CMS 3D CMS Logo
pfDeepBoostedJetPreprocessParams_cfi.py
Go to the documentation of this file.
1 import FWCore.ParameterSet.Config as cms
2 
3 pfDeepBoostedJetPreprocessParams = cms.PSet(
4  input_names = cms.vstring(
5  'pfcand',
6  'sv'
7  ),
8  pfcand = cms.PSet(
9  input_shape = cms.vuint32(1, 42, 100, 1),
10  var_infos = cms.PSet(
11  pfcand_VTX_ass = cms.PSet(
12  median = cms.double(7.0),
13  norm_factor = cms.double(1.0),
14  replace_inf_value = cms.double(0),
15  lower_bound = cms.double(-5),
16  upper_bound = cms.double(5)
17  ),
18  pfcand_abseta = cms.PSet(
19  median = cms.double(0.632648706436),
20  norm_factor = cms.double(1.59032225958),
21  replace_inf_value = cms.double(0),
22  lower_bound = cms.double(-5),
23  upper_bound = cms.double(5)
24  ),
25  pfcand_btagEtaRel = cms.PSet(
26  median = cms.double(1.19703966379),
27  norm_factor = cms.double(0.521026991705),
28  replace_inf_value = cms.double(0),
29  lower_bound = cms.double(-5),
30  upper_bound = cms.double(5)
31  ),
32  pfcand_btagJetDistVal = cms.PSet(
33  median = cms.double(-0.000215483247302),
34  norm_factor = cms.double(161.385119349),
35  replace_inf_value = cms.double(0),
36  lower_bound = cms.double(-5),
37  upper_bound = cms.double(5)
38  ),
39  pfcand_btagPParRatio = cms.PSet(
40  median = cms.double(0.839023888111),
41  norm_factor = cms.double(1.19186117841),
42  replace_inf_value = cms.double(0),
43  lower_bound = cms.double(-5),
44  upper_bound = cms.double(5)
45  ),
46  pfcand_btagPtRatio = cms.PSet(
47  median = cms.double(0.0173742230982),
48  norm_factor = cms.double(4.25351138308),
49  replace_inf_value = cms.double(0),
50  lower_bound = cms.double(-5),
51  upper_bound = cms.double(5)
52  ),
53  pfcand_btagSip2dSig = cms.PSet(
54  median = cms.double(0.0),
55  norm_factor = cms.double(1.41174531059),
56  replace_inf_value = cms.double(0),
57  lower_bound = cms.double(-5),
58  upper_bound = cms.double(5)
59  ),
60  pfcand_btagSip2dVal = cms.PSet(
61  median = cms.double(0.0),
62  norm_factor = cms.double(495.583709284),
63  replace_inf_value = cms.double(0),
64  lower_bound = cms.double(-5),
65  upper_bound = cms.double(5)
66  ),
67  pfcand_btagSip3dSig = cms.PSet(
68  median = cms.double(0.0),
69  norm_factor = cms.double(0.831133090749),
70  replace_inf_value = cms.double(0),
71  lower_bound = cms.double(-5),
72  upper_bound = cms.double(5)
73  ),
74  pfcand_btagSip3dVal = cms.PSet(
75  median = cms.double(0.0),
76  norm_factor = cms.double(233.664322627),
77  replace_inf_value = cms.double(0),
78  lower_bound = cms.double(-5),
79  upper_bound = cms.double(5)
80  ),
81  pfcand_charge = cms.PSet(
82  median = cms.double(0.0),
83  norm_factor = cms.double(1.0),
84  replace_inf_value = cms.double(0),
85  lower_bound = cms.double(-5),
86  upper_bound = cms.double(5)
87  ),
88  pfcand_deltaR = cms.PSet(
89  median = cms.double(0.252654820681),
90  norm_factor = cms.double(3.50836328292),
91  replace_inf_value = cms.double(0),
92  lower_bound = cms.double(-5),
93  upper_bound = cms.double(5)
94  ),
95  pfcand_detadeta = cms.PSet(
96  median = cms.double(1.15567200254e-08),
97  norm_factor = cms.double(1644010.14927),
98  replace_inf_value = cms.double(0),
99  lower_bound = cms.double(-5),
100  upper_bound = cms.double(5)
101  ),
102  pfcand_dlambdadz = cms.PSet(
103  median = cms.double(-1.2810873784e-07),
104  norm_factor = cms.double(268715.13012),
105  replace_inf_value = cms.double(0),
106  lower_bound = cms.double(-5),
107  upper_bound = cms.double(5)
108  ),
109  pfcand_dphidphi = cms.PSet(
110  median = cms.double(1.130510352e-08),
111  norm_factor = cms.double(796482.476472),
112  replace_inf_value = cms.double(0),
113  lower_bound = cms.double(-5),
114  upper_bound = cms.double(5)
