This is a list of the job options parameters for Gleam, arranged by package. It is generated from the mainpage.h files in the src directory of the dependent packages for Gleam. Check with the individual package owners regarding any omissions or inaccuracies
| AcdDigiAlg.xmlFile | The full path and filename of an input XML file containing constants for the ACD digitization. |
| AcdDigiAlg.autoCalibrate | Boolean Flag that denotes whether or not to apply auto calibration 1 (One) denotes true, so that auto calibration will be applied 0 (zero) is false |
| AcdDigiAlg.applyPoisson | Boolean Flag denoting whether or not to apply Poisson fluctuations to the number of photo electrons detected by a PMT. 1 (One) denotes true, so that Poisson fluctuations are applied. |
| AcdDigiAlg.applyGaussianNoisse | Boolean Flag denoting whether or not to apply gaussian noise to the electronics. Noise is applied to the PHA, veto and CNO disrciminators separately. 1 (One) denotes true, meaning that the noise is applied. |
| AcdDigiAlg.edgeEffect | Boolean Flag denoting whether or not to apply edge effects, where the position of a hit is used to determine how much energy was actually detected. 1 (One) denotes true, so that edge effects are taken into account. |
| AcdDigiMcIntHitAlg.xmlFile | The full path and filename of an input XML file containing constants for the ACD digitization. |
| AcdDigiMcIntHitAlg.autoCalibrate | Boolean Flag that denotes whether or not to apply auto calibration 1 (One) denotes true, so that auto calibration will be applied 0 (zero) is false |
| AcdDigiMcIntHitAlg.applyPoisson | Boolean Flag denoting whether or not to apply Poisson fluctuations to the number of photo electrons detected by a PMT. 1 (One) denotes true, so that Poisson fluctuations are applied. |
| AcdDigiMcIntHitAlg.applyGaussianNoisse | Boolean Flag denoting whether or not to apply gaussian noise to the electronics. Noise is applied to the PHA, veto and CNO disrciminators separately. 1 (One) denotes true, meaning that the noise is applied. |
| AcdDigiOrgAlg.xmlFile | The full path and filename of an input XML file containing constants for the ACD digitization. |
| CalDigiAlg.taperToolName | Select the tool to perform the light attenuation Available choices are "OnePlusExpTaper" and "LinearTaper" |
| CalDigiAlg.doFluctuations | Flag to enable electron counting statistics fluctuations |
| CalClustersAlg.callNumber | this parameter is used to distinguish multiple calls to CalClustersAlg (for example, before and after TkrRecon). The default value is 0 . |
| CalFailureModeSvc.towerList | Provide a list of towers that will be made dead. |
| CalFailureModeSvc.towerLayerList | Provide a list of (tower, layer) pairs that will be made dead. |
| FluxAlg.source_name | This is the source name (defined in the XML) that is to be used as a source in the simulation. |
| FluxSvc.source_lib | this is a list of the XML files that will make their declared sources available to the simulation. |
| G4Generator.UICommands | default value "" |
| G4Generator.geometryMode | |
| G4Generator.saveTrajectories | |
| G4Generator.mcTreeMode | |
| G4Generator.defaultCutValue |
| GlastDetSvc.xmlfile | Name of the top-level XML file that contains the geometry description |
| GlastDetSvc.topVolume | Top-level volume to create for this run This allow one to define a subset of the GLAST instrument for study. Default: LAT |
| GlastDetSvc.visitorMode | Default: propagate |
| GlastRandomSvc.RandomEngine | The CLHEP Random engine to use - same for all Dll's that use random numbers. Default:TripleRand |
| GlastRandomSvc.RunNumber | Run number - set via GlastRandomSvc. Default:10 |
| GlastRandomSvc.InitialSequenceNumber | Incident particle sequence number to begin run with - is not event number as not all events trigger - set via GlastRandomSvc. Default:0 |
| mcRootWriterAlg.mcRootFile | Name of the output MC ROOT file, default mc.root |
| mcRootWriterAlg.splitMode | Specifies the split level when writing the TTree, default 1 |
| mcRootWriterAlg.bufferSize | |
| mcRootWriterAlg.compressionLevel | |
| mcRootReaderAlg.mcRootFile | Name of the input MC ROOT file |
| digiRootWriterAlg.digiRootFile | Name of the output Digi ROOT file, default digi.root |
| digiRootWriter.splitMode | |
| digiRootWriter.bufferSize | |
| digiRootWriter.compressionLevel | |
| digiRootReader.digiRootFile | Name of the input Digi ROOT file |
| reconRootWriterAlg.reconRootFile | Name of the output Recon ROOT file |
| reconRootWriterAlg.splitMode | |
| reconRootWriterAlg.bufferSize | |
| reconRootWriterAlg.compressionLevel | |
| reconRootReaderAlg.reconRootFile | Name of the input Recon ROOT file, default recon.root |