h:491
TCCPlots::m_trk_notMatching_deltar_fix_caloEntryUncTot_eta
TH2 * m_trk_notMatching_deltar_fix_caloEntryUncTot_eta
Definition: TCCPlots.h:531
TCCPlots::m_trk_delta_caloEntryPhi_caloEntryPhiCorr_pt
TH2 * m_trk_delta_caloEntryPhi_caloEntryPhiCorr_pt
Definition: TCCPlots.h:356
TCCPlots::m_trk_pv0_notMatching_deltar_none_eta
TH1 * m_trk_pv0_notMatching_deltar_none_eta
Definition: TCCPlots.h:605
TCCPlots::m_clusters_abs_matchedFraction_eta_fix_or_var
TH1 * m_clusters_abs_matchedFraction_eta_fix_or_var
Definition: TCCPlots.h:425
TCCPlots::m_jet_response_m
TH1 * m_jet_response_m
Definition: TCCPlots.h:120
TCCPlots::m_clusters_matched_pvx_eta_notfix
TH1 * m_clusters_matched_pvx_eta_notfix
Definition: TCCPlots.h:475
TCCPlots::m_clusters_all_neutral_notPV0_e
TH1 * m_clusters_all_neutral_notPV0_e
Definition: TCCPlots.h:520
TCCPlots::m_tcc_phi
TH1 * m_tcc_phi
Definition: TCCPlots.h:642
TCCPlots::m_clusters_abs_matched_pv0_eta_notfix
TH1 * m_clusters_abs_matched_pv0_eta_notfix
Definition: TCCPlots.h:446
TCCPlots::m_jet_resolution_m_npv
TH1 * m_jet_resolution_m_npv
Definition: TCCPlots.h:211
TCCPlots::m_clusters_abs_matched_eta_var
TH1 * m_clusters_abs_matched_eta_var
Definition: TCCPlots.h:419
TCCPlots::m_clusters_abs_matchedpvxFraction_eta_none
TH1 * m_clusters_abs_matchedpvxFraction_eta_none
Definition: TCCPlots.h:508
TCCPlots::m_jet_mopt_pt_response_phi_2leadings
TH3 * m_jet_mopt_pt_response_phi_2leadings
Definition: TCCPlots.h:240
TCCPlots::m_clusters_abs_width
TH1 * m_clusters_abs_width
Definition: TCCPlots.h:401
TCCPlots::m_clusters_matchedpvxFraction_eta_onlyfix
TH1 * m_clusters_matchedpvxFraction_eta_onlyfix
Definition: TCCPlots.h:498
DataVector
Derived DataVector<T>.
Definition: DataVector.h:581
TCCPlots::m_trk_caloEntryUncEta_pt
TH2 * m_trk_caloEntryUncEta_pt
Definition: TCCPlots.h:294
TCCPlots::fillMatching
void fillMatching(const xAOD::TrackParticle &track)
Definition: TCCPlots.cxx:1686
TCCPlots::m_clusters_matched_eta_var
TH1 * m_clusters_matched_eta_var
Definition: TCCPlots.h:381
TCCPlots::m_jet_resolution_m_2leadings
TH1 * m_jet_resolution_m_2leadings
Definition: TCCPlots.h:207
TCCPlots::m_trk_notMatching_deltar_none_caloEntryUncTot_pt
TH2 * m_trk_notMatching_deltar_none_caloEntryUncTot_pt
Definition: TCCPlots.h:544
TCCPlots::m_trk_caloEntryUncTot_eta
TH2 * m_trk_caloEntryUncTot_eta
Definition: TCCPlots.h:303
TCCPlots::m_trk_matching_deltar_and_clusters_eta
TH2 * m_trk_matching_deltar_and_clusters_eta
Definition: TCCPlots.h:561
TCCPlots::m_tcc_pt_pseudoresponse
TH1 * m_tcc_pt_pseudoresponse
Definition: TCCPlots.h:654
TCCPlots::fillMomentsWithMassCut
void fillMomentsWithMassCut(const xAOD::Jet &jet)
Definition: TCCPlots.cxx:1161
TCCPlots::m_clusters_abs_matched_energy
TH1 * m_clusters_abs_matched_energy
Definition: TCCPlots.h:404
TCCPlots::m_clusters_matchedpvxFraction_eta_none
TH1 * m_clusters_matchedpvxFraction_eta_none
Definition: TCCPlots.h:499
TCCPlots::m_jet_response_pt
TH1 * m_jet_response_pt
Definition: TCCPlots.h:122
TCCPlots::m_clusters_etacut_abs_eta
TH1 * m_clusters_etacut_abs_eta
Definition: TCCPlots.h:409
TCCPlots::m_jet_mopt_pt_response_pt_2leadings
TH3 * m_jet_mopt_pt_response_pt_2leadings
Definition: TCCPlots.h:236
TCCPlots::m_tcc_eta_ptcut
TH1 * m_tcc_eta_ptcut
Definition: TCCPlots.h:644
TCCPlots::m_jet_response_phi_2leadings
TH1 * m_jet_response_phi_2leadings
Definition: TCCPlots.h:130
xAOD::Jet_v1::eta
virtual double eta() const
The pseudorapidity ( ) of the particle.