115  ),
116  pfcand_dphidxy = cms.PSet(
117  median = cms.double(-9.61654578191e-08),
118  norm_factor = cms.double(204149.346943),
119  replace_inf_value = cms.double(0),
120  lower_bound = cms.double(-5),
121  upper_bound = cms.double(5)
122  ),
123  pfcand_dptdpt = cms.PSet(
124  median = cms.double(4.11880840545e-08),
125  norm_factor = cms.double(66429.1000843),
126  replace_inf_value = cms.double(0),
127  lower_bound = cms.double(-5),
128  upper_bound = cms.double(5)
129  ),
130  pfcand_drminsv = cms.PSet(
131  median = cms.double(0.192182734609),
132  norm_factor = cms.double(2.38205282141),
133  replace_inf_value = cms.double(-1),
134  lower_bound = cms.double(-5),
135  upper_bound = cms.double(5)
136  ),
137  pfcand_drsubjet1 = cms.PSet(
138  median = cms.double(0.258241385221),
139  norm_factor = cms.double(2.92607580997),
140  replace_inf_value = cms.double(0),
141  lower_bound = cms.double(-5),
142  upper_bound = cms.double(5)
143  ),
144  pfcand_drsubjet2 = cms.PSet(
145  median = cms.double(0.305164307356),
146  norm_factor = cms.double(2.88195895791),
147  replace_inf_value = cms.double(0),
148  lower_bound = cms.double(-5),
149  upper_bound = cms.double(5)
150  ),
151  pfcand_dxy = cms.PSet(
152  median = cms.double(0.0),
153  norm_factor = cms.double(415.415835966),
154  replace_inf_value = cms.double(0),
155  lower_bound = cms.double(-5),
156  upper_bound = cms.double(5)
157  ),
158  pfcand_dxydxy = cms.PSet(
159  median = cms.double(9.32332170578e-07),
160  norm_factor = cms.double(45949.2394216),
161  replace_inf_value = cms.double(0),
162  lower_bound = cms.double(-5),
163  upper_bound = cms.double(5)
164  ),
165  pfcand_dxydz = cms.PSet(
166  median = cms.double(0.0),
167  norm_factor = cms.double(10598589.4298),
168  replace_inf_value = cms.double(0),
169  lower_bound = cms.double(-5),
170  upper_bound = cms.double(5)
171  ),
172  pfcand_dxysig = cms.PSet(
173  median = cms.double(0.0),
174  norm_factor = cms.double(1.54565964258),
175  replace_inf_value = cms.double(0),
176  lower_bound = cms.double(-5),
177  upper_bound = cms.double(5)
178  ),
179  pfcand_dz = cms.PSet(
180  median = cms.double(0.0),
181  norm_factor = cms.double(264.770519024),
182  replace_inf_value = cms.double(0),
183  lower_bound = cms.double(-5),
184  upper_bound = cms.double(5)
185  ),
186  pfcand_dzdz = cms.PSet(
187  median = cms.double(1.58729170607e-06),
188  norm_factor = cms.double(36545.958354),
189  replace_inf_value = cms.double(0),
190  lower_bound = cms.double(-5),
191  upper_bound = cms.double(5)
192  ),
193  pfcand_dzsig = cms.PSet(
194  median = cms.double(0.0),
195  norm_factor = cms.double(1.23840120847),
196  replace_inf_value = cms.double(0),
197  lower_bound = cms.double(-5),
198  upper_bound = cms.double(5)
199  ),
200  pfcand_erel_log = cms.PSet(
201  median = cms.double(-5.38221979141),
202  norm_factor = cms.double(0.556499386531),
203  replace_inf_value = cms.double(-99),
204  lower_bound = cms.double(-5),
205  upper_bound = cms.double(5)
206  ),
207  pfcand_etarel = cms.PSet(
208  median = cms.double(-0.00711047858931),
209  norm_factor = cms.double(4.2642743837),
210  replace_inf_value = cms.double(0),
211  lower_bound = cms.double(-5),
212  upper_bound = cms.double(5)
213  ),
214  pfcand_hcalFrac = cms.PSet(
215  median = cms.double(0.0),
216  norm_factor = cms.double(1.0),
217  replace_inf_value = cms.double(0),
218  lower_bound = cms.double(-5),
219  upper_bound = cms.double(5)
220  ),
221  pfcand_isChargedHad = cms.PSet(
222  median = cms.double(1.0),
223  norm_factor = cms.double(1.0),
224  replace_inf_value = cms.double(0),
225  lower_bound = cms.double(-5),
226  upper_bound = cms.double(5)
227  ),
228  pfcand_isEl = cms.PSet(
