► N Acts C ExtrapolationCell C IsReadOnlyMultiTrajectory C IsReadOnlyMultiTrajectory< ActsTrk::MultiTrajectory > C IsReadOnlyMultiTrajectory< ActsTrk::MutableMultiTrajectory > C IsReadOnlyMultiTrajectory< T & > C IsReadOnlyMultiTrajectory< T && > C IsReadOnlyTrackContainer C IsReadOnlyTrackContainer< ActsTrk::MutableTrackSummaryContainer > C IsReadOnlyTrackContainer< ActsTrk::TrackSummaryContainer > C IsReadOnlyTrackContainer< T & > C IsReadOnlyTrackContainer< T && > ► C ObjSurfaceWriter C Config ► C ObjTrackingGeometryWriter C Config ► N ActsCollectionsConfig C TrackBackends ► N ActsConfigFlags C AmbiguitySolverStrategy C PixelCalibrationStrategy C SeedingStrategy C SpacePointStrategy C TrackFitterType ► N ActsExtrapolationDetail C VariantPropagator ► N ActsTrk The AlignStoreProviderAlg loads the rigid alignment corrections and pipes them through the readout geometry to cache the final transformations of the sensor surfaces associated to one particular detector technology (Pixel , Sct, etc.) ► N Cache C CacheEntry C CreatorAlg C Handles C Helper ► N detail ► N FitterHelperFunctions C ATLASOutlierFinder Outlier finder using a Chi2 cut C ReverseFilteringLogic Determine if the smoothing of a track should be done with or without reverse filtering ► N MakeDerivedVariant C MakeVariant C MakeVariant< TypeHelper, VariantType, 1 > C accepted_decoration_types C AnalogueClusteringToolImpl C AtlasMeasurementContainerList C CKF_config C Decoration C DuplicateSeedDetector C GenMeasurementRangeList ► C GenUncalibSourceLinkAccessor Accessor for the above source link container C BaseIterator C HitSummaryData Helper class to gather hit summary information for e.g C MeasurementCalibratorBase C MeasurementIndex C MeasurementRange C OnTrackCalibrator ► C RefittingCalibrator C RefittingSourceLink ► C SharedHitCounter C TrackStateIndex C SumOfValues Helper class to gather statistics and compute the biased variance C TrackFindingMeasurements ► C TrkMeasurementCalibrator C MeasurementAdapter C ActsToTrkConverterTool C ActsToTrkConvertorAlg C ActsTrackStateOnSurfaceDecoratorAlg ► C AdaptiveMultiPriVtxFinderTool C TrackWrapper C AlignStoreProviderAlg C AmbiguityResolutionAlg C ATLASSourceLinkSurfaceAccessor C ATLASUncalibSourceLinkSurfaceAccessor C CaloBasedRoICreatorTool C ClusterizationAlg C ConstTrackContainerHandlesHelper C CoreStripSpacePointFormationTool C DataLinkHolder C DataPreparationAlg C DetectorAlignCondAlg ► C DetectorAlignStore C InternalAlignStore The muon system contains additional parameters such as B-lines, as-built, passivation C TrackingAlignStore Store holding the transfomations used by the Acts algorithms C DetectorElementToActsGeometryIdMap C DetectorElementToActsGeometryIdMappingAlg C DetectorVolumeSvc ► C DummyRDOList C const_iterator C EstimatedTrackParamsAnalysisAlg C FullScanRoICreatorTool C GaussianSumFitterTool C GbtsSeedingTool C GeometryContextAlg C GlobalChiSquareFitterTool C has_rdoList C has_rdoList< Object, std::void_t< rdoListFunc_t< Object > > > C HgtdClusterAnalysisAlg C HgtdClusterDataPreparationAlg C HgtdClusteringTool C HgtdClusterizationAlg C HgtdClusterValidationPlots ► C HgtdTimedClusteringTool C Cluster C HitCounterArray C HitCountsPerTrack Container for hit counts per track Contains hit counts per associated truth particle and the total hit counts As last element in the container C IActsToTrkConverterTool C IDetectorElement Base class interface for the actual readout elements C IDetectorElementBase Base class interface providing the bare minimal interface extension C IDetectorVolumeBuilderTool C IDetectorVolumeSvc Interface of the service providing the Acts::Detector which implements the navigation delegate paradigm and eventually replace the legacy tracking geometry C IFitterTool C IHGTDClusteringTool C IMeasurementSelector C IOnBoundStateCalibratorTool C IOnTrackCalibratorTool C IPixelClusteringTool C IPixelSpacePointFormationTool C IProtoTrackCreatorTool C IRoICreatorTool C ISeedingTool C IStripClusteringTool C IStripSpacePointFormationTool ► C IterativePriVtxFinderTool C TrackWrapper C ITkAlignMonResidualsAlg C ITkAnalogueClusteringTool C ITrackParamsEstimationTool C KalmanFitterTool C MeasurementCalibrator2 C MeasurementParameterMap C MeasurementToTrackParticleDecorationAlg C MeasurementToTruthAssociationAlg Algorithm template to associate measurements of a certain type to a xAOD truth particles using a sim data collection where the sim data collection contains associates RDOs to truth particles and there energy/charge disposition C MeasurementToTruthParticleAssociation C MultiTrajectory Read only version of MTJ The implementation is separate as the details are significantly different and in addition only const methods are ever needed C MuonDetectorBuilderTool C MuonDetectorNavTest C MutableMultiTrajectory Athena implementation of ACTS::MultiTrajectory (ReadWrite version) The data is stored in 4 external backends C MutableTrackContainer C MutableTrackContainerHandlesHelper C MutableTrackSummaryContainer ► C NoDeletePtr C Deleter C OrthogonalSeedingTool C PhysValTool C PixelCacheClusterizationAlg C PixelCacheSpacePointFormationAlg C PixelClusterAnalysisAlg C PixelClusterCacheDataPreparationAlg C PixelClusterDataPreparationAlg ► C PixelClusteringTool C Cluster C PixelClusterizationAlg C PixelClusterSiHitDecoratorAlg C PixelClusterToTruthAssociationAlg C PixelClusterTruthDecoratorAlg C PixelClusterValidationPlots C PixelSpacePointFormationAlg C PixelSpacePointFormationAlgBase C PixelSpacePointFormationTool C PixelSpacePointValidationPlots C PrdAssociationAlg C PRDSourceLink C PRDSourceLinkCalibrator C PRDSourceLinkCalibratorGX2F C PRDSourceLinkGX2F C PRDSourceLinkSurfaceAccessor C PRDSourceLinkSurfaceAccessorGX2F C PrepRawDataAssociation C ProtoTrack C ProtoTrackCreationAndFitAlg C ProtoTrackReportingAlg Very lightweight algorithm to print out the results of the EF track finding C RandomProtoTrackCreatorTool C ReFitterAlg C RegionsOfInterestCreatorAlg C ScoreBasedAmbiguityResolutionAlg C SeedAnalysisAlg C SeedingAlg C SeedingAlgorithmAnalysisAlg ► C SeedingTool C external_spacepoint C SeedsToTrackParamsAlg C SeedToTrackCnvAlg C SimpleCylinderDetBuilderTool C SiSpacePointsSeedMaker C SpacePointAnalysisAlg C SpacePointCacheDataPreparationAlg C SpacePointCollector C SpacePointDataPreparationAlg C StripCacheClusterizationAlg C StripCacheSpacePointFormationAlg C StripClusterAnalysisAlg C StripClusterCacheDataPreparationAlg C StripClusterDataPreparationAlg ► C StripClusteringTool C Cell C Cluster C StripClusterizationAlg C StripClusterSiHitDecoratorAlg C StripClusterToTruthAssociationAlg C StripClusterTruthDecoratorAlg C StripClusterValidationPlots C StripInformationHelper C StripSP C StripSpacePointFormationAlg C StripSpacePointFormationAlgBase C StripSpacePointFormationTool C StripSpacePointValidationPlots ► C SurfaceBoundSet C BoundComparer : Comparison struct to construct sets of Acts::Surface bounds with unique elements C SurfaceCache : Helper class to connect the aligned transformations of each active sensor(layer) with the Acts::Surfaces C TestRoICreatorTool C TrackAnalysisAlg ► C TrackContainer ► C IndexingPolicy C ConstTrackProxyPtr C TrackContainerReader C TrackExtensionAlg ► C TrackFindingAlg C BranchState C CKF_pimpl C MeasurementSelectorConfig C TrackFindingValidationAlg C TrackParamsEstimationTool C TrackParticleAnalysisAlg C TrackParticleTruthDecorationAlg C TrackStatePrinterTool C TrackSummaryContainer C TrackToTrackParticleCnvAlg ► C TrackToTruthAssociationAlg ► C AssociationCounter C Empty C TrackToTruthParticleAssociation ► C TrackTruthMatchingBaseAlg ► C BaseStat C Empty ► C DebugCounter C Empty C DummyProperty C EventStatBase C TruthMatchResult Match result returned by analyseTrackTruth C TransformCache C TransformCacheDetEle C TrkToActsConvertorAlg Algorithm convert Trk::Track to ACTS multistate objects C TruthGuidedProtoTrackCreatorTool ► C TruthParticleHitCountAlg ► C AssociationCounter C Empty ► N ActsUnitConstants C ROOT6_NamespaceAutoloadHook ► N ActsUtils C Stat Simple class to gather statistics : min, max, mean, rms C StatHist Extend Stat helper by an equidistant binned histogram ► N AddZJetsWeights C CustomFormatter ► N AFP Header file for interface of SiGlobAlignDBTool used to read global alignment for database C ISiGlobAlignDBTool Interface to tool providing local alignment of silicon detectors from the conditions database C ISiLocAlignDBTool Interface to tool providing local alignment of silicon detectors from the conditions database C IToFLocParamDBTool Interface to tool providing local parameters of ToF detectors from the conditions database C IToFVtxParamDBTool Interface to tool providing vertex parameters of ToF detectors from the conditions database ► C Parameterization Class representing transport parameterisation as four Equation C Equation Local class for storing parameterization equation C SiGlobAlignData C SiGlobAlignDBTool Tool providing local alignment of silicon detectors from the conditions database C SiLocAlignData Class storing information about alignment C SiLocAlignDBTool Tool providing local alignment of silicon detectors from the conditions database C ToFLocParamData Class storing information about alignment C ToFLocParamDBTool Tool providing local parameters of ToF detectors from the conditions database C ToFVtxParamData Class storing information about alignment C ToFVtxParamDBTool Tool providing vertex parameters of ToF detectors from the conditions database ► N AFPAlignDBCreate C AFPDBDict C folderBulk ► N AFPAlignMCDBCreate C AFPDBDict C folderBulk ► N AFPDBBase C AFPDBRecordBase C AFPDBTableBase ► N AFPMon C AFPCluster C AFPFastReco C AFPTrack ► N AFPToFDBCreate C AFPDBDict C folderBulk ► N AFPToFMCDBCreate C AFPDBDict C folderBulk ► N AfterBurner_tf C EvgenExecutor ► N AGDD C ExpressionEvaluator ► N Algorithm_HLT_TableConstructor C Algorithm_HLT_TableConstructor ► N Amg Definition of ATLAS Math & Geometry primitives (Amg ) C Vector3DComparer Comparison of two Vector3D, needed for the definition of a std::set<Amg::Vector3D> C VectorVector3DComparer ► N Analysis The namespace of all packages in PhysicsAnalysis/JetTagging C AtlfInfo C AtlfInfo_p1 C AtlfInfoCnv_p1 C AtomicProperty C BaseTagInfo Class BasetagInfo: Implements methods defined in ITagInfo C BaseTagInfo_p1 Hold onto the base tagging info C BaseTagInfoCnv_p1 C BasicTrackGradeFactory C BTagLightSecVertexing C BTagTool C BTagTrackAugmenterAlg C CalibrationDataContainer C CalibrationDataEigenVariations C CalibrationDataFunctionContainer C CalibrationDataGlobalEigenVariations C CalibrationDataHistogramContainer C CalibrationDataInterfaceBase ► C CalibrationDataInterfaceROOT C HadronisationReferenceHelper C CalibrationDataInterfaceTester C CalibrationDataInterfaceTool ► C CalibrationDataMappedHistogramContainer C Bin Helper class for the specification of custom binning C CalibrationDataUpdater C CalibrationDataVariables C CDIReader C ClassifiedTrackTaggerTool C CleanUpVertex C CombinerTool C CombinerToolTag C Composite C DetailedTrackGradeFactory C Electron C ElectronAssociation C ElectronAssociationCnv_p1 C ElectronConstituent C GbbNNTagInfo C GbbNNTagInfo_p1 C GbbNNTagInfoCnv_p1 C GradedTrack C HadFlavorTagInfo C HistoHelperRoot Helper class for histograming C HistoLimits C IBTagLightSecVertexing C IBTagTool C IBTagTrackAssociation C ICalibrationDataInterfaceTool C ICandidateSearch C IClassifiedTrackTaggerTool C ICombinerTool C IConstituent Class IConstituent : This is the abstract base class for additional jet constituents to be put into the JetTag/ParticleJet class C IJetFitterClassifierTool C IJetFitterNtupleWriter C IJetFitterTagInfo The IJetFitterTagInfo class: Abstract baseclass for JetFitterTagInfo and JetFitterGenericTagInfo C IJetFitterVariablesFactory C IMSVVariablesFactory C IMultivariateJetTagger C IPInfoBase C IPInfoBase_p1 C IPInfoBaseCnv_p1 C IPInfoPlus C IPInfoPlus_p1 C IPInfoPlusCnv_p1 C IPTag C IPTrackInfo C IPTrackInfo_p1 C IPTrackInfoCnv_p1 C ISvxAssociation C ISvxAssociation_p1 C ISvxAssociationCnv_p1 C ISvxConstituent C ITagInfo C ITagTool C ITrackGradeFactory C JetBTaggingAlg C JetConstituent Class JetConstituent : This is the implemntation of the JetConstituent class for ParticleJet C JetFitterDummyClassifier C JetFitterGenericTagInfo Generic replacement for JetFitterTagInfo C JetFitterInputWriter C JetFitterTagInfo The JetFitterTagInfo class: This class contains information of the secondary vertex fit within the jet C JetFitterTagInfo_p1 C JetFitterTagInfoCnv_p1 C JetFitterVariablesFactory C JetPartonTruthLabel C JetProbInfoBase C JetProbInfoBase_p1 C JetProbInfoBaseCnv_p1 C JetSecVertexingAlg C JetSecVtxFindingAlg C JetTagCalibCondAlg @ class JetTagCalibCondAlg C JetTagCalibCondData C JetTagInfo_tlp1 Contains a vector of evrything that we will store.. C JetTagInfo_tlp2 Contains a vector of evrything that we will store.. C JetTagInfo_tlp3 Contains a vector of evrything that we will store.. C JetTagInfoCnv_tlp1 C JetTagInfoCnv_tlp2 C JetTagInfoCnv_tlp3 C JpsiCandidate C JpsiEECandidate C JpsiFinder C JpsiFinder_ee C JpsiPlus1Track C JpsiPlus2Tracks C JpsiUpsilonCommon C LifetimeInfo Class LifetimeInfo : Class to store information produced by the LifetimeTag C LifetimeInfo_p1 C LifetimeInfoCnv_p1 C LikelihoodMultiDTool C MSVVariablesFactory C MSVVtxInfo C MSVVtxInfo_p1 C MSVVtxInfo_p2 C MSVVtxInfoCnv_p1 C MSVVtxInfoCnv_p2 C MultiSVInfoPlus C MultiSVInfoPlus_p1 C MultiSVInfoPlusCnv_p1 ► C MultiSVTag C Vars C MultivariateTagManager C Muon The ATLAS Muon object - see doxygen, physics workbookd and the Muon Combined Performance WG's pages for full documentation C MuonAssociation C MuonAssociationCnv_p1 C MuonConstituent Class MuonConstituent : This is the implemntation of the MuonConstituent class for ParticleJet C MuonContainer Definition of StoreGate container holding a vector of Analysis::Muon C MV2Tag C myIPxDinfo C NavAssociationCommon_p1 C NewLikelihoodTool C ParticleShallowClone C Photon C PhotonAssociation C PhotonAssociationCnv_p1 C PrimaryVertexRefitter C QGPartonTruthInfo Class QGPartonTruthInfo : Class to store more truth information about a JetTag (e.g C SecVtxInfo The SecVtxInfo class: This class contains information of the secondary vertex fit within the jet C SecVtxInfo_p1 C SecVtxInfoCnv_p1 C SETrackInfo C SETrackInfo_p1 C SETrackInfoCnv_p1 C Slice C SLTrueInfo C SLTrueInfo_p1 C SLTrueInfoCnv_p1 C SMTrackInfo C SMTrackInfo_p1 C SMTrackInfoCnv_p1 C SoftElectronInfo C SoftElectronInfo_p1 C SoftElectronInfoCnv_p1 C SoftLeptonTruthInfo Class SoftLeptonTruthInfo : Class to store truth information about lepton in jet C SoftLeptonTruthInfo_p1 C SoftLeptonTruthInfoCnv_p1 C SoftMuonInfo C SoftMuonInfo_p1 C SoftMuonInfoCnv_p1 C SVForIPTool C SVInfoBase C SVInfoBase_p1 C SVInfoBaseCnv_p1 C SVInfoPlus C SVInfoPlus_p1 C SVInfoPlusCnv_p1 C SVTag C SVTrackInfo C SvxSummary C SvxSummary_p1 C SvxSummaryCnv_p1 C TagNtupleDumper C Tau1P3PDetails DEPRECATED DO NOT USE - MIGRATE TO TauCommonDetails Basic details class containing information produced by tau1P3P algorithm, goes to both AOD and ESD C Tau1P3PExtraDetails DEPRECATED DO NOT USE - MIGRATE TO TauCommonDetails Extended details class containing information produced by tau1P3P algorithm, goes to ESD only C TauCommonDetails Basic detail class containing information for track and calo seeded tau reconstruction algorithms C TauCommonExtraDetails Extra detail class containing information for track and calo seeded tau reconstruction algorithms C TauDetails C TauDetailsContainer C TauJet Object for taus common for ESD and AOD C TauJetContainer C TauPi0Candidate C TauPi0Cluster C TauPi0Details C TauPID Class containing discriminants produced by identification algorithms C TauRecDetails DEPRECATED DO NOT USE - MIGRATE TO TauCommonDetails Basic details class containing information produced by tauRec algorithm, goes to both ESD and AOD C TauRecExtraDetails DEPRECATED DO NOT USE - MIGRATE TO TauCommonDetails Extended details class containing information produced by tauRec algorithm, goes to ESD only C TauShot C TrackAssociation C TrackAssociationCnv_p1 C TrackConstituents Class TrackConstituent: This is the implemntation of the TrackConstituents class for ParticleJet C TrackCounting C TrackCountingInfo C TrackCountingInfo_p1 C TrackCountingInfoCnv_p1 C TrackGrade C TrackGradePartition C TrackGradesDefinition C TrackSelector C TruthInfo Class TruthInfo : Class to store more truth information about a JetTag (e.g C TruthInfo_p1 C TruthInfoCnv_p1 C TruthTagResults ► N AnalysisUtils Utility class to select combination of elements in a collection ► N Sort Sort ► N Private C dosort_imp C dosort_imp< true > C Combination Combination C Permutation Permutation C Selection ► N AodEventInfo C PyxAODEventInfo ► N AODEventPicking C PyxAODEvtFilter ► N APRDefaults C RNTupleNames C TTreeNames ► N APRTest C AClassWithDict C AuxStore ► N apydep C DependencyFinder ► N asg ► N details Namespace for "implementation types" C AsgComponentPrivateToolConfig Helper type with all necessary details about private tools C AcceptData C AcceptInfo C AnaToolHandle Modified tool handle that allows its owner to configure new tools from the C++ side ► C AsgComponentConfig Object that stores the configuration for an AsgComponent and is able to create one from it C AccessSubtoolData Access the configuration for the given subtool C AsgMessaging Class mimicking the AthMessaging class from the offline software C AsgMessagingForward Base class to forward messages to another class C AsgMetadataTool Base class for dual-use tools that provide file metadata access C AsgService Base class for the dual-use service implementation classes C AsgServiceConfig Object that can create a AsgService C AsgTool Base class for the dual-use tool implementation classes C AsgToolConfig Object that can create a AsgTool C CheckHelper This is an internal traits class for status codes used by the ANA_CHECK* macros C CheckHelper< bool > C CheckHelper< CP::CorrectionCode > C CheckHelper< int > C CheckHelper< StatusCode > C CheckHelper< T * > C DataHandleTestTool Tool used to unit test AnaToolHandle C EventStoreTestAlg Algorithm used to exercise asg::EventStoreTestTool Athena C EventStoreTestTool Tool testing some of the "event store functionality" of asg::AsgTool C IAsgService Base class for the dual-use service interface classes C IAsgTool Base class for the dual-use tool interface classes C IDataHandleTestTool Interface for DataHandleTestTool C IEventStoreTestTool Interface for (a) tool(s) testing the event store C IUnitTestService1 Interface for UnitTestService1 C IUnitTestTool1 Interface for UnitTestTool1 C IUnitTestTool2 Interface for UnitTestTool2 C IUnitTestTool3 Interface for UnitTestTool3 C MessagePrinterOverlay Object to change the IMessagePrinter temporarily C MsgHelpers Helper class for functions dealing with messages C SgTEvent Wrapper for TEvent to make it look like StoreGate C SgTEventMeta Wrapper class providing StoreGate-like access to metadata in ROOT C StandaloneToolHandle "initializing" ToolHandle for stand-alone applications C ToolStore A light-weight replacement for ToolSvc for ROOT analysis C UnitTestService1 Service used to unit test AnaToolHandle C UnitTestTool1 Tool used to unit test AnaToolHandle C UnitTestTool1A Tool used to unit test AnaToolHandle C UnitTestTool2 Tool used to unit test AnaToolHandle C UnitTestTool3 Tool used to unit test AnaToolHandle ► N Ath C DataObjID_PtrEqual C DataObjID_PtrHasher C DsoDb Helper class to query rootmap files and extract their content C DynamicDataHelper Helper class to gather all declared data IDs and propagate them to components which declare data dependencies dynamically ► N AthContainers_detail C strict_shared_lock Lock object for taking out shared locks C upgrading_lock Lock object for taking out upgradable locks ► N AthContainersRootTest C Bar C Baz C L1 C L2 C L3 ► N AthCUDA C IKernelRunnerSvc Interface for executing AthCUDA::IKernelTask C IKernelTask Abstract interface for setting up / running a CUDA task C Info Class providing information about the CUDA devices at runtime C IStreamPoolSvc Interface for a CUDA stream pool service C KernelRunnerSvc Service used for executing AthCUDA::IKernelTask C KernelRunnerSvcImpl CUDA implementation of AthCUDA::KernelRunnerSvc C KernelRunnerSvcImplCallback Class used for calling AthCUDA::KernelRunnerSvc::setTaskFinished C KernelStatus Helper object used for synchronising GPU kernel tasks C StreamHolder Helper class for handling CUDA streams C StreamPool C StreamPoolImpl C StreamPoolSvc Service managing a fixed number of CUDA streams for an application C StreamPoolSvcImpl CUDA implementation of AthCUDA::StreamPoolSvc ► N AthCUDAExamples C LinearTransformAsyncExampleAlg Example algorithm demonstrating the use of CUDA in an AthAsynchronousAlgorithm C LinearTransformStandaloneExampleAlg Example algorithm running a very simple operation using CUDA C LinearTransformTaskExampleAlg Example algorithm exercising the AthCUDA C TrackParticleCalibratorExampleAlg Example algorithm performing "track particle calibration" C TrackParticleInterface Interface for the VecMem based GPU friendly TrackParticleContainer ► N AthDictLoaderSvc_test C AthDictLoaderTestAlg ► N Athena Some weak symbol referencing magic.. ► N detail C IsNonNullPtr Predicate to spot non NULL pointers ► N details C AthLegacySequenceAdapter ► N Units C Unit Wrapper to avoid constant divisions when using units C AlgorithmTimer Timer that invokes a user callback once the time is reached C BitTraits Describe the bit features of an integral type T C Callback1 C Callback1Rep C CallbackImpF11 C Chrono Exception-safe IChronoSvc caller C ConditionsCleanerSvc Facade class for conditions garbage collection C CondObjDeleter Deletion object for conditions payloads C DataBucketBranch C DBLock Common database lock C DebugAids Utilities for debugging support ► C DelayedConditionsCleanerSvc Clean conditions containers after a delay C CondContInfo Information that we maintain about each conditions container C QueueItem Item in the work queue C DelayedConditionsCleanerSvcProps C DvThinningHdlr Handle DataProxy DataVector DataVector C get_thinning_handler Metafunction to automagically dispatch on the type of a container and fetch the right thinning handler C IConditionsCleanerSvc Interface for doing garbage collection of conditions objects C IdcThinningHdlr Handle DataProxy IdentifiableContainer This class defines a (type-safe) protocol to pack and unpack thinned IdentifiableContainer C IInputRename Interface to retrieve input rename map C IMessageSvcHolder Get a IMessageSvc* on 1st use (if not set) and release it on ~ C InputRenameEntry Type of the input rename map: sgkey_t -> sgkey_t C IRCUObject Base object class for RCU-style synchronization for Athena C IRCUSvc Interface for RCU service C ISlimmingHdlr This class defines a protocol to slim objects (removing parts of that object) C IThinningHdlr This class defines a protocol to pack and unpack thinned collections C LeafCnv C NtupleCnvSvc C RCUObject Wrapper object controlled by RCU synchonization C RCURead Helper to read data from a RCUObject C RCUReadQuiesce Helper to read data from a RCUObject C RCUSvc Service to allow cleaning up RCU objects at the EndEvent C RCUUpdate Helper to update data in a RCUObject C RCUUpdater Implementation of Updater for RCUSvc C RecyclableDataObject Helper for recycling objects from event to event C RecyclableDataQueue Holder for recyclable objects C RootAsciiDumperAlg C RootAsciiDumperAlgHandle C RootBranchAddress C RootCnv This class provides the abstract converter to translate an object to/from its persistent ROOT representation C RootCnvSvc This class provides the interface between Athena and RootSvc C RootConnection This class provides the implementation of Athena::RootConnection class, similar to Gaudi IDataConnection C RootGlobalsRestore C RootNtupleEventContext ► C RootNtupleEventSelector Class implementing the GAUDI IEvtSelector interface using ROOT TTree as a backend C CollMetaData C RootNtupleOutputMetadataTool This is the AthenaRoot version of AthenaServices/AthenaOutputStreamTool C RootNtupleOutputStream Algorithm that marks for write data objects in SG C RootOutputStreamTool This is the AthenaRoot version of AthenaServices/AthenaOutputStreamTool C RootSvc This class provides the interface to the ROOT software C ScopedTimer Helper class to create a "scoped cook timer" without having to declare the CookTimer itself within the scope (see CookTimer documentation) ► C SharedLibrary Shared library services C LibraryInfo Information about a currently loaded shared library C SharedLibraryError Error in a shared library operation C Signal Utilities for handling signals and fatal errors C StatusCategory C StdThinningHdlr Handle DataProxy std::vector<T> This class defines a (type-safe) protocol to pack and unpack thinned DataVector C ThinningCacheTool Create ThinningCache for a given stream C Timeout Singleton to access the timeout flag C TimeoutMaster Class to modify timeout flag C ToolLock RAII helper for acquiring the lock of an ILockableTool C TPCnvType C TPCnvVers C xAODBranchAddress C xAODCnv C xAODCnvSvc C xAODEventContext ► C xAODEventSelector Class implementing the GAUDI IEvtSelector interface using ROOT TTree as a backend C CollMetaData ► N Athena_test Functions & macros to test the difference between floats C DummyRCUSvc C InitGaudi Generic test fixture to setup Gaudi C InitGaudiGoogleTest C Leakcheck C LeakCheckDisable C normal_distribution C RNG Generator compatible with the STL RandomNumberGenerator ► C TestAlloc To test handling of non-standard memory allocators C Head C TestedValue C uniform_real_distribution C URNG Generator compatible with the C++11 STL UniformRandomNumberGenerator ► N AthenaBaseComps C AthAlgorithmDHUpdate Update output dependencies to include symlinks ► N athenaHLT C MyHelp ► N AthenaInternal C AthenaInternalInstan C ROOT6_AthenaPython_WorkAround_Dummy C ROOT6_StoreGateBindings_WorkAround_Dummy ► N AthenaInterprocess C FdsRegistryEntry C IdentifiedSharedQueue C IMessageDecoder C IMPRunStop C Process C ProcessGroup C ProcessResult C ProcessStatus C ScheduledWork C SharedQueue C UpdateAfterFork ► N AthenaKernelDict C tmp ► N AthenaMP C WorkerOutput ► N AthenaPoolCnvSvc C ExcCaughtException Exception — Caught an exception during conversion C ExcNoDictForClass Exception — Can't find dictionary information for class C ExcUnsupportedVersion Exception — Unsupported persistent version of CLASS found C TPCnvElt Helper for calling a TP converter from an Athena converter C TPCnvElt< CNV, T_TPCnvNull< TRANS > > Helper for calling a TP converter from an Athena converter ► C TPCnvList Helper for calling TP converters from an Athena converter C do_create_transient Functional to iterate over TP converters and call createTransient on each C do_pers_to_trans Functional to iterate over TP converters and call persToTrans on each C wrap_tpcnv Metafunction to wrap a TP converter in TPCnvElt ► N AthenaPoolUtilitiesDummyClasses C tmp ► N AthEx C DFlowAlg1 C DFlowAlg2 C DFlowAlg3 C HandleTestAlg C HandleTestTool1 C HandleTestTool2 C HandleTestTool3 C Hist C IHandleTestTool C Ntup ► N AthExThinning C CreateData C ReadThinnedData C WriteThinnedData ► N AthExThinningDict Persistency C temp ► N AthExXRT ► C VectorAddOCLExampleAlg Example algorithm exercising the AthXRT C SlotData Slot-specific state ► C VectorAddXRTExampleAlg Example algorithm exercising the AthXRT C SlotData Slot-specific state ► C VectorMultOCLExampleAlg Example algorithm exercising the AthXRT C SlotData Slot-specific state ► C VectorMultXRTExampleAlg Example algorithm exercising the AthXRT C SlotData Slot-specific state ► N AthHIPExamples C LinearTransformExampleAlg Example algorithm running a very simple operation using SYCL ► N AthInfer C IAthInferenceTool ► N AthONNX C IJSSMLTool C JSSMLTool Tool using the ONNX Runtime C++ API to retrive constituents based model for boson jet tagging ► N AthOnnx Namespace holding all of the Onnx Runtime example code C EvaluateModel Algorithm demonstrating the usage of the ONNX Runtime C++ API C EvaluateModelWithAthInfer Algorithm demonstrating the usage of the ONNX Runtime C++ API C IOnnxRuntimeInferenceTool Interface class for creating Onnx Runtime sessions C IOnnxRuntimeSessionTool C IOnnxRuntimeSvc Service used for managing global objects used by Onnx Runtime C OnnxRuntimeInferenceTool C OnnxRuntimeSessionToolCPU C OnnxRuntimeSessionToolCUDA C OnnxRuntimeSvc Service implementing AthOnnx::IOnnxRuntimeSvc ► N AthPoolEx C PassNoneFilter Simple Filter algorithm which simply sets pass=false for all events C QueryTag This class provides an example for reading with a ISelectorTool to veto events on AttributeList C ReadCond This class provides an example for reading conditions data objects from Pool C ReadData This class provides an example for reading event data objects from Pool C ReadExampleElectron This class provides an example for reading event data objects from Pool C ReadMeta This class provides an example for reading in file meta data objects from Pool C ReWriteData This class provides an example for reading and writing data objects from/to Pool C WriteCond This class provides an example for writing conditions data objects to Pool C WriteData This class provides an example for writing event data objects to Pool C WriteExampleElectron This class provides an example for writing event data objects to Pool C WriteTag This class provides an example for writing event data objects to Pool ► N AthPyEx C MyCutClass C MyDetObj C MyObj C MySelectionAlg C MyTool ► N ATHRNG C RNGWrapper A wrapper class for event-slot-local random engines ► N AthSYCL C LinearTransformExampleAlg Example algorithm running a very simple operation using SYCL ► N AthViews C ConditionTestAlg C DFlowAlg1 C DFlowAlg2 C DFlowAlg3 C DigiDemoSetupAlg C ViewDataVerifier C ViewMergeAlg C ViewSubgraphAlg C ViewTestAlg ► N AthXRT ► C DeviceMgmtSvc Service used for programming XRT compatible accelerators C AthClContext Struct to hold information about a context, as well as the devices, the program and XCLBIN file associated with the context C SystemInfo C XclbinInfo Struct to hold information about an XCLBIN file, as well as the kernels it contains ► C IDeviceMgmtSvc Interface for AthXRT::DeviceMgmtSvc C OpenCLHandle Struct holding OpenCL handles for a kernel ► N Atlas C ExtendedEventContext ► N AtlasCLHEP_RandomGenerators C AtlasCLHEP_RandomGenerators_test ► N AtlasDetDescr C AtlasRegionHelper C ROOT6_NamespaceAutoloadHook ► N AtlasRoot C egammaEnergyCorrectionTool ► N AtlCoolConsole C AtlCoolConsole C HistoryConsole ► N AtlTriggerDBCopy C DBConnection C OracleExporter C SQLiteInserter ► N ATOOLS C Getter< External_RNG, RNG_Key, Atlas_RNG, std::less< std::string > > ► N Barcode C IBarcodeSvc ► C LegacyBarcodeSvc C BarcodeInfo C ValidationBarcodeSvc ► N BasicClusterInfoCalculator C ClusterInfoCalculatorTemporaries ► N Beamspot C TrackPhiSort C TrackPTSort ► N BeamSpot C BeamSpotDB A simple struct to hold vertex info C Event C ID C VrtHolder ► N beamspotman C BeamSpotOption ► N beamspotnt C Plots ► N BeamSpotSummary C BeamSpotSummary ► N beamSpotT1_Vertex_trf C BeamSpotVertexTransform ► N BeamSpotWebPage C BeamSpotWebPage C DummyPage ► N Belle2 C EvtB0toKsKK Register Decay model EvtB0toKsKK C EvtBSemiTauonic The EvtGen model of semi-tauonic B decays including new physics effects based on [M C EvtBSemiTauonic2HDMType2 The EvtGen model of semi-tauonic B decays including the charged higgs effect of 2HDM Type2 based on [M C EvtBSemiTauonicAmplitude The base class for the calculation of the spin dependent amplitudes for the BSemiTauonic model based on [M C EvtBSemiTauonicHelicityAmplitudeCalculator The class calculates the helicity amplitude of semi-tauonic B decays including new physics effects based on [M C EvtBSemiTauonicScalarMesonAmplitude The class calculates the spin dependent amplitudes of B->Dtaunu decays for the BSemiTauonic model based on [M C EvtBSemiTauonicVectorMesonAmplitude The class calculates the spin dependent amplitudes of B->D*taunu decays for the BSemiTauonic model based on [M C EvtEtaFullDalitz Class for the simulation of the eta -> pi+pi-pi0 decay with an improved dalitz description C EvtEtaPi0Dalitz Class for the simulation of the eta -> 3pi0 and eta'->3pi0 decays C EvtEtaPrimeDalitz Class for the simulation of the eta' -> pi+ pi- eta and pi0 pi0 eta decays ► N boost ► N detail C operator_arrow_result< T *, DataModel_detail::ElementProxy< U >, T ** > Hack for dictionary generation ► N polygon C geometry_concept< JetVoronoiDiagramHelpers::Point > C geometry_concept< JetVoronoiDiagramHelpers::Segment > C point_mutable_traits< JetVoronoiDiagramHelpers::Point > C point_traits< JetVoronoiDiagramHelpers::Point > C segment_traits< JetVoronoiDiagramHelpers::Segment > ► N BPhysPyHelpers C BPyWrapper ► N BStoXAODHelper Tool used by TrigBSExtraction to convert to xAOD C DefaultHelper C IHelper C MuonHelper C ToolHolder ► N BulkRun C BulkRun ► N BulkRunFollowup C BulkRunFollowup ► N ByteStreamDataDict C tmp ► N ByteStreamExceptions C badFragment C badFragmentData C fileAccessError C readError ► N CalibDataClass C ADCInsertError C CalibData C CalibDataError C DataCopyError C DataUniqueError C DeleteError C HeadInsertError