ATLAS Offline Software
Classes | Functions | Variables
PlotCalibrationHV Namespace Reference

Classes

class  L1CaloHVReader
 

Functions

def isEmPresampler (layerName)
 
def isEmFront (layerName, isOverlap)
 
def isEmMiddle (layerName, isOverlap)
 
def isEmBack (layerName, isOverlap)
 
def isEmOverlapBack (layerName, isOverlap)
 
def isHadFirstLayer (layerName, TT_part)
 
def isHadSecondLayer (layerName, TT_part)
 
def isHadThirdLayer (layerName, TT_part)
 
def isHadFourthLayer (layerName, TT_part)
 
def PlotCalibrationHV (input_file_name=None)
 

Variables

 parser
 
 action
 
 type
 
 dest
 
 help
 
 options
 
 args
 

Function Documentation

◆ isEmBack()

def PlotCalibrationHV.isEmBack (   layerName,
  isOverlap 
)

Definition at line 58 of file PlotCalibrationHV.py.

58 def isEmBack(layerName,isOverlap):
59 
60 # layer number 3 in EMB and overlap, layer number 7 in EMEC, layer nr. 5 in overlap
61  isAccepted = False
62 
63  if isOverlap:
64  if layerName == 5:
65  isAccepted = True
66  else:
67  if layerName == 3 or layerName == 7:
68  isAccepted = True
69 
70  return isAccepted
71 
72 

◆ isEmFront()

def PlotCalibrationHV.isEmFront (   layerName,
  isOverlap 
)

Definition at line 27 of file PlotCalibrationHV.py.

27 def isEmFront(layerName,isOverlap):
28 
29 # layer name 1 in EMB and overlap, name 5 in EMEC (name 5 in overlap goes with back layer)
30 # EM overlap has layer names 0, 1, 2 (EMB) and 5,6 (EMEC)
31 
32  isAccepted = False
33 
34  if isOverlap:
35  if layerName == 1:
36  isAccepted = True
37  else:
38  if layerName == 1 or layerName == 5:
39  isAccepted = True
40 
41  return isAccepted
42 

◆ isEmMiddle()

def PlotCalibrationHV.isEmMiddle (   layerName,
  isOverlap 
)

Definition at line 43 of file PlotCalibrationHV.py.

43 def isEmMiddle(layerName,isOverlap):
44 
45 # layer name 2 in EMB and overlap, name 6 in EMEC and 21 in FCAL0 (name 6 in overlap goes alone)
46  isAccepted = False
47 
48  if isOverlap:
49  if layerName == 2:
50  isAccepted = True
51  else:
52  if layerName == 2 or layerName == 6 or layerName == 21:
53  isAccepted = True
54 
55  return isAccepted
56 
57 

◆ isEmOverlapBack()

def PlotCalibrationHV.isEmOverlapBack (   layerName,
  isOverlap 
)

Definition at line 73 of file PlotCalibrationHV.py.

73 def isEmOverlapBack(layerName,isOverlap):
74 
75 # layer number 6 in EM overlap, this one doesn't fit anywhere else...
76  isAccepted = False
77 
78  if isOverlap and layerName == 6:
79  isAccepted = True
80 
81  return isAccepted
82 
83 

◆ isEmPresampler()

def PlotCalibrationHV.isEmPresampler (   layerName)

Definition at line 17 of file PlotCalibrationHV.py.

17 def isEmPresampler(layerName):
18 
19 # layer name 0 in EMB and overlap, name 4 in EMEC
20 
21  if layerName == 0 or layerName == 4:
22  return True
23  else:
24  return False
25 
26 

◆ isHadFirstLayer()

def PlotCalibrationHV.isHadFirstLayer (   layerName,
  TT_part 
)

Definition at line 84 of file PlotCalibrationHV.py.

