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Namespaces | Variables
OfflineDbClient_cff.py File Reference

Go to the source code of this file.

Namespaces

 OfflineDbClient_cff
 

Variables

 OfflineDbClient_cff.AddBadStrips
 
 OfflineDbClient_cff.AdProbabCut
 if a strip has a noise significance larger than N, mark it as bad More...
 
 OfflineDbClient_cff.AmplitudeRatio
 to flag double peaked strips More...
 
 OfflineDbClient_cff.ApvTimingParameters
 
 OfflineDbClient_cff.AshmanDistance
 selection on the N-sigma integral More...
 
 OfflineDbClient_cff.CalibrationParameters
 
 OfflineDbClient_cff.Chi2ProbabCut
 this is 3 sigma quantile selection on the jacque-Bera p-value More...
 
 OfflineDbClient_cff.cosmic
 
 OfflineDbClient_cff.DaqScopeModeParameters
 
 OfflineDbClient_cff.db_client
 
 OfflineDbClient_cff.DeadStripMax
 
 OfflineDbClient_cff.DisableBadStrips
 analysis-wide low threshold for the fed zero suppression Flags on bad strips More...
 
 OfflineDbClient_cff.DisableDevices
 
 OfflineDbClient_cff.FastFedCablingParameters
 
 OfflineDbClient_cff.FedCablingParameters
 
 OfflineDbClient_cff.FedTimingParameters
 
 OfflineDbClient_cff.FilePath
 
 OfflineDbClient_cff.FineDelayParameters
 
 OfflineDbClient_cff.GenerateRandomHisto
 this is 3 sigma quantile selection on the Kolmogorov Smirnov p-value More...
 
 OfflineDbClient_cff.HighThreshold
 to flag double peaked strips Zero suppression information More...
 
 OfflineDbClient_cff.IntegralNsigma
 max value of kurtosis to identify strips with long tails More...
 
 OfflineDbClient_cff.IntegralTailCut
 this is expressed in terms of number of gaussian quantiles . More...
 
 OfflineDbClient_cff.JbProbabCut
 random sampling of the gaussian fit or not while computing p-values More...
 
 OfflineDbClient_cff.KeepsStripsDisabled
 
 OfflineDbClient_cff.KeepStripsDisabled
 When the upload is performed, strips are masked in case they are flagged by the analysis. More...
 
 OfflineDbClient_cff.KsProbabCut
 this is 3 sigma quantile selection on the AndersonDarling p-value More...
 
 OfflineDbClient_cff.KurtosisCut
 this is 3 sigma quantile selection on the chi2 p-value (from a Gaussian fit) More...
 
 OfflineDbClient_cff.LatencyParamameters
 
 OfflineDbClient_cff.LowThreshold
 analysis-wide high threshold for the fed zero suppression More...
 
 OfflineDbClient_cff.MaxDriftResidualCut
 selections used to define a bad strip More...
 
 OfflineDbClient_cff.MaxStripNoiseCut
 if a strip has a noise value less the N ADC, mark as low noisy i.e. More...
 
 OfflineDbClient_cff.MaxStripNoiseSignificanceCut
 if a strip has a noise value larger than N ADC, mark strip has high noisy i.e. More...
 
 OfflineDbClient_cff.MinStripNoiseCut
 the strip baseline can drift during run . More...
 
 OfflineDbClient_cff.NoiseParameters
 
 OfflineDbClient_cff.NoisyStripMin
 
 OfflineDbClient_cff.OptimizePerPartition
 
 OfflineDbClient_cff.OptoScanParameters
 
 OfflineDbClient_cff.PedestalsParameters
 
 OfflineDbClient_cff.PedsFullNoiseParameters
 Bad channel analysis. More...
 
 OfflineDbClient_cff.PedsOnlyParameters
 
 OfflineDbClient_cff.RunNumber
 
 OfflineDbClient_cff.SamplingParameters
 Tell whether the PedsFullNoise DB table needs to be uploaded –> for the time being this can be done ONLY on the oracle test account. More...
 
 OfflineDbClient_cff.SaveClientFile
 
 OfflineDbClient_cff.SkipEmptyStrips
 True: means that pedestal and noise values are not changed in the FED version –> use old values. More...
 
 OfflineDbClient_cff.SkipFecUpdate
 
 OfflineDbClient_cff.SkipFedUpdate
 
 OfflineDbClient_cff.SkipGainUpdate
 
 OfflineDbClient_cff.SkipPedestalUpdate
 
 OfflineDbClient_cff.SkipTickUpdate
 
 OfflineDbClient_cff.SummaryXmlFile
 
 OfflineDbClient_cff.targetDecayTime
 
 OfflineDbClient_cff.TargetDelay
 
 OfflineDbClient_cff.TargetGain
 
 OfflineDbClient_cff.targetRiseTime
 
 OfflineDbClient_cff.tuneSimultaneously
 
 OfflineDbClient_cff.UploadAnalyses
 
 OfflineDbClient_cff.UploadHwConfig
 
 OfflineDbClient_cff.UploadOnlyStripBadChannelBit
 True: if a strip is already flagged bad in the db, it will be kept bad; False: if a strip was bad, now the analysis will tell us if it's bad or not. More...
 
 OfflineDbClient_cff.UploadPedsFullNoiseDBTable
 In the analysis, if true strips with no data are not marked as bad but as dead –> could be mis-configured at the time of the run, not masked. More...
 
 OfflineDbClient_cff.UseClientFile
 
 OfflineDbClient_cff.VpspScanParameters