C MapInsertError C QueryError C RTInsertError C T0InsertError C UpdateError ► N CalibrationDefaultSourceConfig C MuonCalib__CalibrationDefaultSourceConfig ► N CalibrationSourceConfig C MuonCalib__CalibrationSourceConfig ► N CalibrationTargetFolderConfig C MuonCalib__CalibrationTargetConfig ► N Calo C CaloTrackingGeometryBuilder C CaloTrackingGeometryBuilderCond C CaloTrackingGeometryBuilderImpl ► N CaloCellPackerUtils C Bitfield Helper for packing into/out of a bit field C Floatfield Helper for packing a float into/out of a bit field C Floatfield2 Helper for packing a float into/out of a bit field, with a minimum of 0 ► N CaloClusterCorr C CaloSwCalibHitsShowerDepth Helper to calculate the shower depth as used in the calib hits SW cluster correction C DDHelper C et_compare_larem_only Helper to compare two cells by Et C SamplingHelper Sampling calculator helper class C SamplingHelper_CaloCellList Version of helper class for cells taken from StoreGate C SamplingHelper_Cluster Version of helper class for cells taken from the cluster itself C Segmentation ► N CaloClusterListBadChannel C CaloClusterListBadChannel_parms ► N CaloClusterMomentsMaker_detail C cellinfo ► N CaloClusterMomentsMaker_DigiHSTruth_detail C cellinfo ► N CaloClusterRemoveBad C CaloClusterRemoveBad_parms ► N CaloClusterRemoveDuplicates C CaloClusterRemoveDuplicates_parms ► N CaloComputeSWcellWeights C CaloComputeSWcellWeights_parms ► N CaloCond C Exception Calocond Exception base class C IndexOutOfRange Thrown if an index is out of range C InvalidBlob Thrown if coral::Blob does not conform with expected structure C InvalidCaloGain Thrown if an invalid CaloGain is encountered C SizeConflict Thrown if BLOB size is not correct C TypeConflict Thrown if object type in BLOB does not agree with class type C VersionConflict Thrown if object version in BLOB does not agree with class version ► N CaloConstitHelpers C CaloClusterExtractor C CaloConstitExtractor Interface to retrieve calo informations from a jet constituent C FlowElementExtractor C PFOExtractor ► N CaloDict C temp Dummy variables for dictionary generation ► N CaloEvent_detail C paramholder Interface to NavigableToken weights C paramholder< T, NavigationTokenIteratorTag > Interface to NavigableToken weights ► N CaloG4 C EscapedEnergyRegistry Keeps track of which types of volumes use which VEscapedEnergyProcessing objects ► C SimulationEnergies C ClassifyResult_t This defines the results returned by the energy classification; these detailed results are mostly used for studies C VEscapedEnergyProcessing Virtual interface for escaped energy processor classes ► N CaloIdCnv C CaloIDHelper_IDDetDescrCnv Base class for calo ID helper converters C CaloIDHelper_IDDetDescrCnv_T Class for calo ID helper converters ► N CaloMonitoring C LArCellBinning ► N CaloPrefetch This software was developed for the ATLAS project C ArenaHandlePrefetch Wrapper for SG::ArenaHandle with pre-fetching ► N CaloRec Namespace for helper functions ► N Helpers ► C CaloClusterSignalAccumulator Cache for data accumulator C Cluster Cluster quantities C Sampling Sampling quantities C Arrayrep Representation class for Array's C CaloCellPositionShift Container for a cell-level rescaling-factors, typically obtained by Z->ee intercalibration C ToolConstants Container for the tool constants managed by ToolWithConstants ► N CaloRecGPU ► N CUDA_Helpers C CUDAStreamPtrHolder ► N Helpers ► N MemoryContext ! Holds dummy classes just to identify the place in which memory lives C CPU C CUDAGPU C CUDAPinnedCPU C maybe_allocate Possibly holds an object in its internal buffer ► C MemoryManagement ! Handles allocation of a type T, using indexer as the integer type to indicate sizes C copy_helper C copy_helper< MemoryContext::CPU, MemoryContext::CPU, dummy > C copy_helper< MemoryContext::CPU, MemoryContext::CUDAGPU, dummy > C copy_helper< MemoryContext::CPU, MemoryContext::CUDAPinnedCPU, dummy > C copy_helper< MemoryContext::CUDAGPU, MemoryContext::CPU, dummy > C copy_helper< MemoryContext::CUDAGPU, MemoryContext::CUDAGPU, dummy > C copy_helper< MemoryContext::CUDAGPU, MemoryContext::CUDAPinnedCPU, dummy > C copy_helper< MemoryContext::CUDAPinnedCPU, MemoryContext::CPU, dummy > C copy_helper< MemoryContext::CUDAPinnedCPU, MemoryContext::CUDAGPU, dummy > C copy_helper< MemoryContext::CUDAPinnedCPU, MemoryContext::CUDAPinnedCPU, dummy > C move_helper C move_helper< C, C, dummy > C unary_helper C unary_helper< MemoryContext::CPU, dummy > C unary_helper< MemoryContext::CUDAGPU, dummy > C unary_helper< MemoryContext::CUDAPinnedCPU, dummy > C separate_thread_accessor ! C separate_thread_holder Manages objects of type T in a thread-safe way, ensuring that there's an object available for each separate thread while minimizing the number of allocations C SimpleContainer Holds a run-time amount of objects of type \T, measuring sizes with indexer, in memory context Context C SimpleContainer< T, indexer, Context, false > C SimpleContainer< T, indexer, Context, true > C SimpleHolder Holds one objects of type \T in memory context Context C SimpleHolder< T, Context, false > C SimpleHolder< T, Context, true > C CellInfoArr C CellNoiseArr C CellNoiseProperties C CellStateArr C ClusterInfoArr C ClusterMomentsArr C ClusterTag C ConstantDataHolder C ConstantEnumConversion C EtaPhiMapEntry Holds an (eta, phi) to cell map for a given sampling C EtaPhiMapEntry< eta_grid, phi_grid, respect_deltas, false > C EtaPhiMapEntry< eta_grid, phi_grid, respect_deltas, true > ► C EtaPhiToCellMap C buffer_size_functor C check_cell_in_all_functor C check_cell_in_sampling_functor C finish_functor C get_cell_from_all_functor C get_cell_from_sampling_functor C initialize_all_functor C initialize_sampling_functor C register_cell_functor C EventDataHolder C GainConversion C GenericTagBase C GeometryArr C NeighArr C NeighOffset C NeighPairsArr C OtherCellInfo C QualityProvenance C Tag_1_12_1_32_18 C Tag_1_1_12_16_18_16 C Tag_1_1_12_32_18 C Tag_1_1_7_31_8_16 C Tag_1_30_18_15 C Tag_1_7_1_31_8_16 C TagBase ► N CaloRingerKeys C CaloRingerKeysDict ► N CaloSwCalibHitsCalibration_v1 C CaloSwCalibHitsCalibration_v1_parms ► N CaloSwCalibHitsCalibration_v2 C CaloSwCalibHitsCalibration_v2_parms ► N CaloSwCalibHitsCalibration_v5 C CaloSwCalibHitsCalibration_v5_parms ► N CaloSwCalibHitsCalibration_v5_1 C CaloSwCalibHitsCalibration_v5_1_parms ► N CaloSwCalibHitsCalibration_v6 C CaloSwCalibHitsCalibration_v6_parms ► N CaloSwCalibHitsCalibration_v6leakdata C CaloSwCalibHitsCalibration_v6leakdata_parms ► N CaloSwCalibHitsCalibration_v8 C CaloSwCalibHitsCalibration_v8_parms ► N CaloSwCalibHitsCalibration_v8leakdata C CaloSwCalibHitsCalibration_v8leakdata_parms ► N CaloSwCalibHitsCalibration_v9 C CaloSwCalibHitsCalibration_v9_parms ► N CaloSwCalibHitsCalibration_v9leakdata C CaloSwCalibHitsCalibration_v9leakdata_parms ► N CaloSwClcon_dc2 C CaloSwClcon_dc2_parms ► N CaloSwClcon_dc2new C CaloSwClcon_dc2new_parms ► N CaloSwClcon_g3 C CaloSwClcon_g3_parms ► N CaloSwCorrections C CaloSwCorrectionsSetup ► N CaloSwDeadOTX_back_v1 C CaloSwDeadOTX_back_v1_parms ► N CaloSwDeadOTX_ps_v1 C CaloSwDeadOTX_ps_v1_parms ► N CaloSwEtamod_g3 C CaloSwEtamod_g3_parms ► N CaloSwEtamod_v2 C CaloSwEtamod_v2_parms C CaloSwEtamod_v3_parms ► N CaloSwEtamod_v4 C CaloSwEtamod_v4_parms ► N CaloSwEtaoff_g3 C CaloSwEtaoff_g3_b1_parms Barrel eta position (S-shape) correction for sampling 1 C CaloSwEtaoff_g3_b2_parms C CaloSwEtaoff_g3_e1_parms C CaloSwEtaoff_g3_e2_parms ► N CaloSwEtaoff_v2 C CaloSwEtaoff_v2_b1_parms Barrel eta position (S-shape) correction for sampling 1 C CaloSwEtaoff_v2_b2_parms C CaloSwEtaoff_v2_e1_parms C CaloSwEtaoff_v2_e2_parms ► N CaloSwEtaoff_v3 C CaloSwEtaoff_v3_b1_parms C CaloSwEtaoff_v3_b2_parms C CaloSwEtaoff_v3_e1_parms C CaloSwEtaoff_v3_e2_parms ► N CaloSwEtaoff_v4 C CaloSwEtaoff_v4_b1_parms C CaloSwEtaoff_v4_b2_parms C CaloSwEtaoff_v4_e1_parms C CaloSwEtaoff_v4_e2_parms ► N CaloSwEtaoff_v4_1 C CaloSwEtaoff_v4_1_b1_parms C CaloSwEtaoff_v4_1_b2_parms C CaloSwEtaoff_v4_1_e1_parms C CaloSwEtaoff_v4_1_e2_parms ► N CaloSwEtaoff_v5 C CaloSwEtaoff_v5_b1_parms C CaloSwEtaoff_v5_b2_parms C CaloSwEtaoff_v5_e1_parms C CaloSwEtaoff_v5_e2_parms ► N CaloSwGap_g3 C CaloSwGap_g3_parms ► N CaloSwGap_v2 C CaloSwGap_v2_parms ► N CaloSwGap_v3 C CaloSwGap_v3_1_parms C CaloSwGap_v3_parms ► N CaloSwGap_v4 C CaloSwGap_v4_parms ► N CaloSwGap_v5 C CaloSwGap_v5_parms ► N CaloSwGap_v6 C CaloSwGap_v6_parms ► N CaloSwLayers C _etaphi_getter C CaloSwLayers_parms C CaloSwLayersWt_parms ► N CaloSwLongWeights_904 C CaloSwLongWeights_904_parms C CaloSwLongWeights_904gap_parms ► N CaloSwLongWeights_atlfast_v1 C CaloSwLongWeights_atlfast_v1_parms ► N CaloSwLongWeights_old C CaloSwLongWeights_old_parms ► N CaloSwLongWeights_pi0_v1 C CaloSwLongWeights_pi0_v1_parms ► N CaloSwLongWeights_v3 C CaloSwLongWeights_v3_1_parms C CaloSwLongWeights_v3_parms ► N CaloSwLongWeights_v4 C CaloSwLongWeights_v4_parms ► N CaloSwLongWeights_v5 C CaloSwLongWeights_v5_parms ► N CaloSwLongWeights_v6 C CaloSwLongWeights_v6_parms ► N CaloSwPhimod_g3 C CaloSwPhimod_g3_parms ► N CaloSwPhimod_v2 C CaloSwPhimod_v2_parms C CaloSwPhimod_v3_parms ► N CaloSwPhimod_v4 C CaloSwPhimod_v4_parms ► N CaloSwPhimod_v4data C CaloSwPhimod_v4data_parms ► N CaloSwPhioff_g3 C CaloSwPhioff_g3_b_parms Barrel phi position correction for sampling 2 C CaloSwPhioff_g3_e_parms ► N CaloSwPhioff_v2 C CaloSwPhioff_v2_b_parms Barrel phi position correction for sampling 2 C CaloSwPhioff_v2_e_parms ► N CaloSwPhioff_v3 C CaloSwPhioff_v3_b2_parms C CaloSwPhioff_v3_e2_parms ► N CaloSwPhioff_v4 C CaloSwPhioff_v4_b2_parms C CaloSwPhioff_v4_e2_parms ► N CaloSwPhioff_v4data C CaloSwPhioff_v4data_b2_parms ► N CaloSwPhioff_v5 C CaloSwPhioff_v5_b2_parms C CaloSwPhioff_v5_e2_parms ► N CaloSwPhioff_v5data C CaloSwPhioff_v5data_b2_parms ► N CaloSwRfac_v3 C CaloSwRfac_v3_parms ► N CaloSwRfac_v4 C CaloSwRfac_v4_parms ► N CaloSwRfac_v5 C CaloSwRfac_v5_parms ► N CaloSwTime C CaloSwTime_parms ► N CaloSwTransitionRegionsCorr_v1 C CaloSwTransitionRegionsCorr_v1_parms ► N CaloSwTransitionRegionsCorr_v5 C CaloSwTransitionRegionsCorr_v5_parms ► N CaloSwTransitionRegionsCorr_v5_1 C CaloSwTransitionRegionsCorr_v5_1_parms ► N CaloTopoEMetaoff C CaloTopoEMetaoff_v1_parms ► N CaloTopoEMgap C CaloTopoEMgap_v1_parms ► N CaloTopoEMlayers C CaloTopoEMlayers_parms ► N CaloTopoEMlongWeights C CaloTopoEMlongWeights_v1_parms ► N CaloTopoEMphimod C CaloTopoEMphimod_v1_parms ► N CaloTopoEMphioff C CaloTopoEMphioff_v1_parms C CaloTopoEMphioff_v2_parms ► N CaloTopoTmpHashCellSort C compare C compareAbs C compareAbsWithIndex C compareWithIndex ► N CaloUtils C ExcBadContextlessRetrieve Exception — Bad contextless retrieve C ExcBadToolConstantVersion Exception — version mismatch for tool C ExcConstantNotSet Exception — constant not set C ExcConstantReset Exception — constant set more than once C IToolConstant Internal interface for dealing with a collection of ToolConstants ► C ToolConstant Constant of a ToolWithConstants C CProperty Internal wrapper for Gaudi::Property C ToolConstantsContext Context object for retrieving ToolConstant C ToolWithConstants Hold constants for a tool C ToolWithConstantsImpl Internal implementation object C ToolWithConstantsTestTool Algorithm used for testing ToolWithConstants ► N Chain_Algorithm_HLT_TableConstructor C Chain_Algorithm_HLT_TableConstructor ► N Chain_HLT_TableConstructor C Chain_HLT_TableConstructor ► N ChainConfigurationBase C ChainConfigurationBase ► N ChainDefInMenu C ChainProp ► N ChainNameParser C HLTChainInfo Helper class that provides access to information about individual legs C LegInfo Struct containing information on each leg of a chain C LegInfoIterator Iterate over the legs of a chain ► N check-daod-stats C term ► N CheckAppliedSFs C ReleaseComparer C SystematicComparer ► N checkFileTrigSize C checkFileTrigSize C Counter ► N checkRpcDigits C RpcDigit Representation of a single RPC digit C RpcSDO ► N checkTP C Columbo C DataMember C FctMember ► N checkxAOD C ContainerInfo Class for holding information about a single container ► N CLHEP STD'S C dSFMTEngine C RandBinomialFixedP ► N ClusterMatching C CaloClusterMatchingTool C CaloClusterMatchLinkAlg ► N ClusterMomentsCalculator C ClusterMomentCalculationOptions C CMCOptionsHolder C RealSymmetricMatrixSolver ► N ClusterSeg C Cluster C ClusterAnalysis C ClusterNtuple C SpacePoint ► N cmpExerciser C CombinationsTests C FastReductionLabeledCompTests ► N columnar ► N detail C VectorConvertIterator Iterator that does converts members using a passed in function C VectorConvertView Range view that does converts members using a passed in function ► N PhysliteTestHelpers C ColumnDataEventCount C ColumnDataOutVector C ColumnDataScalar C ColumnDataSplitLink Implementation of PhysliteTestHelpers::IColumnData that reads a split ElementLink C ColumnDataVector C ColumnDataVectorVector C IColumnData C AccessorTemplate Raw column accessor template class C ColumnAccessModeTraits C ColumnAccessModeTraits< ColumnAccessMode::input > C ColumnAccessModeTraits< ColumnAccessMode::output > C ColumnAccessModeTraits< ColumnAccessMode::update > C ColumnAccessorDataArray All the data about a column accessor that the ColumnarTool needs to know about ► C ColumnarMemoryTest C ColumnarTestToolHandle Handle to a columnar tool for running tests C ColumnMapType C ColumnarModeArray C ColumnarModeXAOD ► C ColumnarPhysLiteTest C XAODArgs Arguments for the function calling in xAOD mode C ColumnarTool Base class for all columnar components C ColumnarToolDataArray ► C ColumnarToolWrapper Class that wraps an IColumnarTool for use in Python C MyColumnInfo My cached information for the various columns needed C ColumnarToolWrapperData Class that holds the columnar data for a single call to ColumnarToolWrapper C ColumnDataArray C ColumnInfo Struct that contains meta-information about each column that's needed to interface the column with the columnar data store C ColumnTypeTraits Trait class to provide information about the column type C ColumnTypeTraits< LinkCastColumn< LT, ELT >, ColumnarModeArray > C ColumnTypeTraits< LinkCastColumn< LT, ELT >, ColumnarModeXAOD > C ColumnTypeTraits< NativeColumn< CT >, CM > C ColumnTypeTraits< OptObjectId< LT >, ColumnarModeArray > C ColumnTypeTraits< OptObjectId< LT >, ColumnarModeXAOD > C ColumnTypeTraits< RetypeColumn< UT, CT >, CM > C ConfigurableColumnExampleTool Example of a columnar tool with optional columns C ContainerIdTraits C ContainerIdTraits< ContainerId::cluster > C ContainerIdTraits< ContainerId::egamma > C ContainerIdTraits< ContainerId::electron > C ContainerIdTraits< ContainerId::eventContext > C ContainerIdTraits< ContainerId::eventInfo > C ContainerIdTraits< ContainerId::jet > C ContainerIdTraits< ContainerId::metAssociation > C ContainerIdTraits< ContainerId::muon > C ContainerIdTraits< ContainerId::mutableJet > C ContainerIdTraits< ContainerId::mutableMet > C ContainerIdTraits< ContainerId::photon > C ContainerIdTraits< ContainerId::vertex > C IColumnarTool Interface for tools that operate on columnar data C LinkCastColumn Special column type that behaves like an OptObjectId , but applies an internal cast in xAOD mode C LinkColumnExampleTool Example of a tool reading an element link ► C ModularExampleTool Example of a columnar tool with a modular structure C SubtoolEta Simple subobject that does a selection on eta C SubtoolPt Simple subobject that does a selection on the pt C NativeColumn Type wrapper to force AccessorTemplate to treat the type as native C ObjectColumn Special type to use for columns accessing containers/offset maps C ObjectId Class representing a single object (electron, muons, etc.) C ObjectId< O, ColumnarModeArray > C ObjectId< O, ColumnarModeXAOD > C ObjectRange Class representing a continuous sequence of objects (a.k.a. a container) C ObjectRange< CI, ColumnarModeArray > C ObjectRange< CI, ColumnarModeXAOD > C ObjectRangeIteratorArray Iterator over objects in an ObjectRange C ObjectRangeIteratorXAODContainer C ObjectRangeIteratorXAODSinglet C OptionalColumnExampleTool Example of a columnar tool with optional columns C OptObjectId Class representing a single optional object (electron, muons, etc.) C OptObjectId< CI, ColumnarModeArray > C OptObjectId< CI, ColumnarModeXAOD > C RetypeColumn Type wrapper to make AccessorTemplate convert the underlying column type to a different type C SimpleSelectorExampleTool This is the simplest example of a columnar tool C VectorExampleTool Example of a columnar tool that reads a vector column ► N common C CaloClusterCorrSetup C CaloCorrectionConfigError ► N CondContainer C CondContFactory C CondContMaker C ICondContMaker ► N confTool C fullColor C noColor ► N conifer C BDT C DecisionTree C OpAdd ► N ContentHandler C ContentHandler ► N CookieCutterHelpers C CentralPosition Find the reference position (eta, phi) relative to which cells are restricted C PhiSize Find the size of the cluster in phi using L2 cells ► N COOLRates C COOLQueryHandler C COOLQueryWorker C QueryBundle C RateQueryBundle C RateQueryHandler C RateQueryWorker ► N CopyTruthParticlesAlg C CopyTruthParticlesAlg ► N CoreClass C Draw_2DCount C Draw_Base C Draw_DetectEfficiency C Draw_HitMultiplicity C Draw_HitOuttimeFraction C Draw_Occupancy ► N CoreParser C DOMNode ► N CorrelationMatrixHelpers C CorrMat4D ► N CosmicGeneratorConfig C CavernPropertyCalculator ► N CoWTools C CoWLibrary C CoWRecord C CoWRecordStats C Monitor C MStrStream C StreamBase C StrStream C VecStream ► N CP Select isolated Photons, Electrons and Muons ► N detail ► C ContainerType Check what kind of object/container the argument is C checker C ShallowCopy Helper class to create shallow copies and register them in the event store C ShallowCopy< T, 1 > C ShallowCopy< T, 2 > C ShallowCopy< T, 3 > C ShallowCopy< xAOD::EgammaContainer > C ShallowCopy< xAOD::IParticleContainer > ► N DetailSelectionExprParser ► C Lexer Lexer which turns a token stream into a stream of unambigous symbols to be used by a parser C Symbol Struct grouping together the type and original string representation of a symbol C Separator Separator to be used in a boost::tokenizer C AbsEtaAxisHandler C ApplyE2YFakeRate C ApplyFakeFactor C AsgClassificationDecorationAlg Algorithm for decorating classification using a tool based on the CP::IClassificationTool ► C AsgCutBookkeeperAlg Algorithm for dumping the CutBookkeeper metadata into a histogram C WeightsGroup Weights helper struct C AsgEnergyDecoratorAlg C AsgEventScaleFactorAlg Algorithm for calculating per-event scale factors C AsgFlagSelectionTool IAsgSelectionTool that cuts on char decorations C AsgLeptonTrackDecorationAlg Algorithm for decorating track variables on leptons C AsgLeptonTrackSelectionAlg Algorithm for performing track-vertex selection on leptons C AsgMaskSelectionTool IAsgSelectionTool that cuts on int decorations with mask C AsgMassSelectionTool IAsgSelectionTool that performs basic mass cut C AsgObjectScaleFactorAlg Algorithm for combining object scale factors C AsgOriginalObjectLinkAlg Algorithm for relinking a shallow copy with it's base container when this was not done originally C AsgPriorityDecorationAlg Algorithm for decorating priorities C AsgPtEtaSelectionTool IAsgSelectionTool that performs basic pt and eta cut (with an optional eta gap) C AsgSelectionAlg Algorithm for calling IAsgSelectionTool C AsgShallowCopyAlg Create a shallow copy of an input contsainer C AsgUnionPreselectionAlg Algorithm for turning a systematics depending selection decoration into a selection decoration without systematics C AsgUnionSelectionAlg Algorithm for selection an union of objects that pass at least one systematics C AsgViewFromSelectionAlg Create a view container based on selection decorations ► C AsgxAODMetNTupleMakerAlg Algorithm that can write MET variables to a simple ntuple from xAOD objects/variables ► C ElementProcessor Class writing all variables from one standalone object C BranchProcessor Class writing one variable from an xAOD object into a branch ► C AsgxAODNTupleMakerAlg Algorithm that can write a simple ntuple from xAOD objects/variables ► C ContainerProcessor Class writing all variables from one DataVector C BranchProcessor Class writing one variable from an xAOD object into a branch ► C ElementProcessor Class writing all variables from one standalone object C BranchProcessor Class writing one variable from an xAOD object into a branch C AsymptMatrixTool C AxisHandler C AxisHandlerProvider C BadMuonVetoSystHandler ► C BaseFakeBkgTool C UncertaintyList List of systematic variations (UID + sigma) to be considered This is implemented as a basic linked list, since unless in very rare cases it should only contain a single entry C BaseLinearFakeBkgTool C BJetCalibrationAlg Algorithm to apply b-jet specific energy correction C BootstrapGenerator Class to generate random numbers with a unique seed C BootstrapGeneratorAlg Algorithm to compute per-event bootstrap replica weights C BTaggingEfficiencyAlg Algorithm for calling IBTaggingEfficiencyTool C BTaggingInformationDecoratorAlg C BTaggingScoresAlg C CalibratedEgammaProvider C CalibratedMuonsProvider Decorates a muon collection with efficiency and scale factor C CalibratedTracksProvider Decorates a track collection with efficiency and scale factor C ChargeAxisHandler C ChargeSelectorAlg Algorithm that selects an event if the event has leptons with opposite sign or same sign C CollectionContainer The collection container manages the time binning of a particular scale-factor map C CopyNominalSelectionAlg Algorithm that copies the nominal selections over to all other object systematics C CorrectionCode Return value from object correction CP tools C CorrectionTool Helper base class for "correction tools" C DileptonInvariantMassSelectorAlg Algorithm to select an event with 2-lepton mass compared to a specified value C DileptonInvariantMassWindowSelectorAlg Algorithm to select an event with 2-lepton mass compared to a specified window of values "lowMLL" and "highMLL" C DileptonOSSFInvariantMassWindowSelectorAlg Algorithm that vetos an event with two OS electrons or muons mass in a specific mass window C DiTauEfficiencyCorrectionsAlg Algorithm for calling IDiTauEfficiencyCorrectionsTool C DiTauMassCalculatorAlg C DiTauSmearingAlg Algorithm for calling IDiTauSmearingTool C DiTauTruthMatchingAlg Algorithm for calling IDiTauTruthMatchingTool C dRJetAxisHandler C EfficiencyScaleFactor C EffiCollection Handles the 5 different scale-factor maps binned in time C EgammaCalibrationAndSmearingAlg Algorithm for calling CP::IEgammaCalibrationAndSmearingTool ► C EgammaCalibrationAndSmearingTool C AbsEtaCaloPredicate C DoubleOrAbsEtaCaloPredicate C EtaCaloPredicate C SysInfo C EgammaCaloClusterEtaAlg C EgammaFSRForMuonsCollectorAlg Algorithm to collect photons and electrons which close in dR to muons as FSR candidates C EgammaIsGoodOQSelectionTool Tool selecting e/gamma objects based on their object quality flags C EgammaIsolationCorrectionAlg Algorithm for calling CP::IIsolationCorrectionTool C EgammaIsolationSelectionAlg Algorithm for calling IIsolationSelectionTool C EgammaSamplingPatternDecoratorAlg Algorithm decorating samplingPattern on e-gamma clusters C ElectronChargeEfficiencyCorrectionTool C ElectronEfficiencyCorrectionAlg Algorithm for calling IElectronEfficiencyCorrectionTool C ElectronLRTMergingAlg This wraps the Electron LRT collection merger in a CP algorithm C ElectronLRTOverlapRemovalTool Class-algorithm for electron particle collection merging C ElectronSiHitDecAlg This decorates electrons with extra information from the track and cluster to avoid writing them out for SiHit electrons C EtaAxisHandler C EventCutFlowHistAlg Algorithm for dumping the an event-level cutflow C EventDecoratorAlg Algorithm for decorating EventInfo C EventFlagSelectionAlg Algorithm for selecting events by flag C EventSelectionByObjectFlagAlg Algorithm for selecting events based on object flags (e.g C EventStatusSelectionAlg Algorithm for selecting events based on their error status C FakeBkgCalculatorAlg ► C FFJetSmearingTool C SysData C FJvtEfficiencyTool C FJvtSelectionTool C FlowElementPtr For the flow elements we need a special derivate which also contains the weights C HistHandler C HistHandler_TH1 C HistHandler_TH2 C HistHandler_TH2Poly C HistHandler_TH3 C IClassificationTool Tool interface to classify particles into multiple categories by assigning them an unsigned integer C ICorrectionTool C IEfficiencyScaleFactorTool General interface for tools providing analysis efficiency scale factors C IEgammaCalibrationAndSmearingTool C IElectronLRTOverlapRemovalTool C IFakeBkgSystDescriptor Auxiliary interface equiping the tools derived from IFakeBkgTool with helper methods to identify what the different SystematicVariations correspond to All the tools inherit from this interface C IFakeBkgTool Top-level interface for the tools providing an estimate of the fake lepton background All the tools, each of them implementing a different method for the estimation, inherit from this interface C IIsolationCloseByCorrectionTool C IIsolationCorrectionTool C IIsolationHelper C IIsolationLowPtPLVTool C IIsolationSelectionTool C IJetJvtEfficiency C IJetQGTagger C IJetTileCorrectionTool Interface for the tool correcting for dead Tile modules C IJvtEfficiencyTool C IKinematicSystHandler C ILinearFakeBkgTool Interface for the tools providing an estimate of the fake lepton background, which are able to provide an event-by-event weight C IMuonCalibIntScaleSmearTool Class IMuonCalibIntTool C IMuonCalibIntTool C IMuonCalibrationAndSmearingTool C IMuonEfficiencyScaleFactors C IMuonLRTOverlapRemovalTool C IMuonSelectionTool Interface for (a) muon selector tool(s) C IMuonTriggerScaleFactors C inputScaleMapper C IOStatsAlg C IPhotonPointingTool C IPhotonVertexSelectionTool C IPileupReweightingTool C IReentrantSystematicsTool Interface for all CP tools supporting systematic variations within a reentrant algorithm C ISelectionNameSvc Interface for the central systematics service C ISelectionReadAccessor Specialized accessor to read a selection decoration from/to an xAOD object C ISelectionWriteAccessor Specialized accessor to write a selection decoration to an xAOD object C IsoCloseByCaloDecorAlg C IsoCloseByCorrectionAlg C IsoCloseByCorrectionTrkSelAlg ► C IsoCorrectionTestHelper C IsolationBranches ► C IsolationCloseByCorrectionTool C ObjectCache C IsolationCondition C IsolationConditionCombined C IsolationConditionFormula C IsolationConditionHist C IsolationCorrection C IsolationCorrectionTool C IsolationHelper C IsolationLowPtPLVTool C IsolationSelectionTool C IsolationWP C IsoVariableHelper C ISysHandleBase Basic interface for all systematics handles C ISystematicsSvc Interface for the central systematics service C ISystematicsTool Interface for all CP tools supporting systematic variations C ITrackVertexAssociationTool C IWeightPFOTool C JetCalibrationAlg Algorithm for calling IJetCalibrationTool C JetDecoratorAlg Algorithm for calling IJetUpdateJvt C JetFFSmearingAlg Algorithm for calling FFJetSmearingTool C JetGhostMergingAlg Algorithm for combining multiple ghost collections into one C JetGhostMuonAssociationAlg Algorithm for adding ghost muons to jets C JetJvtEfficiency C JetModifierAlg Algorithm for calling IJetModifierTool C JetNGhostSelectorAlg Algorithm to select an event with a specified number of objects compared to a transverse momentum value C JetQGTagger ► C JetQGTaggerBDT C Tagger Slot-specific TMVA tool and associated variables C JetReclusteringAlg C JetSelectionAlg Algorithm for calling IJetSelector C JetTileCorrectionAlg C JetTileCorrectionTool C JetTruthTagAlg An algorithm for tagging reco-jets if they are close enough to a truth jet C JetUncertaintiesAlg Algorithm for calling ICPJetUncertaintiesTool C JvtEfficiencyAlg Algorithm for calling IJEREfficiencyTool C JvtEfficiencyTool C JvtEfficiencyToolBase C JvtSelectionTool C JvtSelectionToolBase C JvtUpdateAlg Algorithm for calling IJetUpdateJvt ► C KinematicHistAlg Algorithm for dumping the kinematics of an IParticle container into histograms C HistGroup Histograms we fill per systematic C HistSubgroup Histograms we fill per systematic and object C LeptonSFCalculatorAlg C LhoodMM_tools C LhoodMMFitInfo ► C MakeSystematicsVector This class handles turning the list of systematics into the actual list of nuisance parameter points to evaluate C GroupConfig Configuration for the given group C MCTCDecorationAlg Algorithm to unpack and decorate MCTruthClassifier Classification information C MetBuilderAlg Algorithm for calling IMetCalibrationAndSmearingTool C MetMakerAlg Algorithm for calling IMETMaker C MetSignificanceAlg Algorithm for calling IMETSignificanceTool C MissingETPlusTransverseMassSelectorAlg Algorithm to select an event with MET + W-boson mass compared to a specified MET+MWT value C MissingETSelectorAlg Algorithm to select an event with missing E_T above or below a specified value C MuonCalibIntHighpTSmearTool ► C MuonCalibIntSagittaTool C ParameterSetSagitta ► C MuonCalibIntScaleSmearTool C ParameterSetScaleSmear C MuonCalibrationAndSmearingAlg Algorithm for calling IMuonCalibrationAndSmearingTool C MuonCalibTool C MuonCloseJetDecorationAlg Small algorithm to quickly write the jetDR decoration needed for isolation scale-factors to the muon C MuonContainerMergingAlg This algorithm allows to merge multiple xAOD::MuonCollection objects into a single (view) collection C MuonEfficiencyScaleFactorAlg Algorithm for calling IMuonEfficiencyScaleFactorTool C MuonEfficiencyScaleFactors C MuonIsolationAlg Algorithm for calling IMuonSelectionTool C MuonLRTMergingAlg This wraps the MCP LRT collection merger in a CP algorithm C MuonLRTOverlapRemovalTool Class-algorithm for muon particle collection merging C MuonQualityUpdaterAlg C MuonScaleFactorTestAlg Small test algorithm to quickly test/demonstrate the usage of the MuonEfficiencyCorrections code within athena C MuonSelectionAlg C MuonSelectionAlgV2 Algorithm for calling IMuonSelectionTool ► C MuonSelectionTool Implementation of the muon selector tool C hitSummary Struct to handle easily number of hits in different parts of the MS C MuonTriggerEfficiencyScaleFactorAlg Algorithm for calling IMuonTriggerScaleFactors C MuonTriggerScaleFactors ► C MVAInputEvaluator C MiniEvaluator C MVATrackVertexAssociationTool C NLargeRJetMassWindowSelectorAlg Algorithm to select an event with N large-R jets with a mass compared to a specified window of values "lowMass" and "highMass" C NNJvtEfficiencyTool C NNJvtSelectionTool C NObjectMassSelectorAlg Algorithm to select an event with a specified number of objects compared to an invariant mass value C NObjectPtSelectorAlg Algorithm to select an event with a specified number of objects compared to a transverse momentum value C ObjectCutFlowHistAlg Algorithm for dumping the object-level cutflow C OutOfValidityEventHelper Helper to translate a CP::CorrectionCode into a ::StatusCode C OutOfValidityHelper Helper to translate a CP::CorrectionCode into a ::StatusCode C OverlapRemovalAlg Algorithm for calling IPileupReweightingTool C ParticleLevelChargeDecoratorAlg C ParticleLevelIsolationAlg C ParticleLevelJetsAlg C ParticleLevelMissingETAlg C ParticleLevelOverlapRemovalAlg C ParticleLevelPtEtaPhiDecoratorAlg C PhiAxisHandler C PhotonEfficiencyCorrectionAlg Algorithm for calling IPhotonEfficiencyCorrectionTool C PhotonExtraVariablesAlg C PhotonOriginCorrectionAlg Algorithm for correctiong the origin of a photon wrt the Primary Vertex C PhotonPointingTool Implementation for the photon pointing tool C PhotonShowerShapeFudgeAlg Algorithm for calling IElectronPhotonShowerShapeFudgeTool for photons C PhotonVertexSelectionAlg C PhotonVertexSelectionTool Implementation for the photon vertex selection tool C PileupReweightingAlg Algorithm for calling IPileupReweightingTool C PileupReweightingProvider C PileupReweightingTool Implementation of the PileupReweighting tool C PMGTruthWeightAlg Algorithm for calling IPMGTruthWeightTool C PrimodialPtSystematic The PrimodialPtSystematic was the former PtKinematicSystHandler C PrintToolConfigAlg C PtAxisHandler C PtKinematicSystHandler Z->mumu reconstruction scale-factors are delivered in eta-phi maps integrating out any pt-dependence C ReclusteredJetCalibrationAlg Algorithm for calibration reclustered large-R jets C RunNumberSelectorAlg Algorithm to select an event with 2-lepton mass compared to a specified value C SaveFilterAlg Algorithm to turn event selections into filters for cutflow saving C SecVertexTruthMatchAlg Algorithm to perform truth matching on secondary vertices C SelectionAccessorExprBase Serves as the base for a few logical expression classes C SelectionAccessorExprNot SelectionAccessor which implements a logical NOT C SelectionAccessorExprOr Implements a SelectionAccessor that performs a binary logical OR C SelectionAccessorList SelectionAccesor for list of selection decorations C SelectionAccessorReadSys SelectionAccesor for reading systematically varied decorations C SelectionExprParser Public interface for the expression parsing facility C SelectionNameSvc Canonical implementation of ISelectionNameSvc C SelectionReadAccessorBits SelectionAccesor for standard CP algorithm selection decorations encoded as bits C SelectionReadAccessorChar SelectionAccesor for OR