229  median = cms.double(0.0),
230  norm_factor = cms.double(1.0),
231  replace_inf_value = cms.double(0),
232  lower_bound = cms.double(-5),
233  upper_bound = cms.double(5)
234  ),
235  pfcand_isGamma = cms.PSet(
236  median = cms.double(0.0),
237  norm_factor = cms.double(1.0),
238  replace_inf_value = cms.double(0),
239  lower_bound = cms.double(-5),
240  upper_bound = cms.double(5)
241  ),
242  pfcand_isMu = cms.PSet(
243  median = cms.double(0.0),
244  norm_factor = cms.double(1.0),
245  replace_inf_value = cms.double(0),
246  lower_bound = cms.double(-5),
247  upper_bound = cms.double(5)
248  ),
249  pfcand_isNeutralHad = cms.PSet(
250  median = cms.double(0.0),
251  norm_factor = cms.double(1.0),
252  replace_inf_value = cms.double(0),
253  lower_bound = cms.double(-5),
254  upper_bound = cms.double(5)
255  ),
256  pfcand_lostInnerHits = cms.PSet(
257  median = cms.double(-1.0),
258  norm_factor = cms.double(1.0),
259  replace_inf_value = cms.double(0),
260  lower_bound = cms.double(-5),
261  upper_bound = cms.double(5)
262  ),
263  pfcand_normchi2 = cms.PSet(
264  median = cms.double(2.0),
265  norm_factor = cms.double(0.00100300902708),
266  replace_inf_value = cms.double(0),
267  lower_bound = cms.double(-5),
268  upper_bound = cms.double(5)
269  ),
270  pfcand_phirel = cms.PSet(
271  median = cms.double(-1.71389010575e-05),
272  norm_factor = cms.double(4.22784626632),
273  replace_inf_value = cms.double(0),
274  lower_bound = cms.double(-5),
275  upper_bound = cms.double(5)
276  ),
277  pfcand_pt_log = cms.PSet(
278  median = cms.double(1.03476798534),
279  norm_factor = cms.double(0.542224410728),
280  replace_inf_value = cms.double(-99),
281  lower_bound = cms.double(-5),
282  upper_bound = cms.double(5)
283  ),
284  pfcand_ptrel_log = cms.PSet(
285  median = cms.double(-5.37407469749),
286  norm_factor = cms.double(0.554677114485),
287  replace_inf_value = cms.double(-99),
288  lower_bound = cms.double(-5),
289  upper_bound = cms.double(5)
290  ),
291  pfcand_puppiw = cms.PSet(
292  median = cms.double(1.0),
293  norm_factor = cms.double(255.000015199),
294  replace_inf_value = cms.double(0),
295  lower_bound = cms.double(-5),
296  upper_bound = cms.double(5)
297  ),
298  pfcand_quality = cms.PSet(
299  median = cms.double(5.0),
300  norm_factor = cms.double(0.2),
301  replace_inf_value = cms.double(0),
302  lower_bound = cms.double(-5),
303  upper_bound = cms.double(5)
304  )
305  ),
306  var_length = cms.uint32(100),
307  var_names = cms.vstring(
308  'pfcand_pt_log',
309  'pfcand_ptrel_log',
310  'pfcand_erel_log',
311  'pfcand_phirel',
312  'pfcand_etarel',
313  'pfcand_deltaR',
314  'pfcand_abseta',
315  'pfcand_puppiw',
316  'pfcand_drminsv',
317  'pfcand_drsubjet1',
318  'pfcand_drsubjet2',
319  'pfcand_charge',
320  'pfcand_isMu',
321  'pfcand_isEl',
322  'pfcand_isChargedHad',
323  'pfcand_isGamma',
324  'pfcand_isNeutralHad',
325  'pfcand_hcalFrac',
326  'pfcand_VTX_ass',
327  'pfcand_lostInnerHits',
328  'pfcand_normchi2',
329  'pfcand_quality',
330  'pfcand_dz',
331  'pfcand_dzsig',
332  'pfcand_dxy',
333  'pfcand_dxysig',
334  'pfcand_dptdpt',
335  'pfcand_detadeta',
336  'pfcand_dphidphi',
337  'pfcand_dxydxy',
338  'pfcand_dzdz',
339  'pfcand_dxydz',
340  'pfcand_dphidxy',
341  'pfcand_dlambdadz',
342  'pfcand_btagEtaRel',
343  'pfcand_btagPtRatio',
344  'pfcand_btagPParRatio',
345  'pfcand_btagSip2dVal',
346  'pfcand_btagSip2dSig',
347  'pfcand_btagSip3dVal',
348  'pfcand_btagSip3dSig',
349  'pfcand_btagJetDistVal'
350  )
351  ),
352  sv = cms.PSet(
353  input_shape = cms.vuint32(1, 15, 7, 1),
354  var_infos = cms.PSet(
355  sv_abseta = cms.PSet(
356  median = cms.double(0.616221785545),
357  norm_factor = cms.double(1.49676942133),
358  replace_inf_value = cms.double(0),