Definition: Jet_v1.cxx:49
TCCPlots::m_clusters_all_neutral_eta
TH1 * m_clusters_all_neutral_eta
Definition: TCCPlots.h:515
TCCPlots::m_jet_response_eta_subleading
TH1 * m_jet_response_eta_subleading
Definition: TCCPlots.h:141
TCCPlots::m_jet_mopt_pt_response_m_leading
TH3 * m_jet_mopt_pt_response_m_leading
Definition: TCCPlots.h:233
TCCPlots::m_trk_matching_deltar_or_clusters_pt
TH2 * m_trk_matching_deltar_or_clusters_pt
Definition: TCCPlots.h:560
TCCPlots::m_jet_response_add_d2_leading
TH1 * m_jet_response_add_d2_leading
Definition: TCCPlots.h:203
TCCPlots::m_clusters_abs_matchedFraction_eta_onlyvar
TH1 * m_clusters_abs_matchedFraction_eta_onlyvar
Definition: TCCPlots.h:430
TCCPlots::m_tcc_taste_pt_etacut
TH2 * m_tcc_taste_pt_etacut
Definition: TCCPlots.h:648
TCCPlots::m_trk_notMatching_deltar_var_caloEntryUncTot_eta
TH2 * m_trk_notMatching_deltar_var_caloEntryUncTot_eta
Definition: TCCPlots.h:537
TCCPlots::m_trk_pv0_matchedFraction_pt_onlyfix
TH1 * m_trk_pv0_matchedFraction_pt_onlyfix
Definition: TCCPlots.h:631
TCCPlots::getTrackParticlePtr
const xAOD::TrackParticle * getTrackParticlePtr(const xAOD::TrackCaloCluster &tcc) const
Definition: TCCPlots.h:682
TCCPlots::m_jet_response_add_eta_pt_subleading
TH2 * m_jet_response_add_eta_pt_subleading
Definition: TCCPlots.h:152
TCCPlots::m_jet_resolution_d2
TH1 * m_jet_resolution_d2
Definition: TCCPlots.h:221
TCCPlots::m_tcc_N_M
TH2 * m_tcc_N_M
Definition: TCCPlots.h:655
TCCPlots::m_trk_matching_deltar_fix_or_var_pt
TH1 * m_trk_matching_deltar_fix_or_var_pt
Definition: TCCPlots.h:555
dumpTgcDigiJitter.nBins
list nBins
Definition: dumpTgcDigiJitter.py:29
TCCPlots::m_jet_mopt_pt_response_d2_subleading
TH3 * m_jet_mopt_pt_response_d2_subleading
Definition: TCCPlots.h:250
TCCPlots::m_clusters_abs_matched_eta_onlyvar
TH1 * m_clusters_abs_matched_eta_onlyvar
Definition: TCCPlots.h:421
TCCPlots::m_trk_pv0_matchedFraction_pt_var
TH1 * m_trk_pv0_matchedFraction_pt_var
Definition: TCCPlots.h:628
TCCPlots::m_trk_matching_deltar_var_only_clusters_eta
TH2 * m_trk_matching_deltar_var_only_clusters_eta
Definition: TCCPlots.h:567
TCCPlots::m_jet_response_d2_2leadings
TH1 * m_jet_response_d2_2leadings
Definition: TCCPlots.h:197
TCCPlots::m_jet_response_add_d2
TH1 * m_jet_response_add_d2
Definition: TCCPlots.h:201
TCCPlots::m_clusters_abs_matchedpv0Fraction_eta_fix
TH1 * m_clusters_abs_matchedpv0Fraction_eta_fix
Definition: TCCPlots.h:464
TCCPlots::m_clusters_abs_matched_pvx_eta_onlyfix
TH1 * m_clusters_abs_matched_pvx_eta_onlyfix
Definition: TCCPlots.h:488
TCCPlots::m_trk_pv0_matchedFraction_pt_fix_or_var
TH1 * m_trk_pv0_matchedFraction_pt_fix_or_var
Definition: TCCPlots.h:625
TCCPlots::m_jet_response_d2_pt
TH2 * m_jet_response_d2_pt
Definition: TCCPlots.h:159
TCCPlots::m_trk_caloEntryUncTot_pt
TH2 * m_trk_caloEntryUncTot_pt
Definition: TCCPlots.h:304
TCCPlots::m_clusters_abs_matchedFraction_eta_notvar
TH1 * m_clusters_abs_matchedFraction_eta_notvar
Definition: TCCPlots.h:429
TCCPlots::m_jet_deltaR
TH1 * m_jet_deltaR
Definition: TCCPlots.h:117
TCCPlots::m_tcc_pt
TH1 * m_tcc_pt
Definition: TCCPlots.h:640
TCCPlots::m_jet_d2_2leadings
TH1 * m_jet_d2_2leadings
Definition: TCCPlots.h:187
TCCPlots::m_trk_matching_deltar_or_clusters_phi
TH2 * m_trk_matching_deltar_or_clusters_phi
Definition: TCCPlots.h:559
TCCPlots::m_trk_pv0_notMatching_deltar_none_pt
TH1 * m_trk_pv0_notMatching_deltar_none_pt
Definition: TCCPlots.h:606
TCCPlots::m_jet_resolution_mopt_pt_phi_subleading
TH2 * m_jet_resolution_mopt_pt_phi_subleading
Definition: TCCPlots.h:263
TCCPlots::m_clusters_abs_matched_pvx_eta_fix_or_var
TH1 * m_clusters_abs_matched_pvx_eta_fix_or_var
Definition: TCCPlots.h:482
TCCPlots::m_jet_pt
TH1 * m_jet_pt
Definition: TCCPlots.h:97
TCCPlots::m_jet_resolution_mopt_pt_phi_2leadings
TH2 * m_jet_resolution_mopt_pt_phi_2leadings
Definition: TCCPlots.h:261
TCCPlots::setEventWeight
void setEventWeight(const float &weight)
Definition: TCCPlots.cxx:529
TCCPlots::m_collectionType
std::string m_collectionType
Definition: TCCPlots.h:88
TCCPlots::m_jet_response_m_npv
TH2 * m_jet_response_m_npv
Definition: TCCPlots.h:154
TCCPlots::m_jet_resolution_mopt_pt_eta
TH2 * m_jet_resolution_mopt_pt_eta
Definition: TCCPlots.h:264
xAOD::TrackCaloCluster_v1::caloClusterLinks
const std::vector< ElementLink< xAOD::CaloClusterContainer > > & caloClusterLinks() const
Returns a vector to the links (which can be invalid) to the xAOD::CaloClusters associated with this T...