tool selection decorations C SelectionReadAccessorInvert SelectionAccesor for inverting a selection decoration C SelectionReadAccessorNull SelectionAccesor that can be used instead of a nullptr C SelectionReadHandle Data handle for reading selection properties from objects C SelectionWriteAccessorBits SelectionAccesor for standard CP algorithm selection decorations encoded as bits C SelectionWriteAccessorChar SelectionAccesor for OR tool selection decorations C SelectionWriteAccessorInvert SelectionAccesor for inverting a selection decoration C SelectionWriteAccessorNull SelectionAccesor that can be used instead of a nullptr C SelectionWriteAccessorSys SelectionAccesor for reading systematically varied decorations C ShowerDepthTool C SortedObjPtr Small helper struct to have sets of particle pointers sorted by pt C strObj C SumNLeptonPtSelectorAlg Algorithm to select an event with a specified number of electrons, muons or taus compared to a transverse momentum value C SysCopyHandle Systematics data handle that will either copy the input object or act like an update handle C SysFilterReporter Systematics aware filter reporter C SysFilterReporterCombiner Reporter class that combines the filter decisions for all systematics C SysFilterReporterParams Properties and persistent data for systematics aware filter reporters C SysHandleArray Vector-like class for systematic handles which interact with decorations C SysListDumperAlg Dump systematics names into a histogram C SysListHandle Class managing the property to configure the list of systematics to process C SysReadDecorHandle Data handle for reading systematics varied input data C SysReadHandle Data handle for reading systematics varied input data C SysReadHandleArray Data handle for reading systematics varied input data C SysReadSelectionHandle Data handle for reading systematically varied selection properties from objects C SystDiTauUnioniserAlg C SystElectronUnioniserAlg C SystematicRegistry This module implements the central registry for handling systematic uncertainties with CP tools C SystematicsCache Helper class to cache systematics varied calibration constants inside a ISystematicsTool or IRentrantSystematicsTool C SystematicSet Class to wrap a set of SystematicVariations C SystematicSetHash SystematicSet hash function for general use C SystematicsSvc Canonical implementation of ISystematicsSvc C SystematicsTool Base class for CP tools providing systematic variations C SystematicVariation C SystJetUnioniserAlg C SystMuonUnioniserAlg C SystObjectLinkerAlg C SystObjectUnioniserAlg C SystPhotonUnioniserAlg C SystTauUnioniserAlg C SysWriteDecorHandle Data handle for reading systematics varied input data C SysWriteHandle Data handle for writing systematics varied input data C SysWriteSelectionHandle Data handle for writing systematically varied selection properties from objects C TauCombineMuonRMTausAlg C TauEfficiencyCorrectionsAlg Algorithm for calling ITauEfficiencyCorrectionsTool C TauExtraVariablesAlg C TauSmearingAlg Algorithm for calling ITauSmearingTool C TauTruthDecorationsAlg Algorithm to decorate truth matched information C TauTruthMatchingAlg Algorithm for calling ITauTruthMatchingTool C TElectronTestAlg C TestIsolationAthenaAlg C TestIsolationCloseByCorrAlg C TestMCASTTool ► C TPileupReweighting C CompositeTrigger C Period C Run C TrackParticleMergerAlg Algorithm to merge multiple track collections into one ► C TrackVertexAssociationTool General track-vertex association tool C WorkingPoint C TransverseMassSelectorAlg Algorithm to select an event with W-boson mass compared to a specified MWT value C TreeFillerAlg Algorithm that writes events to a tree filled by preceding algorithms to fill C TreeMakerAlg Algorithm that creates an empty tree for subsequent algorithms to fill C TrigEventSelectionAlg C TrigGlobalEfficiencyAlg C TrigMatchingAlg Algorithm to provide and decorate trigger matching for leptons Currently only single leg triggers are supported C TrigPrescalesAlg Algorithm for retrieving trigger prescales C TTVAClosureSysHandler Extra systematic assigned for the TTVA non-closure C UndefinedAxisHandler C VertexSelectionAlg Algorithm meant to select events with "some" vertex requirements C VGammaORAlg C WeightPFOTool ► C xAODWriterAlg Algorithm writing an xAOD output file C Item Helper struct C XbbEfficiencyAlg Algorithm for calling IBTaggingEfficiencyJsonTool C XbbInformationDecoratorAlg ► N create_period_container C config1 ► N CSV_InDetExporter C CSVDumper ► N CSV_InDetImporter C CSV_InDetImporterAlg ► N CTPdataformat C ROOT6_NamespaceAutoloadHook ► N CxxUtils ► N detail C CHMTableIterator Helper to generate hash probes ► C ConcurrentHashmapImpl Hash table allowing concurrent, lockless reads C const_iterator Bidirectional iterator over occupied table entries C entry_t One entry in the hash table C Table Table of hash entries C HashmapLock Helper to allow for external locking with put() C SizedUInt C SizedUInt< 1 > C SizedUInt< 2 > C SizedUInt< 4 > C SizedUInt< 8 > C UIntConv Helpers for converting between uintptr_t and a pointer or integer C UIntConv< uintptr_t > ► N fpcompare_fn C equal Compare two FP numbers, working around x87 precision issues C equalf Compare two FP numbers, working around x87 precision issues C greater Compare two FP numbers, working around x87 precision issues C greater_equal Compare two FP numbers, working around x87 precision issues C greater_equalf Compare two FP numbers, working around x87 precision issues C greaterf Compare two FP numbers, working around x87 precision issues C less Compare two FP numbers, working around x87 precision issues C less_equal Compare two FP numbers, working around x87 precision issues C less_equalf Compare two FP numbers, working around x87 precision issues C lessf Compare two FP numbers, working around x87 precision issues ► N vecDetail ► N bool_pack_helper Helper for static asserts for argument packs C bool_pack C vec_mask_type Deduce the type of the mask returned by relational operations, for a vectorized type C vec_type Deduce the element type from a vectorized type C vec_typedef Check the type and the size of the vector C Array Read-only multidimensional array C Array< 0 > Read-only multidimensional array, specialized for N=0 ► C ArrayIterator Iterator class for Array<N> C pointer Proxy to return from operator> C ArrayIteratorChooser Helper for defining iterators over Array 's C ArrayIteratorChooser< 1 > Helper for defining iterators over Array 'sN == 1 C ArrayScanner Helper class for converting strings to Array 's C BitPacker Pack a set of values bitwise into a stream C BitPacker16 Pack a set of values bitwise into a stream C BitPacker8 Pack a set of values bitwise into a stream C BitUnpacker Helper to unpack a set of values bitwise from a stream C BitUnpacker16 Helper to unpack a set of values bitwise from a stream C BitUnpacker8 Helper to unpack a set of values bitwise from a stream C CachedPointer Cached pointer with atomic update C CachedUniquePtrT Cached pointer with atomic update C CachedValue Cached value with atomic update ► C ClassName Recursively separate out template arguments in a C++ class name C ExcBadClassName Exception to signal a malformed class name C ExcMissingVariable Exception to signal a missing variable C Rules A set of transformation rules to use with ClassName C CMurmurHash2A ► C ConcurrentBitset Variable-sized bitset allowing (mostly) concurrent access C const_iterator Iterator over all 1 bits in the set C Impl Implementation object C reference A reference to one bit in a set C CRCTable Precomputed tables and constants for the CRC calculation C extrace_init ► C FloatCompressor Class implementing a lossy float compression C floatint_t Type used in the compression C FloatPacker Pack/unpack floating-point data from/to a given number of bits C IRangeMapPayloadDeleter Helper to delete payload objects for ConcurrentRangeMap C LockedPointer A pointer together with a movable lock ► C PackedArray An array of unsigned values of some bit size, packed tightly C proxy Proxy class for representing an lvalue to an element of PackedArray ► C pointer_list A fast way to store a variable-sized collection of pointers C allocator Allocator for pointer_list NELT C iterator Forward iterator over the list ► C pointer_list_base A fast way to store a variable-sized collection of pointers ► C allocator Very simple allocator for use with pointer_list C chunk One memory allocation chunk C list_block A single block in the list C range_with_at Add at() methods to a range class C range_with_conv Add to a range class conversions to containers C RedirStderr C releasing_iterator Adapter to retrieve elements from a unique_ptr iterator via release() C reverse_wrapper Adapter for a container-like class to be used in a range-for so as to iterate in the reverse direction C Ring A very simple ring buffer ► C SimpleUpdater Simple (non-deleting) Updater implementation C Context_t Context object C sincos Helper to simultaneously calculate sin and cos of the same angle C span Simplified version of the C++20 std::span C vec_fb C WritableArray Read-write multidimensional array C WritableArray< 0 > C WritableArrayData ► N D3PD Block filler tool for noisy FEB information ► N Root C Clearinfo Hold information on how to clear one variable C Cleartable Table giving information on how to clear all variables in a tree C AddVariable Common implementation of IAddVariable ► C AuxDataFillerTool Copy aux data to D3PD C Var Describe one variable C BlockFillerTool Type-safe wrapper for block filler tools C BlockFillerTool< Types< T0 > > A specialization of BlockFillerTool that can accept one of several types C BlockFillerTool< void > Type-safe wrapper for block filler tools, for tools taking no input C BlockFillerToolImpl Non-template parts of BlockFillerTool C ButFirstType C ButFirstType< Types< T0, TYPES... > > C CaloCalibHitFillerTool Block filler tool for EM samplings from a CaloCluster C CaloCalibrationHitContainerGetterTool Define a special getter C CaloCellDetailsFillerTool Block filler tool for EM samplings from a CaloCluster C CaloCellRawFillerTool Block filler tool for calo cell raw eta/phi C CaloClusterCellAssociationTool Associate from a CaloCluster to CaloCell C CaloInfoFillerTool Block filler tool for EM samplings from a CaloCluster C ClusterEMSamplingFillerTool Block filler tool for EM samplings from a CaloCluster C ClusterPositionInCaloFillerTool Block filler tool for eta/phi positions in calo coordinate from a CaloCluster C ClusterSamplingFillerTool Block filler tool for EM samplings from a CaloCluster C CollectionGetterFilterTool A collection getter that filters the results of another C CollectionGetterFilterToolImpl Non-template parts of CollectionGetterFilterTool C CollectionGetterRegistryTool Tool to keep a registry of collection getter tools C CollectionGetterTool Type-safe wrapper for ICollectionGetterTool C CollectionGetterToolImpl Non-template parts of CollectionGetterTool C ContainedAssociationFillerTool Represent a single association by containment C ContainedMultiAssociationFillerTool Represent a multiple association by containment C ContainedVectorMultiAssociationFillerTool Represent a multiple association by containment inside vectors C ContainerFlagFillerTool Flag objects that are present in other containers C ConversionVertexAssociationTool Associate from a conversion to its vertex C CovarianceFillerTool Block filler tool for error and covariance matrix C D3PDMCTruthClassifier Work around MCTruthClassifier brain-damage C DRAssociationTool Associate to particle closest in DR C DRConeAssociationTool Associate all particles within a DR cut C DummyInitAlg Work around initialization ordering problems C DummyVarFillerTool Create an empty variable in the D3PD C egammaClusterAssociationTool Associate from an egamma to its CaloCluster C egammaConversion0FillerTool Block filler tool for photon conversion information, for LOD 0 C egammaConversionFillerTool Block filler tool for photon conversion information C egammaDeltaEmax2Alg Calculate deltaEmax2 for egamma objects and store as UD C egammaGenParticleAssociationTool Associate from an electron/photon to a matched GenParticle via classification tool C egammaLayer1ExtraFillerTool C egammaMaxECellAlg Find most energetic cell in the middle layer for an egamma object and store in UserData C egammaNbCellsGainAlg Count the number of cells in each gain, layer by layer C egammaRetaphiFillerTool C egammaSumCellsGainAlg Find most energetic cell in the middle layer for an egamma object and store in UserData C egammaTraversedMaterialFillerTool Block filler tool for the material traversed by a photon/electron until the entrance of the calorimeter (in X0) C egammaTruthAlg Select egtruth particles C egammaTruthClassificationFillerTool Fill in type/origin from MC classifier tool for an egamma C ElectronJetDRAssociator For every electron find jets in a cone and store lifetime, signed IP, and PTRel of relation C ElectronTrackParticleAssociationTool Associate from an egamma to its TrackParticle C EventErrorStateFillerTool Block filler tool for event error state from EventInfo C EventFlagNames C EventTrigInfoFillerTool Tool writing the stream decisions to D3PDs C EventTypeFillerTool Block filler tool for the event type from EventInfo C EventWeightFillerTool Block filler tool for the event weight from EventInfo C FakeProxy Proxy class for storing any kind of object C FirstAssociationTool Choose the first result from a multiple association C FourMomFillerTool Block filler tool for a four-momentum C IAddVariable Common interface for adding a variable to a tuple C IBlockFillerTool Abstract interface for tool to fill a block in the D3PD C ICollectionGetterRegistryTool Abstract interface to keep a registry of collection getter tools C ICollectionGetterTool Abstract interface to get a collection of objects and iterate over it C ID3PD Define an abstract interface for building a D3PD tree C ID3PDSvc Abstract interface for service to create D3PD trees C IdentityAssociationTool A generic identity association; i.e., one that simply returns its input C IIteration Abstract interface for iterating over a set of things C IMetadataTool Write metadata to a D3PD C ImpactSigmaFillerTool Fill d0/z0 uncertainties from an ErrorMatrix C IMultiAssociationTool Abstract interface to form a multi-way association C INav4MomLinkContainerGetterTool Getter tool to retrieve an INav4MomLinkContainer SG C IndexAssociationFillerTool Represent a single association by index C IndexFillerTool Fill an index of an object within a container C IndexMap C IndexMultiAssociationFillerTool Represent a multiple association by index C IObjFillerTool Abstract interface for tool to fill an object in the D3PD C IObjGetterTool Abstract interface to get an object to put in the tuple C IParticleLinksCollectionGetterTool C IReaderD3PD Common interface for the code generator D3PD classes C ISingleAssociationTool Abstract interface to form a single association C LArCollisionTimeFillerTool Block filler tool for collision time information C LArDigitFillerTool Block filler tool for EM samplings from a CaloCluster C LArHitContainerGetterTool Define a special getter C LArHitFillerTool Block filler tool for EM samplings from a CaloCluster C LArNoisyROFillerTool C LArRawChannelContainerGetterTool C LArRawChannelFillerTool C LArSCHitFillerTool Block filler tool for EM samplings from a CaloCluster C LBMetadataTool Add luminosity metadata info to a D3PD C MakerAlg Algorithm to create a D3PD tree C MBTSFillerTool Block filler tool for MBTS information C MBTSTimeFillerTool Block filler tool for combined MBTS time information C MDTSimHitFillerTool Filler tool for the basic properties of MDTSimHit C MultiAssociationTool Type-safe wrapper for multiple-target associator tools C MultiAssociationTool< Types< T0 >, TO_T > A specialization of MultiAssociationTool that can accept one of several types C MultiAssociationTool< Types< T0 >, Types< U0 > > A specialization of MultiAssociationTool that can accept one of several types, mapping to multiple output types C MultiAssociationToolImpl Non-template parts of MultiAssociationTool C MultiAssociationToolTo Helper for MultiAssociationTool C MultiReaderAlg Algorithm used for generating D3PDReader sources C MuonGenParticleAssociationTool Associate from an electron/photon to a matched GenParticle via classification tool C MuonNumberOfSegmentsFillerTool Fill number of muon segments C MuonTrackParticleAssociationTool Associate from an Muon to its primary TrackParticle C MuonTrkHitFillerTool C MuonTruthClassificationFillerTool C MuonTruthHitsFillerTool Fill truth hit information for muons C NoType Placeholder for empty type ► C ObjectMetadata D3PD variable metadata handling class C Variable Internal class keeping track of a single variable C ObjFillerTool Object filler tool for a single object C ObjGetterTool This is a type-safe wrapper for the IObjGetterTool C ObjGetterToolImpl Non-template parts of ObjGetterTool C PerigeeBLPredictionFillerTool Fill expectHitInBLayer from a Perigee C PerigeeCovarianceAssociationTool Associate from a Perigee to its ErrorMatrix C PerigeeFillerTool C PerigeePair C PerigeePairOldPerigeeAssociationTool Associate from a PerigeePair to the perigee for the original track C PhotonTruthAlg Analyze GenParticle's matching photons and made UD decorations C PhotonTruthTool C ReaderAlg Algorithm used for generating D3PDReader sources C RootD3PD Root-based D3PD tree C RootD3PDSvc Service to create a root-based D3PD C RootObjectMetadata Extension of the ObjectMetadata class for reading D3PD files C RootReaderD3PD_v1 D3PD class used for generating ROOT D3PDReader classes C RootReaderD3PD_v2 D3PD class used for generating ROOT D3PDReader classes C RootReaderD3PDBase Base class for all ROOT-based code generators C RootReaderD3PDSvc A very simple D3PDSvc which produces RootReaderD3PD objects C SCFillerTool Block filler tool for EM samplings from a CaloCluster C SelectedParticlesFilterTool A collection getter that filters the results of another based on the contents of a SelectedParticles C SelectType Select one type out of the tuple C SelectType< Types< TYPES... >, N > SelectType used of Types C SGCollectionGetterTool Collection getter tool retrieving a container from StoreGate C SGDataVectorGetterTool Getter tool to retrieve DataVector/List collections from StoreGate C SGGetterImpl Common object getter code for retrieving from StoreGate C SGKeyResolver Helper to resolve the SG key to use C SGObjGetterTool Getter tool to retrieve single objects from StoreGate C SGTileDigitsGetterTool C SGTileHitGetterTool C SGTileModuleBitsGetterTool C SGTileRawChannelGetterTool C SingleAssociationTool Type-safe wrapper for single associator tools C SingleAssociationTool< Types< T0 >, TO_T > A specialization of SingleAssociationTool that can accept one of several types C SingleAssociationToolImpl Non-template parts of SingleAssociationTool C SingleAssociationToolTo Helper for SingleAssociationTool ► C SkimDecisionFillerTool Block filler tool for SkimDecisions C Var Description of each variable being written C TileAssocFillerTool C TileCellDetailsFillerTool C TileCellDigitAssociationTool C TileCellFillerTool C TileCellRawAssociationTool C TileClusterFillerTool C TileCosmicMuonFillerTool C TileCosmicMuonTileCellAssociationTool C TileDigitFillerTool C TileEventFillerTool C TileHitFillerTool C TileHitInfoFillerTool Block filler tool for total TileHit energy C TileL2FillerTool C TileModuleBitsFillerTool C TileMuFillerTool C TileMuonFillerTool C TileRawChannelFillerTool C TileTrackFillerTool C TileTriggerFillerTool C TileTTL1FillerTool C TowerFillerTool C TrackParticleChargeFillerTool C TrackParticlePerigeeAtBSAssociationTool Associate from a VxCandidate to its perigee at the beam spot C TrackParticlePerigeeAtOOAssociationTool Associate from a TrackParticle to its default Perigee C TrackParticlePerigeeAtPVAssociationTool Associate from a VxCandidate to its perigee at primary vertex C TrackParticlePerigeePairAtOOAssociationTool Associate from a VxCandidate to its Position ErrorMatrix C TrackParticleVertexAssociationTool Associate from a TrackParticle to its reconstructed vertex C TrackRecordCollectionGetterTool C TrackRecordFillerTool Filler tool for the basic properties of TrackRecord C TruthMuonsToSG C TruthParticleBremFillerTool Fill the hasHardBrem flag C TruthParticleChildAssociationTool Associate all particles within a DR cut C TruthParticleClassificationFillerTool C TruthParticleFillerTool C TruthParticleParentAssociationTool Associate all particles within a DR cut C TruthParticleProdVertexAssociationTool Associate from a TruthParticle to its GenVertex production vertex C TypeConverter This is helper for converting between pointers of different types, given dynamically by std::type_info C Variable Structure describing one D3PD variable C VectorFillerTool Object filler tool for a collection of objects, saved as vectors ► C VectorFillerToolBase Common code for wrapping filled variables up into a vector C Var Description for a single variable C Vars Description for the list of variables C VertexCovarianceAssociationTool Associate from a VxCandidate to its Position ErrorMatrix C VertexKineFillerTool Block filler tool for vertex kinematics, from attached tracks C VertexTrackParticleAssociationTool C VoidObjFillerTool Object filler tool for tools taking no input C WrapType Helper so that Types<> will be an empty class ► N D3PDMakerReaderDict C tmp ► N D3PDSizeSummary C Branchgroup C Filestats ► N D3PDTest C DefaultFillerTool Test setting default values in d3pds C DefaultFillerTool2 Test setting default values in d3pds C FillerAlg Test class for D3PD maker C HitsFillerAlg Test class for D3PD maker C IN4MHLVAssociationTool Test code: IN4M -> HLV C MapDumper C MyVec2 C Obj1 Test class for D3PD maker C Obj12FillerTool D3PD maker regression tests C Obj1Container C Obj1FillerTool D3PD maker regression tests C Obj1Obj2AssociationTool Test code: associate from an Obj1 to a single Obj2 C Obj1Obj2MultiAssociationTool Test code: associate from an Obj1 to a set of Obj2 C Obj2 Test class for D3PD maker C Obj2FillerTool Block filler tool for TrigElectron calo variables (LOD 2) C Obj3 Test class for D3PD maker C Obj4 Test class for D3PD maker C Obj4Container C Obj4FillerTool D3PD maker regression tests C Obj4GetterTool C Obj5 Test class for D3PD maker (aux data) C Obj5FillerTool D3PD maker regression tests C ToObj2AssociationTool Test code: associate from an Obj1 to a single Obj2 C ToObj2MultiAssociationTool Test code: associate from an Obj1 to a set of Obj2 ► N DataModel_detail C CompareAndPrint Helper for remove_duplicates C const_iterator Const iterator class for DataVector/DataList C DVLCast Casting operations for DataVector/DataList C DVLCast< DVL, false > Casting operations for DataVector/List, static_cast version C DVLCast< DVL, true > Casting operations for DataVector/List, dynamic_cast version C DVLInfo C DVLInfoBase C DVLIterator Implementation for iterator helper C DVLIteratorBase Helper to iterate over a DV container C dvlmapdel C ElementProxy Proxy for lvalue access to DataVector/DataList elements C iterator (Non-const) Iterator class for DataVector/DataList C NoBase Marker for the base of the inheritance hierarchy ► N DataModelAthenaPool C CLHEPConverters Register all CLHEP converters C DataVectorConvert Provide backwards compatibility for reading DataVector C PackedContainerConverter Converter from std::vector<T,ALLOC> to SG::PackedContainer<U,ALLOC> C PointConverter Converter for Hep3Vector to Point3D<double> ► N DataModelTestConfig C LoadReadDicts C LoadWriteDicts ► N DataVector_detail C VirtBases ► N Dbg C Empty C Hist C HistTemp ► N DCubeHistograms C MyHistoFiller ► N DebugPage C DebugPage ► N defects_dump_graph C Node ► N DerivationFramework THE reconstruction tool ► N TriggerMatchingUtils C RangedItr Utility class that acts wraps a bidirectional iterator C AnalysisMuonThinningAlg C AnyVertexSkimmingTool C AsgSelectionToolWrapper C AugmentationToolExample C AugmentationToolLeadingJets C AugOriginalCounts Augmentation with primary vertex counts (before thinning) C BadBatmanAugmentationTool C BasedInvCache C BdKstarMuMu_metadata Store JO metadata specific to the Bd->KstarMuMu analysis C BkgElectronClassification C Bmumu_metadata Store JO metadata specific to the Bmumu analysis C Bmumu_reco_mumu C BmumuThinningTool Primary vertex, track and muon thinning for Bmumu analysis ► C BMuonTrackIsoTool C MuIsoItem C BoostedHadTopAndTopPairFilterAugmentation C BoostedHadTopAndTopPairFilterTool C BPhysAddMuonBasedInvMass Augment secondary vertices with muon-information-based mass C BPhysBGammaFinder C BPhysConversionFinder C BPhysMetadataBase C BPhysPVCascadeTools C BPhysPVThinningTool C BPhysPVTools C BPhysVarBlinder ► C BPhysVertexTrackBase C BaseItem C TrackTypeCounter C BTrackVertexMapLogger ► C BVertexClosestTrackTool C CtItem ► C BVertexTrackIsoTool C IsoItem C CaloClusterThinning C CaloIsolationDecorAlg C Candidate C Cascade3Plus1 C CascadeTools C CellsInConeThinning C CfAthAlgTool C ClassifyAndCalculateHFAugmentation C ClassifyAndCalculateHFTool C ClusterEnergyPerLayerDecorator Decorate egamma objects with the energy per layer for a rectangular cluster of size neta X nphi built on the fly C CollectionMakerHelpers C Combination C CommonAugmentation C CompactHardTruth C DecayGraphHelper C DeltaRTool C DerivationKernel C DESDM_EXOTHIP_SkimmingTool C DiMuonTaggingAlg C DiphotonVertexDecorator C DistanceInTrainAugmentationTool C DiTauTrackParticleThinning C DRAW_ZMUMUSkimmingTool C EGammaClusterCoreCellRecovery C EgammaTrackParticleThinning C EGammaTracksThinning ► C EGElectronAmbiguityTool C DecorHandles C EGElectronLikelihoodToolWrapper C EGInvariantMassTool C EGPhotonCleaningWrapper C EGSelectionToolWrapper C EGTransverseMassTool C EventInfoBSErrDecorator C EventInfoPixelDecorator C EventInfoPixelModuleStatusMonitoring C ExpressionParserHelper Helper class for using ExpressionParsing::ExpressionParser C FilterCombinationAND C FilterCombinationOR C FourLeptonVertexingAlgorithm C FourMuonTool ► C GainDecorator C calculation C GenericObjectThinning C GenericTruthThinning C GenFilterTool C GoodRunsListFilterAlgorithm C HadronOriginClassifier C HadronOriginDecorator C HardScatterVertexDecorator C HardTruthThinning C HICentralityDecorationTool C HIGlobalAugmentationTool C HITrackParticleThinningTool C HITrackQualityAugmentationTool C IAugmentationTool C IDTrackCaloDepositsDecoratorAlg C InDetTrackSelectionToolWrapper C InvariantMassTool C ISkimmingTool C IsolationTrackDecorator C IThinningTool C JetCaloClusterThinning C JetExternalAssocTool C JetLargeD0TrackParticleThinning C JetMatchingTool C JetMSVAugmentation C JetTrackParticleThinning C JpsiPlusDpstCascade C JpsiPlusDs1Cascade C JpsiPlusDsCascade C JpsiPlusPsiCascade C JpsiPlusV0Cascade C JpsiXPlus2V0 ► C JpsiXPlusDisplaced C MesonCandidate C MesonCandidateVector C XiCandidate C LArCollisionTimeDecorator C LockDecorations Algorithm to explicitly lock a set of decorations ► C MaxCellDecorator C calculation C MbtsToVectorsTool C MenuTruthThinning C MergedElectronDetailsDecorator C MergerTester Class-algorithm for track particle collection merging C METRemappingAlg C METTriggerAugmentationTool C MuonExtrapolationTool C MuonJetDrTool C MuonTPExtrapolationAlg C MuonTrackParticleThinning C MuonTruthClassifierFallback C MuonTruthIsolationDecorAlg C MuPlusDpstCascade C MuPlusDsCascade C NTUPStringSkimmingTool C PdgConditional C PFlowAugmentationTool C PflowIsolationDecorAlg C PhotonsDirectionTool C PhotonVertexSelectionWrapper C PixeldEdxTrackParticleThinning C PixelNtupleMaker C PrescaleTool C PseudoTrackSelector Class-algorithm for pseudo track selection C PsiPlusPsiCascade C PsiPlusPsiSingleVertex C RCJetSubstructureAug C Reco_4mu C Reco_mumu C Reco_V0Finder C Reco_Vertex C ReVertex C SaturatedTriggerTower C Select_Bmumu C Select_onia2mumu C SkimmingToolExample C SkimmingToolEXOT14 C SkimmingToolEXOT5 C SkimmingToolHIGG1 ► C SkimmingToolHIGG2 C Candidates C SkimmingToolHIGG5VBF C StreamAuditorTool C SUSYGenFilterTool C SUSYSignalTagger C SV1TrackThinning C TagAndProbeTrackParticleThinning C TauIDDecoratorWrapper C TauJets_LepRMParticleThinning C TauThinningTool C TauTrackParticleThinning C TauTruthMatchingWrapper C Thin_vtxDuplicates C Thin_vtxTrk C ThinningToolExample C TileCellsDecorator C TileCellsMuonDecorator C TopHeavyFlavorFilterAugmentation C TrackIsolationDecorAlg C trackIsolationDecorator C TrackMeasurementThinning C TrackParametersAtPV C TrackParametersKVU C TrackParticleCaloCellDecorator C TrackParticleThinning C TracksInCone C TrackStateOnSurfaceDecorator C TrackToVertexWrapper C TriggerCountToMetadata C TriggerGenericObjectThinningTool C TriggerMatchingAugmentation C TriggerMatchingTool Tool to perform trigger matching in the derivation framework C TriggerSkimmingTool C TriggerTowerThinningAlg C Truth3CollectionMaker C TruthBornLeptonCollectionMaker C TruthCaloShowerDecorator ► C TruthCategoriesDecorator C FourMomDecorationKeys Set of DecorHandleKeys to write the four momenta needed for the HTXS categorization C HTXSSample C TruthClassificationDecorator C TruthCollectionMaker C TruthCollectionMakerTau C TruthD2Decorator C TruthDecayCollectionMaker C TruthDressingTool C TruthEDDecorator C TruthIsolationTool C TruthLinkRepointTool C TruthMetaDataWriter C TruthNavigationDecorator C TruthPVCollectionMaker C TruthQGDecorationTool C TTbarPlusHeavyFlavorFilterTool C TVAAugmentationTool C UFOTrackParticleThinning C UnassociatedHitsDecorator C UnassociatedHitsGetterTool C UsedInVertexFitTrackDecorator C VertexCaloIsolation C VertexCand C VertexPlus1TrackCascade C VertexTrackIsolation C ViewContainerThinning C VSITrackParticleThinning C xAODStringSkimmingTool C ZeeVertexRefittingTool ► N details C IParticleWriterBase ► N Digraph C Digraph ► N DiTauConfigFlags C DiTestTauRecConfigFlags ► N DiTauMassTools ► C MissingMassCalculator C DitauStuff C MissingMassInput C MissingMassOutput C MissingMassProb C MissingMassTool ► N DiTauRecTools Implementation of boosted di-tau ID C DiTauDiscriminantTool C DiTauIDVarCalculator C IDiTauToolBase ► N dlldep C Cache C Color C SharedLib C Stats ► N DMTest C AllocTest_v1 Testing an xAOD object with a non-standard memory allocator C AllocTestAuxContainer_v1 Testing an xAOD object with a non-standard memory allocator C AllocTestReadWithAlloc Test reading AllocTest with a non-default allocator C AllocTestReadWithoutAlloc Test reading AllocTest with a non-default allocator C AllocTestWriteWithAlloc Test writing AllocTest with a non-default allocator C AllocTestWriteWithoutAlloc Test writing AllocTest with a non-default allocator C B Base contained class for DataVector C BDer A class deriving from DataVector B C C_v1 C CAuxContainer_v1 C CInfoAuxContainer_v1 C CLinks_v1 For testing thinning of xAOD objects C CLinksAOD For testing thinning of AOD objects C CLinksAOD_p1 Persistent class for AOD CLinks container C CLinksAODCnv_p1 C CLinksAuxContainer_v1 For testing thinning of xAOD objects C CLinksAuxInfo_v1 For testing thinning of xAOD objects (standalone store) C CondAlg1 C CondAlg2 C CondReaderAlg C CondWriterAlg C CondWriterExtAlg Alg to write conditions data via an external script C CTrigAuxContainer_v1 C CVecWithData_v1 C D Derived contained class for DataVector C DDer A class deriving from DataVector D C DMTestRead Algorithm for printing test data C DMTestWrite Algorithm for creating test data C DummyDecisionWriter Make a dummy xAOD::TrigDecision to avoid warnings when writing bytestream C ELVec For testing ElementLink C G_v1 C GAuxContainer_v1 C H_v1 C H_v2 C HAuxContainer_v1 C HAuxContainer_v2 C HAuxContainerCnv_v1 C HLTResultReader Test for serializing an xAOD object from bytestream C HLTResultWriter Test for serializing an xAOD object into bytestream C HVecCnv_v1 C ITestTool C JVec_v1 For testing jagged vectors C JVecAuxContainer_v1 For testing jagged vectors C JVecAuxInfo_v1 For testing jagged vectors C MetaReaderAlg C MetaWriterAlg C P_v1 Class used for testing xAOD data reading/writing with packed containers C PAuxContainer_v1 Class used for testing xAOD data reading/writing with packed containers C PLinks_v1 For testing packed links C PLinksAuxContainer_v1 For testing packed links C PLinksAuxInfo_v1 For testing packed links C S1 C S2 C S3 C xAODTestAlg C xAODTestClearDecor Algorithm to test adding decorations to a DataVector C xAODTestDecor Algorithm to test adding decorations to xAOD data C xAODTestFilterCVec Algorithm to test filtering xAOD data C xAODTestRead Algorithm to test reading xAOD data C xAODTestReadCInfo Algorithm to test reading xAOD data C xAODTestReadCLinks Read and dump CLinks/CLinksAOD objects C xAODTestReadCVec Algorithm to test reading xAOD data (CVec) C xAODTestReadCView Algorithm to test reading xAOD data (CView) C xAODTestReadDecor Algorithm to test reading decorations using handles C xAODTestReadHVec Algorithm to test reading xAOD data with schema evolution (HVec/HView) C xAODTestReadJVec Test reading jagged vectors C xAODTestReadPLinks Test reading packed links C xAODTestReadPVec Algorithm to test reading xAOD data with packed containers C xAODTestReadSymlink C xAODTestReadSymlinkTool C xAODTestShallowCopy Algorithm to do a shallow copy of