84 def isHadFirstLayer(layerName,TT_part):
85 
86 # layer number 8 in HEC, low eta part of 22 (FCAL2)
87  isAccepted = False
88  if layerName == 8 or (layerName == 22 and TT_part == 'EmecFcalLowEta'):
89  isAccepted = True
90 
91  return isAccepted
92 

◆ isHadFourthLayer()

def PlotCalibrationHV.isHadFourthLayer (   layerName,
  TT_part 
)

Definition at line 111 of file PlotCalibrationHV.py.

111 def isHadFourthLayer(layerName,TT_part):
112 
113 # layer number 11 in HEC, high eta part of 23 (FCAL3)
114  isAccepted = False
115  if layerName == 11 or (layerName == 23 and TT_part == 'EmbFcalHighEta'):
116  isAccepted = True
117 
118  return isAccepted
119 

◆ isHadSecondLayer()

def PlotCalibrationHV.isHadSecondLayer (   layerName,
  TT_part 
)

Definition at line 93 of file PlotCalibrationHV.py.

93 def isHadSecondLayer(layerName,TT_part):
94 
95 # layer number 9 in HEC, high eta part of 22 (FCAL2)
96  isAccepted = False
97  if layerName == 9 or (layerName == 22 and TT_part == 'EmbFcalHighEta'):
98  isAccepted = True
99 
100  return isAccepted
101 

◆ isHadThirdLayer()

def PlotCalibrationHV.isHadThirdLayer (   layerName,
  TT_part 
)

Definition at line 102 of file PlotCalibrationHV.py.

102 def isHadThirdLayer(layerName,TT_part):
103 
104 # layer number 10 in HEC, low eta part of 23 (FCAL3)
105  isAccepted = False
106  if layerName == 10 or (layerName == 23 and TT_part == 'EmecFcalLowEta'):
107  isAccepted = True
108 
109  return isAccepted
110 

◆ PlotCalibrationHV()

def PlotCalibrationHV.PlotCalibrationHV (   input_file_name = None)

Definition at line 307 of file PlotCalibrationHV.py.