TCCPlots::m_clusters_abs_matched_pvx_eta_notfix
TH1 * m_clusters_abs_matched_pvx_eta_notfix
Definition: TCCPlots.h:484
TCCPlots::m_trk_pv0_matchedFraction_eta_notfix
TH1 * m_trk_pv0_matchedFraction_eta_notfix
Definition: TCCPlots.h:618
TCCPlots::m_jet_response_eta_2leadings
TH1 * m_jet_response_eta_2leadings
Definition: TCCPlots.h:129
TCCPlots::fillCaloEntryInfo
void fillCaloEntryInfo(const xAOD::TrackParticle &track)
Definition: TCCPlots.cxx:1500
TCCPlots::m_clusters_abs_matchedFraction_eta_var
TH1 * m_clusters_abs_matchedFraction_eta_var
Definition: TCCPlots.h:428
TCCPlots::m_trackPtBins
std::vector< float > m_trackPtBins
Definition: TCCPlots.h:93
TCCPlots::m_clusters_matched_pv0_eta_notfix
TH1 * m_clusters_matched_pv0_eta_notfix
Definition: TCCPlots.h:437
TCCPlots::m_jet_eta_subleading
TH1 * m_jet_eta_subleading
Definition: TCCPlots.h:114
TCCPlots::m_trk_qOverP_pt
TH2 * m_trk_qOverP_pt
Definition: TCCPlots.h:288
TCCPlots::m_trk_pv0_caloEntryUncTot_pt_0SiHits
TH2 * m_trk_pv0_caloEntryUncTot_pt_0SiHits
Definition: TCCPlots.h:635
TCCPlots::m_clusters_abs_matched_pvx_eta_notvar
TH1 * m_clusters_abs_matched_pvx_eta_notvar
Definition: TCCPlots.h:486
TCCPlots::m_tcc_pt_response
TH1 * m_tcc_pt_response
Definition: TCCPlots.h:652
TCCPlots::m_jet_eta_leading
TH1 * m_jet_eta_leading
Definition: TCCPlots.h:109
TCCPlots::m_clusters_abs_width_energy
TH2 * m_clusters_abs_width_energy
Definition: TCCPlots.h:408
TCCPlots::m_trk_matching_deltar_var_eta
TH1 * m_trk_matching_deltar_var_eta
Definition: TCCPlots.h:548
TCCPlots::m_trk_pv0_matching_deltar_onlyfix_pt
TH1 * m_trk_pv0_matching_deltar_onlyfix_pt
Definition: TCCPlots.h:612
xAOD::TrackCaloCluster_v1::taste
virtual int taste() const
The taste of the particle.
TCCPlots::m_trk_pv0_notMatching_deltar_fix_eta
TH1 * m_trk_pv0_notMatching_deltar_fix_eta
Definition: TCCPlots.h:601
TCCPlots::fillPseudoResponseSubLeading
void fillPseudoResponseSubLeading(const xAOD::Jet &jet, const xAOD::Jet &calo)
Definition: TCCPlots.cxx:1343
TCCPlots::m_clusters_rejected_pt_fraction_e
TH2 * m_clusters_rejected_pt_fraction_e
Definition: TCCPlots.h:513
TCCPlots::m_clusters_pt_fraction_e
TH2 * m_clusters_pt_fraction_e
Definition: TCCPlots.h:510
TCCPlots::fillPerigeeInfoAllPt
void fillPerigeeInfoAllPt(const xAOD::TrackParticle &track)
Definition: TCCPlots.cxx:1402
TCCPlots::m_trk_matchedFraction_pt_onlyvar
TH1 * m_trk_matchedFraction_pt_onlyvar
Definition: TCCPlots.h:586
TCCPlots::m_trk_delta_trackPhi_caloEntryPhiCorr
TH1 * m_trk_delta_trackPhi_caloEntryPhiCorr
Definition: TCCPlots.h:345
TCCPlots::m_tcc_pt_truth_pt
TH2 * m_tcc_pt_truth_pt
Definition: TCCPlots.h:651
TCCPlots::m_trk_matching_deltar_fix_only_clusters_pt
TH2 * m_trk_matching_deltar_fix_only_clusters_pt
Definition: TCCPlots.h:566
TCCPlots::m_trk_matching_deltar_fix_eta
TH1 * m_trk_matching_deltar_fix_eta
Definition: TCCPlots.h:546
xAOD::Jet_v1
Class describing a jet.