CVec types C xAODTestShallowCopyHVec Algorithm to do a shallow copy of HVec types C xAODTestThinCVec Thin CVec objects C xAODTestThinJVec Thin JVecContainer objects C xAODTestThinPLinks Thin PLinksContainer objects C xAODTestTypelessRead Algorithm for reading test xAOD data C xAODTestWrite Algorithm for creating test aux data C xAODTestWriteCInfo Algorithm for creating test aux data C xAODTestWriteCInfoTool Algorithm for creating test aux data C xAODTestWriteCLinks Algorithm for creating test aux data C xAODTestWriteCVec Algorithm for creating test aux data C xAODTestWriteCVecConst Test recording a const aux obj via WriteHandle C xAODTestWriteCView Algorithm to test writing an xAOD view vector (cview) C xAODTestWriteFwdLink1 C xAODTestWriteFwdLink2 C xAODTestWriteHVec Algorithm to test writing xAOD classes for schema evolution (hvec/hview) C xAODTestWriteJVec Test writing jagged vectors C xAODTestWritePLinks Test writing packed links C xAODTestWritePVec Algorithm to test writing xAOD data with packed containers C xAODTestWriteSymlinks Algorithm testing making symlinks/aliases through handles ► N dmtest_condwriter C createTestDB ► N doL1CaloHVCorrections C HVCorrectionCalculator C HVCorrectionCOOLReader ► N dq_defect_info_table C Defect ► N dq_defect_summary C Defect ► N dqi C CompositeAlgorithm C ConditionsSingleton C CorrelationYX C CountsBinsGreaterThan C DatabaseConfig C DisableMustClean C HanAlgorithmConfig C HanApp ► C HanConfig C AssessmentVisitor C AssessmentVisitorBase C CompAlgVisitor C ConfigVisitor C MetadataVisitor C RefVisitor C RefWriter C RegexVisitor C RegionVisitor C HanConfigAlgLimit C HanConfigAlgPar ► C HanConfigAssessor C Visitor C HanConfigCompAlg C HanConfigGroup C HanConfigMetadata C HanConfigParMap C HanHistogramLink C HanInputRootFile ► C HanOutput C RegionNameComp C Result C HanRuntimeConfigSingleton C MiniConfig Description ► C MiniConfigTreeNode A node of a tree structure holding a configuration, where each node may be given attributes, and a node inherits the attributes of parent nodes if those attributes are not redefined C Visitor C Writer ► N dqm_algorithms ► N summary C AlwaysGreenSummary C AlwaysUndefinedSummary C BinwiseSummary C DivideByHist C FractionSummary C JetWorstCaseSummary A simple summary This summary maker calculates result for a region for Jet Monitoring as the worst result of childs C MDTSummary C MDTWorstCaseSummary A simple summary Compute the MDT Coverage to ML Granularity per region (BA,BC,EA,EC) based on four separate plots in four different layers (Inner, Middle, Outer, Extra) returns green if > 90 %, red if less than 90%, and undefined if enough of the plots failed the MinStat requirement C PercentSummary C SimpleSummary C WorstCaseSummary A simple summary This summary maker calculates result for a region as the worst result of childs C WorstCaseYellow Restricted summary C WorstWBlackSummary A simple summary This summary maker calculates result for a region as the worst result of childs ► N tools C binCluster C binContainer C DumpConfig C SimpleAlgorithmConfig This class provides a simple implementation of the DQMF abstract AlgorithmConfig interface which can be used in dqm_algorithms (see AddReference algorithms) C AddReference C AddReference_All_Bins_Filled C AddReference_BinContentComp C AddReference_Bins_Diff_FromAvg C AddReference_Bins_Equal_Threshold C AddReference_Bins_GreaterThan_Threshold C AddReference_Bins_GreaterThanEqual_Threshold C AddReference_Bins_LessThan_Threshold C AddReference_Bins_LessThanEqual_Threshold C AddReference_Bins_NotEqual_Threshold C AFP_LBsOutOfRange C AFP_SiTEfficiency C AFP_Sync_check C AFP_ToFEfficiency C AFP_ToFSiTCorrCheck C All_Bins_Filled C AveragePrint C BasicGraphCheck C BasicHistoCheck C BasicHistoCheckModuleStatus C BasicStatCheck C BinContentComp C BinContentDump C BinDump C BinHeight_Equal_Threshold C BinHeight_GreaterThan_Threshold C BinHeight_GreaterThanEqual_Threshold C BinHeight_LessThan_Threshold C BinHeight_LessThanEqual_Threshold C BinHeight_redEqual_yellowGreaterThan_Threshold C BinHeight_redEqual_yellowLessThan_Threshold C BinHeightThreshold C BinPrint C Bins_Diff_FromAvg C Bins_Equal_Threshold C Bins_GreaterThan_Threshold C Bins_GreaterThanAbs_Threshold C Bins_GreaterThanEqual_Threshold C Bins_GreaterThanNonZeroMedian_Threshold C Bins_LessThan_Threshold C Bins_LessThanAbs_Threshold C Bins_LessThanEqual_Threshold C Bins_LessThanNonZeroMedian_Threshold C Bins_NotEqual_Threshold C BinsDiffByStrips C BinsDiffFromPreviousLBs C BinsDiffFromStripMedian ► C BinsDiffFromStripMedianOnline C binOnline C colorbinOnline C colorclusterOnline C BinsFilledOutRange C BinsOutOfRange C BinsSymmetric ► C BinThresh C mask_limits C BinThreshold C BlackBin C BlackBin1D C CheckBinSpike C CheckBinSpike_1D C CheckHisto_Mean C CheckHisto_RMS C CheckMean C Chi2Test C Chi2Test_2D C Chi2Test_Chi2 C Chi2Test_Chi2_per_NDF C Chi2Test_Prob C Chi2Test_ProbUW C Chi2Test_ProbWW C Chi2Test_Scatterplot C ChiComp C CorrelationYX C CountsBinsGreaterThan C CSCNoisyDead C CTP_AllBinsAreEmptyExceptZero C DifferentThan C DivideBin C DivideReference C DivideReference_All_Bins_Filled C DivideReference_BinContentComp C DivideReference_Bins_Diff_FromAvg C DivideReference_Bins_Equal_Threshold C DivideReference_Bins_GreaterThan_Threshold C DivideReference_Bins_GreaterThanEqual_Threshold C DivideReference_Bins_LessThan_Threshold C DivideReference_Bins_LessThanEqual_Threshold C DivideReference_Bins_NotEqual_Threshold C EfficiencyRefComp C GatherData C GraphPrint C GraphTest C GreaterThan C GrubbsOutlierTest C Histogram_Effective_Empty C Histogram_Empty C Histogram_Not_Empty C HLTMETComponents C HLTMETStatus C IterativeGaussianFit C JarqueBeraTest C JarqueBeraTest_JB C JarqueBeraTest_Prob C KillBinsByStrip C KolmogorovTest C KolmogorovTest_MaxDist C KolmogorovTest_MaxDistPlusNorm C KolmogorovTest_Norm C KolmogorovTest_Prob C KurtosisTest C KurtosisTest_GreaterThan C KurtosisTest_GreaterThanAbs C KurtosisTest_LessThan C KurtosisTest_LessThanAbs ► C L1Calo_BinsDiffFromStripMedian C bin C L1Calo_OutlierAndFlatnessTest C LastBinThreshold C LastBinThresholdAction C LessThan C MaskedBinRow C MaximumBin C MDT_OccupancyHoleFinder C MDTADCSpectrum C MDTChi2 C MDTCluster C MDTMLOverview C MDTMultiplicity C MDTOverview C MDTOverview_Global C MDTOverview_Station C MDTPercentUnderThresh C MDTTDCOfflineSpectrum C MDTTDCSpectrum C MDTTubeCheck C MDTTubeCheckError C ModuleStatus_All_Bins_Filled C MUCTPISLAnyHit C MUCTPISLTiming C No_OverFlows C No_UnderFlows C NoAction C OccupancyHoleFinder C OutlierAndFlatnessTest C PassInput C ReferenceMasking C ReferenceMasking_Bins_Diff_FromAvg C ReferenceMasking_Bins_GreaterThan_Threshold C RepeatAlgorithm C RootFit C RootFitGraph C RootFitTEff C RPC_OccupancyHoleFinder C SCTTrackTiming C SideBand C SideBand_Absolute C SideBand_Relative C Simple_doublegaus_Fit C Simple_erf_Fit_Graph C Simple_fermi_Fit C Simple_fermi_Fit_Graph C Simple_fermi_Fit_TEff C Simple_gaus_Fit C Simple_gausplusexpo_Fit C Simple_gauspluspol1_Fit C Simple_landau_Fit C Simple_pol1_Fit C Simple_sinusoid_Fit C SkewnessTest C SkewnessTest_GreaterThan C SkewnessTest_GreaterThanAbs C SkewnessTest_LessThan C SkewnessTest_LessThanAbs C STG_YMeansperSector C TileDQAction C TileTriggerMonitor C TripleGaussCollFit C TRTCheckPeakSimple C TRTHistogramHasNonZeroEntries C TRTWeightedAverage C ZDCPercentageThreshTests C ZDCPercentEvents_AboveThreshold C ZDCPercentEvents_UnderThreshold C ZDCPercentEvents_XthBin C ZDCPercentEvents_XthBin_NormalizeToFirstBin C ZDCTestConstantVsLB ► N dqm_persistency C PAlgorithm C PMetadata C PParameter C PRegion C PResult ► N dqutils C CoolMdt C CoolRpc C CoolTgc C HanOutputFile C HistogramDataCOOL ► C MonitoringFile C CopyHistogram C GatherNames C GatherStatistics C HistogramOperation C MetaData C OutputMetadata C PostProcessorFileWrapper C StatusFlagCommentCOOL C StatusFlagCOOL C StatusFlagCOOLBase ► N dqutils_mdtdeadnoisy C TubeRange ► N drawFromPickle C BaseClassFromDict C PadWithHits C SectorTriggerCandidate C SingleWedgePadTrigger ► N dso-stats C Data ► N DummyTest C TestAlg ► N ECUtils C EventCleaningTool C IEventCleaningTool Interface for the event cleaning tool ► N eFEXNTuple C eFEXAnalyzer C eFEXNTupleLoader ► N eflowEventDicty C tmp ► N eflowEventTPCnv C tmp ► N eflowRec C EtaPhiLUT 2D look up table for eflowRecClusters ► N eflowSubtract C Subtractor Used in eflowCellLevelSubtractionTool and eflowRecoverSplitShowersTool to perform the removal of calorimeter cells from clusters ► N eformat C ROBFragment ► N EFTrackingFPGAIntegration C BenchmarkAlg This is the class for the benchmark algorithm specific to the FPGA integration and output conversion C TVHolder C VSize ► N EFTrackingSmearing C FTS_Track ► N EFTrackingTransient C Metadata The structure of the Metadata containing data after clusterization C PixelCluster The PixelClusters struct contains all xAOD::PixelCluster data members C PixelClusterAuxInput The PixelClusterAuxInput struct is used to simplify the creaction of the xAOD::PixelClusterContainer C PixelClusterOutput The PixelClusters struct contains the output arrays from the FPGA C SpacePoint The SpacePoint struct contains all xAOD::SpacePoint data members C SpacePointAuxInput The SpacePointAuxInput struct is used to simplify the creaction of the xAOD::SpacePointContainer C SpacePointOutput The Pixel/Strip SpacePoints struct contains the output arrays from the FPGA C StripCluster The StripClusters struct contains all xAOD::StripCluster data members C StripClusterAuxInput The StripClusterAuxInput struct is used to simplify the creaction of the xAOD::StripClusterContainer C StripClusterOutput The StripClusters struct contains the output arrays from the FPGA ► N EFTrackingXrtAlgorithmConfig C JsonToDictAction ► N Egamma C ClusMomentumPlots C ElectronFrwdPlots C ElectronPlots C IsolationPlots C KinematicsPlots C LRTElectronPlots C PhotonAmbPlots C PhotonCnvPlots C PhotonConversionPlots C PhotonPlots C ShowerShapesPlots C TrackPlots ► N EgammaCalibPeriodRunNumbersExample C ROOT6_NamespaceAutoloadHook ► N EgammaCalibrationConfig C EgammaGapCalibrationConfig C EgammaHitsCalibrationBarrelConfig C EgammaHitsCalibrationEndcapConfig C EgammaSshapeCalibrationBarrelConfig C EgammaSshapeCalibrationEndcapConfig C EgammaTransitionRegionsConfig ► N egammaEventDict C EnumDictLoader C temp ► N egammaMonitoring C ClusterHistograms C DiObjectHistograms C EfficiencyPlot C IHistograms C IsolationHistograms C ParticleHistograms C RecoClusterHistograms C RecoElectronHistograms C RecoPhotonHistograms C ShowerShapesHistograms C TrackHistograms C TruthElectronHistograms C TruthPhotonHistograms C WidthPlot ► N egammaMVAFunctions These functions are for calculating variables used by the MVA calibration C ConversionHelper The ConversionHelper struct is stll used by egammaMVATree in PhysicsAnalysis but not the functions in the dictionaries above ► N egammaParameters C ROOT6_NamespaceAutoloadHook ► N EgammaPhysValMonitoring C EgammaPhysValMonitoringTool ► N egammaPID C ROOT6_NamespaceAutoloadHook ► N egEnergyCorr ► N Resolution C ROOT6_OpenNamespaceWorkaround ► N Scale C ROOT6_OpenNamespaceWorkaround C ROOT6_OpenNamespaceWorkaround ► N egGain C GainTool C GainUncertainty ► N EL This module defines the arguments passed from the BATCH driver to the BATCH worker ► N Detail C AlgorithmData All the data a worker tracks for an individual algorithm C AlgorithmMemoryModule Module wrapping each algorithm with its own memory monitor C AlgorithmStateModule Module managing the state of the algorithms on the workers C AlgorithmTimerModule Module wrapping each algorithm with its own timer C BaseManager Manager to handle all of the basic tasks C BatchInputModule IInputModule implementation for the batch driver C DirectInputModule IInputModule implementation for the direct driver C DriverManager Manager that passes callbacks through to the Driver C EventCountModule Module tracking how many events get processed by each algorithm C FactoryPreloadModule Module preloading all the registered factories C FileExecutedModule Module recording when FileExecuted was called C GridReportingModule Module that handles the reporting from the job on the grid C IInputModuleActions Actions that Module::processInputs can perform C LeakCheckModule Module implementing a simple leak checker C Manager Interface for classes that handle job management for the Driver C ManagerData Internal data structure for passing data between different manager objects anbd step C MemoryMonitorModule Module monitoring memory usage at various points during the job C Module Base class for EventLoop instrumentation module C ModuleData Data the EventLoop core classes are sharing with the Module implementation C OutputStreamData All data needed to manage a given output stream C PostClosedOutputsModule Module enabling to perform checks/actions on outputs once files are all closed C RetrieveManager C StopwatchModule Module wrapping the TStopwatch class C SubmitDirManager Manager to handle the submission directory itself C SubmitManager C TEventModule C TreeCacheModule Module for setting the TTreeCache parameters on the input C WorkerConfigModule Module implementation for running user configuration on the worker node C Algorithm C AlgorithmMemoryWrapper IAlgorithmWrapper that adds a memory monitor to an algorithm C AlgorithmTimerWrapper IAlgorithmWrapper that adds a timer to an algorithm C AlgorithmWorkerData All the external components an algorithm needs before initialization (in EventLoop) C AlgorithmWrapper IAlgorithmWrapper for AnaAlgorithm C AlgSelect C AnaAlgorithm (new) base class for EventLoop algorithms C AnaAlgorithmConfig Object that can create a AnaAlgorithm C AnaAlgorithmWrapper IAlgorithmWrapper for AnaAlgorithm C AnaReentrantAlgorithm Base class for EventLoop reentrant algorithms C AnaReentrantAlgorithmConfig Object that can create a AnaReentrantAlgorithm C AnaReentrantAlgorithmWrapper IAlgorithmWrapper for AnaReentrantAlgorithm C AsgServiceWrapper IAlgorithmWrapper for AsgService C AsgToolWrapper IAlgorithmWrapper for AsgTool C BatchDriver Base class for all drivers running on batch systems C BatchJob C BatchSample C BatchSegment C CondorDriver Driver to run on Condor batch systems C DirectDriver Driver that runs directly inside the submission job itself C Driver Base class for the various EventLoop drivers that allow to run jobs on different backends C DuplicateChecker C EventRange Range of events in a given file C ExecDriver Driver for running batch jobs locally as a new process C GEDriver Driver for running on GE batch systems C IAlgorithmWrapper Wrapper around a generic algorithm for use within EventLoop C IFilterWorker Interface to the filter functions in the algorithm sequence C IHistogramWorker Interface to histogram storage on the worker C ITreeWorker The interface to TTree storage on the worker C IUnitTestTool Interface for UnitTestTool C IWorker Interface for algorithms to access IWorker C Job C JobConfig Job configuration that is independent of driver and dataset C KubernetesDriver Driver to run on Kubernetes C LLDriver Driver for running on IBM Load Leveler batch systems C LocalDriver Driver for running batch jobs locally for testing purposes C LSFDriver Driver for running on LSF batch systems C MetricsSvc ► C NTupleSvc C CopyInfo Description: the information we need for copying branches C WhiteInfo Description: the information we need for whiteboard variables C OutputStream C PrunDriver Driver to submit jobs via prun C PythonConfigBase Base class for the python configuration of any asg::AsgComponent C SlurmDriver Driver for running on SLURM batch systems C SoGEDriver Driver for running on SoGE(?) batch systems C TorqueDriver Driver for running on Torque batch systems C UnitTest C UnitTestAlg C UnitTestAlg1 C UnitTestAlg2 C UnitTestAlg3 Algorithm capable of leaking a set amount of memory per event C UnitTestAlg4 Algorithm testing file metadata access C UnitTestAlg5 C UnitTestAlg6 C UnitTestAlg7 AnaAlgorithm for testing the configuration on the worker node C UnitTestAlgXAOD C UnitTestConfig Class describing how to run the jobs for driver unit tests C UnitTestFixture C UnitTestSkim C UnitTestTool Tool used to unit test AnaToolHandle C VomsProxySvc C WhiteBoardSvc C Worker C WorkerConfig ► N ElectronEfficiencyHelpers C ROOT6_NamespaceAutoloadHook ► N ElectronRingerSelectorDefs C BaseElectronSelectorConf C ElectronRingerSelectorTestLoose C ElectronRingerSelectorTestMedium C ElectronRingerSelectorTestNoCut C ElectronRingerSelectorTestTight ► N ElectronRingerSelectorMapping C electronRingerPIDmenu ► N ElectronSelectorHelpers C ROOT6_NamespaceAutoloadHook ► N error C ImpactPoint3dEstimatorProblem ► N errorcheck C ReportMessage Helper class to use to report a message ► N EventAnalyzer C EventAnalyzer ► N EventBookkeeperTPCnvDict C tmp ► N EventCommonTPCnvDict_tmp C temp ► N EventContainers C hashPair C I_InternalIDC C IDC_WriteHandleBase ► C IdentifiableCache C Maker ► C IdentifiableCacheBase C IMaker C IdentifiableContainerBase C IdentifiableContTemp C IIdentifiableCont C InternalOffline C InternalOfflineFast C InternalOfflineMap C InternalOnline ► N EventFiller C LheEVNTFiller ► N EventReco C KLFitterFinalizeOutputAlg C RunKLFitterAlg ► N example_evgenanalysis C MyAna ► N exerciser C CombinationsTests C ConditionsTests C PartitionsTests C PartitionvsFlowNetworkTests C SimpleConditionsTests ► N ExpressionParsing Namespace holding all the expression evaluation code ► N ast C expression C nil C operation C unaryexpr_ C AccessorFactory Class which creates accessors for the specified xAOD object content (singleton) ► C AccessorHelper Auxiliary class to handle xAOD accessor based xAOD object content access C Kit Auxiliary class to create the corresponding auxiliary helper object C AccessorKit Implementation of an accessor creator which provides accessors for xAOD accessor or decor handle access to content of AuxElement or AuxVectorBase C AccessorWrapper C BaseAccessor Base class of xAOD object content accessors C BaseAccessorWrapper ► C CollectionMethodHelper Auxiliary class to handle method calls of vector containers (AuxVectorBase) C Kit Auxiliary class to create the corresponding auxiliary helper object ► C DecorHelper Auxiliary class to handle decorator handle based xAOD object content access C Kit Auxiliary class to create the corresponding auxiliary helper object C EmptyVectorAccessor Special accessor to handle empty containers until the correct accessor can be created C EncapsulatedDefault C EncapsulatedDefault< IProxyLoader > C EncapsulatedDefault< IUnitInterpreter > C EncapsulatingSingleton C ExpressionParser C GenAccessor Generic accessor to access xAOD object content C Helper_and C Helper_eq C Helper_gt C Helper_gte C Helper_lt C Helper_lte C Helper_neq C Helper_or C IAccessor Interface of auxiliary classes to access xAOD object content C IAccessorKit Interface of a class to create an xAOD object content accessor C IProxyLoader C IUnitInterpreter ► C MethodAccessorFactory Class to create accessor which call methods of an AuxElement of an AuxVectorBase container (singleton) C IMethodAccessorKit C MethodAccessorKit Auxiliary class to create a specific accessor which calls a method of an AuxElement or AuxVectorBase ► C MethodHelper Auxiliary class to handle method calls of "scalar" containers (AuxElement) C Kit Auxiliary class to create the corresponding auxiliary helper object C MultiParserHelper Helper class to handle an array expression parsers to be used in the generic code C MultipleProxyLoader C NTUPUnitInterpreter ► C PlainAccessorFactory C IKit C PlainValueKit C StdVectorKit ► C PlainValueHelper C Kit Auxiliary class to create the corresponding auxiliary helper object C ProxyLoaderSingleton C ScalarHelper Auxiliary class to handle scalar like containers (AuxElement) C SGNTUPProxyLoader ► C SGxAODProxyLoader Auxiliary class to access content of xAOD objects referred to by variables of an expressions handled by an instance of the ExpressionParser C IParentHelper Interface of an auxiliary class to pass the parent, e.g C ParentHelper Template of an auxiliary class to declare the new handles in the parent AthAlgTool , AthAlgorithm etc C ReadHandleMapTmpl Particular map which is used to associate names to read handles of AuxElements or AuxVectorBase C SingleParserHelper Helper class to handle a single expression parser to be used in the generic code C Singleton C SizeHelper C SizeHelper< SG::AuxElement > C SizeHelper< SG::AuxVectorBase > C SizeHelper< std::vector< T > > C StackElement Class describing a single element in a text expression ► C StdVectorHelper Auxiliary class to handle method calls of "scalar" containers (AuxElement) C Kit Auxiliary class to create the corresponding auxiliary helper object C TestProxyLoader C TMethodCollectionWrapper C TMethodWrapper C TriggerDecisionProxyLoader C UnitInterpreterSingleton C VectorHelper Auxiliary class to handle vector like containers (AuxVectorBase) C xAODElementProxyLoader C xAODProxyLoader C xAODVectorProxyLoader ► N FakeBkgTools ► C Database ► C EfficiencyTable C BoundType C Dimension C GenericError This propagates an error message C Param C StatDef Could try to keep track of the bin number, for the description C StringRef Note: the following structure is used (instead of a simple std::string) so that XML line numbers can be printed in the error message, which requires keeping track of the position of the string in the original file C SystDef C XmlError This propagates an error message + the reference to the faulty piece of XML when an exception is raised C Efficiency Structure to hold an efficiency together with a variable number of uncertainties C FinalState C ParticleData C Uncertainty C Weight Structure to hold a weight together with a variable number of systematic uncertainties C Yield Structure to hold an event yield together with a statistical uncertainty and a variable number of systematic uncertainties ► N FCS_Param ► N detail C SDWrapper A template class which wraps multiple sensitive detectors C Config C FCS_StepInfoSDTool A base class for tools that manage FCS_StepInfoSDs ► N FEHelpers C FillNeutralFlowElements ► N FileBrowser C FileBrowser ► N fitman C Plots ► N FlavorTagDiscriminants ► N TruthDecoratorHelpers C BacklinkAlg C BTagAugmenterTool C BTagConditionalDecoratorAlg C BTagDecoratorAlg C BTaggingBuilderAlg C BTagMuonAugmenter C BTagMuonAugmenterTool C BTagTrackLinkCopyAlg C CAccDec C CountIParticleAlg C CountTrackParticleAlg C DecoratorAlg C DL2 C DL2HighLevel C DL2Properties C DL2Tool C FTagGhostElectronAssociationAlg Algorithm for adding ghost electrons to jets C GNNAuxTaskDecoratorAlg C HbbGraphConfig C HbbTag C HbbTagConfig C HbbTagProperties C HbbTagTool C HitDecoratorAlg C JetHitAssociationAlg C JetTagConditionalDecoratorAlg C JetTagDecoratorAlg C LinkCounterAlg C PoorMansIpAugmenterAlg C SoftElectronDecoratorAlg C SoftElectronTruthDecoratorAlg C TrackClassifier C TrackLeptonDecoratorAlg C TrackTruthDecoratorAlg C TruthParticleDecoratorAlg C VRJetOverlapDecoratorTool ► N FlavorTagInference This file contains "getter" functions used for accessing tagger inputs from the EDM ► N detail C NNHasher C NNKey ► N getter_utils C SeqGetter Template class to extract features from sequence of constituents ► N internal C BVarGetter C BVarGetterNoDefault C ConstituentsInputConfig C ElectronsLoader C FlowElementsLoader C FoldDecoratorAlg C FTagDataDependencyNames C FTagInputConfig C FTagOptions ► C GNN C Decorators C GNNOptions C GNNTool C GNNToolProperties C HitsLoader C IConstituentsLoader C INNSharingSvc C InputVariableConfig C MultifoldGNN C MultifoldGNNTool C NNSharingSvc C SaltModelOutput C TracksLoader ► N FloatingPointHelpers C ConversionHelper C ConversionHelper< Format, Format > C ConversionHelper< StandardDouble, StandardFloat > C IEEE754_like ► N fmt C formatter< ISkipEventIdxSvc::EvtId > ► N ForwardTracker C Beamline C BenderDipole C BenderQuadrupole C Collimator C CollimatorData C ConfigData C ForwardTrackerConstants C IBeamElement C IBender C IParticle C Magnet C Particle C ParticleTracker C Plane C Point C Spacer C Stringer C TransversePoint C zPosNextElement ► N FourMomDict C tmp ► N FPEAudit C FPEAuditTLSData ► N FPGADataFormatUtilities C EDM_PIXELCLUSTER_w1 C EDM_PIXELCLUSTER_w10 C EDM_PIXELCLUSTER_w2 C EDM_PIXELCLUSTER_w3 C EDM_PIXELCLUSTER_w4 C EDM_PIXELCLUSTER_w5 C EDM_PIXELCLUSTER_w6 C EDM_PIXELCLUSTER_w7 C EDM_PIXELCLUSTER_w8 C EDM_PIXELCLUSTER_w9 C EDM_STRIPCLUSTER_w1 C EDM_STRIPCLUSTER_w2 C EDM_STRIPCLUSTER_w3 C EDM_STRIPCLUSTER_w4 C EDM_STRIPCLUSTER_w5 C EDM_STRIPCLUSTER_w6 C EDM_STRIPCLUSTER_w7 C EDM_STRIPCLUSTER_w8 C EDM_STRIPCLUSTER_w9 C EVT_FTR_w1 C EVT_FTR_w2 C EVT_FTR_w3 C EVT_HDR_w1 C EVT_HDR_w2 C EVT_HDR_w3 C GHITZ_w1 C GHITZ_w2 C GTRACK_HDR_w1 C GTRACK_HDR_w2 C GTRACK_HDR_w3 C M_HDR_w1 C PIXEL_CLUSTER C PIXEL_EF_RDO C RD_HDR_w1 C RD_HDR_w2 C SLICE_HDR_w1 C STRIP_CLUSTER C STRIP_EF_RDO ► N FPGATrackSim ► C ActsTrackInspectionTool ► C FpgaActsTrack ► C Measurement C globalCoordinates C FPGATrackSimPrototrackFitterAlg C FPGATrackSimReportingAlg ► N FPGATrackSimBinUtil C GeomHelpers C IdxSet C ParSet C StoredHit C StreamManager ► N FPTracker C Beamline C Collimator C CollimatorData C ConfigData C DipoleBender C EmptySpaceElement C FPTrackerConstants C IBeamElement C IBender C IJunkElement C IParticle C IQuadFocuser C LineFormater C Magnet C MagnetData C NullBender C Particle C ParticleTracker C Plane C Point C QuadFocuserHorizontal C QuadFocuserNull C QuadFocuserVertical C QuadrupoleBender C SelectBySide C SolenoidElement C Stringer C TransversePoint C ValueSetter C zPosNextElement ► N FSR C FsrCandidate Simple interface for searching the FSR candidate C FsrPhotonTool Implementation for the "FSR" provider tool C IFsrPhotonTool C ToolTester Simple algorithm for using the FSR tool in Athena ► N ftag ► N FTAGValidation C FTAGValidationAlgorithm C PhysicsTriggerVariablePlots C PhysicsVariablePlots ► N FTF Header for factorised IRoiDescriptor interface C BaseSpacePointFilter C LayerCalculator C RoI_Filter C SpacePointSelector C SpacePointShifter C SpacePointTransform ► N G4UA For nSW ► N CaloG4 ► C CalibrationDefaultProcessing User action for default processing of calibration energy deposits C Config Configuration options for constructing this action C CalibrationDefaultProcessingTool Tool which manages CalibrationDefaultProcessing ► N iGeant4 ► C MCTruthUserAction C Config C MCTruthUserActionTool Tool which manages the MCTruthUserAction ► C PhysicsValidationUserAction C Config C PhysicsValidationUserActionTool Place holder tool C TrackProcessorUserActionBase ► C TrackProcessorUserActionFullG4 C Config C TrackProcessorUserActionFullG4Tool Tool which manages the TrackProcessorUserActionFullG4 ► C TrackProcessorUserActionPassBack C Config C TrackProcessorUserActionPassBackTool Tool which manages the TrackProcessorUserActionPassBack C ActionToolBase Abstract template utility base-class for G4 user-action tools C ActionToolBaseReport Specialized action tool base class for tools that must merge results across all threads C AthenaDebugStackingAction Debug version of the AthenaStackingAction used for validation of Russian Roulette algorimts. It can ensure that there is no randomization in simulation caused by turning the Russian Roulette on or off ► C AthenaStackingAction Standard ATLAS stacking action functionality. Mostly taken from the old AthenaStackingAction implementation, but adapted for the new user action design for multi-threading C Config Configuration option struct for AthenaStackingAction C AthenaStackingActionTool Tool which manages the AthenaStackingAction C AthenaTrackingAction User action for pre/post tracking truth handling C AthenaTrackingActionTool Tool which manages the AthenaTrackingAction C CheckActivation C CheckActivationTool Tool which manages the CheckActivation ► C CosmicPerigeeAction NEEDS DOCUMENTATION C Config C CosmicPerigeeActionTool Tool which manages the CosmicPerigeeAction action ► C DebugSteppingAction C Config C DebugSteppingActionTool Class to manage the DebugSteppingAction action C EnergyConservationTest C EnergyConservationTestTool ► C EnergyLossRecorder C Config C EnergyLossRecorderTool A class to manage EnergyLossRecorder actions ► C FastIDKiller NEEDS DOCUMENTATION C Config Configuration parameters C Report Per-thread results for merging at end of run C FastIDKillerTool NEEDS DOCUMENTATION C FixG4CreatorProcess C FixG4CreatorProcessTool Tool which manages the FixG4CreatorProcess user action C FluxRecorder C FluxRecorderTool Tool which manages the FluxRecorder action ► C G4AtlantisDumper C Config C G4AtlantisDumperTool C G4AtlasEventAction ATLAS subclass of the G4 event action C G4AtlasRunAction ATLAS subclass of the G4 run action C G4AtlasStackingAction Atlas subclass of the G4 stacking action C G4AtlasSteppingAction Atlas subclass of the G4 stepping action C G4AtlasTrackingAction Atlas subclass of the G4 tracking action C G4AtlasUserActions Struct for passing around user actions ► C G4CosmicAndFilter C Config C Report C G4CosmicAndFilterTool ► C G4CosmicFilter C Config C Report C G4CosmicFilterTool ► C G4CosmicOrFilter C Config C Report C G4CosmicOrFilterTool ► C G4HitFilter C Config C Report C G4HitFilterTool ► C G4SimTimer A user action for monitoring G4 runtime at event and run level C Report Simple struct which holds timing results for an action instance C G4SimTimerTool Tool which manages the G4SimTimer action ► C G4TrackCounter A simple action which counts tracks C Report Simple struct for holding the counts Might want to use larger integral types for this.. C G4TrackCounterTool Tool which manages the G4TrackCounter action. This tool creates the G4TrackCounter for each thread and merges the track counts from all threads in finalization C Geant4SetupChecker C Geant4SetupCheckerTool Tool which manages the Geant4SetupChecker ► C GeantFollower C Config ► C GeantFollowerMS C Config C GeantFollowerMSTool Tool which manages the GeantFollowerMS action C GeantFollowerTool Tool which manages the GeantFollower action C HIPKiller Kills Monopoles and QBalls with energy < 1 MeV C HIPKillerTool Tool which manages the HIPKiller user action ► C HIPLArVolumeAccept NEEDS DOCUMENTATION C Report Report class for merging per-thread results C HIPLArVolumeAcceptTool Tool which manages the HIPLArVolumeAccept action ► C HitWrapper NEEDS DOCUMENTATION C Config C HitWrapperTool A tool which manages the HitWrapper user action ► C HyperspaceCatcher User action for catching cases of the hyperspace bug C Config C HyperspaceCatcherTool Tool which creates and manages the HyperspaceCatcher user action C IUserActionSvc Abstract interface for the UserActionSvc C IUserActionTool Abstract interface for tools that construct G4 user actions ► C LArGeoH62004EventAction NEEDS DOCUMENTATION C Config C LArGeoH62004EventActionTool Tool which manages the LArGeoH62004EventAction action ► C LArGeoH62004SteppingAction NEEDS DOCUMENTATION C Config C LArGeoH62004SteppingActionTool Tool which manages the LArGeoH62004SteppingAction action C LengthIntegrator A user action used to evaluate thickness of all detectors traversed by outgoing particles C LengthIntegratorTool Tool which manages the LengthIntegrator action ► C LooperKiller A user action to kill looping tracks C Config C Report C LooperKillerTool Tool which manages the LooperKiller action ► C LooperThresholdSet Kills Monopoles and QBalls with energy < 1 MeV C Config C LooperThresholdSetTool Tool which manages the Looper Threshold options C MaterialStepRecorder C MaterialStepRecorderTool Tool which manages the MaterialStepRecorder action C MCTruthSteppingAction User action which handles recording-envelope truth tracks C MCTruthSteppingActionTool A tool for managing the MCTruthSteppingAction C MomentumConservation Checks momentum conservation C MomentumConservationTool Tool which manages the MomentumConservation user action C PhotonKiller NEEDS DOCUMENTATION C PhotonKillerTool Tool which manages the PhotonKiller user action ► C RadiationMapsMaker C Config C Report Simple struct for holding the radiation maps C RadiationMapsMakerTool Tool which manages the RadiationMapsMaker action ► C RadLengthAction C Config C RadLengthActionTool A tool to manage RadLengthAction actions ► C RadLenNtuple NEEDS DOCUMENTATION C Config C RadLenNtupleTool Tool which manages the RadLenNtuple action ► C ScoringPlane C Config C ScoringPlaneTool A tool to manage ScoprinPlane actions C ScoringVolumeTrackKiller NEEDS DOCUMENTATION C ScoringVolumeTrackKillerTool Tool which manages the ScoringVolumeTrackKiller user action C SG_StepNtuple C SG_StepNtupleTool Tool which manages the SG_StepNtuple user action. creates one SG_StepNtuple instance per thread ► C StepHistogram C Config C Report This holds all the data from individual threads that needs to be merged at EoR C StepHistogramTool Tool which manages the StepHistogram action ► C StepNtuple C stepdata Simple struct to hold step information C StepNtupleTool Tool which manages the StepNtuple action C SteppingValidation User action to do some basic step-based validation of G4 C SteppingValidationTool Tool to manage the SteppingValidation action in AthenaMT C StoppedParticleAction NEEDS DOCUMENTATION C StoppedParticleActionTool Tool which manages the StoppedParticleAction ► C