307 def PlotCalibrationHV(input_file_name=None):
308 
309  HVCutAverage = 1.05 # lower cut on TT-averaged HV corrections
310 # HVCutAverage = 1.01 # lower cut on TT-averaged HV corrections
311  HVCutLayers = 1.001 # lower cut on layer-by-layer corrections
312 
313  ROOT.gStyle.SetPalette(1)
314  ROOT.gStyle.SetOptStat(111111)
315  ROOT.gStyle.SetCanvasColor(10)
316 
317  c1 = ROOT.TCanvas('c1','Example',200,10,700,500)
318 
319  h_MeanCorrEmecFcalLowEta_em = L1CaloMap("Mean HV corrections for EM (EMEC in overlap) ","#eta bin","#phi bin")
320  h_MeanCorrEmecFcalLowEta_had = L1CaloMap("Mean HV corrections for HAD (FCAL low #eta)","#eta bin","#phi bin")
321 
322  h_MeanCorrEmbFcalHighEta_em = L1CaloMap("Mean HV corrections for EM overlap (EMB)","#eta bin","#phi bin")
323  h_MeanCorrEmbFcalHighEta_had = L1CaloMap("Mean HV corrections for HAD FCAL (high #eta)","#eta bin","#phi bin")
324 
325 
326  h_LayerCorr_presampler = L1CaloMap("HV corrections for EM presampler ","#eta bin","#phi bin")
327  h_CellFraction_presampler = L1CaloMap("Fraction of HV affected cells in EM presampler","#eta bin","#phi bin")
328  h_LayerCorr_em_front = L1CaloMap("HV corrections for EM front layer ","#eta bin","#phi bin")
329  h_CellFraction_em_front = L1CaloMap("Fraction of HV affected cells in EM front layer","#eta bin","#phi bin")
330  h_LayerCorr_em_middle = L1CaloMap("HV corrections for EM middle layer ","#eta bin","#phi bin")
331  h_CellFraction_em_middle = L1CaloMap("Fraction of HV affected cells in EM middle layer","#eta bin","#phi bin")
332  h_LayerCorr_em_back = L1CaloMap("HV corrections for EM back layer","#eta bin","#phi bin")
333  h_CellFraction_em_back = L1CaloMap("Fraction of HV affected cells in EM back layer","#eta bin","#phi bin")
334 
335  h_LayerCorr_em_overlap_back = L1CaloMap("HV corrections for EM overlap back layer","#eta bin","#phi bin")
336  h_CellFraction_em_overlap_back = L1CaloMap("Fraction of HV affected cells in EM overlap back layer","#eta bin","#phi bin")
337 
338  h_LayerCorr_had_first = L1CaloMap("HV corrections for first HAD layer (low #eta FCAL2)","#eta bin","#phi bin")
339  h_CellFraction_had_first = L1CaloMap("Fraction of HV affected cells in first HAD layer (low #eta FCAL2)","#eta bin","#phi bin")
340  h_LayerCorr_had_second = L1CaloMap("HV corrections for second HAD layer (high #eta FCAL2)","#eta bin","#phi bin")
341  h_CellFraction_had_second = L1CaloMap("Fraction of HV affected cells in second HAD layer (high #eta FCAL2)","#eta bin","#phi bin")
342  h_LayerCorr_had_third = L1CaloMap("HV corrections for third HAD layer (low #eta FCAL3)","#eta bin","#phi bin")
343  h_CellFraction_had_third = L1CaloMap("Fraction of HV affected cells in third HAD layer (low #eta FCAL3)","#eta bin","#phi bin")
344  h_LayerCorr_had_fourth = L1CaloMap("HV corrections for fourth HAD layer (high #eta FCAL3)","#eta bin","#phi bin")
345  h_CellFraction_had_fourth = L1CaloMap("Fraction of HV affected cells in fourth HAD layer (high #eta FCAL3)","#eta bin","#phi bin")
346 
347 
348 
349  geometry_convertor = L1CaloGeometryConvertor()
350  geometry_convertor.LoadReceiverPPMMap()
351 
352 
353  input_file = input_file_name
354  print(("Taking HV information from file",input_file ))
355 
356  hv_status = L1CaloHVReader(input_file)
357 
358  large_hv_file = open('large_hv_corr.txt','w')
359 