Definition: Jet_v1.h:57
TCCPlots::m_trk_matchedFraction_pt_notvar
TH1 * m_trk_matchedFraction_pt_notvar
Definition: TCCPlots.h:585
TCCPlots::m_jet_phi
TH1 * m_jet_phi
Definition: TCCPlots.h:99
TCCPlots::m_clusters_matched_pv0_eta_fix
TH1 * m_clusters_matched_pv0_eta_fix
Definition: TCCPlots.h:436
TCCPlots::m_jet_resolution_add_d2_2leadings
TH1 * m_jet_resolution_add_d2_2leadings
Definition: TCCPlots.h:227
TCCPlots::m_trk_matching_deltar_fix_pt
TH1 * m_trk_matching_deltar_fix_pt
Definition: TCCPlots.h:547
TCCPlots::m_trk_notMatching_deltar_var_pt
TH1 * m_trk_notMatching_deltar_var_pt
Definition: TCCPlots.h:536
TCCPlots::m_trk_pv0_total_clusters_eta
TH2 * m_trk_pv0_total_clusters_eta
Definition: TCCPlots.h:595
TCCPlots::m_jet_mopt_pt_response_pt
TH3 * m_jet_mopt_pt_response_pt
Definition: TCCPlots.h:235
xAOD::Jet_v1::p4
virtual FourMom_t p4() const
The full 4-momentum of the particle.
Definition: Jet_v1.cxx:71
TCCPlots::fillTrackParametersAllPt
void fillTrackParametersAllPt(const xAOD::TrackParticle &track)
Definition: TCCPlots.cxx:1356
TCCPlots::m_trk_matching_deltar_or_clusters_eta
TH2 * m_trk_matching_deltar_or_clusters_eta
Definition: TCCPlots.h:558
TCCPlots::m_trk_pv0_matchedFraction_pt_onlyvar
TH1 * m_trk_pv0_matchedFraction_pt_onlyvar
Definition: TCCPlots.h:630
xAOD::Jet_v1::m
virtual double m() const
The invariant mass of the particle.
Definition: Jet_v1.cxx:59
TCCPlots::m_trk_d0_eta
TH2 * m_trk_d0_eta
Definition: TCCPlots.h:279
TCCPlots::m_jet_resolution_mopt_pt_m_leading
TH2 * m_jet_resolution_mopt_pt_m_leading
Definition: TCCPlots.h:254
TCCPlots::m_clusters_abs_matched_eta_none
TH1 * m_clusters_abs_matched_eta_none
Definition: TCCPlots.h:423
TCCPlots::m_jet_response_eta
TH1 * m_jet_response_eta
Definition: TCCPlots.h:123
TCCPlots::m_trk_pv0_matching_deltar_var_pt
TH1 * m_trk_pv0_matching_deltar_var_pt
Definition: TCCPlots.h:600
TCCPlots::m_jetPtBins
std::vector< float > m_jetPtBins
Definition: TCCPlots.h:91
TCCPlots::m_trk_notMatching_deltar_var_eta
TH1 * m_trk_notMatching_deltar_var_eta
Definition: TCCPlots.h:534
TCCPlots::m_clusters_etacut_abs_width
TH1 * m_clusters_etacut_abs_width
Definition: TCCPlots.h:410
TCCPlots::m_jet_pseudoresponse_m
TH1 * m_jet_pseudoresponse_m
Definition: TCCPlots.h:169
TCCPlots::m_clusters_matched_pvx_eta_var
TH1 * m_clusters_matched_pvx_eta_var
Definition: TCCPlots.h:476
TCCPlots::m_clusters_abs_matchedpvxFraction_eta_fix_and_var
TH1 * m_clusters_abs_matchedpvxFraction_eta_fix_and_var
Definition: TCCPlots.h:500
TCCPlots::m_clusters_etacut_abs_width_energy
TH2 * m_clusters_etacut_abs_width_energy
Definition: TCCPlots.h:413
TCCPlots::m_jet_deltaR_matched
TH1 * m_jet_deltaR_matched
Definition: TCCPlots.h:118
TCCPlots::m_trk_delta_perigeeEta_caloEntryEta_pt
TH2 * m_trk_delta_perigeeEta_caloEntryEta_pt
Definition: TCCPlots.h:334
TCCPlots::m_trk_caloEntryEta
TH1 * m_trk_caloEntryEta
Definition: TCCPlots.h:289
TCCPlots::m_clusters_etacut_width_energy
TH2 * m_clusters_etacut_width_energy
Definition: TCCPlots.h:375
TCCPlots::m_clusters_abs_matched_eta_notfix
TH1 * m_clusters_abs_matched_eta_notfix
Definition: TCCPlots.h:418
TCCPlots::m_clusters_matched_pv0_eta_onlyvar
TH1 * m_clusters_matched_pv0_eta_onlyvar
Definition: TCCPlots.h:440
TCCPlots::m_trk_delta_caloEntryEta_caloEntryEtaCorr_eta
TH2 * m_trk_delta_caloEntryEta_caloEntryEtaCorr_eta
Definition: TCCPlots.h:353