TestAction C Report Results to be accumulated across threads at end of job ► C TestActionEHist C Config C TestActionEHistTool A Tool to manage TestActionEHist Create the TestActionEHist for each worker thread. Note that since this is using ROOT access DIRECTLY, it is aonly tested and working with 1 thread. Operation with more than 1 thread will be disabled from the python side C TestActionShowerLib Class for collecting G4 hit information C TestActionShowerLibTool A tool to manage TestActionShowerLib ► C TestActionTimer User action to measure time spent in subdetectors C Report This holds all the data from individual threads that needs to be merged at EoR C TestActionTimerTool Tool which manages the TestActionTimer action C TestActionTool ► C TestActionVPTimer C Config C Report C volumeData C TestActionVPTimerTool Tool which manages the TestActionVPTimer action ► C TestBoundariesUserAction C Data C TestBoundariesUserActionTool A class to manage the TestBoundariesUserAction C ThreadActionHolder A thread-local storage wrapper for the user actions C ThreadSpecificUserAction A thread-local storage wrapper for the user actions C UserActionSvc A service which manages the user actions for G4 simulation C UserActionToolBase Abstract template utility base-class for G4 user-action tools ► C VerboseSelector C Config C VerboseSelectorTool ► C VolumeDebugger User action to debug G4 geometries C Config C VolumeDebuggerTool Tool which manages the VolumeDebugger action C VolumeDumper C VolumeDumperTool Tool which manages the volume dumper action ► N Gaudi ============================================================================= ► N Parsers C Grammar_< Iterator, T, Skipper, typename std::enable_if_t< impl::class_can_be_tuple_v< T > > > C Property< SG::ReadCondHandle< T > & > C Property< SG::ReadHandle< T > & > C Property< SG::ReadHandleKeyArray< T > & > C Property< SG::UpdateHandle< T > & > C Property< SG::VarHandleBase & > C Property< SG::VarHandleKeyArray & > C Property< SG::WriteCondHandle< T > & > C Property< SG::WriteHandle< T > & > C Property< SG::WriteHandleKeyArray< T > & > C Property<::SG::ReadCondHandleKey< T > & > C Property<::SG::ReadDecorHandleKey< T > & > C Property<::SG::ReadHandleKey< T > & > C Property<::SG::UpdateHandleKey< T > & > C Property<::SG::VarHandleKey & > C Property<::SG::WriteCondHandleKey< T > & > C Property<::SG::WriteDecorHandleKey< T > & > C Property<::SG::WriteHandleKey< T > & > ► N Gen_tf C EvgenExecutor ► N generate C breit_generator Breit-wigner generator C experiment Given a histogram, get a generator for the distribution in that histogram, then run some pseudo-experiments and collect the mean and rms C generator_base Base class for a "generator" class C hist_generator Generate a distribution according to an input histogram (after smoothing) ► N GenerateMenuMT C FilterChainsToGenerate C GenerateMenuMT C Singleton ► N generateMioctEncodingFile C Entry ► N GeneratorObjectsMcEventDict C tmp ► N GeneratorPhysVal C GeneratorEventInfo C GeneratorPhysValMonitoringTool C GeneratorPlots C GeneratorProductionVertexPlots ► N GenevaUtils C GenevaConfig ► N Genfun C AtlasBComponent ► N geo_id C GeometryIdentifier ► N GeoGenfun C ArrayFunction ► N GeoModel C TransientConstSharedPtr The TransientConstSharedPtr allows non-const access if the pointer itself is non-const but in the const case only a const pointer is returned The class takes the ownership of the object using a shared_ptr ► N Gep C Cluster C ConeJetMaker C GepCaloCell C GepCellMap C IClusterMaker C IJetMaker C Jet C ModAntikTJetMaker C WFSClusterMaker ► N getIBLDate C scanDataThread ► N GetLBInfoFromCOOL C LumiBlock C Run ► N getPipeDate C scanDataThread ► N git-package-pseudomerge C bcolors ► N Global_HLT_TableConstructor C Global_HLT_TableConstructor ► N GlobalSim AlgTool to obtain a selection of eFex RoIs read in from the event store ► N BDT C BDT C OpAdd C Tree C AlgoConstants C ap_fixed C ap_int C Count C cTauInputAlgTool C cTauMultiplicity C cTauMultiplicityAlgTool C cTauTOBArray C DataCollector C Decision C DeltaRSqrIncl2 C DeltaRSqrIncl2AlgTool C eEmInputAlgTool C eEmSelect C eEmSelectAlgTool C eEmSortSelectCountContainerAlgTool C eEmSortSelectCountContainerComparator C eEmSortSelectCountContainerPortsOut C eEmSortSelectCountExpectations C eEmTob C eEmTOBArray C eFexRoIAlgTool C Egamma1_LArStrip_Fex C Egamma1BDTAlgTool C EMB1CellsFromCaloCells C EnergyThreshold_jXE C EnergyThresholdAlgTool_jXE C ERatio C ERatioAlgTool C GenericTob C GenericTOBArray C GepAlgoHypothesisPortsIn C GlobalSimulationAlg C HypoTestBenchAlg C ICaloCellsProducer C IGlobalSimAlgTool C InvariantMassDeltaPhiInclusive2AlgTool C InvariantMassDeltaPhiInclusive2ContainerPortsIn C InvariantMassDeltaPhiInclusive2ContainerPortsOut C InvMassDPhiInc2Expectations C InvMassDPhiInc2TestBenchAlg C jJetInputAlgTool C jJetSelect C jJetSelectAlgTool C jJetTOBArray C jXEInputAlgTool C jXETOBArray C L1MenuResources C LArStripNeighborhood C Round C SimpleCone C SimpleConeAlgTool C StripData C TestCounts C Tracer C Trunc C XilDef ► N GlobalVariables C LArDQGlobals ► N GPT C IProfilerSvc Simple interface for the profiler service C ProfilerService Implementation of the IProfilerSvc interface ► N graphAlgs C DepthFirstOrder C DirectedCycle C Topological ► N GsfMaterial Collect Structs we use for material effects in GSF and their meaning in one place C Combined Helper struct for combined material effects, multicomponent description ► C EnergyLoss Helper struct for energy loss effects, multicomponent description C element C Scattering Helper struct for multiple scattering effects single component description ► N GSFUtils Dynamic array fullfilling alignment requirements C AlignedDynArray A wrapper around std::aligned_alloc C Component1D Struct representing 1D component C Component1DArray Struct representing an array of 1D component ► C MergeArray Struct representing an array or the merges C merge ► N GXF C LayerSort C LayerSort2 ► N H5Utils HDF5 Tuple Writer ► N internal Clssses to add type traits for H5 C CheckType C CheckType< 0, T, I, decltype(*begin(std::declval< T & >()), void())> C CheckType< N, T, I, decltype(*begin(std::declval< T & >()), void())> C data_buffer_t Data_buffer_t C DataConsumer Implementation for variable filler C DataFlattener Data flattener class: this is used by the writer to read in the elements one by one and put them in an internal buffer C DataFlattener< 0, F, T, M > C DSParameters Constant parameters for the writer C H5Traits We have lots of code to get around HDF5's rather weak typing C H5Traits< bool > C H5Traits< char > C H5Traits< double > C H5Traits< float > C H5Traits< int > C H5Traits< long > C H5Traits< long long > C H5Traits< short > C H5Traits< unsigned char > C H5Traits< unsigned int > C H5Traits< unsigned long > C H5Traits< unsigned long long > C H5Traits< unsigned short > C IDataConsumer DataConsumer classes C IVariableFiller Variable fillers C VariableFiller Implementation for variable filler C AppOpts C Consumers C DefaultMerger C IH5Merger C IOOpts C TreeCopyOpts C VariableFillers Variable filler arrays C Writer Writer C WriterConfiguration C WriterXd WriterXd ► N han_lark_tester C T ► N HECNoiseD3PDMaker C HECNoiseD3PDMaker ► N HepGeom C BasicVector3D ► N HepMC C DataPool C is_smart_ptr C is_smart_ptr< std::shared_ptr< T > > C is_smart_ptr< std::unique_ptr< T > > C is_smart_ptr< std::weak_ptr< T > > C remove_smart_pointer C remove_smart_pointer< std::shared_ptr< T > > C remove_smart_pointer< std::unique_ptr< T > > C remove_smart_pointer< std::weak_ptr< T > > ► N HEPVis C SbPlane C SbRotation ► N Herwig C bb4lFullShowerVeto Vetos parton showers where no b (anti)quarks are produced ► N Herwig72ConfigLHEF C Hw7ConfigLHEF Configuration class for showering LHE files from MG5_aMC@NLO or PowhegBox ► N Herwig7Config C Hw7Config Configuration base class for Herwig7 ► N Herwig7ConfigBuiltinME C Hw7ConfigBuiltinME Configuration class for built-in / "old-style" matrix elements ► N Herwig7ConfigFxFx C Hw7ConfigFxFx Configuration class for showering FxFx-merged LHE files from MG5_aMC@NLO ► N Herwig7ConfigGeneric C Hw7ConfigGeneric Configuration base class for Herwig7 ► N Herwig7ConfigLHEF C Hw7ConfigLHEF Configuration class for showering LHE files from MG5_aMC@NLO or PowhegBox ► N Herwig7ConfigMatchbox C Hw7ConfigMatchbox Configuration class for Matchbox runs with Herwig7 ► N Herwig7ConfigMerging C Hw7ConfigMerging Configuration class for Matchbox runs with Herwig7 ► N Herwig7Utils C ConfigurationCommands Class for handling commands to modify the generator configuration C Process Class for handling a single process C ProcessHandler Class for handling parallel local multi-processing ► N HforToolDict C tmp ► N Hgtd C UnpackedHgtdRDO ► N HGTD Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration C Cluster C ClusterCollection C ClusterTruthInfo C ClusterTruthTool C ExtensionObject C PadClusterizationAlg C SinglePadClusterTool C StraightLineTOFcorrectionTool ► C TrackTimeDefAndQualityAlg C CleaningResult C Hit ► C TrackTimeExtensionAlg C DecorHandles ► C VertexTimeAlg C HSclusterBDT ► N HGTD_EventTPCnvDict C tmp ► N HI ► N SubCalo C AddEventShape C ByEtaRange C ByLayer C ByLayers C ByLayersN C ByLayersP C ByLayersWithEtaRange C HIEventSelectionTool C HIPileupTool C HIVertexSelectionTool C IHIEventSelectionTool C IHIPileupTool C IHIVertexSelectionTool ► N HistControl C HistControl ► N HistUtil C ProtectHistogramCreation C StringCat ► N HitIdentifier C RpcIdentifier C StationIdentifier Basic class to represent a muon Identifier with the fields stationName, stationPhi, stationEta ► N HLT It used to be useful piece of code for replacing actual SG with other store of similar functionality In fact it used to be more like interface adapter for ARA objects access, nevertheless since the ARA project is gone it is only an unnecessary extra layer ► N MET ► N PufitUtils C CovarianceSum Helper struct to hold the sum over pileup objects and its covariance C CellFex C CVFAlg C CVFPrepAlg C FexBase C FlowElementPrepAlg C GridParameters Parameters describing a grid C METComponent Helper struct to build up MET values before moving them into the EDM C MHTFex C MHTPufitFex C MonGroupBuilder C NNHLTFex ► C PeriodicGridBase Base class for grids used in some of the pufit algorithms C Tower Base class for towers belonging to the grids C PFOPrepAlg C PFSumFex ► C PufitGrid Bins energy deposits into a grid C Tower Describes a single element of the grid C PufitGridSet Helper struct to contain a full set of grids ► C PufitMultiGrid Multiple grids combined into one C Tower Tower in the multi-grid ► C PufitMultiGridSet Helper struct to forward the SignedKinematics operators nicely C Element Helper struct to forward the SignedKinematics operators nicely C PUSplitGrid C PUSplitPufitFex C SignedKinematics Class to describe the kinematics of an object that can have negative energies C TCFex C TCPufitFex C TrkMHTFex ► N TrigNavTools C SlimmingHelper ► N TypeInformation C _at C _at< list, 0 > C at C do_add C do_add< new_element, thelist, false > C do_add< new_element, thelist, true > C do_my_add C do_my_add< type_info< O, F, C, A >, thelist, index > C do_my_add< type_info< O, F, C, A >, thelist,-1 > C do_range C do_range< thelist, begin, end, true > C do_search C do_search< element, list, 0 > C do_update C do_update< a_list, new_element, i, false > C do_update< a_list, new_element, i, true > C ERROR_THE_FOLLOWING_TYPE_IS_NOT_KNOWN_TO_THE_EDM C find C find< element, list, by, 0, fall_back > C for_each_type C for_each_type< list, functor, 0 > C for_each_type_c C for_each_type_c< list, functor, result, arg, 0, isLast > C get_aux C get_cont C get_element C get_feat C get_objt C join_lists C join_lists< first, second, 0 > ► C list C add C addWithChecking C addWithChecking< type_info< O, F, C, A > > C get C has C join C range C set C map_search C map_search< element, list, by,-1 > ► C newlist C add C addWithChecking C nil C no_aux C nx C printer C replace_if C replace_if< new_element, old_element, false > C replace_if< new_element, old_element, true > C simple_printer C test C test< false, index, value > C test< true, index, value > C type_info C Action C AuxInit C BaseHolder C Chain C CombinationGenerator C CombinationIterator C ComboIterator Iterator used to loop over multi-particle combinations C ComboIteratorBase Base class for iterator used to loop over multi-particle combinations C ComboIteratorTopo C ConfigJetEThreshold C ConfigThreshold C EMTauRoI C ErrorCode The definition of error codes in HLT . This is a class (note; before was simple enum) to enable safer operations. Each ErrorCode is composed out of 3 parts: C FeatureContainerInit C FullHolderFactory C HLTExtraData Class representing the HLT extra payload stored in HLT::HLTResult::getExtras() C HLTResult HLT::HLTResult is sumarising result of trigger decision evaluation (online/offline) It contains basically 3 parts: C HLTResult_p1 C HLTResultByteStreamCnv Gaudi bytestream Converter for the HLTResult class C HLTResultByteStreamTool C HLTResultCnv_p1 C HLTResultMT A container class for data required to build online output from HLT ► C HLTResultMTByteStreamCnv ByteStream converter for HLTResultMT C Cache Cache tracking memory allocation for serialised stream tag data and ROBFragment objects C HLTRoI C HLTSrcIdMap This class provides conversion between Lower level Source ID to higher level source ID for HLT ByteStream fragments C Identifier C ILvl1ResultAccessTool C ITrigHolderFactory C JetEnergyRoI C LoopThread Helper class to manage a long-running thread (duration of event loop) C Lvl1ResultAccessTool C MuonRoI C Navigation The Navigation class, organizes TriggerElements into the tree structure ► C NavigationCore The NavigationCore class, adds on top of the TrigNavStructure the EDM read-only handling C CSPair C NestedUniqueCombinationGenerator An ensemble of UniqueCombinationGenerator API description C Reason C RegisterAuxType C RegisterFeatureContainerTypes C RobRequestInfo C StandaloneNavigation C SteeringInternalReason ► C TriggerElement TriggerElement is the basic ingreedient of the interface between HLT algorithms and the navigation It holds navigation links by itself but they are not exposed C FeatureAccessHelper FeatureAccessHelper is a class used to keep track of features attached to this TE C ObjectIndex Helper class for conversion from/to int stored in TE and pair of ints used in Navigation Object pointer in Navigation is pair of ints C TriggerElementFactory The factory of TriggerElements Creation in controlled way C TrigHolderStructure C TrigNavStructure C TypedHolder Doubly templated class interfacing access to feature containers in StoreGate C TypedHolder< TrigRoiDescriptor, TrigRoiDescriptorCollection > C TypelessHolder C TypeMaps Type registration of holder, proxies and name/CLID mappings C UniqueCombinationGenerator Generator of unique combinations (no indices are repeated) API description ► N HLTCFComponents C CFGroup C CFSequence CFSequence class C PassFilterNode C RoRSequenceFilterNode C SequenceFilterNode ► N HLTCFTools C NoHypoToolCreated ► N HLTMenuConfig C HLTMenuConfig ► N HLTNavDetails C FillSize C Holder ► C HolderImp This is an implementation class for all Holders It is templated with 2 arguments STORED which is type of stored objects Another type is CONTAINER for that type C MemoryMgr C IHolder C ITypeProxy Interface to the TypeProxy<...> objects created at runtime C set_link Helper struct to determine if persistable type is a DataLink<CONTAINER> (in case STORED and CONTAINER are the same) of rather an ElementLink<CONTAINER> in case STORED is the element type of CONTAINER C set_link< STORED, CONTAINER, false > C set_link< STORED, CONTAINER, true > C TrigAuxStore Aux store instance used to hold dynamic variables deserialized from the bytestream C TypelessAuxProxy C TypeProxy Type specific implementation of ITypeProxy ► N hltonl ► N Exception C BadCTPFragment Thrown if the CTP ROBFragment for a new event has non-zero status word or other errors C EventSourceCorrupted Thrown if event source throws an exception when new event is requested C MissingCTPFragment Thrown if the CTP ROBFragment cannot be retrieved for a new event C NoEventsTemporarily Thrown if the event source cannot provide new events temporarily, e.g. when trigger is on hold C NoMoreEvents Thrown if all events are already read from the input and another one is requested ► N HLTSeedingRoIToolDefs ► N HLTTest C ITestHypoTool C TestHypoAlg Invokes HypoTools and stores the result of the decision C TestHypoTool Tool taking the decision for inclusive selection (one decision per object) C TestInputMaker Used at the start of a sequence: retrieves filtered collection via menu decision from previous step and writes it out directly so it can be used as input by the reco alg that follows in sequence. This test version creates TC collection output for emulation tests C TestRecoAlg Pseudo reco alg, reads input file formatted as follows: prop1:value, prop2:value; prop1:value, prop2:value; ... and created TrigComposites with prop1 & prop2 details set to corresponding values. one line is one event ► N HTXS Higgs Template Cross Section namespace ► N HypoJet C IJet C JetBase C xAODJetAsIJet ► N IdDictParserNS C AltRegionsFactory C Debugger C DictionaryFactory C DictionaryRefFactory C FieldFactory C IdDictBaseFactory C IdDictMgrFactory C LabelFactory C RangeFactory C ReferenceFactory C RegionEntryFactory C RegionFactory C SubRegionFactory ► N IDPVM Class to retrieve associated truth from a track, implementing a cached response C CachedGetAssocTruth ► C ResolutionHelper C resolutionResultInBin Package the output of a single bin resolution measurement C TrackTruthLookup Class for providing fast lookup of linked tracks and truth particles ► N IDTPM Athena include(s) C DeltaRMatchingTool_trk C DeltaRMatchingTool_trkTruth C DeltaRMatchingTool_truthTrk C DeltaRMatchingToolBase C DuplicateRatePlots C EfficiencyPlots C EFTrackMatchingTool C exitPoint_t C FakeRatePlots C HitsOnTracksPlots C IPlotsDefReadTool C ITrackMatchingLookup C ITrackMatchingTool C ITrackSelectionTool C IVertexSelectionTool C JsonPlotsDefReadTool C NtracksPlots C OfflineElectronDecoratorAlg C OfflineElectronPlots C OfflineMuonDecoratorAlg C OfflineTauDecoratorAlg C OfflineTrackQualitySelectionTool Uses InDetTrackSelection tool and working points defined there for tracks quality selection In future it is possible that the selection cuts & logic will be moved here C PlotMgr C ResolutionPlots C RoiSelectionTool C SinglePlotDefinition C SummaryPlots C TrackAnalysisCollections C TrackAnalysisInfoWriteTool C TrackAnalysisPlotsMgr C TrackMatchingLookup_trk C TrackMatchingLookup_trkTruth C TrackMatchingLookup_truthTrk C TrackMatchingLookupBase C TrackObjectSelectionTool C TrackParametersPlots C TrackQualitySelectionTool C TrackRoiSelectionTool C TrackTruthMatchingTool C TruthDecoratorAlg C TruthQualitySelectionTool C TruthTrackMatchingTool C VertexParametersPlots C VertexQualitySelectionTool C VertexRoiSelectionTool ► N iFatras C G4HadIntProcessor C G4ParticleDecayHelper C HadIntProcessorParametric C HitCreatorSilicon C HitCreatorTRT C IEnergyLossSampler C IHadronicInteractionProcessor C IHitCreator C IParticleDecayHelper C IParticlePropertyTool C IPhotonConversionTool C IPhysicsValidationTool C IProcessSamplingTool C ISimHitCreator C McEnergyLossUpdator C McMaterialEffectsUpdator C McMaterialEffectsUpdatorException Exception to be thrown when TrackingGeometry not found C PDGToG4Particle C PhotonConversionTool C PhysicsValidationTool C ProcessSamplingTool C SimHitCreatorID C SimHitCreatorMS C TransportTool ► N iGeant4 ► C G4LegacyTransportTool C Slot C G4RunManagerHelper C G4TransportTool C Geant4SimSvc C Geant4TruthIncident C ISFG4GeoHelper C ISFG4Helper C ISFTrajectory ► N impl C class_can_be_tuple C simple_tuple_conversion C struct_tuple_conversion ► N InDet Primary Vertex Finder ► N detail C DetectorEmulatorCondAlgTraits C DetectorEmulatorCondAlgTraits< PixelDefectsEmulatorCondAlg > C DetectorEmulatorCondAlgTraits< StripDefectsEmulatorCondAlg > ► N details C EmulatedDefectsToDetectorElementStatusTraits C EmulatedDefectsToDetectorElementStatusTraits< PixelEmulatedDefectsToDetectorElementStatusCondAlg > C EmulatedDefectsToDetectorElementStatusTraits< StripEmulatedDefectsToDetectorElementStatusCondAlg > ► N ModuleIdentifierMatchUtil ► N TRT_ElectronPidTool C ToTcalculator C BaseTRTPIDCalculator C BeamPipeBuilder C BeamPipeBuilderCond C BeamPipeBuilderImpl C BeamSpotData C BeamSpotStatusCode Class to hold the definition and accessor methods for the beamspot status-word C CacheCreator C CaloClusterROIPhiRZContainerMaker Algorithm to create a eta ordered ROIs in the eta phi plane C clique_visitor C ClusterMakerTool C compare_SiCluster C compDetElements_A C compDetElements_Azimuthal C compDetElements_RAZ C compDetElements_ZRA C compDetElementWays C CompetingPixelClustersOnTrack C CompetingPixelClustersOnTrack_p1 Version 1 of the persistent class representing the transient class InDet::CompetingPixelClustersOnTrack C CompetingSCT_ClustersOnTrack C CompetingSCT_ClustersOnTrack_p1 Version 1 of the persistent class representing the transient class InDet::CompetingSCT_ClustersOnTrack C CompetingTRT_DriftCirclesOnTrack Class for competing TRT_DriftCircles, it extends the Trk::CompetingRIOsOnTrack base class C CompetingTRT_DriftCirclesOnTrack_p1 Version 1 of the persistent class representing the transient class InDet::CompetingTRT_DriftCirclesOnTrack C compTRTDetElements_A C compTRTDetElements_AZ C ConversionFinder C ConversionFinderUtils C ConversionPostSelector C cuts C D0minCut C DefectsEmulatorAlg Algorithm template to selectivly copy RDOs from an InDetRawDataCollection C DefectsEmulatorBase Common base class for the specializations of the DefectsEmulatorAlg template C DefectsEmulatorCondAlgBase Conditions algorithms for emulating ITK pixel defects C DefectsEmulatorCondAlgImpl Conditions algorithms for emulating ITK pixel or strip defects C DefectsEmulatorTraits ► C DefectsEmulatorTraits< PixelRDO_Container > C IDAdapter ► C DefectsEmulatorTraits< SCT_RDO_Container > C IDAdapter Adapter to adapt DefectEmulatorAlg for strips C DetailedIDNtupleTool C DiscOverlapDescriptor C DumpObjects ► C EmulatedDefects Data structure do mark e.g C greater Special greater operator which ignores the column group flag in the comparison C EmulatedDefectsToDetectorElementStatusCondAlg C EmulatedDefectsToDetectorElementStatusCondAlgBase C EventStat_t C ExtendedSiCombinatorialTrackFinderData_xk C ExtendedSiTrackMakerEventData_xk C FileRoISeedTool C FloatInt C FuncSummaryValueCut C GNNSeedingTrackMaker InDet::GNNSeedingTrackMaker is an algorithm that uses the GNN-based track finding tool to reconstruct tracks and the use track fitter to obtain track parameters. It turns a collection of Trk::Tracks C GNNTrackReaderTool InDet::GNNTrackReaderTool is a tool that reads track candidates of each event from a CSV file named as "track_runNumber_eventNumber.csv" or with a customized pre-fix. The directory, inputTracksDir, contains CSV files for all events. 1) If the inputTracksDir is not specified, the tool will read the CSV files from the current directory. 2) If the corresponding CSV file does not exist for a given event (runNumber, eventNumber), the tool will print an error message and return an empty list C HitsToxAODCopier ► C HoleSearchValidation C Parts C IAdaptiveMultiSecVertexFinder C IGNNTrackFinder Find track candidates from a list of spacepoints C IGNNTrackReaderTool Read GNN Track candidates from a CSV file C IInclusiveTrackFilterTool C IInDetBeamSpotTool C IInDetBeamSpotWriterTool Abstract class to control the outputing of beamspot information C IInDetCosmicsEventPhaseTool C IInDetEtaDependentCutsSvc C IInDetHardScatterSelectionTool C IInDetTestPixelLayerTool C IInDetTrackBiasingTool C IInDetTrackSelectionTool Interface for track selection tool C IInDetTrackSmearingTool Simple interface for calibrating/correcting tracks (inner-detector particles) C IInDetTrackSplitterTool C IInDetTrackTruthFilterTool C IInDetTrackTruthOriginTool C IInDetTrkInJetType C IInDetUsedInFitTrackDecoratorTool C IJetTrackFilterTool C InclusiveTrackFilterTool C InDetAdaptiveMultiSecVtxFinderTool C InDetAlignModuleTool C InDetAmbiScoringTool Concrete implementation of the ITrackScoringTool pABC C InDetAmbiTrackSelectionTool ► C InDetBeamSpotFinder C beamSpotNtuple_struct C vertexNtuple_struct C InDetBeamSpotReader An example class of how to read beamspot position C InDetBeamSpotRooFit A concrete implementation of IInDetBeamSpotTool , using primary vertex information to determine the position of the beamspot using a chi2 and/or log-likelihood method C InDetBeamSpotVertex A concrete implementation of IInDetBeamSpotTool , using primary vertex information to determine the position of the beamspot using a chi2 and/or log-likelihood method C InDetBoundaryCheckTool C InDetConversionFinderTools C InDetConversionTrackSelectorTool C InDetCosmicScoringTool Concrete implementation of the ITrackScoringTool pABC C InDetCosmicsEventPhase C InDetCosmicsEventPhaseTool C InDetCosmicTrackSelectorTool ► C InDetDenseEnvAmbiTrackSelectionTool C CacheEntry C lessTrkTrack C TrackHitDetails C TSoS_Details C InDetDetailedTrackSelectorTool C InDetDetailedTrackTruthMaker This algorithm produces track truth data using InDet PRD truth collections C InDetEtaDependentCutsSvc C InDetEventCnvTool Helper tool uses to convert InDet objects in generic tracking custom convertor TrkEventAthenaPool C InDetEventSplitter C InDetExtensionProcessor Algorithm to process a TrackExtensionMap , refit the extended tracks and decide if the old track is to be replaced by the extended one C InDetFixedWindowTrackTimeTool C InDetGeometryManagerTool ► C InDetHardScatterSelectionTool Implementation of the hardscatter selection tool C Sum C InDetImprovedJetFitterVxFinder C InDetIsoTrackSelectorTool C InDetIterativePriVxFinderTool C InDetIterativeSecVtxFinderTool C InDetJetFitterUtils C InDetJetFitterVxFinder C InDetLowBetaCandidate C InDetLowBetaContainer C InDetMaterialVeto C InDetNNScoringTool Concrete implementation of the ITrackScoringTool pABC C InDetPRD_AssociationToolGangedPixels Concrete Implementation of the IPRD_AssociationTool interface C InDetPRD_Collection_p1 C InDetPRD_Collection_p2 C InDetPRD_Container_p1 C InDetPRD_Provider ► C InDetPRDtoTrackMapToolGangedPixels Concrete Implementation of the IPRD_AssociationTool interface C PRDtoTrackMap C InDetPrepRawDataDict_Dummy C InDetPriVxFinder C InDetPriVxResorter ► C InDetRecStatisticsAlg C Counter C InDetSecVtxFinder C InDetSecVtxTrackSelectionTool Implementation of the track selector tool C InDetSlidingWindowTrackTimeTool C InDetSplittedTracksCreator C InDetTestPixelLayerTool C InDetToXAODClusterConversion C InDetToXAODSpacePointConversion C InDetTrackBiasingTool C InDetTrackHoleSearchTool C InDetTrackPRD_Association C InDetTrackSelectionTool Implementation of the track selector tool C InDetTrackSelectorTool C InDetTrackSmearingTool C InDetTrackSmearingToolTester Simple algorithm for testing the tools in Athena C InDetTrackSplitterTool C InDetTrackSummaryHelperTool C InDetTrackSystematicsTool C InDetTrackTruthFilterTool C InDetTrackTruthOriginTool C InDetTrkAlignDBTool C InDetTrkInJetType C InDetTrtDriftCircleCutTool C InDetTrtTrackScoringTool Concrete implementation of the ITrackScoringTool pABC C InDetUsedInFitTrackDecoratorTool Implementation of the hardscatter selection tool C InDetUsedInVertexFitTrackDecorator C InDetV0Finder C InDetV0FinderTool C InDetVertexSplitter ► C InDetVertexSplitterHist C metaData C vertexBranch ► C InDetVKalVxInJetTool C DevTuple C Hists C Vrt2Tr C WrkVrt C IPixelClusteringTool C IPixelClusterSplitProbTool C IPixelClusterSplitter C IPRD_MultiTruthBuilder C ISCT_ClusteringTool Interface for SCT clustering algorithms, taking input from RDOs C ISecVertexFinder C ISecVertexInJetFinder C ISeedFitter C ISeedToTrackConversionTool C ISiCombinatorialTrackFinder C ISiDetElementsRoadMaker C ISiSpacePointsSeedMaker C ISiTrackMaker C ISiZvertexMaker C ISpacepointFeatureTool C ITRT_DetElementsRoadMaker C ITRT_DriftCircleTool C ITRT_LocalOccupancy ► C ITRT_SeededSpacePointFinder C IEventData ► C ITRT_SeededTrackFinder C IEventData ► C ITRT_SegmentToTrackTool C EventData ► C ITRT_TrackExtensionTool C IEventData ► C ITRT_TrackSegmentsMaker C IEventData C ITRT_TrackTimingTool Interface for tools that calculate the track time - only a wrapper such that it can be accessed in the same way as calo and Muon timing information for muons C ITrtDriftCircleCutTool The abstract interface base class for the trt segment selector tools C IVertexFinder ► C IZWindowRoISeedTool C ZWindow C JetFitterMultiStageFit C JetFitterTrackSelectorTool C JetFitterTwoTrackVtxFinderTool C JetFitterV0FinderTool C JetTrackFilterTool C LayerSetup C LeadTracksRoISeedTool C LWTNNCondAlg C MergedPixelsTool ► C ModuleKeyHelper Helper class to create keys for defects described by chip, column and row indices, and a mask C Empty C MyNewDataSortPredicate Sorting function according to space point radial position C MyPRDtoTrackMap C network C NnClusterizationFactory C NNinput C NnPixelClusterSplitProbTool C NnPixelClusterSplitter C PartPropCache C PatternHoleSearchOutcome Helper struct for hole search results from the pattern recognition C PixelCluster C PixelCluster_p1 C PixelCluster_p2 C PixelCluster_p3 C PixelClusterContainer_p2 C PixelClusterContainer_p3 C PixelClusterContainer_tlp1 C PixelClusterContainerCnv_p1 C PixelClusterization Top Algorithm to clusterize the pixel RDOs (InDetRawDataCollection<PixelRDORawData> -> RecInputCollection) The clustering algorithm is actually a private Tool in the SiClusterizationTool package C PixelClusterOnTrack C PixelClusterOnTrack_p1 C PixelClusterOnTrack_p2 C PixelClusterOnTrackTool C PixelClusterParts C PixelClusterSplitProb C PixelDefectsEmulatorAlg Algorithm which selectively copies hits from an input PixelRDO_Container C PixelDefectsEmulatorCondAlg Conditions algorithms for emulating ITK pixel defects C PixelDetectorElementStatus Event data to hold the status information for Pixel modules C PixelEmulatedDefects Specialization of emulated defects conditions data for ITk pixels Defect conditions data for defects which use addresses created by the PixelModuleHelper C PixelEmulatedDefectsToDetectorElementStatusCondAlg C PixelGangedAmbiguitiesFinder C PixelGangedClusterAmbiguities_p1 C PixelGeometryManagerTool C PixelIDLayerComp C PixelModuleHelper Helper class to convert between offline column, row and hardware chip, column, row coordinates C PixelOverlapDescriptor C PixelRDOTool C PixelSpacePoint C PixelToTPIDTool C PRD_MultiTruthBuilder C PRD_MultiTruthMaker C PRD_TruthTrajectoryManipulatorID C PRD_TruthTrajectorySelectorID C PRD_TruthTrajectorySorterID C RandomRoISeedTool C RobustTrackingGeometryBuilder C RobustTrackingGeometryBuilderCond C RobustTrackingGeometryBuilderImpl C samiStruct C SCT_Cluster C SCT_Cluster_p1 C SCT_Cluster_p2 C SCT_Cluster_p3 C SCT_ClusterContainer_p2 C SCT_ClusterContainer_p3 C SCT_ClusterContainer_tlp1 C SCT_ClusterContainerCnv_p1 ► C SCT_ClusteringTool AlgTool for SCT_Clusterization . Input is from RDOs, assumed to be sorted. They are then scanned in order and neighbouring RDOs are grouped together C DimensionAndPosition In-class struct to store the centre and width of a cluster C SCT_Clusterization Form clusters from SCT Raw Data Objects. The class loops over an RDO grouping strips and creating collections of clusters, subsequently recorded in StoreGate using WriteHandle(Key). Uses SCT_ConditionsTools to determine which strips to include C SCT_ClusterOnTrack C SCT_ClusterOnTrack_p1 C SCT_ClusterOnTrack_p2 C SCT_ClusterOnTrackTool Creates SCT_ClusterOnTrack objects allowing to calibrate cluster position and error using a given track hypothesis C SCT_ClusterValidationNtupleWriter C SCT_DetectorElementStatus Event data to hold the status information for SCT modules C SCT_OverlapDescriptor C SCT_ResidualPullCalculator The InDet::SCT_ResidualPullCalculator is an AlgTool to calculate the residual and pull of a measurement and the related track state for the SCT C SCT_SpacePoint C SCTClusteringCache C SCTGeometryManagerTool C SCTinformation C SecVtxTrackAccessor C SecVtxTrackCut C SeedFitterTool Estimate the initial track parameters for a list of spacepoints/measurements (i.e. Track candidates), which latter can be used as input for the track fitter. The method is based on a simple linear conformal mapping C SeedToTrackConversionData C SeedToTrackConversionTool C SegmentDriftCircleAssValidation C SiCluster C SiCluster_p1 C SiClusterLink_xk C SiClusterOnTrack C SiClusterOnTrack_p1 C SiCombinatorialTrackFinder_xk C SiCombinatorialTrackFinderData_xk C SiDetectorElementStatus C SiDetectorElementStatusAlg C SiDetectorElementStatusCondAlg C SiDetElementBoundaryLink_xk C SiDetElementBoundaryLinksCondAlg_xk ► C SiDetElementLink_xk C ElementWay C SiDetElementRoadMakerData_xk C SiDetElementsLayer_xk C SiDetElementsRoadCondAlg_xk C SiDetElementsRoadMaker_xk C SiElementProperties C SiElementPropertiesTable C SiElementPropertiesTableCondAlg C SiGeometryManagerTool C SiGNNTrackFinderTool InDet::SiGNNTrackFinderTool is a tool that produces track candidates with graph