360  for ReceiverId in list(hv_status.GetMeanCorections().keys()):
361 
362  MeanHVCorrection = (hv_status.GetMeanCorections())[ReceiverId]
363  CorrLayers = [0,0,0,0]
364  CorrLayers[0] = (hv_status.GetCorLayer1())[ReceiverId]
365  CorrLayers[1] = (hv_status.GetCorLayer2())[ReceiverId]
366  CorrLayers[2] = (hv_status.GetCorLayer3())[ReceiverId]
367  CorrLayers[3] = (hv_status.GetCorLayer4())[ReceiverId]
368 
369  NLayers = (hv_status.GetNLayers())[ReceiverId]
370 
371  AffectedCells = [0,0,0,0]
372  AffectedCells[0] = (hv_status.GetAffectedCells1())[ReceiverId]
373  AffectedCells[1] = (hv_status.GetAffectedCells2())[ReceiverId]
374  AffectedCells[2] = (hv_status.GetAffectedCells3())[ReceiverId]
375  AffectedCells[3] = (hv_status.GetAffectedCells4())[ReceiverId]
376 
377  NCells = [0,0,0,0]
378  NCells[0] = (hv_status.GetNCells1())[ReceiverId]
379  NCells[1] = (hv_status.GetNCells2())[ReceiverId]
380  NCells[2] = (hv_status.GetNCells3())[ReceiverId]
381  NCells[3] = (hv_status.GetNCells4())[ReceiverId]
382 
383  LayerName = [0,0,0,0]
384  LayerName[0] = (hv_status.GetName1())[ReceiverId]
385  LayerName[1] = (hv_status.GetName2())[ReceiverId]
386  LayerName[2] = (hv_status.GetName3())[ReceiverId]
387  LayerName[3] = (hv_status.GetName4())[ReceiverId]
388 
389  PPM_ID = geometry_convertor.getPPMfromReceiver(ReceiverId)
390  eta_bin = geometry_convertor.getEtaBin(PPM_ID)
391  phi_bin = geometry_convertor.getPhiBin(PPM_ID)
392 
393  TT_part = 'EmecFcalLowEta'
394  if geometry_convertor.isPPMFCAL(PPM_ID) and geometry_convertor.getFCAL23RecEta(ReceiverId)=='HighEta':
395  TT_part = 'EmbFcalHighEta'
396  if geometry_convertor.isPPMOverlap(PPM_ID) and geometry_convertor.getOverlapLayer(ReceiverId)=='EMB':
397  TT_part = 'EmbFcalHighEta'
398 
399 # if geometry_convertor.isPPMOverlap(PPM_ID):
400 # print ("Overlap tower COOL Id=%s Rx=%s layer=%s" % (PPM_ID,ReceiverId,geometry_convertor.getOverlapLayer(ReceiverId)))
401 
402 # if geometry_convertor.isPPMFCAL(PPM_ID):
403 # print ("Overlap tower COOL Id=%s Rx=%s layer=%s" % (PPM_ID,ReceiverId,TT_part))
404 
405 # Mean corrections
406 
407  if MeanHVCorrection > HVCutAverage and TT_part == 'EmecFcalLowEta':
408  if geometry_convertor.isCoolEm(PPM_ID):
409  h_MeanCorrEmecFcalLowEta_em.Fill(eta_bin,phi_bin,MeanHVCorrection)
410  large_hv_file.write("%3i %3i EM %12s Rx=%7s %.3f (%.3f %.3f %.3f %.3f) \n" % (eta_bin,phi_bin,PPM_ID,ReceiverId,MeanHVCorrection,CorrLayers[0],CorrLayers[1],CorrLayers[2],CorrLayers[3]))
411 
412  if geometry_convertor.isCoolHad(PPM_ID):
413  h_MeanCorrEmecFcalLowEta_had.Fill(eta_bin,phi_bin,MeanHVCorrection)
414  large_hv_file.write("%3i %3i HAD %12s Rx=%7s %.3f (%.3f %.3f %.3f %.3f) \n" % (eta_bin,phi_bin,PPM_ID,ReceiverId,MeanHVCorrection,CorrLayers[0],CorrLayers[1],CorrLayers[2],CorrLayers[3]))
415 
416  if MeanHVCorrection > HVCutAverage and TT_part == 'EmbFcalHighEta':
417  if geometry_convertor.isCoolEm(PPM_ID):
418  h_MeanCorrEmbFcalHighEta_em.Fill(eta_bin,phi_bin,MeanHVCorrection)
419  large_hv_file.write("%3i %3i EM %12s Rx=%7s %.3f (%.3f %.3f %.3f %.3f) \n" % (eta_bin,phi_bin,PPM_ID,ReceiverId,MeanHVCorrection,CorrLayers[0],CorrLayers[1],CorrLayers[2],CorrLayers[3]))
420 
421  if geometry_convertor.isCoolHad(PPM_ID):
422  h_MeanCorrEmbFcalHighEta_had.Fill(eta_bin,phi_bin,MeanHVCorrection)