eFEXNTuple.delta_phi
def delta_phi(phi1, phi2)
Definition: eFEXNTuple.py:15
TCCPlots::m_clusters_abs_matchedFraction_eta_onlyfix
TH1 * m_clusters_abs_matchedFraction_eta_onlyfix
Definition: TCCPlots.h:431
TCCPlots::m_jet_response_add_d2_2leadings
TH1 * m_jet_response_add_d2_2leadings
Definition: TCCPlots.h:202
TCCPlots::m_clusters_abs_matchedFraction_eta_notfix
TH1 * m_clusters_abs_matchedFraction_eta_notfix
Definition: TCCPlots.h:427
TCCPlots::TCCPlots
TCCPlots(TCCPlotsBase *pParent, const std::string &dirName, const std::string &collection="")
Definition: TCCPlots.cxx:11
TCCPlots::m_trk_z0
TH1 * m_trk_z0
Definition: TCCPlots.h:275
TCCPlots::m_trk_perigeeUncTheta_caloUncTheta
TH2 * m_trk_perigeeUncTheta_caloUncTheta
Definition: TCCPlots.h:316
TCCPlots::m_trk_matchedFraction_eta_fix
TH1 * m_trk_matchedFraction_eta_fix
Definition: TCCPlots.h:573
TCCPlots::m_trk_notMatching_deltar_none_phi
TH1 * m_trk_notMatching_deltar_none_phi
Definition: TCCPlots.h:541
TCCPlots::m_clusters_abs_matchedpv0Fraction_eta_notvar
TH1 * m_clusters_abs_matchedpv0Fraction_eta_notvar
Definition: TCCPlots.h:467
TCCPlots::m_jet_mopt_pt_response_pt_subleading
TH3 * m_jet_mopt_pt_response_pt_subleading
Definition: TCCPlots.h:238
TCCPlots::m_clusters_matched_eta_fix_and_var
TH1 * m_clusters_matched_eta_fix_and_var
Definition: TCCPlots.h:377
TCCPlots::m_clusters_abs_matched_pv0_eta_fix_or_var
TH1 * m_clusters_abs_matched_pv0_eta_fix_or_var
Definition: TCCPlots.h:444
TCCPlots::m_trk_theta
TH1 * m_trk_theta
Definition: TCCPlots.h:276
TCCPlots::m_jet_mopt_pt_response_phi_subleading
TH3 * m_jet_mopt_pt_response_phi_subleading
Definition: TCCPlots.h:242
TCCPlots::m_clusters_matchedFraction_eta_notvar
TH1 * m_clusters_matchedFraction_eta_notvar
Definition: TCCPlots.h:391
TCCPlots::m_jet_pseudoresponse_pt_2leadings
TH1 * m_jet_pseudoresponse_pt_2leadings
Definition: TCCPlots.h:173
TCCPlots::m_trk_qOverP
TH1 * m_trk_qOverP
Definition: TCCPlots.h:278
TCCPlots::m_trk_matching_deltar_var_only_clusters_pt
TH2 * m_trk_matching_deltar_var_only_clusters_pt
Definition: TCCPlots.h:569
TCCPlots::m_trk_pv0_matchedFraction_eta_onlyvar
TH1 * m_trk_pv0_matchedFraction_eta_onlyvar
Definition: TCCPlots.h:621
TCCPlots::m_clusters_abs_matched_pv0_eta_onlyfix
TH1 * m_clusters_abs_matched_pv0_eta_onlyfix
Definition: TCCPlots.h:450
TCCPlots::m_trk_matching_deltar_fix_or_var_eta
TH1 * m_trk_matching_deltar_fix_or_var_eta
Definition: TCCPlots.h:554
TCCPlots::m_clusters_matchedpv0Fraction_eta_onlyfix
TH1 * m_clusters_matchedpv0Fraction_eta_onlyfix
Definition: TCCPlots.h:460
TCCPlots::m_clusters_matched_eta_notvar
TH1 * m_clusters_matched_eta_notvar
Definition: TCCPlots.h:382
TCCPlots::m_jet_response_d2
TH1 * m_jet_response_d2
Definition: TCCPlots.h:196
TCCPlots::m_clusters_matched_energy
TH1 * m_clusters_matched_energy
Definition: TCCPlots.h:366
TCCPlots::m_trk_qOverP_eta
TH2 * m_trk_qOverP_eta
Definition: TCCPlots.h:283
TCCPlots::m_trk_tcc_reco_pt_truth_pt
TH2 * m_trk_tcc_reco_pt_truth_pt
Definition: TCCPlots.h:658
xAOD::TruthParticle_v1::pt
virtual double pt() const override final
The transverse momentum ( ) of the particle.
Definition: TruthParticle_v1.cxx:166
TCCPlots::setJetPtBinning
void setJetPtBinning(const std::vector< float > &bins)
Definition: TCCPlots.cxx:533
xAOD::numberOfSCTHits
@ numberOfSCTHits
number of hits in SCT [unit8_t].