neural networks-based pipeline using 3D space points as inputs C SiLayerBuilder C SiLayerBuilderCond C SiLayerBuilderImpl C SiliconProperties C SiliconPropertiesVector C SimpleIDNtupleTool C SimpleTRT_SeededSpacePointFinder_ATL C SingleTrackConversionTool C SiNoise_bt C SiSpacePointForSeed C SiSpacePointMakerTool C SiSpacePointsComparison_Phi C SiSpacePointsComparison_R C SiSpacePointsComparison_X C SiSpacePointsComparison_Y C SiSpacePointsComparison_Z C SiSpacePointsProSeed C SiSpacePointsSeed C SiSpacePointsSeedComparison_Z C SiSpacePointsSeedMaker_ATLxk C SiSpacePointsSeedMaker_BeamGas C SiSpacePointsSeedMaker_Cosmic C SiSpacePointsSeedMaker_HeavyIon C SiSpacePointsSeedMaker_LowMomentum C SiSpacePointsSeedMaker_Trigger C SiSpacePointsSeedMakerEventData C SiSPGNNTrackMaker InDet::SiSPGNNTrackMaker is an algorithm that uses the GNN-based track finding tool to reconstruct tracks and the use track fitter to obtain track parameters. It turns a collection of Trk::Tracks ► C SiSPSeededTrackFinder C Counter_t ► C SiSPSeededTrackFinderRoI C Counter_t C SiTools_xk ► C SiTrackerSpacePointFinder C SPFCache This is a temporary object to aid reentrant coding C SiTrackMaker_xk ► C SiTrackMakerEventData_xk C ExtendedSiCombinatorialTrackFinderData_xk C SiTrajectory_xk C SiTrajectoryElement_xk C SiTrkAlignDBTool C SiWidth C SiWidth_p1 C SiWidth_p2 C SiWidthCnv_p2 C SiZvertexMaker_xk C SpacepointFeatureTool InDet::SpacepointFeatureTool is a tool that calculates spacepoint features for GNNTrackFinder C SpacePointReader C StagedTrackingGeometryBuilder C StagedTrackingGeometryBuilderCond C StagedTrackingGeometryBuilderImpl C strip_less_than C StripDefectsEmulatorAlg Algorithm which selectively copies hits from an input SCT_RDO_Container C StripDefectsEmulatorCondAlg Conditions algorithms for emulating ITK strip defects C StripEmulatedDefects Specialization of emulated defects conditions data for ITk strips Defect conditions data for defects which use addresses created by the StripModuleHelper C StripEmulatedDefectsToDetectorElementStatusCondAlg C StripModuleHelper Helper class to convert between offline column, row and hardware chip, column, row coordinates C SummaryAccessor C svParamAccessor C ToolTester Simple algorithm for using the tools in Athena C TotPixelClusterSplitter C tp_sort_cosmics C Track_pair C Track_tlp1 C Track_tlp2 ► C TrackClusterAssValidation C EventData_t C TrackCollectionStat_t ► C TrackPairsSelector C Cache C TrackParticle_pair C TrackQualityCuts C TrackStateOnPixelLayerInfo ► C TrackStatHelper C Counter C Counter4D C TrackSystematicsAlg ► C TRT_DetElementLink_xk C Used_t C TRT_DetElementsLayer_xk C TRT_DetElementsRoadCondAlg_xk C TRT_DetElementsRoadData_xk C TRT_DetElementsRoadMaker_xk C TRT_DriftCircle C TRT_DriftCircle_p1 C TRT_DriftCircle_p2 C TRT_DriftCircleContainer_p2 C TRT_DriftCircleContainer_tlp1 C TRT_DriftCircleContainerCnv_p1 C TRT_DriftCircleLinkN_xk C TRT_DriftCircleOnTrack C TRT_DriftCircleOnTrack_p1 C TRT_DriftCircleOnTrack_p2 C TRT_DriftCircleOnTrackNoDriftTimeTool C TRT_DriftCircleOnTrackRecalibrateTool C TRT_DriftCircleOnTrackTool C TRT_DriftCircleOnTrackUniversalTool C TRT_DriftCirclesSeed C TRT_DriftCircleTool C TRT_DriftCircleToolCosmics C TRT_ElectronPidToolRun2 C TRT_ExtensionDriftCircleLink_xk C TRT_LayerBuilder C TRT_LayerBuilderCond C TRT_LayerBuilderImpl ► C TRT_LocalOccupancy C OccupancyData C TRT_OverlapDescriptor C TRT_RIO_Maker TRT_DriftCircleContainer production algorithm Top Algorithm for InDetRawDataContainer<TRT_RDORawData> conversion to TRT_DriftCircleContainer ► C TRT_SeededSpacePointFinder_ATL C bypass_struct C EventData C invar_bypass_struct ► C TRT_SeededTrackFinder C Stat_t Global Counters for final algorithm statistics ► C TRT_SeededTrackFinder_ATL C EventData C TRT_SegmentsToTrack C TRT_SegmentToTrackTool C TRT_StandaloneTrackFinder C TRT_StrawStatus ► C TRT_TrackExtensionAlg C Counter_t ► C TRT_TrackExtensionTool_xk C EventData ► C TRT_TrackExtensionToolCosmics C EventData C TRT_TrackSegmentsFinder ► C TRT_TrackSegmentsMaker_ATLxk C EventData ► C TRT_TrackSegmentsMaker_BarrelCosmics C EventData ► C TRT_TrackSegmentsMaker_ECcosmics C EventData C TRT_TrackSegmentsMakerCondAlg_ATLxk C TRT_TrackSegmentsToolCondData_xk C TRT_TrackSegmentsUtils_xk C TRT_TrackTimingTool C TRT_Trajectory_xk C TRT_TrajectoryElement_xk C TRTGeometryManagerTool C TRTPIDNN C TRTTrkAlignDBTool C TruthClusterizationFactory C TruthHSRoISeedTool C TruthPixelClusterSplitProbTool C TruthPixelClusterSplitter C TTrainedNetworkCondAlg C UnpackedPixelRDO C V0MainDecorator C VertexPointEstimator C workVectorArrxAOD C XAODToInDetClusterConversion ► N InDetAccessor C TrackParticleHelper C TrkTrackHelper ► N InDetAlignment C CreateMisalignAlg C ICollectionProcessor C RefitSiOnlyTool ► N InDetDD Message Stream Member ► N ITk C PixelGmxInterface C PixelReadoutManager C StripGmxInterface C AthenaComps Class to hold various Athena components C BCM_Builder C BCMPrimeDetectorManager C BCMPrimeGmxInterface C BLM_Builder C DetectorDesign C DetectorFactoryBase C DistortedMaterialManager C ExtendedAlignableTransform C ExtraMaterial C GenericTubeMaker C HGTD_DetectorElement C HGTD_DetectorElementCollection C HGTD_ModuleDesign ► C InDetDetectorManager C AlignInfo C LevelInfo C InDetServMatManager C IPixelReadoutManager C PairIndexMap Class to store map between pair of two ints and an int C PconZone C PixelDetectorManager C PixelDiodeMap C PixelDiodeMatrix C PixelModuleDesign C PixelMultipleConnection1D C PixelReadoutManager C PixelReadoutScheme C PLRGmxInterface C Point C Ray C SCT_BarrelModuleSideDesign C SCT_DetectorManager C SCT_ForwardFrameTransformation C SCT_ForwardModuleSideDesign C SCT_ForwardModuleSideGeometry C SCT_ForwardPolarPosition C SCT_ModuleSideDesign C SCT_ReadoutScheme C Segment C SegmentList C SegmentSplitter C ServiceVolume C ServiceVolumeMaker C ServiceVolumeMakerMgr C ServiceVolumeSchema C SiCellId C SiCommonItems C SiDetectorDesign C SiDetectorElement C SiDetectorElementCollection C SiDetectorManager C SiDiodesParameters C SiIntersect C SiLocalPosition C SiNumerology C SiReadoutCellId ► C SolidStateDetectorElementBase C AxisDir C CachedVals C StripAnnulusDesign C StripBoxDesign C StripStereoAnnulusDesign C SubDetectorFactoryBase C SurfaceCache C SurfaceCacheBase C TRT_BarrelCode C TRT_BarrelDescriptor C TRT_BarrelElement C TRT_BaseElement C TRT_Conditions C TRT_DetectorManager The Detector Manager for all TRT Detector elements, it acts as the interface to the detector elements which can be retrieved from the TRT_DetectorManager either via numerology or Identifier access C TRT_DetElementCollection Class to hold collection of TRT detector elements C TRT_DetElementContainer Class to hold different TRT detector elements structures C TRT_EndcapCode C TRT_EndcapDescriptor Class TRT_EndcapDescriptor C TRT_EndcapElement C TRT_Numerology C TubeVolData Helper class to read in generic TUBE, TUBS, CONS or PCON type volumes C TubeZone C UnboundedZone C Version C VolumeBuilder C VolumeSplitter C Zone ► N InDetEventTPCnvDict C tmp ► N InDetGNNHardScatterSelection ► N getter_utils Utils to produce Constituent -> vector<double> functions C CustomSequenceGetter Template class to extract features from sequence of constituents ► N internal C VertexVarGetter C VertexVarGetterNoDefault C ConstituentsInputConfig C ElectronsLoader ► C GNN C Decorators C GNNTool C HSGNNInputConfig C IConstituentsLoader C InputVariableConfig C IParticlesLoader C JetsLoader C MuonsLoader C PhotonsLoader C TracksLoader C VertexDecoratorAlg ► N InfileMetaDataConfig C MetaDataHelperLists ► N internal_poltrig C BTreeNode C Linebase C Pointbase C SplayTree ► N IOVDbDataModelDict C tmp ► N IOVDbNamespace C BasicFolder C Cool2Json C CrestFunctions C FMDReadLock C IovStore C Json2Cool Produces cool objects from their JSON representation, storing them in a 'BasicFolder ' C ReadFromFileMetaData C SafeReadFromFileMetaData ► N isDSinFAX C Command C site ► N ISF ISFParticleOrderedQueue ► C ActsFatrasSimTool C HitSurfaceSelector Simple struct to select surfaces where hits should be generated C SingleParticleSimulation Single particle simulation with fixed propagator, interactions, and decay C ATLFAST_EnvelopeDefSvc C BaseSimulationSelector C BaseSimulationSvc C BaseSimulatorTool C CollectionMerger Athena Algorithm that merges a given set of StoreGate collections in one final collection C CosmicEventFilterTool C CylinderVolumeTruthStrategy C DefaultSimSelector C DNNCaloSimSvc C EnergyParticleOrderingTool C EntryLayerFilter C EntryLayerTool C EntryLayerToolMT C FastCaloSimV2ParamSvc C FastCaloSimV2Tool C FatrasSimTool C G4PolyconeGeoIDSvc C GenericParticleOrderingTool C GenericTruthStrategy C GenParticleFinalStateFilter C GenParticleGenericFilter Core Athena algorithm for the Integrated Simulation Framework C GenParticleInteractingFilter C GenParticleLifetimeFilter C GenParticlePositionFilter C GenParticleSimAcceptList C GenParticleSimQuasiStableFilter C GeoIDSvc C HepMCHelper C IEntryLayerTool C IEventFilterTool C IFastCaloSimParamSvc C IFlavorSvcFilter C IG4RunManagerHelper C IGenEventFilter C IGenParticleFilter C IGeoIDSvc C IInputConverter C IMonitoringTool @ class IMonitoringTool C InputConverter C IParticleBroker @ class IParticleBroker C IParticleFilter C IParticleHelper C IParticleOrderingTool C IParticleProcessor C IPunchThroughClassifier C IPunchThroughTool C ISFBenchmarkHelper C ISFEnvelopeDefSvc C ISFParticle C ISFParticleOrdering Sort function according to particle order C ISFTruthIncident C ISimulationSelector C ISimulationSvc @ class ISimulationSvc C ISimulatorTool C IStaticFlavorSvcFilter C ITrkExtrapolator C ITruthIncident C ITruthStrategy C ITruthSvc @ class ITruthSvc C KeepChildrenTruthStrategy C KinematicParticleCuts C KinematicParticleFilter C KinematicSimSelector C LegacySimSvc C LLPTruthStrategy C MaterialPathInfo C MemoryMonitoringTool C ParticleBrokerDynamicOnReadIn C ParticleClipboard C ParticleHelper C ParticleKillerSimTool C ParticleUserInformation C PDFcreator C PunchThroughClassifier C PunchThroughParticle C PunchThroughTool C RenameHitCollectionsAlg Athena Algorithm that makes copies of existing collections in StoreGate and stores them under new keys C SimEventFilter C SimHitTreeCreator C SimKernel C SimKernelMT Core Athena algorithm for the Integrated Simulation Framework C SortByRadius C TrkExtrapolator C TruthBinding C TruthPreselectionTool C TruthSvc C ValidationTruthStrategy ► N ISF_FCS C MLogging Cut down AthMessaging ► N ISF_FCS_Parametrization C FCS_StepInfo C FCS_StepInfoCollection Class for collection of StepInfo class (G4 hits) copied and modified version to ISF ► N item C value_equals ► N ITk C comCurvature C DigitizeNonHitElementsDebugPrinter C PixelClusterErrorData C PixelClusterOnTrackTool C PixelDetectorTool C PixelOfflineCalibCondAlg C PixelOfflineCalibData C PixelRDOAnalysis C ServiceExtensionManager C ServiceExtensionTool C SiSpacePointForSeed C SiSpacePointsComparison_R C SiSpacePointsProSeed C SiSpacePointsSeedMaker C StripClusterOnTrackTool Creates SCT_ClusterOnTrack objects allowing to calibrate cluster position and error using a given track hypothesis C StripDetectorTool C StripDigitization Top algorithm class for Strip digitization C StripDigitizationTool C StripRDOAnalysis ► C StripSurfaceChargesGenerator C Hists ► C TrackClusterAssValidation C EventData_t ► N ITkStripCabling C OnlineIdGenerator ► N JCT C HotCell ► N jet ► N JetIsolation C IsolationAreaBase ► C IsolationCalculator IsolationCalculator : base class for isolation calculations Implementations of this class encapsulate all the needed calculations inside the calcIsolationVariables(jet, constituents) function, where 'constituents' is expected to be a vector a consituent NOT containing the jet's constitents C IsolationResult Holds the 4-vector of all constituents contributing to isolation C IsolationCalculatorT C AccessorAndHisto C AccessorAndHisto2 C AttFiller C AttTypes C AttvsAttFiller C AttvsVecAttIndexFiller C BaseIndexedConstituentUserInfo C CaloCellFastMap ► C CellPosition C DR2 C ClosebyUncertaintyComponent C CombinedMassUncertaintyComponent C ComponentHelper C ConfigHelper C CorrelationMatrix C ELogMassEtaUncertaintyComponent C ELogMassUncertaintyComponent C FlavourUncertaintyComponent C GroupHelper C HistoFiller C IConstituentUserInfo C IndexedConstituentUserInfo C IndexedTConstituentUserInfo C InfoHelper C InfoHelpereLOGmOe C InfoHelpereLOGmOeAbsEta C InfoHelpereLOGmOeEta C InfoHelperPt C InfoHelperPtAbsEta C InfoHelperPtAbsMass C InfoHelperPtAbsMassAbsEta C InfoHelperPtAbsMassEta C InfoHelperPtEta C InfoHelperPtMass C InfoHelperPtMassAbsEta C InfoHelperPtMassEta C JetCalcAverageLArQualityF C JetCalcBadCellsFrac Fraction of Bad energy in jet. From cluster moment ENG_BAD_CELLS C JetCalcCentroid C JetCalcNegativeEnergy C JetCalcnLeadingCells C JetCalcOutOfTimeEnergyFraction C JetCalcQuality C JetCalcQualityHEC C JetCalcTimeCells C JetCaloCalculations Holds a list of JetCalculators C JetCaloCalculator C JetCaloCellCalculations Collection of JetCaloCellCalculator C JetCaloCellCalculator Base class (inheriting JetCaloCalculator ) for calculations accessing CaloCell directly C JetCaloQualityUtils ► C JetCellAccessor C const_iterator C JetConstituentFiller C JetFourMomAccessor JetFourMomAccessor is an extension of JetAttributeAccessor::AccessorWrapper<xAOD::JetFourMom_t> AccessorWrapper<xAOD::JetFourMom_t> purpose is to provide a direct and simple access to JetFourMom_t attributes (which are internally saved as 4 floats inside jets) C LabelIndex C LargeRTopologyUncertaintyComponent C OptionHelper C PerJetFlavourUncertaintyComponent C PileupUncertaintyComponent C PtAbsMassEtaUncertaintyComponent C PtAbsMassUncertaintyComponent C PtEtaUncertaintyComponent C PtLogPtMassForTagSFUncertaintyComponent C PtMassEtaUncertaintyComponent C PtMassUncertaintyComponent C PtUncertaintyComponent C PunchthroughUncertaintyComponent C ResolutionHelper C SimpleConstituentUserInfo C TrackVertexAssociation Class to hold N-to-one aassociations between tracks and vertices C UncertaintyComponent C UncertaintyGroup C UncertaintyHistogram C UncertaintySet C ValidityHistogram C VecAttFiller C VecAttIndexFiller C VertexIndexedConstituentUserInfo ► N JetAttributeHistoManager C AttributeHistoManager ► N JetConverterTypes C momentum ► N JetGeom A collection of routines for geometric tasks in 2D and on a cylinder C line_t C point_set_t C point_t Very basic point objects C point_vect_t ► N JetGrooming C BottomUpSoftDrop C JetGroomer C JetTrimming C RecSoftDrop C SoftDrop ► N JetHelper Class IJetCalibStep C HistoInput1D Class HistoInput1D User interface to read 1D histograms C HistoInput2D Class HistoInput2D User interface to read 2D histrograms C HistoInputBase Class HistoInputBase This class implement common function used by HistoInput1D and HistoInput2D C IInputVariable C InputVariable Class InputVariable This is design to read any kind of xAOD::Jet or JetContext variable e.g pt, eta, phi, m ..etc The user need to initialize the class with the name of the variable and the scale C InputVariableAttribute Template to read xAOD::Jet variables C InputVariableJetContext Template to read JetContext C IVarTool C JetContext Class JetContext Designed to read AOD information related to the event, N vertices, Ntracks, mu etc .. C VarTool Class VarTool This class is design to help the user by specializing the InputVariable InputVariable is fix in the initialization, and can be retrieve with getvar() ► N JetHistoManager C JetHistoManager ► N JetMonitoringConfig C ConfigDict C EventHistoSpec C HistoSpec C JetMonAlgSpec C JetMonSpecException C SelectSpec C ToolSpec C VarSpec ► N JetPileupTag ► C JetVertexNNTagger C ClassicHandleHolder C DTrackMomentStruct C OrderedTrackMoment C TrackMomentStruct C TrkAugHandleHolder C NNJvtBinning Helper struct to hold the bin edges for the NN Jvt cut maps C NNJvtCutMap The NNJvt cut maps ► N JetSubStructureUtils C Angularity C BoostedXbbTag C Charge C Dipolarity C EnergyCorrelator C EnergyCorrelatorGeneralized C FoxWolfram C jet_distance C JetDistanceCompare C KtDeltaR C KtMassDrop C KtSplittingScale C Multiplicities C Nsubjettiness C PlanarFlow C Pull C Qjets C QjetsPlugin C Qw C SoftDropObservables C SphericityTensor C SubjetFinder C SubstructureCalculator C Thrust C Volatility C ZCut ► N JetTagDQA C BTaggingValidationPlots C PhysValBTag ► N JetTagInfoDict C temp ► N JetTiledMap C Tile Class Tile C TiledEtaPhiMap C utils ► N JetVar C AbsEtaVar C EM3FracVar C EtVar C EVar C FChargedVar C NconstitVar C PzVar C Rapidity C Tile0FracVar C Variable C VariableAtt ► C VariableAtt< std::vector< T > > Specialization of VariableAtt for the vector<> type C VectorWrapperT ► C VectorValue VectorValue is a helper class to access any jet variable of type vector<X> It is implemented this way, so it is cheap to copy and can be returned from a const method C VectorWrapper ► N JetVoronoiDiagramHelpers Jakub Cuth C Diagram C Point C Polygon C Segment C SegmentList ► N JiveXML This header is shared inbetween the C-style server thread and the C++ Athena ServerSvc C AlgoJiveXML Converts Reconstructed Event Data objects into XML files which can be read by, for example, the Atlantis graphics package C AODCaloClusterRetriever Retrieves all Calo objects C AODJetRetriever Retrieves all Jet objects (JetEvent/Jet) C BadLArRetriever Retrieves all Calo objects C BadTileRetriever Retrieves all Tile Calo Cell objects C BeamSpotRetriever Retrieve the BeamSpot C BJetRetriever Retrieves Jet objects, filter from weight for BJet (JetEvent/Jet) C CaloClusterRetriever Retrieves all Calo objects C CaloFCalRetriever Retrieves all Calo objects C CaloHECRetriever Retrieves all Calo objects C CaloLArRetriever Retrieves all Calo objects C CaloMBTSRetriever Retrieves all Calo objects C CaloTileRetriever Retrieves all Tile Calo Cell objects C CompositeParticleRetriever Retrieves all CompositeParticle objects (AllObjects) C CSCClusterRetriever C CscPrepDataRetriever C CTPDecisionRetriever C DataType Templated class to convert any object that is streamable in a ostringstream in a string C DispatchThreadArguments_t C ElectronRetriever Retrieves all Electron objects (ElectronAODCollection etc.) C EmTauROIRetriever C Event_t C EventRequest_t C EventStreamID For the client-server communication, each event is uniquely identified by the run number, the event number and a string determining which stream it belongs to C ExternalONCRPCServerSvc This athena service will provide a link to an external ONCRPC server, e.g running as standalone application or in another athena application C GeometryWriter Writes the inner detector and calorimeter geometry to an XML file for use with Atlantis C IDataRetriever Interface for all DataRetriever classes, that extract event data from StoreGate and pass them on to a IFormatTool The interface will only hold the methods that have to be implemented by all DataRetrievers C IEventReceiver Pure abstract interface for all event serving classes that provide events, streams and status information to the serving threads C IEventServer Pure abstract interface for all event serving classes that provide events, streams and status information to the serving threads C IFormatTool Abstract interface to event data formatting classes C IGeometryWriter C IInDetGeoModelTool Interface for the InDetGeoModelTool C IMessage Pure abstract interface to provide some athena-indepandant messaging Note that only MSG::Level enum is used from IMessageSvc C InDetGeoModelTool Provides easy access to the geometry model managers and identifier helpers for all JiveXML::IDataRetriever InDetJiveXML C IServer Pure abstract interface for all full server implementations C IServerSvc Athena interface for all ServerSvc implementations C IStreamTool Abstract interface to JiveXML event streaming classes C JetROIRetriever Retrieves ROI objects, default mode uses HLT/Offline object LVL1_ROI::jets_type C JiveXMLServer C LArDigitRetriever Retrieves all Tile Calo Cell objects C LVL1JetElementRetriever C LVL1ResultRetriever C LVL1TrigTowerRetriever C MdtPrepDataRetriever C MMPrepDataRetriever C MuonGeometryWriter Writes the GeoModel muon geometry to an XML file for use with Atlantis C MuonRetriever Retrieves all Muon objects (StacoMuonCollection etc.) C MuonROIRetriever Retrieves ROI objects, default mode uses HLT/Offline object LVL1_ROI::emtaus_type C ONCRPCServerSvc This athena service will create an ONC/RPC (aka SunRPC) server, that can provide the athena status as well as data strings from events C PhotonRetriever Retrieves all Photon objects (PhotonAODCollection) C PixelClusterRetriever Retrieves all InDet::SiCluster C PixelRDORetriever Retrieve all PixelRDORawData C RpcPrepDataRetriever C SCTRDORetriever Retrieve all SCT_RDORawData SCT raw hits) C SegmentRetriever Retrieves all Trk::SegmentCollection C ServerThreadArguments_t C SiClusterRetriever Retrieves all InDet::SiCluster C SiSpacePointRetriever Retrieves all InDet::SpacePoint data for Pixel and SCT C sTgcPrepDataRetriever C Streams_t C StreamToFileTool Stream JiveXML event information into a file C StreamToServerTool Stream event to an IServerSvc , which typically is a network server run from and controlled by the Athena application C TauJetRetriever Retrieves all TauJet objects C TgcPrepDataRetriever C ThreadCollection This class handles a collection of threads C TrackParticleRetriever Retrieves all TrackParticle (AOD) Collection objects This is a chopped version of the full (RDO/ESD) Trk::Track retriever TrigJiveXML/TrackRetriever C TrackRetriever Retrieves all Trk::TrackCollection objects C TrigEMClusterRetriever C TriggerInfoRetriever C TrigMuonROIRetriever C TrigRpcDataRetriever C TrigSiSpacePointRetriever C TRTRetriever Retrieves all InDet::TRT_DriftCircle C TruthMuonTrackRetriever Retrieves the muons information from the TrackRecordCollection C TruthParticleRetriever C TruthTrackRetriever Retrieves the McEventCollection TrackRecordCollection in simulated cosmics C VertexRetriever Retrieves all Trk::VxCandidate C xAODCaloClusterRetriever Retrieves all Calo objects C xAODElectronRetriever Retrieves all Electron objects (ElectronAODCollection etc.) C xAODEmTauROIRetriever C xAODJetRetriever Retrieves all Jet objects (JetAODCollection etc.) C xAODJetROIRetriever C xAODMissingETRetriever Retrieves all MissingET objects (MissingETAODCollection etc.) C xAODMuonRetriever Retrieves all Muon objects (MuonAODCollection etc.) C xAODMuonROIRetriever C xAODPhotonRetriever Retrieves all Photon objects (PhotonAODCollection etc.) C xAODTauRetriever Retrieves all Tau objects (TauAODCollection etc.) C xAODTrackParticleRetriever Retrieves all TrackParticle objects (TrackParticleAODCollection etc.) C xAODTrigDecisionRetriever C xAODTriggerTowerRetriever Retrieves TriggerTower xAOD objects C xAODVertexRetriever Retrieves all Vertex objects (VertexAODCollection etc.) C XMLFormatTool Writes data stored in a DataMap into an XML stream in the format required by the Atlantis event display ► N JobBrowser C JobBrowser ► N JobDetails C JobDetails ► N JobOptCfg C VTuneProfilerService ► N jobOption C MyParticleSampler C PtEtaHistParticleSampler ► N JTC C Hole C Region ► N KLFitterConfig C KLFitterBlock ► N L0Muon C L0MuonSmearingAlg C L0MuonTrack C MDTSimulation C RPCSimulation C TGCSimulation C TruthTrackSmearer ► N L1CaloDumpRampDataAlgorithm C L1CaloDumpRampDataAlgorithm ► N L1JetMonitoringConfig C L1JetMonAlg ► N l1MenuGraph C AlgData ► N L1MUINT Dedicated namespace for the MuCTPI output class(es) C MuCTPIToRoIBSLink MuCTPI input class to the RoIB simulation ► N L1Topo C Fibre Represents the L1Topo fibre word of the L1Topo DAQ header, with decoder and encoder C Header Represents the L1Topo header word of the L1Topo DAQ data, with decoder and encoder C L1TopoFPGA C L1TopoResult C L1TopoROD C L1TopoTOB Represents the L1Topo TOB word of the L1Topo ROI data, with decode and encoder C ModuleID Represents the L1Topo module ID, with decoder and encoder C Status Represents the L1Topo status word of the L1Topo DAQ header, with decoder and encoder ► N LAr C LArVolumeBuilder ► N LArBadChanImpl A helper class that provides iterators over elements in two separate ordered containers as if the elements were merged in a single container and sorted, but without any CPU overhead C combined_ordered_container C combined_ordered_iterator C DummyMerger ► N LArCellBinning C LArCellBinningScheme ► N LArCellBinning_test C CreateDataAlg ► N LArCellNtuple C CellE ► N LArG4 ► N Barrel C CalcData C CalibrationCalculator C Geometry ► N BarrelCryostat C CalibrationCalculator C CalibrationLArCalculator C CalibrationMixedCalculator C CopyNumberInfo_t C IdentifierInfo_t C RegionInfo_t C VolumeInfo_t ► N BarrelPresampler C CalcData C CalibrationCalculator C Geometry ► N detail C SDWrapper A template class which wraps multiple sensitive detectors ► N DM C CalibrationCalculator ► N EC C CalibrationCalculator ► C EnergyCalculator C Fold_Efield_Map C FoldArea C geometry_t C Wheel_Efield_Map C WheelGeometry C HVHelper C HVHelperV00 C HVHelperV02 C PresamplerCalibrationCalculator C PresamplerGeometry ► N EndcapCryostat C CalibrationCalculator C CalibrationLArCalculator C CalibrationMixedCalculator ► N FCAL C LArFCALCalibCalculatorBase ► N HEC C HECGeometry C IHECGeometry C ILocalGeometry C LArHECCalibrationWheelCalculator C LocalCalibrationCalculator C LocalGeometry C ActiveSDTool Sensitive detector tool which manages activate-area LAr calib SDs C CalibrationDefaultCalculator C CalibrationHit ► C CalibrationHitMerger Athena Algorithm that merges a given set of CaloCalibrationHitContainers into a single CaloCalibrationHitContainers - based on CollectionMerger by Elmar Ritsch C LessHit C CalibSDTool A base class for tools that manage LArG4CalibSDs C DeadSDTool C EMBSDTool SD tool which manages EM barrel sensitive detectors C EMECSDTool SD tool which manages EM endcap sensitive detectors C EMECSupportCalibrationCalculator C FCALSDTool SD tool which manages the LAr forward calo sensitive detectors C H62004ActiveSDTool Tool for constructing H62004 calib SDs for active material C H62004CalibSDTool Tool base class for LAr H6 2004 calibration SD tools C H62004DeadSDTool Tool for constructing H62004 calib SDs for dead material C H62004EMECSDTool Tool for constructing H62004 SDs for EMEC C H62004FCALSDTool Tool for constructing H62004 SDs for FCAL C H62004HECSDTool Tool for constructing H62004 SDs for HEC C H62004InactiveSDTool Tool for constructing H62004 calib SDs for inactive material C H62004SimpleSDTool Tool base class for LAr H6 2004 simple SD tools C HECSDTool SD tool which manages the LAr hadronic endcap sensitive detectors C IECPresamplerGeometry C InactiveSDTool Sensitive detector tool which manages inactive-area LAr calib SDs C ROOT6_NamespaceAutoloadHook C ROOT6_NamespaceAutoloadHook_WheelCalc C SimpleSDTool A base class for tools that manage LArG4SimpleSDs ► N LArG4PlottingScript C PlotEntry C RestrictEntry C RootFile ► N LArG4ShowerLibFunctions C EtaEnergyShowerLib C FCALDistEtaShowerLib C FCALDistShowerLib C FourVector C StoredEnergyShower C StoredTestShower C TestShowerLib ► N LArGeo C BarrelConstruction C BarrelCryostatConstruction Builds GeoModel description of the LAr Electromagnetic Barrel. Descriptions of the presampler and dead material in the crack region are implemented in separate classes C BarrelPresamplerConstruction GeoModel description of the LAr Barrel Presampler C CryostatConstructionTBEC ► C EMECAccordionConstruction Class for construction of EMEC internal structure C CutPlane C EMECConstruction GeoModel description of the LAr EMEC envelope and the active part (custom shapes) C EMECModuleConstruction C EMECSupportConstruction GeoModel description of the EMEC Support Structures C EndcapCryostatConstruction Description of the LAr End Cap cryostat, including MBTS description C EndcapDMConstruction C FCALConstruction C HEC2WheelConstruction GeoModel description of LAr HEC C HECClampConstruction C HECModuleConstruction GeoModel description of LAr HECModule C HECWheelConstruction C LArDetectorConstructionTBEC C LArDetectorFactory LArDetectorFactory builds GeoModel description of LAr calorimeter by calling relevant 'Construction' classes (Barrel, Endcap). It also builds readout geometry description using LArReadoutGeometry objects C LArDetectorFactoryLite LArDetectorFactoryLite is invoked by the LArDetectorTool when the GeoModel description of LAr calorimeter is built from the SQLite database relevant 'Construction' classes (Barrel, Endcap). It also builds readout geometry C LArDetectorFactoryTBEC C RAL ► C RALEmb C Clockwork ► C RALEmec C Clockwork ► C RALExperimentalHall C Clockwork ► C RALHec C Clockwork C TBBarrelCryostatConstruction C VDetectorParameters ► N LArHVGainsPredictor C GainPredictor C OracleGainReader ► N LArHVMapDbFiller C LArHVMapDbFiller C LArHVMapDbFillerError ► N LArSamples C AbsLArCells A base class for accessing ntuple data C AbsShape C AbsShapeErrorGetter C Accessor A base class for accessing ntuple data C Averager Storage of the time histories of all the cells C CellInfo C ChannelSpec C Chi2Calc C ClassCounts C CombinedShapeErrorGetter C D3PDConverter Storage of the time histories of all the cells C Data C DataContainer C DataFunc C DataFuncArgs C DataFuncSet C DataStore Storage of the time histories of all the cells C DataTweaker C Definitions C DigitMonitor Storage of the time histories of all the cells C EventData C FilterList C FilterParams C FitMonitor Storage of the time histories of all the cells C FuncCut C Geo C GraphPoint C GraphShape C History C HistoryContainer C HistoryIterator Storage of the time histories of all the cells C Id C IndexRange Storage of the time histories of all the cells C Interface C LArCellsEmptyMonitoring C MonitorBase C MultiTreeAccessor C OccupancyMonitor Storage of the time histories of all the cells C OFC C PersistentAccessor C Residual Storage of a pulse shape residual set C ResidualCalculator C ResidualCompare C Residuals C RoIPosition C RunData C ScaledErrorData C ScaledShiftedShape C ShapeDrawer C ShapeErrorData C ShapeFitter C ShapeInfo C SimpleShape C Splitter Tools so split an ntuple into smaller bits C TimingClass C TimingMonitor Storage of the time histories of all the cells C TreeAccessor C TreeShapeErrorGetter C UniformShapeErrorGetter ► N LArSimEvent C tmp ► N LArWheelCalculator_Impl C DistanceCalculatorFactory C DistanceCalculatorSaggingOff Implements details of distance calculation to parts of the LAr endcap without sagging corrections C DistanceCalculatorSaggingOn Implements details of distance calculation to parts of the LAr endcap with sagging taken into account C DistanceToTheNeutralFibre_OfFan C DistanceToTheNeutralFibre_OfFan< SaggingOff_t > C DistanceToTheNeutralFibre_OfFan< SaggingOn_t > C DoSearch C DoSearch< BACKWARD > C DoSearch< FORWARD > C FanCalculatorFactory A factory for FanCalculators C IDistanceCalculator C IFanCalculator C ModuleFanCalculator This is an interface of distance calculation to parts of the LAr endcap C SaggingOff_t C SaggingOn_t C StepFan C StepFan< SaggingOff_t, dir > C StepFan< SaggingOn_t, BACKWARD > C StepFan< SaggingOn_t, FORWARD > C WheelFanCalculator LAr wheel fan calculator, templated for sagging settings ► N LHEFilter C BaseLHEFilter C LHEFilters ► N LHEFilter_LeadingTopPt C LHEFilter_LeadingTopPt ► N LHEFilter_MET C LHEFilter_MET ► N LHEFilter_NFinalQuarks C LHEFilter_NFinalQuarks ► N LHEFilter_NLeptons C LHEFilter_NLeptons ► N LHETools C Event C EventInfo C Particle C Record ► N LikeEnum C LHAcceptVars_t C LHCalcVars_t C ROOT6_NamespaceAutoloadHook ► N LikeEnumForward C LHAcceptVars_t C LHCalcVars_t C ROOT6_NamespaceAutoloadHook ► N LogicalExpressionFilter C LogicalExpressionFilter ► N logParser C bcolors ► N LumiBlockTPCnvDict C tmp ► N LVL1 EFexTowerBuilder creates xAOD::eFexTowerContainer from supercells (LATOME) and triggerTowers (TREX) inputs ► N MuCTPIBits C Candidate C Multiplicity C Slice C TimesliceHeader C TopoTOB C BcmCTP BCM input class to the CTP simulation C BinAndCoord Used to pass data between the methods of the Key Classes: Returns the Eta and Phi bins, and the centre of the bins C BptxCTP BPTX input class to the CTP simulation C ChannelCoordinate Holds eta/phi coordinates corresponding to a crate/module channel C ClusterProcessorModuleKey The ClusterProcessorModuleKey object provides the key for each trigger tower depending on its eta-phi coords C CMMCPHits Summary of CP (EM/tau) hits received by the merger modules C CMMEtSums CMMEtSums object stores Et sums from the Energy CMMs C CMMJetHits CMMJetHits class stores Jet hit multiplicities received by and read out from the Jet CMMs C CMMRoI CMM RoI data C CMXCPHits Summary of CP (EM/tau) hits produced by the merger modules C CMXCPTob TOB data received by the merger modules C CMXEtSums CMXEtSums object stores Et sums from the Energy CMXs C CMXJetHits Summary of JEP (Jet ) hits produced by the merger modules C CMXJetTob TOB data received by the merger modules C CMXRoI CMX RoI data C ControlHistSvc C Coordinate Coordinate class declaration C CoordinateRange CoordinateRange class declaration C CoordToHardware Returns the trigger hardware components associated with a given Coordinate C CPBSCollection Cluster Processor container for writing bytestream C