423  large_hv_file.write("%3i %3i HAD %12s Rx=%7s %.3f (%.3f %.3f %.3f %.3f) \n" % (eta_bin,phi_bin,PPM_ID,ReceiverId,MeanHVCorrection,CorrLayers[0],CorrLayers[1],CorrLayers[2],CorrLayers[3]))
424 
425 # Now go layer-by-layer
426 
427  for ilayer in range(NLayers):
428 
429 # EM layers
430 
431  if isEmPresampler(LayerName[ilayer]):
432  if CorrLayers[ilayer] > HVCutLayers:
433  h_LayerCorr_presampler.Fill(eta_bin,phi_bin,CorrLayers[ilayer])
434  h_CellFraction_presampler.Fill(eta_bin,phi_bin,float(AffectedCells[ilayer])/float(NCells[ilayer]))
435 
436  if isEmFront(LayerName[ilayer],geometry_convertor.isPPMOverlap(PPM_ID)):
437  if CorrLayers[ilayer] > HVCutLayers:
438  h_LayerCorr_em_front.Fill(eta_bin,phi_bin,CorrLayers[ilayer])
439  h_CellFraction_em_front.Fill(eta_bin,phi_bin,float(AffectedCells[ilayer])/float(NCells[ilayer]))
440 
441  if isEmMiddle(LayerName[ilayer],geometry_convertor.isPPMOverlap(PPM_ID)):
442  if CorrLayers[ilayer] > HVCutLayers:
443  h_LayerCorr_em_middle.Fill(eta_bin,phi_bin,CorrLayers[ilayer])
444  h_CellFraction_em_middle.Fill(eta_bin,phi_bin,float(AffectedCells[ilayer])/float(NCells[ilayer]))
445 
446  if isEmBack(LayerName[ilayer],geometry_convertor.isPPMOverlap(PPM_ID)):
447  if CorrLayers[ilayer] > HVCutLayers:
448  h_LayerCorr_em_back.Fill(eta_bin,phi_bin,CorrLayers[ilayer])
449  h_CellFraction_em_back.Fill(eta_bin,phi_bin,float(AffectedCells[ilayer])/float(NCells[ilayer]))
450 
451  if isEmOverlapBack(LayerName[ilayer],geometry_convertor.isPPMOverlap(PPM_ID)):
452  if CorrLayers[ilayer] > HVCutLayers:
453  h_LayerCorr_em_overlap_back.Fill(eta_bin,phi_bin,CorrLayers[ilayer])
454  h_CellFraction_em_overlap_back.Fill(eta_bin,phi_bin,float(AffectedCells[ilayer])/float(NCells[ilayer]))
455 
456 # HAD layers
457 
458  if isHadFirstLayer(LayerName[ilayer],TT_part):
459  if CorrLayers[ilayer] > HVCutLayers:
460  h_LayerCorr_had_first.Fill(eta_bin,phi_bin,CorrLayers[ilayer])
461  h_CellFraction_had_first.Fill(eta_bin,phi_bin,float(AffectedCells[ilayer])/float(NCells[ilayer]))
462 
463  if isHadSecondLayer(LayerName[ilayer],TT_part):
464  if CorrLayers[ilayer] > HVCutLayers:
465  h_LayerCorr_had_second.Fill(eta_bin,phi_bin,CorrLayers[ilayer])
466  h_CellFraction_had_second.Fill(eta_bin,phi_bin,float(AffectedCells[ilayer])/float(NCells[ilayer]))
467 
468  if isHadThirdLayer(LayerName[ilayer],TT_part):
469  if CorrLayers[ilayer] > HVCutLayers:
470  h_LayerCorr_had_third.Fill(eta_bin,phi_bin,CorrLayers[ilayer])
471  h_CellFraction_had_third.Fill(eta_bin,phi_bin,float(AffectedCells[ilayer])/float(NCells[ilayer]))
472 
473  if isHadFourthLayer(LayerName[ilayer],TT_part):
474  if CorrLayers[ilayer] > HVCutLayers:
475  h_LayerCorr_had_fourth.Fill(eta_bin,phi_bin,CorrLayers[ilayer])
476  h_CellFraction_had_fourth.Fill(eta_bin,phi_bin,float(AffectedCells[ilayer])/float(NCells[ilayer]))
477 
478 
479  large_hv_file.close()
480 
481  # Draw mean corrections
482 
483  h_MeanCorrEmecFcalLowEta_em.SetMinimum(1.)
484  h_MeanCorrEmecFcalLowEta_em.SetMaximum(2.1)
485  h_MeanCorrEmecFcalLowEta_em.Draw()
486  c1.Print("HVStatus.ps(")
487 
488  h_MeanCorrEmecFcalLowEta_had.SetMinimum(1.)
489  h_MeanCorrEmecFcalLowEta_had.SetMaximum(2.1)
490  h_MeanCorrEmecFcalLowEta_had.Draw()
491  c1.Print("HVStatus.ps")
492 
493 
494  h_MeanCorrEmbFcalHighEta_em.SetMinimum(1.)
495  h_MeanCorrEmbFcalHighEta_em.SetMaximum(2.1)