359  lower_bound = cms.double(-5),
360  upper_bound = cms.double(5)
361  ),
362  sv_costhetasvpv = cms.PSet(
363  median = cms.double(0.999747157097),
364  norm_factor = cms.double(174.907183727),
365  replace_inf_value = cms.double(0),
366  lower_bound = cms.double(-5),
367  upper_bound = cms.double(5)
368  ),
369  sv_d3d = cms.PSet(
370  median = cms.double(0.5242870152),
371  norm_factor = cms.double(0.255813267634),
372  replace_inf_value = cms.double(0),
373  lower_bound = cms.double(-5),
374  upper_bound = cms.double(5)
375  ),
376  sv_d3dsig = cms.PSet(
377  median = cms.double(9.12465429306),
378  norm_factor = cms.double(0.0238374692882),
379  replace_inf_value = cms.double(0),
380  lower_bound = cms.double(-5),
381  upper_bound = cms.double(5)
382  ),
383  sv_deltaR = cms.PSet(
384  median = cms.double(0.140969499946),
385  norm_factor = cms.double(4.30546783192),
386  replace_inf_value = cms.double(0),
387  lower_bound = cms.double(-5),
388  upper_bound = cms.double(5)
389  ),
390  sv_dxy = cms.PSet(
391  median = cms.double(0.387232214212),
392  norm_factor = cms.double(0.360931771841),
393  replace_inf_value = cms.double(0),
394  lower_bound = cms.double(-5),
395  upper_bound = cms.double(5)
396  ),
397  sv_dxysig = cms.PSet(
398  median = cms.double(9.11130714417),
399  norm_factor = cms.double(0.0238327380073),
400  replace_inf_value = cms.double(0),
401  lower_bound = cms.double(-5),
402  upper_bound = cms.double(5)
403  ),
404  sv_erel_log = cms.PSet(
405  median = cms.double(-2.82667005062),
406  norm_factor = cms.double(0.704463981589),
407  replace_inf_value = cms.double(-99),
408  lower_bound = cms.double(-5),
409  upper_bound = cms.double(5)
410  ),
411  sv_etarel = cms.PSet(
412  median = cms.double(-0.0037129354896),
413  norm_factor = cms.double(6.99426943996),
414  replace_inf_value = cms.double(0),
415  lower_bound = cms.double(-5),
416  upper_bound = cms.double(5)
417  ),
418  sv_mass = cms.PSet(
419  median = cms.double(1.34319722652),
420  norm_factor = cms.double(0.368495534421),
421  replace_inf_value = cms.double(0),
422  lower_bound = cms.double(-5),
423  upper_bound = cms.double(5)
424  ),
425  sv_normchi2 = cms.PSet(
426  median = cms.double(0.819934427738),
427  norm_factor = cms.double(0.725797320076),
428  replace_inf_value = cms.double(0),
429  lower_bound = cms.double(-5),
430  upper_bound = cms.double(5)
431  ),
432  sv_ntracks = cms.PSet(
433  median = cms.double(3.0),
434  norm_factor = cms.double(0.5),
435  replace_inf_value = cms.double(0),
436  lower_bound = cms.double(-5),
437  upper_bound = cms.double(5)
438  ),
439  sv_phirel = cms.PSet(
440  median = cms.double(0.000521215377375),
441  norm_factor = cms.double(7.16761972364),
442  replace_inf_value = cms.double(0),
443  lower_bound = cms.double(-5),
444  upper_bound = cms.double(5)
445  ),
446  sv_pt_log = cms.PSet(
447  median = cms.double(3.64881515503),
448  norm_factor = cms.double(0.725050067872),
449  replace_inf_value = cms.double(-99),
450  lower_bound = cms.double(-5),
451  upper_bound = cms.double(5)
452  ),
453  sv_ptrel_log = cms.PSet(
454  median = cms.double(-2.81496477127),
455  norm_factor = cms.double(0.701236308041),
456  replace_inf_value = cms.double(-99),
457  lower_bound = cms.double(-5),
458  upper_bound = cms.double(5)
459  )
460  ),
461  var_length = cms.uint32(7),
462  var_names = cms.vstring(
463  'sv_pt_log',
464  'sv_ptrel_log',
465  'sv_erel_log',
466  'sv_phirel',
467  'sv_etarel',
468  'sv_deltaR',
469  'sv_abseta',
470  'sv_mass',
471  'sv_ntracks',
472  'sv_normchi2',
473  'sv_dxy',
474  'sv_dxysig',
475  'sv_d3d',
476  'sv_d3dsig',
477  'sv_costhetasvpv'
478  )
479  )
480 )
Generated for CMSSW Reference Manual by doxygen 1.8.14