CPBSCollectionV1 Cluster Processor container for writing bytestream C CPBSCollectionV2 Cluster Processor container for writing bytestream C CPCMX The algorithm responsible for simulating the Em/tau calo trigger C CPCMXTopoData C CPMCMXData The CPMCMXData object contains the data transferred from the CPM to one of the CMXes (EM or Tau ) in the crate C CPMHits The CPMHits object contains the hit data produced by a given Cluster Processor Module, i.e C CpmMappingTool CPM crate/module/channel to eta/phi/layer mappings C CPMRoI CPM RoI data C CPMSim The algorithm responsible for simulating the Em/tau calo trigger C CPMTobAlgorithm This is an internal class, used in the EM/Tau trigger C CPMTobRoI CPM RoI data C CPMTower TriggerTower information received by the Cluster Processor Modules C CPRoIDecoder A level 1 calorimeter trigger conversion service: returns the Coordinate represented by a RoI word C CPTopoTOB CP TOB data for L1Topo C CrateEnergy CrateEnergy class declaration Simulates behaviour of the Crate-CMM System CMM logic is done in EnergyTrigger C DataError Error data C eFakeTower Load Et of the test vector C eFEXCompression LAr supercell data are received by the eFEX in a 10-bit multi-linear encoded form C eFEXDriver C eFEXegAlgo Calculates the egamma TOB variables: Reta, Rhad and Wstot C eFEXegTOB C EFexEMAlgorithm ► C EFexEMClusterTool C AlgResult C EFexEMEnergyWeightedClusterTool C eFEXFillEDM Defines how to fill eFEX EDM C eFEXFormTOBs Functions for creating TOBs for eFEX objects C eFEXFPGA Defines the structure of a single eFEX FPGA Its purpose is: ► C eFEXFPGATowerIdProvider Provide tower-FPGA mapping Load information stored in a .csv file and provide the IDs of all towers in an FPGA or an eFEX module C towerinfo Sturcture defines the id, eta and phi position of a tower C eFexInputProvider C eFEXNtupleWriter C eFEXOutputCollection C eFEXSim Defines the structure of a single eFEX Its purpose is: ► C eFEXSuperCellTowerIdProvider Provide Supercell-tower mapping Load information stored in a .csv file and provide information needed to connect the SuperCells to its corresponding tower C towerinfo Sturcture stores mapping information of a SuperCell C eFEXSysSim Defines the structure of the eFEX system Its purpose is: C eFEXtauAlgo Calculates the tau TOB variables C eFEXtauAlgoBase The eFEXtauBDTAlgo class calculates the tau BDT TOB variables C EFexTauAlgorithm C eFEXtauBDT Calculates the tau TOB variables C eFEXtauBDTAlgo Calculates the tau BDT TOB variables C eFEXtauTOB C eFexTOBDecorator C eFEXTOBEtTool Utility for recalculating the jet discriminant ("isolation") quantities that are not read out as part of the (x)TOB data Its purpose is: C eFexTOBSuperCellDecorator C eFexTowerBuilder C EmTauCTP Em/Tau input class to the CTP simulation C EMTauInputProvider C EmTauROI This class defines the em/tau hadron ROI which are generated by the LVL1 Calo Trigger C EnergyCMX This class simulates the missing ET and total ET triggers C EnergyCMXData The EnergyCMXData object contains the data transferred from the JEM to the EnergySum CMX in the crate C EnergyCTP "Energy" input class to the CTP simulation C EnergyInputProvider C EnergyRoI This class defines the Energy ROI which is generated by the Energy Trigger C EnergyTopoData This class defines the Ex/Ey/ET data transferred from the EnergySum CMX to the L1Topo processors C eSuperCellTowerMapper C eTower Interface object for eFEX trigger algorithms The purposes are twofold: C eTowerBuilder C eTowerContainer C eTowerMakerFromEfexTowers C eTowerMakerFromSuperCells C FEXAlgoSpaceDefs Defines the size of a single jFEX algorithm window, for use in jFEXFPGA C FrontPanelCTP Front panel input class to the CTP simulation C GBlockBuilder C gFEXaltMetAlgo C gFEXCompression LAr supercell data are received by the gFEX in a 10-bit multi-linear encoded form C gFEXCondAlgo C gFEXDBCondData C gFEXDriver C gFEXFPGA C gFexInputProvider C gFEXJetAlgo C gFEXJetTOB The gFEXJetTOB.h class stores the energy, the eta, phi coordinate, the status and the type (gRho, gBlock, gJet) of the gFEX Jet TOBs C gFEXJwoJAlgo C gFEXJwoJTOB C gFEXNtupleWriter C gFEXOutputCollection C gFEXSim Defines the structure of the gFEX Its purpose is: C gFEXSysSim Defines the structure of the gFEX system Its purpose is: C gFexTower2SCellDecorator C gSuperCellTowerMapper C gTower Interface object for gFEX trigger algorithms The purposes are twofold: C gTowerBuilder C gTowerContainer C gTowerMakerFromGfexTowers C GTowerMappingDataCondAlg C GTowerRhoSubtractionAlg C GTowersFromGCaloTowers C IControlHistSvc C ICoordinate Used by Key Classes, returns and integer coorginate for the bin Eta-Phi C IeFakeTower C IeFEXegAlgo C IeFEXFillEDM C IeFEXFormTOBs C IeFEXFPGA C IeFEXFPGATowerIdProvider C IeFEXSim C IeFEXSuperCellTowerIdProvider C IeFEXSysSim C IeFEXtauAlgo C IeFEXTOBEtTool C IeSuperCellTowerMapper C IeTowerBuilder C IgFEXaltMetAlgo C IgFEXFPGA C IgFEXJetAlgo C IgFEXJwoJAlgo C IgFEXSim C IgFEXSysSim C IgSuperCellTowerMapper C IgTowerBuilder C IInputTOBConverter Interface for tools to convert any input to TOBs for topo steering C IjFEXFormTOBs C IjFEXForwardElecAlgo C IjFEXForwardJetsAlgo C IjFEXFPGA C IjFEXLargeRJetAlgo C IjFEXmetAlgo C IjFEXPileupAndNoise C IjFEXSim C IjFEXSmallRJetAlgo C IjFEXsumETAlgo C IjFEXSysSim C IjFEXtauAlgo C IjSuperCellTowerMapper C IjTowerBuilder C IL1CaloCells2TriggerTowers C IL1CaloFcal23Cells2RxMappingTool C IL1CaloLArTowerEnergy C IL1CaloMappingTool C IL1CaloMatchCell2Tower C IL1CaloMonitoringCaloTool C IL1CaloOfflineTriggerTowerTools C IL1CaloTTIdTools C IL1CaloxAODOfflineTriggerTowerTools C IL1CPCMXTools C IL1CPHitsTools C IL1CPMTools C IL1CPMTowerTools C IL1DatabaseOverrideTool C IL1DynamicPedestalProvider C IL1EnergyCMXTools C IL1EtTools C IL1JEMJetTools C IL1JEPEtSumsTools C IL1JetCMXTools C IL1JetElementTools C IL1TriggerTowerTool C IL1TriggerTowerToolRun3 C InternalTriggerTower A version of the TriggerTower that contains information that would not be availiable during datataking C ITrigT1CaloMonErrorTool Interface definition for TrigT1CaloMonErrorTool C ITrigT1MuonRecRoiTool C ITrigThresholdDecisionTool C JEMEnergySim This class simulates the missing ET and total ET triggers C JEMEtSums C JEMHits C JEMJetAlgorithm This is an internal class, used in the jet trigger C JEMJetSim The algorithm responsible for simulating the Jet trigger C JemMappingTool JEM crate/module/channel to eta/phi/layer mappings C JEMRoI JEM RoI data C JEMTobRoI JEM RoI data C JEPBSCollection Jet/Energy Processor container for writing bytestream C JEPBSCollectionV1 Jet/Energy Processor container for writing bytestream pre-LS1 C JEPBSCollectionV2 Jet/Energy Processor container for writing bytestream post-LS1 C JEPRoIBSCollection Jet/Energy Processor RoI container for writing bytestream C JEPRoIBSCollectionV1 Jet/Energy Processor RoI container for writing bytestream pre-LS1 C JEPRoIBSCollectionV2 Jet/Energy Processor RoI container for writing bytestream post-LS1 C JEPRoIDecoder A level 1 calorimeter trigger conversion service: returns the Coordinate represented by a RoI word C JetCMX The algorithm responsible for simulating the Em/tau calo trigger C JetCMXData The JetCMXData object contains the data transferred from the CPM to one of the Jet CMX in the crate C JetCMXTopoData C JetCTP This class defines the em/tau hadron ROI which are generated by the LVL1 Calo Trigger C JetElement Jet elements are the inputs to the Jet , ETmiss and ETsum triggers C JetElementKey The JetElementKey object provides the key for each JetElement depending on its eta,phi coords (JetElementKey differs from JetInputKey in that ElementKey has 0.4 FCAL granularity, while InputKey has 0.2 FCAL granularity) C JetElementKeyBase The JetElementKeyBase object provides the key for each JetElement or JetInput depending on its eta,phi coords C JetEnergyModuleKey The JetEnergyModuleKey object provides the key for each trigger tower depending on its eta-phi coords C JetEtRoI This class defines the ROI which is generated by the Jet ET sum Trigger C JetEtRoIDecoder A level 1 calorimeter trigger conversion service: returns the Coordinate represented by a RoI word C JetInput A minimal version of JetElement , containing only eta, phi, ET and a JetInputKey , ie the bare information needed to execute the Jet trigger algorithm C JetInputKey The JetInputKey object provides the key for each JetElement depending on its eta,phi coords (JetElementKey differs from JetInputKey in that ElementKey has 0.4 FCAL granularity, while InputKey has 0.2 FCAL granularity) C JetInputProvider C JetROI This class defines the Jet ROIs which are generated by the LVL1 Calo Trigger C JetTopoTOB Jet TOB data for L1Topo C jFEXCompression LAr supercell data are received by the jFEX in a 10-bit multi-linear encoded form C jFEXCondAlgo C jFEXDBCondData C jFEXDriver C jFexEmulatedTowers C jFEXFormTOBs C jFEXForwardElecAlgo C jFEXForwardElecInfo C jFEXForwardElecTOB C jFEXForwardJetsAlgo C jFEXForwardJetsInfo C jFEXFPGA Defines the structure of a single jFEX FPGA Its purpose is: C jFexInputProvider C jFEXLargeRJetAlgo C jFEXmetAlgo C jFEXNtupleWriter C jFEXOutputCollection C jFEXPileupAndNoise C jFEXSim Defines the structure of a single jFEX Its purpose is: C jFEXSmallRJetAlgo C jFEXsumETAlgo C jFEXSysSim Defines the structure of the jFEX system Its purpose is: ► C jFEXtauAlgo C color C jFEXTOB C jFexTower2SCellDecorator C JGTowerBuilder C JGTowerHelper C JGTowerMappingDataCondAlgBase C JGTowerNoiseAlg C jSuperCellTowerMapper C jTower Interface object for jFEX trigger algorithms The purposes are twofold: C jTowerBuilder C jTowerContainer C jTowerMakerFromJfexTowers C jTowerMakerFromSuperCells C JTowerMappingDataCondAlg ► C JTowerRhoSubtractionAlg C JFEXBins C KeyUtilities The KeyUtilities object provides the key for each trigger tower depending on its eta,phi coords C L1CaloCells2TriggerTowers C L1CaloFcal23Cells2RxMappingTool C L1CaloLArTowerEnergy C L1CaloMatchCell2Tower C L1CaloMonitoringCaloTool C L1CaloOfflineTriggerTowerTools C L1CaloTriggerTowerDecoratorAlg C L1CaloTTIdTools C L1CaloxAODOfflineTriggerTowerTools C L1CPCMXTools C L1CPHitsTools C L1CPMTools C L1CPMTowerTools C L1DatabaseOverrideForDataTool C L1DynamicPedestalProviderRoot Tool to retrieve dynamic pedestal values from externally provided ROOT files ► C L1DynamicPedestalProviderTxt Tool to retrieve dynamic pedestal values from a text file C ParamFunc C L1EnergyCMXTools C L1EtTools C L1JEMJetTools C L1JEPEtSumsTools C L1JetCMXTools C L1JetElementTools C L1METvalue L1METvalue encoding is used for transmission of ET/Ex/Ey sums from JEM to CMM C L1NonlinearLutDatabaseOverrideTool C L1TopoDataMaker C L1TopoSimulation C L1TriggerTowerTool C L1TriggerTowerToolRun3 C LArTTL1Overlay C MbtsCTP MBTS input class to the CTP simulation C METJWoJPerfFex C METNoiseCutPerfFex C METPerfFexBase C ModuleEnergy This is an internal class, used in the Energy trigger C MuCTPICTP MuCTPI input class to the CTP simulation C MuCTPIL1Topo MuCTPI input class to the L1Topo simulation C MuCTPIL1TopoCandidate MuCTPI input class to the L1Topo simulation C MuonInputProvider C NimCTP This class defines the NIM items C ParamFuncExp C ParamFuncPol2 C ParseException C PeriodicScaler C PeriodicScalerTake1st C PhiRange Range class declaration C PpmCoolMappingTool PPM crate/module/channel to eta/phi/layer mappings C PpmMappingTool PPM crate/module/channel to eta/phi/layer mappings C QuadLinear QuadLinear encoding is used for transmission of ET/Ex/Ey sums from JEM to CMM C Range Range class declaration C RecEmTauRoI This class defines the reconstructed em/tau hadron ROI C RecEnergyRoI This class defines the reconstructed EnergySum ROI C RecJetEtRoI This class defines the reconstructed jetEt ROI C RecJetRoI This class defines the reconstructed em/tau hadron ROI C RecMuonRoI This class defines the reconstructed Muon ROI C RecRoI This is the base class for "reconstructed" or "recreated RoIs" formed from slink words out by Lvl1 C RODHeader ROD Header data and status words C RoiB2TopoInputDataCnv C RoIDecoder A level 1 calorimeter trigger conversion service: returns the Coordinate represented by a RoI word C RoIFormatUpdater Tool for changing the format of RoI words C RoIROD The RoIROD Athena Algorithm takes the output from the LVL1 Calo Trigger simulations and produces the words, as would be produced by the hardware ReadOut Drivers (RODs); i.e C Run2CPMTowerMaker Takes Trigger Towers from the TES and forms CPMTowers, which it then places back into the TES C Run2JetElementMaker Takes Trigger Towers from the TES and forms JetElements, which it then places back into the TES C Run2TriggerTowerMaker C SCEmulation C SystemEnergy SystemEnergy class declaration Simulates behaviour of the Crate-CMM System CMM logic is done in EnergyTrigger C TileTTL1Overlay C TriggerTower Trigger towers are the inputs to all other parts of the calorimeter trigger C TriggerTowerKey The TriggerTowerKey object provides the key for each trigger tower depending on its eta-phi coords C TrigT1CaloDefs C TrigT1CaloMonErrorTool Tool to retrieve ROB status and ROD unpacking errors from StoreGate C TrigT1CaloMonErrorToolV1 Tool to retrieve ROB status and ROD unpacking errors from StoreGate C TrigT1MBTS C TrigT1MuonRecRoiData C TrigT1RPCRecRoiTool C TrigT1Run3ZDC Level 1 ZDC trigger simulation C TrigT1TGCRecRoiTool C TrigT1TRT Level 1 TRT trigger simulation C TrigT1ZDC Level 1 ZDC trigger simulation ► C TrigThresholdDecisionTool C RPCFlagDecision C TGCFlagDecision C TrtCTP TRT input class to the CTP simulation C ZdcCTP ZDC input class to the CTP simulation ► N LVL1BS C BitField C CaloUserHeader L1Calo User Header class C CmmCpSubBlock Sub-Block class for CMM-CP data C CmmEnergySubBlock Sub-Block class for CMM-Energy data C CmmJetSubBlock Sub-Block class for CMM-Jet data C CmmSubBlock Sub-Block class for CMM data C CmxCpHitsByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C CmxCpHitsByteStreamxAODCnv ByteStream converter for CmxTob C CmxCpSubBlock Sub-Block class for CMX-CP data post LS1 C CmxCpTobByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C CmxCpTobByteStreamxAODCnv ByteStream converter for CmxTob C CmxEnergySubBlock Sub-Block class for CMX-Energy data post LS1 C CmxEtSumsByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C CmxEtSumsByteStreamxAODCnv ByteStream converter for CmxTob C CmxJetHitsByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C CmxJetHitsByteStreamxAODCnv ByteStream converter for CmxTob C CmxJetSubBlock Sub-Block class for CMX-Jet data post LS1 C CmxJetTobByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C CmxJetTobByteStreamxAODCnv ByteStream converter for CmxTob C CmxRoIByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C CmxRoIByteStreamxAODCnv ByteStream converter for CmxTob C CmxSubBlock Sub-Block class for CMX data post LS1 C CpByteStreamCnv ByteStream converter for CP container ► C CpByteStreamTool Tool to perform ROB fragments to CPM towers, CPM hits and CMM-CP hits, and CP container to raw data conversions C CmmHitsData C CpByteStreamToolData C CpmHitsData C CpmTowerData C LocalData C CpByteStreamV1Cnv ByteStream converter for CP container ► C CpByteStreamV1Tool Tool to perform ROB fragments to CPM towers, CPM hits and CMM-CP hits, and CP container to raw data conversions C CmmHitsData C CpByteStreamToolData C CpmHitsData C CpmTowerData C LocalData C CpByteStreamV2Cnv ByteStream converter for CP container post LS1 ► C CpByteStreamV2Tool Tool to perform ROB fragments to CPM towers, CMX-CP TOBs and CMX-CP hits, and CP container to raw data conversions C CmxCpHitsData C CmxCpTobData C CpByteStreamToolData C CpmTowerData C LocalData C CpmRoiByteStreamCnv ByteStream converter for Cluster Processor Module RoIs C CpmRoiByteStreamTool Tool to perform ROB fragments to CPM RoI and CPM RoI to raw data conversions C CpmRoiByteStreamV1Cnv ByteStream converter for Cluster Processor Module RoIs C CpmRoiByteStreamV1Tool Tool to perform ROB fragments to CPM RoI and CPM RoI to raw data conversions C CpmRoiByteStreamV2Cnv ByteStream converter for Cluster Processor Module RoIs post LS1 C CpmRoiByteStreamV2Tool Tool to perform ROB fragments to CPM TOB RoI and CPM TOB RoI to raw data conversions C CpmRoiSubBlock Sub-Block class for CPM RoI data (neutral format) C CpmRoiSubBlockV1 Sub-Block class for CPM RoI data (neutral format) C CpmRoiSubBlockV2 Sub-Block class for CPM RoI data (neutral format) post LS1 C CpmSubBlock Sub-Block class for CPM data C CpmSubBlockV1 Sub-Block class for CPM data C CpmSubBlockV2 Sub-Block class for CPM data post LS1 C CpmTobRoiByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C CpmTobRoiByteStreamxAODCnv ByteStream converter for CmxTob C CpmTowerByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C CpmTowerByteStreamxAODCnv ByteStream converter for CpmTowers C CpReadByteStreamV1Cnv ByteStream converter for CP component containers C CpReadByteStreamV1V2Cnv ByteStream converter for Cluster Processor Module Towers allowing for data containing pre-LS1 or post-LS1 format sub-blocks C CpReadByteStreamV2Cnv ByteStream converter for CP component containers post LS1 C ITrigT1CaloDataAccess C ITrigT1CaloDataAccessV2 C JemEtSumsByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C JemEtSumsByteStreamxAODCnv ByteStream converter for CmxTob C JemJetElement JEM jet element dataword class C JemRoiSubBlock Sub-Block class for JEM RoI data (neutral format) C JemRoiSubBlockV1 Sub-Block class for JEM RoI data (neutral format) pre-LS1 C JemRoiSubBlockV2 Sub-Block class for JEM RoI data (neutral format) post-LS1 C JemSubBlock Sub-Block class for JEM data C JemSubBlockV1 Sub-Block class for JEM data pre-LS1 C JemSubBlockV2 Sub-Block class for JEM data post LS1 C JemTobRoiByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C JemTobRoiByteStreamxAODCnv ByteStream converter for CmxTob C JepByteStreamCnv ByteStream converter for JEP container ► C JepByteStreamTool Tool to perform ROB fragments to jet elements, jet hits and energy sums, and JEP container to raw data conversions C CmmHitsData C CmmSumsData C EnergySumsData C JepByteStreamToolData C JetElementData C JetHitsData C LocalData C JepByteStreamV1Cnv ByteStream converter for JEP container ► C JepByteStreamV1Tool Tool to perform ROB fragments to jet elements, jet hits and energy sums, and JEP container to raw data conversions C CmmHitsData C CmmSumsData C EnergySumsData C JepByteStreamToolData C JetElementData C JetHitsData C LocalData C JepByteStreamV2Cnv ByteStream converter for JEP container post LS1 ► C JepByteStreamV2Tool Tool to perform ROB fragments to jet elements, jet hits and energy sums, and JEP container to raw data conversions C CmxHitsData C CmxSumsData C CmxTobData C EnergySumsData C JepByteStreamToolData C JetElementData C LocalData C JepReadByteStreamV1Cnv ByteStream converter for JEP component containers C JepReadByteStreamV1V2Cnv ByteStream converter for JEP component containers which are unchanged post-LS1 C JepReadByteStreamV2Cnv ByteStream converter for JEP component containers post LS1 C JepRoiByteStreamCnv ByteStream converter for JEP RoI container C JepRoiByteStreamTool Tool to perform ROB fragments to JEM RoI and CMM RoI, and JEP RoI container to raw data conversions C JepRoiByteStreamV1Cnv ByteStream converter for JEP RoI container C JepRoiByteStreamV1Tool Tool to perform ROB fragments to JEM RoI and CMM RoI, and JEP RoI container to raw data conversions C JepRoiByteStreamV2Cnv ByteStream converter for JEP RoI container post LS1 C JepRoiByteStreamV2Tool Tool to perform ROB fragments to JEM RoI and CMX RoI, and JEP RoI container to raw data conversions C JepRoiReadByteStreamV1Cnv ByteStream converter for JEP component containers C JepRoiReadByteStreamV2Cnv ByteStream converter for JEP component containers post LS1 C JetElementByteStreamAuxCnv ByteStream converter for JetElement C JetElementByteStreamxAODCnv ByteStream converter for JetElement C L1CaloByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C L1CaloErrorByteStreamCnv Returns vector of errors detected during data unpacking ► C L1CaloErrorByteStreamTool Tool to accumulate ROB/ROD unpacking errors C ErrorMaps C L1CaloSrcIdMap This class provides conversion between Lower level Source ID to higher level source ID for L1Calo ByteStream fragments C L1CaloSubBlock L1Calo Sub-Block base class C L1CaloUserHeader L1Calo User Header class C L1TopoByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C L1TopoByteStreamxAODCnv ByteStream converter for CmxTob C ModifySlices Utility to modify the number of slices C PpmByteStreamAuxCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers ► C PpmByteStreamReadV1V2Tool Tool to perform ROB fragments to trigger towers and trigger towers to raw data conversions C BitReader C State C PpmByteStreamV1Cnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers ► C PpmByteStreamV1Tool Tool to perform ROB fragments to trigger towers and trigger towers to raw data conversions C SlotData C PpmByteStreamxAODCnv ByteStream converter for Pre-processor Module DAQ data / TriggerTowers C PpmCompressionV1 PPM Compressed Format Version 1.04 packing and unpacking utilities C PpmSubBlockV1 Sub-Block class for PPM data C RodHeaderByteStreamAuxCnv ByteStream converter for RodHeader C RodHeaderByteStreamCnv ByteStream converter for L1Calo ROD header info C RodHeaderByteStreamTool Tool to perform ROB fragments to ROD Header conversions C RodHeaderByteStreamxAODCnv ByteStream converter for RodHeader C SubBlockHeader L1Calo User Header class C SubBlockStatus L1Calo User Header class C TrigT1CaloDataAccessV2 Tool to retrieve all TriggerTowers from bytestream C WordDecoder C ZdcModifySlices Utility to modify the number of slices ► N LVL1CaloMonitoringConfig C L1CaloMonitorCfgHelper ► N LVL1CTP C BunchGroupTrigger Class for simulating the internal bunch group trigger C CTPSimulation C CTPSLink CTP RoI output C CTPTriggerItem Class storing information helping to make the CTP decision C CTPTriggerThreshold Helper class holding trigger threshold multiplicity C CTPUtil Class grouping useful functions together C ISpecialTrigger C ItemMap Map associating item name to CTPTriggerItem objects C Lvl1Item C Lvl1Result C Lvl1Result_p1 C Lvl1Result_p2 C Lvl1ResultCnv_p1 C Lvl1ResultCnv_p2 C RandomTrigger C ResultBuilder Class used to create the CTP output (RDO, SLink and TriggerInfo ) C SlinkWord Simple wrapper around a 32-bit integer C ThresholdMap Access to TrigConf::CTPTriggerThreshold by name C TrigT1CTPDefs Class holding common constants for the CTP simulation ► N LVL1MUCTPIPHASE1 C Configuration Header files holding configuration items for the MUCTPI C DAQData C L1TopoCoordinates ► C L1TopoLUT C L1TopoLUTKey C L1TopoLUTKeyHasher C MUCTPI_AthAlg C MUCTPI_AthTool C MUCTPIResults C MuonSectorProcessor C OverlapHelper C SectorNumberConverter C SimController C TriggerProcessor ► N LVL1MUONIF Namespace for the LVL1 muon interface classes C Lvl1MuBarrelSectorLogicData Class representing data from a barrel SL board C Lvl1MuBarrelSectorLogicDataPhase1 Class representing data from a barrel SL board C Lvl1MuCTPIInput Class representing (part of) the input data to the MuCTPI C Lvl1MuCTPIInputPhase1 Class representing (part of) the input data to the MuCTPI for Phase 1 C Lvl1MuEndcapSectorLogicData Class representing data from an endcap SL board C Lvl1MuEndcapSectorLogicDataPhase1 Class representing data from an endcap SL board C Lvl1MuForwardSectorLogicData Class representing data from a forward SL board C Lvl1MuForwardSectorLogicDataPhase1 Class representing data from an forward SL board C Lvl1MuSectorLogicData Base class for the data coming from one SL board C Lvl1MuSectorLogicDataPhase1 Base class for the data coming from one SL board ► N LVL1TGC C BigWheelCoincidenceLUT C BIS78TrigOut C NSWTrigOut C TGCBIS78 C TGCBIS78CoincidenceMap C TGCEIFICoincidenceMap C TGCGoodMF C TGCNSW C TGCTileMuCoincidenceLUT This class stores the LUT for Tile-Muon coincidence of the Run-3 L1Muon Endcap trigger C TGCTMDB C TGCTMDBOut ► N LVL1TGCTrigger C LVL1TGCTrigger C TGCArguments C TGCASDOut C TGCBIDOut C TGCBoardConnection C TGCConnectionASDToPP C TGCConnectionHPBToSL C TGCConnectionInPP C TGCConnectionPPToSB C TGCConnectionPPToSL C TGCConnectionSBToHPB C TGCDatabaseManager C TGCDoubletSB C TGCElectronicsSystem C TGCEvent C TGCHighPtBoard C TGCHighPtBoardOut C TGCHighPtChipOut C TGCHitPattern C TGCInnerSB C TGCInnerTrackletSlot C TGCInnerTrackletSlotHolder C TGCNSWCoincidenceMap C TGCOutputModifier C TGCPatchPanel C TGCPatchPanelOut C TGCReadoutIndex C TGCRPhiCoincidenceMatrix C TGCRPhiCoincidenceOut C TGCSector C TGCSectorLogic C TGCSlaveBoard C TGCSlaveBoardOut C TGCSSCController C TGCSSCControllerOut C TGCStripDoubletSB C TGCStripHighPtBoard C TGCStripTripletSB C TGCTimingManager C TGCTrackSelector C TGCTrackSelectorOut C TGCWireDoubletSB C TGCWireHighPtBoard C TGCWireTripletSB ► N lwt ► N atlas Ensure that the extensions for the Vector3D are properly loaded C FastGraph C FastInputPreprocessor C FastInputVectorPreprocessor C InputOrder C SourceIndices ► N lwtDev C ActivationConfig C BiasLayer C BidirectionalLayer Bidirectional unit /// C ConcatenateNode C DenseComponents C DummyLayer C DummySource C ELU C EmbeddingConfig C EmbeddingLayer C FeedForwardNode C Graph C GraphConfig C GRULayer C GRUState C HighwayLayer C ILayer C INode C Input C InputNode C InputNodeConfig C InputPreprocessor C InputSequenceNode C InputVectorPreprocessor C IRecurrentLayer C ISequenceNode C ISource C JSONConfig C LayerConfig C LeakyReLU C LightweightGraph C LightweightNNException C LSTMLayer C LSTMState C MatrixLayer C MaxoutLayer C NNConfigurationException C NNEvaluationException C NodeConfig C NormalizationLayer Normalization layer /// https://arxiv.org/abs/1502.03167 /// C OutputNodeConfig C OutputRankException C RecurrentStack C ReductionStack C SequenceNode C SoftmaxLayer C Stack C SumNode C Swish C TimeDistributedNode C UnaryActivationLayer C VectorSource ► N MagField Local cache for magnetic field (based on MagFieldServices/AtlasFieldSvcTLS.h) C AtlasFieldCache Local cache for magnetic field (based on MagFieldServices/AtlasFieldSvcTLS.h) ► C AtlasFieldCacheCondAlg C Cache C AtlasFieldMap Map for magnetic field ► C AtlasFieldMapCondAlg C Cache C CondReader Testing algorithm to read magnetic field C ForwardRegionFieldSvc C IMagFieldSvc @ class IMagFieldSvc C SolenoidTest ► N makeDTCalibBlob_pickPhase C cfile C logFile ► N MakeHierTags C MakeHierTags C Parser ► N makeHists C geometryHists ► N makeStrongReductionTests C JESGroup ► N MaterialValidation C Usage ► N MC C Loops ► N mc C Sample ► N MCP C CalibContainer C MuonObj C TrackCalibObj Basic object to cache all relevant information from the track ► N McParticleEventDict C temp ► N McParticleEventTPCnv_dict File: McParticleEventTPCnv/McParticleEventTPCnvDict.h Dictionary file for persistent representation(s) of McParticleEvent classes Author: Sebastien Binet binet.nosp@m. @cer.nosp@m. n.ch Date: July 2007 C tmp ► N MCTruthClassifierEnumsDict C tmp ► N MCTruthPartClassifier C Info C ROOT6_NamespaceAutoloadHook ► N MD This module provides a lot of global definitions, forward declarations and includes that are used by all modules C AlgCFlow C AlgHist C Formula C FormulaSvc ► N MdtDataPreparator_test C TestAlg ► N menu_config_tests C ConsecutiveChainCounters C MenuVerification C PartialEventBuildingChecks C RestrictedCTPIDs C StructuredChainNames C TriggerLevel C UniqueChainNames ► N MenuAlignmentTools C MenuAlignment ► N MenuComponents C AlgNode C Chain C ChainStep C ComboHypoNode C EmptyMenuSequence C HypoAlgNode C HypoToolConf C InEventRecoCA C InputMakerNode C InViewRecoCA C MenuSequence C Node C SelectionCA ► N MenuComponentsNaming C CFNaming ► N MenuPrescaleSet C AutoPrescaleSet C AutoPrescaleSetGen ► N mergeEnergyRamps C GainsFromOracle C GainsFromSqlite C L1CaloGeometryConvertor ► N met C METAssociationTool ► C METAssociator C ConstitHolder C METAssocTestAlg C METBuilderTool C METCaloRegionsTool C METEgammaAssociator C METElectronAssociator C METJetAssocTool C METJetTool C METMaker C METMakerAlg C METMuonAssociator C METPhotonAssociator C METReaderAlg C METRecoAlg C METRecoTool C METRefinerTool C METRegionsTool C METSignificance C METSoftAssociator C METSoftTermsTool C METSystematicsTool C METTauAssociator C METTrackFilterTool C METTruthAssociator C METTruthTool C missingEt ► N MetaDataMT C StoreMetaData ► N METAssocCfg C AssocConfig Configuration of builders C METAssocConfig Top level MET configuration ► N METRecoCfg C BuildConfig Configuration of builders C METConfig Top level MET configuration C RefConfig Configuration of refiners ► N MissingETBase General namespace for MET EDM software C Numerical Numerical constants and operations C Source MET source indicators ► C Status Namespace for status word tags C Tags C Strings String constants, tags, and handling ► N MissingEtDQA C PhysValMET ► N MissingETHandlers C Weight ► N MMCTest C TrackInfo ► N monAlg C TubeTraversedBySegment C TubeTraversedBySegment_cmp ► N Monitored Generic monitoring tool for athena components ► N detail C get_value_type Get element type for containers C get_value_type< ActsTrk::TrackContainer > C get_value_type< std::reference_wrapper< T > > Specializations for reference_wrappers which are hopefully never chosen C get_value_type< std::reference_wrapper< T[N]> > C get_value_type< T[N]> Get element type for arrays C make_pointer_const C make_pointer_const< T * > C CumulativeHistogramFiller1D Filler for 1D histograms filled in cummulative mode C Group Group of local monitoring quantities and retain correlation when filling histograms C HistogramDef Internal class used to keep parsed Filler properties C HistogramException Represents error occurred during accessing histograms objects C HistogramFactory Bridge between ROOT framework and monitoring code ► C HistogramFiller Base class for all histogram fillers C VariablesPack Helper class to pass variables to fillers C HistogramFiller1D Filler for plain 1D histograms C HistogramFiller2DGeneric Generic filler for 2D histogram C HistogramFiller2DProfile Filler for profile 2D histogram C HistogramFillerEfficiency Filler for TEfficiency graphs C HistogramFillerFactory Factory of the histogram fillers C HistogramFillerRebinableAxis Mixin class for rebinning of histogram axis C HistogramFillerTree Filler for TTrees C IHistogramProvider Interface of the source of ROOT objects for HistogramFillers C IMonitoredVariable C LiveHistogramProvider Provides latest-N-lumiblock histograms to be filled C LumiblockHistogramProvider Implementation of IHistogramProvider for lumi block based histograms C ObjectsCollection Monitoring of object collections (internal) C ObjectsRefCollection Monitoring of object collection references (internal) ► C OfflineHistogramProvider Implementation of IHistogramProvider for offline histograms C objcache C Scalar Declare a monitored scalar variable C ScopedTimer Helper class to create a scoped timer C StaticHistogramProvider Default implementation of IHistogramProvider interface C Timer A monitored timer C ValuesCollection Internal class not to be used by end user C ValuesRefCollection Internal class not to be used by end user C VecHistogramFiller1D ► N MooRTT_dynamic_pagemaker C fakePaths C fakeRttDescriptor C MooRTT_dynamic_pagemaker ► N MooRTT_makePage C MooRTT_makePage ► N MSG C DummyStruct This struct is here only to make the dictionary generation for types in the MSG namespace successful ► N MSVtxValidationAlgUtils C VtxIso ► N MTCalibPebConfig C MTCalibPebHypoOptions ► N MuGirlNS C StauExtras C StauHit C StauMDTHitExtra ► N Muon NRpcCablingAlg reads raw condition data and writes derived condition data to the condition store ► N nsw ► N helper C NSWOfflineHelper C NSWOfflineRobId ► N STGTPSegments C MapperMMG C MapperSTG C MMARTPacket C MMTrigPacket C NSWCommonDecoder C NSWElink ► C NSWPadTriggerL1a C DecodedData C OneBCOfData C NSWResourceId C NSWTriggerCommonDecoder C NSWTriggerElink C NSWTriggerException C NSWTriggerMML1AElink C NSWTriggerMMMonElink ► C NSWTriggerSTGL1AElink C DataHeader Helper struct to hold information of the header for each data chunk ► C STGTPMMPacket C MMSegmentData C STGTPPadPacket ► C STGTPSegmentPacket C SegmentData C VMMChannel C BetaFitPlots Beta fit result C BetaFitRegionPlots C BetaPlots C CandidatePlots Candidate based plots C CaruanaSTgcClusterBuilderTool C ChamberResPlots Residual plots per chamber index C ChamberT0s Stores links between chambers and the reconstructed T0 C ChamberT0s_p1 C ChargeDepParamPlots C ClusterTimeProjectionMMClusterBuilderTool C CompareMuonSegmentKeys C CompetingMuonClustersOnTrack C CompetingMuonClustersOnTrack_p1 Version 1 of the persistent class representing the transient class Muon::MuonClusterOnTrack C CSC_RawDataProviderToolCore C CSC_RawDataProviderToolMT C CscByteStreamErrorContainer C CscClusterOnTrack Class to represent the calibrated clusters created from CSC strips C CscClusterOnTrack_p1 Version 1 of the persistent class representing the transient class Muon::CscClusterOnTrack C CscClusterOnTrack_p2 Version 1 of the persistent class representing the transient class Muon::CscClusterOnTrack C CscClusterOnTrackCreator Interface for the reconstruction to calibration and alignment corrections. It should be used by reconstruction and pattern