Definition: TrackingPrimitives.h:268
TCCPlots::m_trk_pv0_matching_deltar_fix_pt
TH1 * m_trk_pv0_matching_deltar_fix_pt
Definition: TCCPlots.h:598
TCCPlots::m_trk_notMatching_deltar_fix_eta
TH1 * m_trk_notMatching_deltar_fix_eta
Definition: TCCPlots.h:528
TCCPlots::m_jet_response_d2_pt_leading
TH2 * m_jet_response_d2_pt_leading
Definition: TCCPlots.h:161
TCCPlots::m_trk_perigeeUncEta_caloUncEta
TH2 * m_trk_perigeeUncEta_caloUncEta
Definition: TCCPlots.h:315
TCCPlots::m_jet_resolution_mopt_pt_phi
TH2 * m_jet_resolution_mopt_pt_phi
Definition: TCCPlots.h:260
TCCPlots::m_clusters_matchedFraction_eta_fix
TH1 * m_clusters_matchedFraction_eta_fix
Definition: TCCPlots.h:388
TCCPlots::m_trk_matchedFraction_eta_var
TH1 * m_trk_matchedFraction_eta_var
Definition: TCCPlots.h:575
TCCPlots::m_trk_caloEntryUncPhi_caloEntryPhi
TH2 * m_trk_caloEntryUncPhi_caloEntryPhi
Definition: TCCPlots.h:300
TCCPlots::m_clusters_matched_pv0_eta_onlyfix
TH1 * m_clusters_matched_pv0_eta_onlyfix
Definition: TCCPlots.h:441
TCCPlots::m_jet_response_add_eta_subleading
TH1 * m_jet_response_add_eta_subleading
Definition: TCCPlots.h:147
SG::ConstAccessor< T, AuxAllocator_t< T > >::isAvailable
bool isAvailable(const ELT &e) const
Test to see if this variable exists in the store.
defineDB.jets
list jets
Definition: JetTagCalibration/share/defineDB.py:24
TCCPlots::m_clusters_etacut_abs_width_eta
TH2 * m_clusters_etacut_abs_width_eta
Definition: TCCPlots.h:411
TCCPlots::m_trk_perigeeUncTot_caloUncTot
TH2 * m_trk_perigeeUncTot_caloUncTot
Definition: TCCPlots.h:318
TCCPlots::setTrackPtBinning
void setTrackPtBinning(const std::vector< float > &bins)
Definition: TCCPlots.cxx:541
TCCPlots::m_jet_response_add_eta
TH1 * m_jet_response_add_eta
Definition: TCCPlots.h:144
TCCPlots::m_trk_pv0_matchedFraction_eta_fix_and_var
TH1 * m_trk_pv0_matchedFraction_eta_fix_and_var
Definition: TCCPlots.h:615
TCCPlots::m_trk_matchedFraction_eta_notfix
TH1 * m_trk_matchedFraction_eta_notfix
Definition: TCCPlots.h:574
TCCPlots::m_clusters_abs_matchedFraction_eta_fix_and_var
TH1 * m_clusters_abs_matchedFraction_eta_fix_and_var
Definition: TCCPlots.h:424
python.TrigEgammaMonitorHelper.TH1F
def TH1F(name, title, nxbins, bins_par2, bins_par3=None, path='', **kwargs)
Definition: TrigEgammaMonitorHelper.py:24
TCCPlots::m_trk_matchedFraction_pt_fix
TH1 * m_trk_matchedFraction_pt_fix
Definition: TCCPlots.h:582
TCCPlots::m_jet_resolution_mopt_pt_d2_subleading
TH2 * m_jet_resolution_mopt_pt_d2_subleading
Definition: TCCPlots.h:271
TCCPlots::fillMomentsSubLeadingWithMassCut
void fillMomentsSubLeadingWithMassCut(const xAOD::Jet &jet)
Definition: TCCPlots.cxx:1191
TCCPlots::m_jet_resolution_mopt_pt_pt
TH2 * m_jet_resolution_mopt_pt_pt
Definition: TCCPlots.h:256
xAOD::track
@ track
Definition: TrackingPrimitives.h:512
TCCPlots::m_trk_delta_perigeePhi_caloEntryPhi_pt
TH2 * m_trk_delta_perigeePhi_caloEntryPhi_pt
Definition: TCCPlots.h:335
xAOD::TrackParticle_v1
Class describing a TrackParticle.
Definition: TrackParticle_v1.h:43
TCCPlots::m_clusters_matchedpv0Fraction_eta_notvar
TH1 * m_clusters_matchedpv0Fraction_eta_notvar
Definition: TCCPlots.h:458
TCCPlots::m_clusters_notMatched_eta
TH1 * m_clusters_notMatched_eta
Definition: TCCPlots.h:360
TCCPlots::m_trk_pv0_matching_deltar_onlyvar_pt
TH1 * m_trk_pv0_matching_deltar_onlyvar_pt
Definition: TCCPlots.h:614
TCCPlots::m_trk_notMatching_deltar_fix_pt
TH1 * m_trk_notMatching_deltar_fix_pt
Definition: TCCPlots.h:530
TCCPlots::m_trk_pv0_caloEntryUncTot_truthpt
TH2 * m_trk_pv0_caloEntryUncTot_truthpt
Definition: TCCPlots.h:594
TCCPlots::m_jet_resolution_mopt_pt_pt_leading
TH2 * m_jet_resolution_mopt_pt_pt_leading
Definition: TCCPlots.h:258
TCCPlots::m_clusters_matchedFraction_eta_onlyvar
