1 | ## config file dump generated by ESAF |
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2 | |
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3 | ## Dump for class name BaseClusteringModule |
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4 | BaseClusteringModule.fFOVThreshold = 2 |
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5 | BaseClusteringModule.fGTUDiffThreshold = 1 |
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6 | BaseClusteringModule.fHistogramBinning = 100 |
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7 | BaseClusteringModule.fNSigmaToSelect = 1.5 |
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8 | #BaseClusteringModule.fNumHitsMinimum = -3 # DN not present anymore? |
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9 | BaseClusteringModule.fNumPointsMinimum = 10 |
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10 | BaseClusteringModule.fSignalToNoise = 0.01 |
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11 | BaseClusteringModule.fSignificanceLevel = 30 |
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12 | BaseClusteringModule.fThreshold = 0.007 |
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13 | BaseClusteringModule.fDensityMethod = event |
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14 | BaseClusteringModule.fDoHistogram = no |
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15 | BaseClusteringModule.fFitMethod = spacetime |
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16 | BaseClusteringModule.fThresholdType = fov |
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17 | ## End of dump for class name BaseClusteringModule |
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18 | |
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19 | ## Dump for class name ClusterAnalysisModule |
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20 | ClusterAnalysisModule.DoHistogram = 0 |
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21 | ClusterAnalysisModule.DoMedianFit = 0 |
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22 | ClusterAnalysisModule.HistogramBinning = 100 |
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23 | ClusterAnalysisModule.NumThreshold = 0.95 |
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24 | ClusterAnalysisModule.RelNumHits = 0.5 |
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25 | ClusterAnalysisModule.RelNumPointsMin = 1 |
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26 | ClusterAnalysisModule.ReClustering = no |
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27 | ## End of dump for class name ClusterAnalysisModule |
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28 | |
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29 | ## Dump for class name EsafMsgDispatcher |
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30 | EsafMsgDispatcher.fLogFileName = output/Esaf.log |
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31 | EsafMsgDispatcher.fLogFileSeverity = Debug |
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32 | EsafMsgDispatcher.fScreenSeverity = Debug |
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33 | EsafMsgDispatcher.fUseColors = yes |
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34 | ## End of dump for class name EsafMsgDispatcher |
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35 | |
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36 | ## Dump for class name Euso |
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37 | Euso.fAltitude = 430 |
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38 | Euso.fRadius = 1325 |
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39 | Euso.fLightToEuso = standard |
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40 | ## End of dump for class name Euso |
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41 | |
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42 | ## Dump for class name GTUClusteringModule |
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43 | GTUClusteringModule.DistanceThreshold = 3 |
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44 | GTUClusteringModule.DoHistogram = 0 |
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45 | GTUClusteringModule.HistogramBinning = 100 |
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46 | GTUClusteringModule.NaturalValues = 0 |
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47 | GTUClusteringModule.NumHitsMinimum = 3 |
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48 | GTUClusteringModule.NumPointsMinimum = 10 |
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49 | GTUClusteringModule.SignificanceLevel = 3 |
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50 | ## End of dump for class name GTUClusteringModule |
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51 | |
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52 | ## Dump for class name MacroCell |
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53 | MacroCell.fGtuTimeLength = 2500 |
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54 | MacroCell.fSize = 200 |
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55 | MacroCell.fTriggerThreshold = 5 |
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56 | MacroCell.fTriggerType = 14336 |
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57 | MacroCell.fLogicEnabled = no |
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58 | MacroCell.fSaveAllChipGtuData = yes |
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59 | ## End of dump for class name MacroCell |
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60 | |
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61 | ## Dump for class name RecoFramework |
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62 | RecoFramework.DumpRootEvent = no |
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63 | RecoFramework.HardMemCleaning = no |
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64 | RecoFramework.ModuleFile = @cfg/Reco/RecoModuleList.cfg |
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65 | ## End of dump for class name RecoFramework |
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66 | |
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67 | ## Dump for class name RootInputModule |
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68 | RootInputModule.FirstEvent = 0 |
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69 | RootInputModule.GTUlength = 2500 |
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70 | RootInputModule.LastEvent = -1 |
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71 | RootInputModule.MaxEvents = 1000 |
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72 | #RootInputModule.FileName = output/simu.2011-03-24-18h17m28s.root # DN should be set by user from cmd line |
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73 | RootInputModule.FilterScatteredCherenkov = no |
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74 | RootInputModule.LoadAnalogFee = yes |
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75 | RootInputModule.ProcessOnlySignal = no |
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76 | RootInputModule.TruncateNumberOfEvents = yes |
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77 | ## End of dump for class name RootInputModule |
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78 | |
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79 | ## Dump for class name TrackDirectionModule |
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80 | TrackDirectionModule.fMinuitOutputLevel = -1 |
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81 | TrackDirectionModule.fMethod = exact |
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82 | ## End of dump for class name TrackDirectionModule |
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83 | |
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84 | #+++++++++++++++++++++++++++++++++++++++++++++++++++++# |
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85 | # Config file for EnergyModule # |
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86 | #+++++++++++++++++++++++++++++++++++++++++++++++++++++# |
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87 | |
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88 | EnergyModule.fFluoCalculator = kakimoto # |
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89 | EnergyModule.fORname = output/NopticsresponseDB.root # File name with OpticsResponseDB. If this file is not present |
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90 | # it should be generated with macros/selftest/opticsresponse.C |
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91 | # buildDB button (check conditions in orbuild() function.) |
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92 | EnergyModule.fDebugPs = 1 # 0 - no ps debug file, 1 - some debug info, 2 - more and so on |
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93 | EnergyModule.fEnergyDistributionName = giller # distribution of energy in shower |
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94 | EnergyModule.fMinuitOutputLevel = 0 #3 # set the MINUIT output display level: |
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95 | # -1 = no output except for SHOW command |
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96 | # 0 = minimum output (no starting values or intermediate results) |
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97 | # 1 = defalt value, normal output |
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98 | # 2 = additional output giving intermediate results |
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99 | # 3 = maximum output, showing progress of minimizations |
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100 | EnergyModule.fUseTrueAngles = 1; #1 # 1 - use true Theta and Phi angles, 0 - use reconstructed angles. |
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101 | # This option has a sense only for MC events |
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102 | EnergyModule.fUseTrueNoise = 0 # 1 - use true noise, 0 - use reconstructed noise |
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103 | EnergyModule.fMaxIterations = 1; # number of iterations in the energy fit |
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104 | EnergyModule.fFilterOutOfTime = 0.5; # exclude pixels belonging to Gtu when the signal was more than fFilterOutOfTime fraction of |
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105 | # in a hole. If fFilterOutOfTime < 0 no filtering |
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106 | EnergyModule.fFrontEndDeadTime = 0; # dead time of front-end chip in ns. Used by saturation unfolding procedure |
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