496  h_MeanCorrEmbFcalHighEta_em.Draw()
497  c1.Print("HVStatus.ps")
498 
499  h_MeanCorrEmbFcalHighEta_had.SetMinimum(1.)
500  h_MeanCorrEmbFcalHighEta_had.SetMaximum(2.1)
501  h_MeanCorrEmbFcalHighEta_had.Draw()
502  c1.Print("HVStatus.ps")
503 
504 
505  # Now EM layer-by-layer corrections
506 
507  h_LayerCorr_presampler.SetMinimum(1.)
508  h_LayerCorr_presampler.SetMaximum(2.1)
509  h_LayerCorr_presampler.Draw()
510  c1.Print("HVStatus.ps")
511 
512  h_CellFraction_presampler.SetMinimum(0.)
513  h_CellFraction_presampler.SetMaximum(1.1)
514  h_CellFraction_presampler .Draw()
515  c1.Print("HVStatus.ps")
516 
517  h_LayerCorr_em_front.SetMinimum(1.)
518  h_LayerCorr_em_front.SetMaximum(2.1)
519  h_LayerCorr_em_front.Draw()
520  c1.Print("HVStatus.ps")
521 
522  h_CellFraction_em_front.SetMinimum(0.)
523  h_CellFraction_em_front.SetMaximum(1.1)
524  h_CellFraction_em_front.Draw()
525  c1.Print("HVStatus.ps")
526 
527  h_LayerCorr_em_middle.SetMinimum(1.)
528  h_LayerCorr_em_middle.SetMaximum(2.1)
529  h_LayerCorr_em_middle.Draw()
530  c1.Print("HVStatus.ps")
531 
532  h_CellFraction_em_middle.SetMinimum(0.)
533  h_CellFraction_em_middle.SetMaximum(1.1)
534  h_CellFraction_em_middle.Draw()
535  c1.Print("HVStatus.ps")
536 
537  h_LayerCorr_em_back.SetMinimum(1.)
538  h_LayerCorr_em_back.SetMaximum(2.1)
539  h_LayerCorr_em_back.Draw()
540  c1.Print("HVStatus.ps")
541 
542  h_CellFraction_em_back.SetMinimum(0.)
543  h_CellFraction_em_back.SetMaximum(1.1)
544  h_CellFraction_em_back.Draw()
545  c1.Print("HVStatus.ps")
546 
547  h_LayerCorr_em_overlap_back.SetMinimum(1.)
548  h_LayerCorr_em_overlap_back.SetMaximum(2.1)
549  h_LayerCorr_em_overlap_back.Draw()
550  c1.Print("HVStatus.ps")
551 
552  h_CellFraction_em_overlap_back.SetMinimum(0.)
553  h_CellFraction_em_overlap_back.SetMaximum(1.1)
554  h_CellFraction_em_overlap_back.Draw()
555  c1.Print("HVStatus.ps")
556 
557 
558  h_LayerCorr_had_first.SetMinimum(1.)
559  h_LayerCorr_had_first.SetMaximum(2.1)
560  h_LayerCorr_had_first.Draw()
561  c1.Print("HVStatus.ps")
562 
563  h_CellFraction_had_first.SetMinimum(0.)
564  h_CellFraction_had_first.SetMaximum(1.1)
565  h_CellFraction_had_first.Draw()
566  c1.Print("HVStatus.ps")
567 
568  h_LayerCorr_had_second.SetMinimum(1.)
569  h_LayerCorr_had_second.SetMaximum(2.1)
570  h_LayerCorr_had_second.Draw()
571  c1.Print("HVStatus.ps")
572 
573  h_CellFraction_had_second.SetMinimum(0.)
574  h_CellFraction_had_second.SetMaximum(1.1)
575  h_CellFraction_had_second.Draw()
576  c1.Print("HVStatus.ps")
577 
578  h_LayerCorr_had_third.SetMinimum(1.)
579  h_LayerCorr_had_third.SetMaximum(2.1)
580  h_LayerCorr_had_third.Draw()
581  c1.Print("HVStatus.ps")
582 
583  h_CellFraction_had_third.SetMinimum(0.)
584  h_CellFraction_had_third.SetMaximum(1.1)
585  h_CellFraction_had_third.Draw()
586  c1.Print("HVStatus.ps")
587 
588  h_LayerCorr_had_fourth.SetMinimum(1.)
589  h_LayerCorr_had_fourth .SetMaximum(2.1)
590  h_LayerCorr_had_fourth.Draw()
591  c1.Print("HVStatus.ps")
592 
593  h_CellFraction_had_fourth.SetMinimum(0.)
594  h_CellFraction_had_fourth.SetMaximum(1.1)
595  h_CellFraction_had_fourth.Draw()
596  c1.Print("HVStatus.ps)")
597 
598 
599  os.system("ps2pdf HVStatus.ps")
600  # os.system("cp HVStatus.pdf /home/jb/public_web/tmp ")
601 
602 
603  print ("Done!")
604 