TH1 * m_clusters_matchedFraction_eta_onlyvar
Definition: TCCPlots.h:392
TCCPlots::m_clusters_matchedFraction_eta_var
TH1 * m_clusters_matchedFraction_eta_var
Definition: TCCPlots.h:390
TCCPlots::m_jet_resolution_mopt_pt_pt_2leadings
TH2 * m_jet_resolution_mopt_pt_pt_2leadings
Definition: TCCPlots.h:257
TCCPlots::m_clusters_abs_matched_pvx_eta_var
TH1 * m_clusters_abs_matched_pvx_eta_var
Definition: TCCPlots.h:485
TCCPlots::m_jet_m_subleading
TH1 * m_jet_m_subleading
Definition: TCCPlots.h:112
TCCPlots::m_clusters_abs_matchedFraction_eta_none
TH1 * m_clusters_abs_matchedFraction_eta_none
Definition: TCCPlots.h:432
TCCPlots::m_clusters_matched_pvx_eta_fix
TH1 * m_clusters_matched_pvx_eta_fix
Definition: TCCPlots.h:474
TCCPlots::m_clusters_abs_notMatchedFraction_energy
TH1 * m_clusters_abs_notMatchedFraction_energy
Definition: TCCPlots.h:407
TCCPlots::m_jet_d2
TH1 * m_jet_d2
Definition: TCCPlots.h:186
TCCPlots::setTrackProdRadiusBinning
void setTrackProdRadiusBinning(const std::vector< float > &bins)
Definition: TCCPlots.cxx:545
TCCPlots::m_trk_matching_deltar_onlyvar_eta
TH1 * m_trk_matching_deltar_onlyvar_eta
Definition: TCCPlots.h:552
TCCPlots::m_trk_caloEntryUncEta_eta
TH2 * m_trk_caloEntryUncEta_eta
Definition: TCCPlots.h:293
plotBeamSpotCompare.histo
histo
Definition: plotBeamSpotCompare.py:415
TCCPlots::m_jet_response_add_d2_pt_subleading
TH2 * m_jet_response_add_d2_pt_subleading
Definition: TCCPlots.h:167
TCCPlots::m_trk_pv0_matching_deltar_onlyfix_eta
TH1 * m_trk_pv0_matching_deltar_onlyfix_eta
Definition: TCCPlots.h:611
TCCPlots::m_trk_caloEntryUncEta_prodRadius
TH2 * m_trk_caloEntryUncEta_prodRadius
Definition: TCCPlots.h:325
TCCPlots::m_trk_perigeeUncEta_pt
TH2 * m_trk_perigeeUncEta_pt
Definition: TCCPlots.h:307
TCCPlots::fillTrackParameters
void fillTrackParameters(const xAOD::TrackParticle &track)
Definition: TCCPlots.cxx:1485
xAOD::Jet_v1::pt
virtual double pt() const
The transverse momentum ( ) of the particle.
Definition: Jet_v1.cxx:44
TCCPlots::m_clusters_matchedpvxFraction_eta_var
TH1 * m_clusters_matchedpvxFraction_eta_var
Definition: TCCPlots.h:495
TCCPlots::m_jet_response_pt_subleading
TH1 * m_jet_response_pt_subleading
Definition: TCCPlots.h:140
TCCPlots::m_trk_perigeeUncPhi_caloUncPhi
TH2 * m_trk_perigeeUncPhi_caloUncPhi
Definition: TCCPlots.h:317
TCCPlots::m_jet_resolution_mopt_pt_phi_leading
TH2 * m_jet_resolution_mopt_pt_phi_leading
Definition: TCCPlots.h:262
TCCPlots::m_trk_prodRadius
TH1 * m_trk_prodRadius
Definition: TCCPlots.h:320
TCCPlots::m_clusters_abs_matched_eta_onlyfix
TH1 * m_clusters_abs_matched_eta_onlyfix
Definition: TCCPlots.h:422
python.compressB64.c
def c
Definition: compressB64.py:93
TCCPlots::m_jet_resolution_mopt_pt_eta_2leadings
TH2 * m_jet_resolution_mopt_pt_eta_2leadings
Definition: TCCPlots.h:265
TCCPlots::m_tcc_taste_pt
TH2 * m_tcc_taste_pt
Definition: TCCPlots.h:647
TCCPlots::m_clusters_matchedFraction_eta_fix_and_var
TH1 * m_clusters_matchedFraction_eta_fix_and_var
Definition: TCCPlots.h:386
xAOD::CaloCluster_v1::e
virtual double e() const
The total energy of the particle.
Definition: CaloCluster_v1.cxx:265
TCCPlots::m_trk_pv0_notMatching_deltar_fix_pt
TH1 * m_trk_pv0_notMatching_deltar_fix_pt
Definition: TCCPlots.h:602
TCCPlots::m_jet_response_pt_2leadings
TH1 * m_jet_response_pt_2leadings
Definition: TCCPlots.h:128
TCCPlots::m_clusters_abs_matchedFraction_eta_fix
TH1 * m_clusters_abs_matchedFraction_eta_fix
Definition: TCCPlots.h:426
TCCPlots::m_trk_matching_deltar_fix_only_clusters_eta
TH2 * m_trk_matching_deltar_fix_only_clusters_eta
Definition: TCCPlots.h:564
TCCPlotsBase::book
void book(TH1 *&pHisto, const SingleHistogramDefinition &hd)
Book a TH1 histogram.
Definition: TCCPlotsBase.cxx:50
TCCPlots::m_tcc_pt_track_pt
TH2 * m_tcc_pt_track_pt
Definition: TCCPlots.h:653
TCCPlots::m_trk_delta_trackPhi_caloEntryPhi
TH1 * m_trk_delta_trackPhi_caloEntryPhi
Definition: TCCPlots.h:338
TCCPlots::m_clusters_eta
TH1 * m_clusters_eta
Definition: TCCPlots.h:358
TCCPlots::m_trk_matching_deltar_onlyvar_pt
TH1 * m_trk_matching_deltar_onlyvar_pt
Definition: TCCPlots.h:553
TCCPlots::m_trk_total_pt
TH1 * m_trk_total_pt
Definition: TCCPlots.h:525
TCCPlots::m_clusters_matchedpv0Fraction_eta_none
TH1 * m_clusters_matchedpv0Fraction_eta_none
Definition: TCCPlots.h:461
TCCPlots::m_trk_pv0_matchedFraction_eta_onlyfix
TH1 * m_trk_pv0_matchedFraction_eta_onlyfix
Definition: TCCPlots.h:622
TCCPlots::m_trk_matching_deltar_var_only_clusters_phi
TH2 * m_trk_matching_deltar_var_only_clusters_phi
Definition: TCCPlots.h:568
TCCPlots::m_clusters_matched_eta_onlyvar
TH1 * m_clusters_matched_eta_onlyvar
Definition: TCCPlots.h:383
TCCPlots::m_trk_delta_perigeeEta_caloEntryEta_eta
TH2 * m_trk_delta_perigeeEta_caloEntryEta_eta
Definition: TCCPlots.h:332
TCCPlots::fillCaloEntryInfoAllPt
void fillCaloEntryInfoAllPt(const xAOD::TrackParticle &track)
Definition: TCCPlots.cxx:1364
TCCPlots::m_clusters_abs_matchedpvxFraction_eta_notfix
TH1 * m_clusters_abs_matchedpvxFraction_eta_notfix
Definition: TCCPlots.h:503
TCCPlots::m_jet_response_d2_pt_2leadings
TH2 * m_jet_response_d2_pt_2leadings
Definition: TCCPlots.h:160
TCCPlots::m_clusters_abs_matched_pv0_eta_onlyvar
TH1 * m_clusters_abs_matched_pv0_eta_onlyvar
Definition: TCCPlots.h:449
fitman.k
k
Definition: fitman.py:528
TCCPlots::m_jet_resolution_m
TH1 * m_jet_resolution_m
Definition: TCCPlots.h:206
TCCPlots::m_clusters_matchedpvxFraction_eta_notvar
TH1 * m_clusters_matchedpvxFraction_eta_notvar
Definition: TCCPlots.h:496
TCCPlots::m_trk_pv0_caloEntryUncTot_rFirstHit_0SiHits
TH2 * m_trk_pv0_caloEntryUncTot_rFirstHit_0SiHits
Definition: TCCPlots.h:636
TCCPlots::m_jet_resolution_d2_subleading
TH1 * m_jet_resolution_d2_subleading
Definition: TCCPlots.h:224
TCCPlots::m_clusters_matchedpv0Fraction_eta_fix_and_var
TH1 * m_clusters_matchedpv0Fraction_eta_fix_and_var
Definition: TCCPlots.h:453
TCCPlots::m_jet_pseudoresponse_pt_subleading
TH1 * m_jet_pseudoresponse_pt_subleading
Definition: TCCPlots.h:179
TCCPlots::m_trackProdRadiusBins
std::vector< float > m_trackProdRadiusBins
Definition: TCCPlots.h:94
TCCPlots::m_trk_pv0_matchedFraction_eta_var
TH1 * m_trk_pv0_matchedFraction_eta_var
Definition: TCCPlots.h:619
TCCPlots::m_trk_theta_eta
TH2 * m_trk_theta_eta
Definition: TCCPlots.h:281
TCCPlots::m_trk_caloEntryEtaOverEta_eta
TH2 * m_trk_caloEntryEtaOverEta_eta
Definition: TCCPlots.h:290
TCCPlots::m_jet_mopt_pt_response_d2
TH3 * m_jet_mopt_pt_response_d2
Definition: TCCPlots.h:247
TCCPlots::m_trk_pv0_matchedFraction_eta_fix_or_var
TH1 * m_trk_pv0_matchedFraction_eta_fix_or_var
Definition: TCCPlots.h:616
TCCPlots::m_clusters_abs_matchedpv0Fraction_eta_none
TH1 * m_clusters_abs_matchedpv0Fraction_eta_none
Definition: TCCPlots.h:470
TCCPlots::m_clusters_abs_matchedpvxFraction_eta_var
TH1 * m_clusters_abs_matchedpvxFraction_eta_var
Definition: TCCPlots.h:504
TCCPlots::m_clusters_abs_matched_pv0_eta_fix
TH1 * m_clusters_abs_matched_pv0_eta_fix
Definition: TCCPlots.h:445
TCCPlots::fillMomentsLeading
void fillMomentsLeading(const xAOD::Jet &jet)
Definition: TCCPlots.cxx:1167
TCCPlots::m_clusters_etacut_energy
TH1 * m_clusters_etacut_energy
Definition: TCCPlots.h:374
TCCPlots::m_clusters_matched_eta_onlyfix
TH1 * m_clusters_matched_eta_onlyfix
Definition: TCCPlots.h:384
TCCPlots::fillResponseNPV
void fillResponseNPV(const xAOD::Jet &jet, const xAOD::Jet &truth, int NPV)
Definition: TCCPlots.cxx:1130
TCCPlots::m_trk_caloEntryUncPhi_prodRadius
TH2 * m_trk_caloEntryUncPhi_prodRadius
Definition: TCCPlots.h:327
TCCPlots::m_jet_mopt_pt_response_eta
TH3 * m_jet_mopt_pt_response_eta
Definition: TCCPlots.h:243
TCCPlots::m_trk_matchedFraction_pt_var
TH1 * m_trk_matchedFraction_pt_var
Definition: TCCPlots.h:584
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