Variable Documentation

◆ action

PlotCalibrationHV.action

Definition at line 611 of file PlotCalibrationHV.py.

◆ args

PlotCalibrationHV.args

Definition at line 613 of file PlotCalibrationHV.py.

◆ dest

PlotCalibrationHV.dest

Definition at line 611 of file PlotCalibrationHV.py.

◆ help

PlotCalibrationHV.help

Definition at line 611 of file PlotCalibrationHV.py.

◆ options

PlotCalibrationHV.options

Definition at line 613 of file PlotCalibrationHV.py.

◆ parser

PlotCalibrationHV.parser

Definition at line 609 of file PlotCalibrationHV.py.

◆ type

PlotCalibrationHV.type

Definition at line 611 of file PlotCalibrationHV.py.

PlotCalibrationHV.isEmPresampler
def isEmPresampler(layerName)
Definition: PlotCalibrationHV.py:17
PlotCalibrationHV.isHadFirstLayer
def isHadFirstLayer(layerName, TT_part)
Definition: PlotCalibrationHV.py:84
PlotCalibrationHV.isHadSecondLayer
def isHadSecondLayer(layerName, TT_part)
Definition: PlotCalibrationHV.py:93
PlotCalibrationHV.isEmMiddle
def isEmMiddle(layerName, isOverlap)
Definition: PlotCalibrationHV.py:43
PlotCalibrationHV.isEmFront
def isEmFront(layerName, isOverlap)
Definition: PlotCalibrationHV.py:27
plotBeamSpotVxVal.range
range
Definition: plotBeamSpotVxVal.py:195
histSizes.list
def list(name, path='/')
Definition: histSizes.py:38
PlotCalibrationHV.isEmOverlapBack
def isEmOverlapBack(layerName, isOverlap)
Definition: PlotCalibrationHV.py:73
Trk::open
@ open
Definition: BinningType.h:40
Muon::print
std::string print(const MuPatSegment &)
Definition: MuonTrackSteering.cxx:28
python.Bindings.keys
keys
Definition: Control/AthenaPython/python/Bindings.py:790
PlotCalibrationHV.isHadThirdLayer
def isHadThirdLayer(layerName, TT_part)
Definition: PlotCalibrationHV.py:102
PlotCalibrationHV.PlotCalibrationHV
def PlotCalibrationHV(input_file_name=None)
Definition: PlotCalibrationHV.py:307
PlotCalibrationHV.isEmBack
def isEmBack(layerName, isOverlap)
Definition: PlotCalibrationHV.py:58
readCCLHist.float
float
Definition: readCCLHist.py:83
PlotCalibrationHV.isHadFourthLayer
def isHadFourthLayer(layerName, TT_part)
Definition: PlotCalibrationHV.py:111
Generated on Tue Jul 2 2024 22:24:11 for ATLAS Offline Software by   doxygen 1.8.18