recognition to create Muon::MuonClusterOnTrack objects (s) C CscMcData_p1 C CscPrepData Class representing clusters from the CSC C CscPrepData_p1 C CscPrepData_p2 We don't write out (from Trk::PrepRawData ) m_indexAndHash (can be recomputed), m_clusId (can be recomputed - well, it's basically stored in Muon::MdtPRD_Container_p2) C CscPrepDataContainer_tlp1 C CscPrepDataContainerCnv_p1 C CscPrepDataContainerCnv_p2 Class to handle the conversion of the transient CscPrepDataContainer into its persistent representation (defined in MuonPRD_Container_p2 ) C CscRawDataProvider C CscRDO_Decoder C CscRdoContByteStreamTool C CscRdoToCscPrepDataToolMT This class is only used in a single-thread mode as CscRdoToCscPrepDataToolMT has the equivalent functions defined for a thread-safe setup C CscROD_Decoder This class provides conversion from ROD data to CSC RDO Author: Ketevi A C CscSimData_p1 C CscSimData_p2 C CscSimData_p3 C CscSimDataCollection_p1 C CscSimDataCollection_p2 C CscSimDataCollection_p3 C CSCSimHitCollection_p1 C CSCSimHitCollection_p2 C CSCSimHitCollection_p3 C CSCSimHitCollection_p4 C CscStripPrepData Class representing the raw data of one CSC strip (for clusters look at Muon::CscPrepData ) C CscStripPrepData_p1 C CscStripPrepDataContainer_tlp1 C CscStripPrepDataContainerCnv_p1 ► C DCMathSegmentMaker C Cluster2D C HitInXZ C segmentCreationInfo C TubeEnds C DigitEffiData C DistanceAlongParameters C DistanceToPars ► C Fit2D A 2D linear regression calculator C LinStats A structure to hold linear fit statistics C Point A 2D point used in statistics and fit C SimpleStats C GenericMuonSimHitCollection_p1 C GenericMuonSimHitCollection_p2 C GenericMuonSimHitCollection_p3 ► C HedgehogBoard Helper struct to represent the High-voltage pins and a possible connection between them C TubeLayer Helper struct to return a tube & tube layer pair C HitFracTypePlots C HitPlots Hit plots C HoughDataPerSec C HoughDataPerSectorVec C HoughPlots Hough plots C ICSC_RDO_Decoder This class provides conversion from RDO data to CSC RDO Author: Ketevi A C ICSC_RDOtoByteStreamTool C ICSC_ROD_Decoder This class provides conversion from ROD data to CSC RDO Author: Ketevi A C ICscClusterOnTrackCreator Interface for tools calibrating CSCCluster, turning them into Muon::ICscClusterOnTrack object ► C IDCSLFitProvider Interface for tools resolving ambigueties and remove outliers in Muon::MuonSegment objects C Unowned Helper struct to overload the destructors of smart pointers C IdDataVec C IdentifierByDetElSorter C IDHitSummaryPlots C IMDT_RDO_Decoder C IMDT_RDOtoByteStreamTool An AlgTool class to provide conversion from LArRawChannelContainer to ByteStream , and fill it in RawEvent created: Sept 25, 2002, by Hong Ma requirements: typedef for CONTAINER class method statusCode convert(CONTAINER* cont, RawEvent* re, MsgStream& log ); C IMdtDriftCircleOnTrackCreator Interface for tools calibrating MdtPrepData , turning them into Muon::MdtDriftCircleOnTrack object C IMdtSegmentFinder C IMM_RDO_Decoder C IMM_ROD_Decoder C IMMClusterBuilderTool C IMSVertexRecoTool The IMSVertexRecoTool is a pure virtual interface C IMSVertexTrackletTool The IMSVertexTrackletTool is a pure virtual interface C IMuonAlignmentUncertTool C IMuonCandidateTrackBuilderTool Interface for a tool to build tracks out of a MuonCandidate C IMuonClusterOnTrackCreator Interface for tools calibrating MuonCluster , turning them into Muon::MuonClusterOnTrack object ► C IMuonCombinePatternTool Interface for tools combining Muon::MuonPattern objects C IdentifierPrdLess Comparison functor for Trk::PrepRawData * (on identfier) used for sorting set<Trk::PrepRawData*> , else these sets are sorted by memory address (introduces random behaviour) C IMuonCompetingClustersOnTrackCreator Interface for tools creating CompetingMuonClustersOnTrack objects C IMuonEDMHelperSvc Helper tool containing functionality needed by multiple tools C IMuonErrorOptimisationTool The IMuonSegmentMaker is a pure virtual interface for tools to find tracks starting from MuonSegmentCombinations C IMuonHitSelector ► C IMuonHitSummaryTool Interface for tools calculating hit count summaries for track C CompactSummary C HitSummary ► C IMuonHitTimingTool Tool to calculate the timing wrt to the current BC Depending to the implementation the tool can handle different types of technologies BUT hits for different technolgies should NEVER be passes into a single call to the tool C TimingResult Simple struct holding the result of the tool C IMuonHoleRecoveryTool The IMuonHoleRecoveryTool is a pure virtual interface for tools that recover hole on a track C IMuonHoughPatternFinderTool The IMuonSegmentMaker is a pure virtual interface for tools to find tracks starting from MuonSegmentCombinations C IMuonIdHelperSvc Interface for Helper service that creates muon Identifiers and can be used to print Identifiers C IMuonLayerAmbiguitySolverTool Interface for tools calculating hit count summaries for track C IMuonLayerSegmentFinderTool Interface for tools calculating hit count summaries for track C IMuonLayerSegmentMatchingTool Interface for tools calculating hit count summaries for track ► C IMuonNSWSegmentFinderTool C SegmentMakingCache Helper struct to parse the data around ► C IMuonPatternCalibration The IMuonCalibration is a pure virtual interface for tools to calibrate PRD hits C ROTRegion C IMuonPatternFinder Interface class for tools producing Muon::MuonPattern objects from Trk::PrepRawData objects C IMuonPatternSegmentAssociationTool C IMuonPRDSelectionTool Interface for tools calculating hit count summaries for track C IMuonRawDataProviderTool Interface defining the tools used to convert Muon BS to MuonRDOs C IMuonRdoToPrepDataTool Interface defining the tools used to convert Muon RDOs to MuonPrepRawData C IMuonRecoValidationTool ► C IMuonRefitTool The IMuonSegmentMaker is a pure virtual interface for tools to find tracks starting from MuonSegmentCombinations C Settings C IMuonSeededSegmentFinder The IMuonSegmentMaker is a pure virtual interface for tools to find tracks starting from MuonSegmentCombinations C IMuonSegmentCleaner Interface for tools resolving ambigueties and remove outliers in Muon::MuonSegment objects C IMuonSegmentFittingTool The IMuonSegmentMaker is a pure virtual interface for tools to find tracks starting from MuonSegmentCombinations ► C IMuonSegmentHitSummaryTool Interface for tools providing segment hit summary information C EtaPhiHitCount C HitCounts C MdtLayerIntersect C IMuonSegmentInfoExtender The IMuonSegmentInfoExtender is a pure virtual interface for tools extending muon segments with additional information ► C IMuonSegmentInOverlapResolvingTool Tool to match segments C SegmentGeometrySummary C SegmentMatchResult C SegmentPhiMatchResult C SegmentPositionMatchResult C IMuonSegmentMaker The IMuonSegmentFinder is a pure virtual interface for tools to find segments in the muon spectrometer C IMuonSegmentMatchingTool Tool to match segments C IMuonSegmentMomentumEstimator C IMuonSegmentOverlapRemovalTool Abstract interface for tools removing duplicates from segment collections and segment combinations ► C IMuonSegmentPairMatchingTool Tool to match segments C SegmentMatchResult C IMuonSegmentSelectionTool Tool to select segments C IMuonSegmentSelector Interface for tools resolving ambigueties and remove outliers in Muon::MuonSegment objects C IMuonSegmentTrackBuilder The IMuonSegmentMaker is a pure virtual interface for tools to find tracks starting from MuonSegmentCombinations ► C IMuonSystemExtensionTool C SystemExtensionCache Helper struct to pipe all data needed by the tool to equip the Id track with a MuonSystemExtension C IMuonTGMeasTool C IMuonTofTool C IMuonTrackBuilder The IMuonTrackBuilder is a pure virtual interface for tools extending muon track candidates with segments in a given chamber C IMuonTrackCleaner The IMuonSegmentMaker is a pure virtual interface for tools to find tracks starting from MuonSegmentCombinations C IMuonTrackExtrapolationTool Interface class for tools extrapolating muon tracks to a location in the atlas detector C IMuonTrackFinder The IMuonTrackFinder is a pure virtual interface for tools to find track in the muon system starting from a vector of segments C IMuonTrackRefiner The IMuonTrackRefiner is a pure virtual interface for tools which refine the hit content of a given track C IMuonTrackSegmentMatchingTool The IMuonSegmentMaker is a pure virtual interface for tools to find tracks starting from MuonSegmentCombinations C IMuonTrackToSegmentTool The IMuonSegmentMaker is a pure virtual interface for tools to find tracks starting from MuonSegmentCombinations ► C IMuonTrackTruthTool The IMuonTrackTruthTool is a pure virtual interface for tools that recover hole on a track C TruthTreeEntry C IMuonTruthSummaryTool Interface for tools calculating hit count summaries for track C InnerDetProbeCollectorTool C InsituTrackTools C INSWCalibSmearingTool C INSWCalibTool C INSWMMTP_ROD_Decoder C INSWTP_ROD_Decoder C IPadTrig_ROD_Decoder C IPRDHitsInConeTool This is the abstract for the interface for the PRDHitsInConeTools tool C IRPC_RDO_Decoder This class provides conversion from RDO data to RPC RDO C IRPC_RDOtoByteStreamTool An AlgTool class to provide conversion from LArRawChannelContainer to ByteStream , and fill it in RawEvent created: Sept 25, 2002, by Hong Ma requirements: typedef for CONTAINER class method statusCode convert(CONTAINER* cont, RawEvent* re, MsgStream& log ); C IRpcROD_Decoder C IsoCorrPlots C IsoPlots C ISTGC_RDO_Decoder C ISTGC_ROD_Decoder C ISTgcClusterBuilderTool C ITGC_RDO_Decoder C ITGC_RDOtoByteStreamTool An AlgTool class to provide conversion from LArRawChannelContainer to ByteStream , and fill it in RawEvent created: Sept 25, 2002, by Hong Ma requirements: typedef for CONTAINER class method statusCode convert(CONTAINER* cont, RawEvent* re, MsgStream& log ); C ITGC_RodDecoder C ITgcPrepDataReplicationTool C MDT_RawDataProviderToolMT C MdtByteStreamErrorContainer C MdtCalibJsonDumpAlg C MdtCalibTestAlg C MdtCsmContByteStreamTool An AlgTool class to provide conversion from LArRawChannelContainer to ByteStream , and fill it in RawEvent created: Sept 25, 2002, by Hong Ma C MdtDriftCircleOnTrack This class represents the corrected MDT measurements, where the corrections include the effects of wire sag etc C MdtDriftCircleOnTrack_p1 Version 1 of the persistent class representing the transient class Muon::MdtDriftCircleOnTrack C MdtDriftCircleOnTrack_p2 Version 2 of the persistent class representing the transient class Muon::MdtDriftCircleOnTrack ► C MdtDriftCircleOnTrackCreator Interface for the reconstruction to MDT calibration and alignment corrections C CalibrationOutput Struct to hold output of calibration C MdtIntersectGeometry C MdtMathSegmentFinder C MdtPrepData Class to represent measurements from the Monitored Drift Tubes C MdtPrepData_p1 C MdtPrepData_p2 Persistent representation of the transient Muon::MdtPrepData class C MdtPrepDataContainer_tlp1 C MdtPrepDataContainerCnv_p1 C MdtPrepDataContainerCnv_p2 Class to handle the conversion of the transient MdtPrepDataContainer into its persistent representation (defined in MuonPRD_Container_p2 ) C MdtRawDataProvider C MdtRDO_Decoder ► C MdtRdoToPrepDataToolMT C ConvCache Helper struct to parse the event data around the tool C MDTSimHitCollection_p1 C MDTSimHitCollection_p2 C MDTSimHitCollection_p3 C MDTSimHitCollection_p4 C MdtTwinPrepData Class to represent measurements from the Monitored Drift Tubes C MdtTwinPrepData_p1 Persistent representation of the transient Muon::MdtPrepData class C MdtTwinTubeTestAlg C MM_ClusterOnTrack_p1 Version 1 of the persistent class representing the transient class Muon::MM_ClusterOnTrack C MM_RawData Temporary class to hold the MM RDO C MM_RawData_p1 C MM_RawData_p2 C MM_RawData_p3 C MM_RawDataCnv_p1 C MM_RawDataCnv_p2 C MM_RawDataCnv_p3 C MM_RawDataCollection C MM_RawDataCollection_p1 C MM_RawDataCollection_p2 C MM_RawDataCollection_p3 C MM_RawDataContainer C MM_RawDataContainer_p1 C MM_RawDataContainer_p2 C MM_RawDataContainer_p3 C MM_RawDataContainerCnv_p1 C MM_RawDataContainerCnv_p2 C MM_RawDataContainerCnv_p3 C MM_RawDataProvider C MM_RawDataProviderToolCore C MM_RawDataProviderToolMT C MM_RDO_Decoder C MM_ROD_Decoder C MMClusterOnTrack Class to represent calibrated clusters formed from TGC strips ► C mmCTPClusterCalibData C CTPParameters C MMPrepData Class to represent MM measurements C MMPrepData_p1 We don't write out (from Trk::PrepRawData ) m_indexAndHash (can be recomputed), m_clusId (can be recomputed - well, it's basically stored in Muon::MdtPRD_Container_p1) C MMPrepData_p2 We don't write out (from Trk::PrepRawData ) m_indexAndHash (can be recomputed), m_clusId (can be recomputed - well, it's basically stored in Muon::MdtPRD_Container_p2) C MMPrepDataContainerCnv_p1 Class to handle the conversion of the transient MMPrepDataContainer into its persistent representation (defined in MuonPRD_Container_p1 ) C MMPrepDataContainerCnv_p2 Class to handle the conversion of the transient MMPrepDataContainer into its persistent representation (defined in MuonPRD_Container_p2 ) C MmRdoToPrepDataToolMT C MMSimHitCollection_p1 C MMSimHitCollection_p2 C MMSimHitCollection_p3 C MomentumPullPlots C MomentumTruthPullPlots ► C MooCandidateMatchingTool Class to manipulate MuPatCandidateBase objects C MooTrackSegmentMatchResult Class with matching return information C MooTrackBuilder ► C MooTrackFitter Tool to fit a trajectory using a set of two segments or a track and a segment as input C FitterData C StationPhiData ► C MSVertexRecoTool C TrkCluster C MSVertexTrackletTool C MuonAlignmentUncertTool C MuonAmbiTrackSelectionTool C MuonBetaCalculationUtils C MuonCandidate C MuonCandidateTrackBuilderTool ► C MuonChamberHoleRecoveryTool Tool to select tracks C RecoveryState C MuonChamberLayerDescription Class managing geometry of the chamber layers C MuonChamberLayerDescriptor Struct containing all information to build a Hough transform for a given chamber index C MuonCluster Class representing clusters in the muon system C MuonClusterOnTrack Base class for Muon cluster RIO_OnTracks C MuonClusterOnTrack_p1 Version 1 of the persistent class representing the transient class Muon::MuonClusterOnTrack C MuonClusterOnTrackCreator C MuonCoinDataCollection C MuonCoinDataCollection_p1 C MuonCoinDataContainer C MuonCoinDataContainer_p1 C MuonCompetingClustersOnTrackCreator Tool to create MuonCompetingClustersOnTrack objects C MuonDecayTruthTrajectoryBuilder C MuonDeleteObject C MuonDQAFitFunc Tool to fit histograms C MuonDriftCircleErrorStrategy C MuonEDMHelperSvc Helper tool containing functionality needed by multiple tools C MuonEDMPrinterTool Helper tool to print EDM objects to string in a fix format C MuonErrorOptimisationTool C MuonEventCnvTool Tool used in the persisency convertors to help rebuild EDM objects C MuonGetClosestParameters C MuonHitDiffSummaryPlots C MuonHitResidualPlots C MuonHitSummaryPlots C MuonHitSummaryTool Helper tool to extract simple counts from a Trk::Track , Trk::TrackSummary or Trk::MuonTrackSummary C MuonHitTimingTool ► C MuonHoughPatternFinderTool C Hists Pointer to the CSC segment combination collection ► C MuonIdHelperSvc Helper service that creates muon Identifiers and can be used to print Identifiers C StationNameData C MuonInertMaterialBuilder C MuonInertMaterialBuilderCond C MuonInertMaterialBuilderImpl C MuonInsideOutAnalysis C MuonInsideOutAnalysisPlots C MuonInsideOutValidationNtuple C MuonIntersectGeoData C MuonIntersectGeometry C MuonIsolationPlots C MuonLayerAmbiguitySolverTool ► C MuonLayerHashProviderTool C RegionHashesPerSector ► C MuonLayerHoughTool C CollectionsPerSector C Road C State C MuonLayerIntersection C MuonLayerPrepRawData Struct to hold all PrepRawData collections in a given layer C MuonLayerRecoData C MuonLayerROTs Struct holding RIO_OnTracks for a given layer C MuonLayerSegmentFinderTool C MuonLayerSegmentMatchingTool C MuonLayerSurface Types C MuonMCData_p1 C MuonNSWSegmentFinderTool C MuonParamElossPlots C MuonParamPlots C MuonPattern Basic class for patterns in the muon spectrometer consistig out of a list of Trk::PrepRawData objects ► C MuonPatternCalibration C EtaPhiHits C Region C MuonPatternChamberIntersect This class holds information needed for the Moore and MoMu pattern recognition for a muon chamber C MuonPatternCombination Means to store the output of the initial global pattern recognition in the muon spectrometer C MuonPRD_Collection_p1 C MuonPRD_Collection_p2 Class to hold the persistent representation of MuonPRD_Collection C MuonPRD_Container_p1 C MuonPRD_Container_p2 Class to contain the Muon Prep Raw Data C MuonPrdPattern Class to store a pattern in the muon system containing PrepRawData pointers C MuonPRDSelectionTool C MuonPrepDataCollection Template to hold collections of MuonPrepRawData objects C MuonPrepDataContainer Template for Muon PRD containers (which are basically collections of MuonPrepDataCollections) C MuonRecoValidationTool ► C MuonRefitTool C State C MuonResolutionPlots C MuonSectorMapping C MuonSeededSegmentFinder Seeded segment finder that gets its data directly from storegate for a give set of Identifiers or IdentifierHashes C MuonSegment C MuonSegment_p1 C MuonSegmentCombination C MuonSegmentCombiOverlapSummary C MuonSegmentConverterTool C MuonSegmentFittingTool C MuonSegmentHitSummaryTool Tool to calculate muon segment hit summary C MuonSegmentInOverlapResolvingTool Tool to match segments C MuonSegmentKey Class to cache the identifiers on a segment in sets that can later be used to perform an overlap removel between two segments C MuonSegmentMatchingTool Tool to match segments using a curved trajectory C MuonSegmentOverlapRemovalTool Tool to remove overlaps between segments C MuonSegmentPairMatchingTool Tool to match segments C MuonSegmentPlots C MuonSegmentQuality C MuonSegmentQuality_p1 ► C MuonSegmentRegionRecoveryTool Implementation of an IMuonHoleRecoveryTool C MuonData C MuonSegmentSelectionTool Tool to select MDT segments, all CSC segments will be kept Quality levels: Level 0 = remove segments with more mdt holes than mdt hits that have no phi hits remove segments with less than 3 mdt hits Level 1 = remove segments with more than 50% mdt holes and no phi hits with phi hits and more mdt holes than mdt hits Level 2 = remove segments with mdt hits in only one multilayer Level 3 = remove segments with mdt holes or no phi hits in chambers where one would expect phi hits C MuonSegmentSlimPlots C MuonSegmentTruth C MuonSegmentTruthAssociationAlg C MuonSegmentTruthRelatedPlots C MuonSegPatAssMap Class stores associations between a MuonPatternCombination and a MuonSegmentCombination C MuonSimData_p1 C MuonSimData_p2 C MuonSimData_p3 C MuonSimDataCollection_p1 C MuonSimDataCollection_p2 C MuonSimDataCollection_p3 C MuonSpectrometerProbeCollectorTool C MuonStationBuilder C MuonStationBuilderCond C MuonStationBuilderImpl C MuonStationIndex C MuonStationIntersect C MuonStationNtupleHelperTool ► C MuonStationTypeBuilder C Cache ► C MuonSystemExtension Tracking class to hold the extrapolation from a particle from the calo entry to the end of muon system C Intersection Data per intersection C MuonSystemExtensionTool C MuonTechnologyTruth C MuonTGMeasurementTool ► C MuonTrackCleaner C ChamberLayerStatistics C ChamberPullInfo C ChamberRemovalOutput Struct to store return values of chamber removal, contains the new track plus a list the removed hits C CleaningState C EtaPhiHits C MCTBCleaningInfo C SortByAvePull C SortChamberRemovalResultByChi2Ndof C MuonTrackExtrapolationTool Tool to select tracks C MuonTrackingGeometryBuilder C MuonTrackingGeometryBuilderCond ► C MuonTrackingGeometryBuilderImpl C LocalVariablesContainer Private struct to contain local variables we dont want to be global in this class C MuonTrackScoringTool Concrete implementation of the ITrackScoringTool pABC ► C MuonTrackSelectorTool Tool to select tracks C StationData Internal data structure ► C MuonTrackSteering Implementation of an IMuonTrackFinder C GarbageContainer C MuonTrackSteeringStrategy C MuonTrackSummaryHelperTool C MuonTrackToSegmentTool C MuonTrackTruth ► C MuonTrackTruthTool Tool to calculate track truth C SortResultByMatchedHits C MuonTree C MuonTruthHitPlots C MuonTruthSegmentCreationAlg ► C MuonTruthSummaryTool Interface for tools calculating hit count summaries for track C IdentifierHash C MuonTSOSHelper C MuonTubeIntersect C MuonValidationBlockBase Base class for ntuple block The class can handle float and integer block and supports sub blocks C MuonValidationCandidateBlock C MuonValidationHitBlock C MuonValidationHoughBlock Block with hough maxima information C MuonValidationIdBlock Block with identifier information C MuonValidationResidualBlock Block with residual and pull information C MuonValidationSegmentBlock Block with segment information C MuonValidationTimeBlock Block with timing information C MuonValidationTrackBlock Block with the track index C MuonValidationTrackParticleBlock Block with information on the incoming track particle C MuonValidationTruthBlock Block with truth information C MuPatCandidateBase Track candidate entry object C MuPatCandidateTool Class to manipulate MuPatCandidateBase objects ► C MuPatHit C Info C MuPatHitTool C MuPatSegment Segment candidate object C MuPatTrack Track candidate object C NRPC_RawDataProviderTool C NRpcCablingAlg C NrpcDigitToNrpcRDO C NrpcRawDataProvider C NSW_MMTP_RawDataCollection C NSW_MMTP_RawDataContainer C NSW_MMTP_RawDataHit C NSW_MMTP_RawDataSegment C NSW_PadTriggerData C NSW_PadTriggerData_p1 C NSW_PadTriggerDataContainer C NSW_PadTriggerDataContainer_p1 C NSW_PadTriggerDataContainerCnv_p1 C NSW_PadTriggerSegment C NSW_PadTriggerSegment_p1 C NSW_PadTriggerSegmentCnv_p1 C NSW_TrigRawData C NSW_TrigRawData_p1 C NSW_TrigRawDataContainer C NSW_TrigRawDataContainer_p1 C NSW_TrigRawDataContainerCnv_p1 C NSW_TrigRawDataSegment C NSW_TrigRawDataSegment_p1 C NSW_TrigRawDataSegmentCnv_p1 C NSWCalibSmearingTool C NSWCalibTool C NSWMMTP_RawDataProviderToolMT C NSWMMTP_ROD_Decoder ► C NSWSeed C SeedMeasurement Struct caching the MuonClusterOnTrack and providing the orientation of the strip in addtion C NSWTP_RawDataProviderToolMT C NSWTP_ROD_Decoder C PadTrig_RawDataProviderTool C PadTrig_RawDataProviderToolMT C PadTrig_ROD_Decoder C PRDxAODConvertorAlg Algorithm which converts PrepRawData to xAOD::PrepRawData Not really Muon specific, but InDet already has separate convertors C RecoInfoPlots C RecoMuonPlotOrganizer C RecoMuonTrackPlotOrganizer C ResPlots Residual plots C ResPlotsPt Residual plots vs pt C RPC_RawDataProviderToolCore Base class for tools to decode RPC raw data C RPC_RawDataProviderToolMT Tool to do decoding of RPC RAW data C RPC_ResidualPullCalculator RPC-specific tool to calculate hit residual and pull from a RIO_OnTrack/TrackParameter pair C RPC_TimingTool C RpcBis78_TrigRawData C RpcBis78_TrigRawDataContainer C RpcBis78_TrigRawDataSegment C RpcByteStreamErrorContainer C RpcByteStreamErrorContainer_p1 C RpcCablingData Helper struct that is parsed to the cabling map to translate between the offline & online Identifiers ► C RpcCablingMap C CoolDBEntry Helper struct to ship all information from the Database C GasGapToTdcAssociation Helper struct to associate all strips in an eta/phi gasGap to the corresponding Tdc C TdcToGasGapAssociation Helper struct to associate all Tdcs to their corresponding strips in the gasGap C RpcCablingOfflineID Struct to represent the offline identifier of the Rpc measurement decomposed into the particular fields of the layer Identifier : C RpcCablingOnlineID In an analogous way to the RpcCablingOfflineID RpcCablingOnlineID C RpcCablingTestAlg C RpcClusterObj C RpcClusterOnTrack Class to represent calibrated clusters formed from RPC strips C RpcClusterOnTrack_p1 Version 1 of the persistent class representing the transient class Muon::RpcClusterOnTrack C RpcClusterOnTrack_p2 Version 1 of the persistent class representing the transient class Muon::RpcClusterOnTrack C RpcClusterOnTrack_p3 Version 1 of the persistent class representing the transient class Muon::RpcClusterOnTrack C RpcCoinData C RpcCoinData_p1 Persistent representation of the transient Muon::RpcCoinData class C RpcCoinDataContainerCnv_p1 C RpcFlatCableTranslator ► C RpcHitClusteringObj C Doublet C Id C RpcPadContByteStreamTool An AlgTool class to provide conversion from LArRawChannelContainer to ByteStream , and fill it in RawEvent created: Sept 25, 2002, by Hong Ma requirements: typedef for CONTAINER class method statusCode convert(CONTAINER* cont, RawEvent* re, MsgStream& log ); C RpcPrepData Class to represent RPC measurements C RpcPrepData_p1 C RpcPrepData_p2 C RpcPrepData_p3 We don't write out (from Trk::PrepRawData ) m_indexAndHash (can be recomputed), m_clusId (can be recomputed - well, it's basically stored in Muon::MdtPRD_Container_p3) C RpcPrepDataContainer_tlp1 C RpcPrepDataContainerCnv_p1 C RpcPrepDataContainerCnv_p2 C RpcPrepDataContainerCnv_p3 Class to handle the conversion of the transient RpcPrepDataContainer into its persistent representation (defined in MuonPRD_Container_p3) C RpcRawDataProvider C RpcRDO_Decoder ► C RpcRdoToPrepDataToolMT C State C RpcRdoToRpcDigit C RpcROD_Decoder C RPCSimHitCollection_p1 C RPCSimHitCollection_p2 C RPCSimHitCollection_p3 C RPCSimHitCollection_p4 C RpcToyCablingJsonDumpAlg C SegmentData C SegmentPlots Segment plots C SimpleMMClusterBuilderTool C SimpleSTgcClusterBuilderTool C SlowMuonParamPlots C SortByDirectionMuPatHits Default for both collision and cosmic parameter sorting C SortByDistanceToSegment Function object to sort pairs containing a double and a pointer to a MuonClusterOnTrack C SortByIPMuPatHits C SortClByPull C SortClustersById Function object to sort MuonClusterOnTrack pointers by Identier C SortHoughDataPerSector C SortIdDataVec C SortMeas C SortMeasurementsByPosition C SortMuonPrepData C SortMuPatTrackByQuality C SortRpcClusterObjs C SortSegInfoByQuality C SortSegInfoByR C SortSegInfoByZ C SortSegmentsByNumberOfHits C SortTracksByChi2Ndof C SortTracksByHitNumber C SortTSOSByDistanceToPars C SortTSOSs C SortTSOSsByPos C StageSummaryPlots C STGC_ClusterOnTrack_p1 Version 1 of the persistent class representing the transient class Muon::STGC_ClusterOnTrack C STGC_RawData C STGC_RawData_p1 C STGC_RawData_p2 C STGC_RawData_p3 C STGC_RawDataCnv_p1 C STGC_RawDataCnv_p2 C STGC_RawDataCnv_p3 C STGC_RawDataCollection C STGC_RawDataCollection_p1 C STGC_RawDataCollection_p2 C STGC_RawDataCollection_p3 C STGC_RawDataContainer C STGC_RawDataContainer_p1 C STGC_RawDataContainer_p2 C STGC_RawDataContainer_p3 C STGC_RawDataContainerCnv_p1 C STGC_RawDataContainerCnv_p2 C STGC_RawDataContainerCnv_p3 C STGC_RawDataProviderTool C STGC_RawDataProviderToolCore C STGC_RawDataProviderToolMT C STGC_RDO_Decoder C STGC_ROD_Decoder C STgcClusterBuilderCommon C sTgcClusterOnTrack Class to represent calibrated clusters formed from TGC strips C STgcClusterPosition C sTgcPadTriggerRawDataProvider C sTgcPrepData Class to represent sTgc measurements C sTgcPrepData_p1 We don't write out (from Trk::PrepRawData ) m_indexAndHash (can be recomputed), C sTgcPrepData_p2 C sTgcPrepData_p3 C sTgcPrepDataContainerCnv_p1 Class to handle the conversion of the transient sTgcPrepDataContainer into its persistent representation (defined in MuonPRD_Container_p1 ) C sTgcPrepDataContainerCnv_p2 Class to handle the conversion of the transient sTgcPrepDataContainer into its persistent representation C sTgcPrepDataContainerCnv_p3 Class to handle the conversion of the transient sTgcPrepDataContainer into its persistent representation C sTgcRawDataProvider ► C sTgcRdoToPrepDataToolMT C outputCache C sTGCSimHitCollection_p1 C sTGCSimHitCollection_p2 C sTGCSimHitCollection_p3 C sTGCSimHitCollection_p4 C TGC_Hid2RESrcID C TGC_RawDataProviderTool C TGC_RawDataProviderToolCore C TGC_RawDataProviderToolMT C TGC_ResidualPullCalculator TGC-specific tool to calculate hit residual and pull from a RIO_OnTrack/TrackParameter pair C TGC_RodDecoderRawdata C TGC_RodDecoderReadout C TgcByteStream C TgcByteStreamErrorContainer C TgcClusterObj3D C TgcClusterOnTrack Class to represent calibrated clusters formed from TGC strips C TgcClusterOnTrack_p1 Version 1 of the persistent class representing the transient class Muon::TgcClusterOnTrack C TgcClusterOnTrack_p2 Version 2 of the persistent class representing the transient class Muon::TgcClusterOnTrack C TgcCoinData C TgcCoinData_p1 C TgcCoinData_p2 C TgcCoinData_p3 C TgcCoinDataContainer_tlp1 C TgcCoinDataContainer_tlp2 C TgcCoinDataContainer_tlp3 C TgcCoinDataContainerCnv_p1 C TgcCoinDataContainerCnv_p2 C TgcCoinDataContainerCnv_p3 C TgcHitClusteringObj C TgcPrepData Class to represent TGC measurements C TgcPrepData_p1 C TgcPrepData_p2 We don't write out (from Trk::PrepRawData ) m_indexAndHash (can be recomputed), m_clusId (can be recomputed - well, it's basically stored in Muon::MdtPRD_Container_p2) C TgcPrepData_p3 We don't write out (from Trk::PrepRawData ) m_indexAndHash (can be recomputed), m_clusId (can be recomputed - well, it's basically stored in Muon::MdtPRD_Container_p3) C TgcPrepDataContainer_tlp1 C TgcPrepDataContainerCnv_p1 C TgcPrepDataContainerCnv_p2 Class to handle the conversion of the transient TgcPrepDataContainer into its persistent representation (defined in MuonPRD_Container_p2 ) C TgcPrepDataContainerCnv_p3 Class to handle the conversion of the transient TgcPrepDataContainer into its persistent representation (defined in MuonPRD_Container_p3) C TgcPrepDataReplicationAlg C TgcPrepDataReplicationTool3BCtoAllBC C TgcPrepDataReplicationToolAllBCto3BC C TgcRawDataProvider C TgcRDO_Decoder C TgcRdoContByteStreamTool ► C TgcRdoToPrepDataToolMT C CablingInfo C State C TgcROD_Encoder C TgcRODReadOut C TGCSimHitCollection_p1 C TGCSimHitCollection_p2 C TGCSimHitCollection_p3 C TGCSimHitCollection_p4 C TGCSimHitCollection_p5 C TgcSlbData C TgcSlbDataHelper C TimePlots Time plots ► C TimePointBetaFitter C FitResult Simple struct holding the fit result C Hit Simple struct holding the input to the fit C TrackPlots Track based plots C TrackSegmentMatchCuts C TrackSegmentMatchResult Class with matching return information C TriggerChamberClusterOnTrackCreator Tool to cluster several trigger measurements in different gas-gaps of the same detector module ► C TruthHitSummaryAlg C summaryDecors C TruthMuonMakerAlg C TruthMuonPlotOrganizer C TruthRelatedMuonPlotOrganizer ► C TruthTrackRecordsAlg C SummaryDecors ► C TwinTubeMap C HedgehogTray C TwinTubeMappingCondAlg C UTPCMMClusterBuilderTool ► N MuonAlign C AlignmentErrorTestAlg ► C AlignmentErrorTool C deviationSummary_t C AlignmentRotationDeviation C AlignmentTranslationDeviation ► N MuonByteStreamErrorsDict C tmp ► N MuonCalib CscCalcPed - algorithm that finds the Cathode Strip Chamber pedestals from an RDO C AdaptiveResidualSmoothing C ADCMTHistos C BaseFunction C BaseFunctionFitter C BFieldCorFunc C CalibDbConnection C CalibFunc Generic interface for a calibration function C CalibHeadOperations C CalibParamSorter Helper struct to group Mdt calibration constants which are equivalent within the target precision C CalibrationDbIOTool C CalibrationFileIOTool C CalibrationOracleFileIOTool C CalibrationTeeIOTool C CalibRtDbOperations C CalibT0DbOperations C ChebyshevPolynomial C Combination C ConstantContentBinMaker C CoolInserter C CscCalcPed Does calibration of the CSC chambers C CscCalcSlope Does calibration of the CSC chambers C CscCalibHitBase C CscCondData C CscCondDataCollection C CscCondDataCollectionBase C CscCondDataContainer C CscCondParType C CurvedCandidateFinder C CurvedLine C CurvedPatRec C DataBin C DataPoint C DCSLFitter ► C EventHandler C AuthorIndices C FixedIdDecoder C GlobalTimeFitter C HistogramId C ICalibPatternSelector C ICalibrationIOTool C ICalibSegmentPreparationTool ► C IConditionsStorage C TubeId C IdToFixedIdTool C IIdToFixedIdTool C IMdtBackgroundCorFunc Generic interface for cavern background correction functions C IMdtBFieldCorFunc Generic interface for b-field correction functions C IMdtCalibration C IMdtCalibrationOutput C IMdtPatRecFitter C IMdtSegmentFitter C IMdtSegmentSelector C IMdtSlewCorFunc Generic interface for slewing correction functions C IMdtTempCorFunc Generic interface for temperature correction functions C IMooPatternForCalibrationTool C IMuonCalibConditionsSource C IMuonCalibTool C IndexSet C INtupleCalibrationTool C IRegionSelectorTool C IRtRelation Generic interface for a rt-relation C IRtResolution Generic interface to retrieve the resolution on the drift radius as a function of the drift time C IShiftMapTools C ITrRelation C LegendrePolynomial C LocalSegmentResolver C LocalToPrecision Provides transformation between local and presicion reference frames C MdtCalibDataContainer C MdtCalibEventLoop ► C MdtCalibHitBase C defineParams C MdtCorFuncSet Class which holds all correction functions for a given region C MdtFullCalibData Class which holds the full set of calibration constants for a given tube C MdtRelativeTubeT0 C MdtRtRelation Class which holds calibration constants per rt-region C MdtSlewCorFuncHardcoded An implementation of a time slew correction function for AMT digitization chip C MdtStationT0Container ► C MdtTubeCalibContainer Holds single-tube calibration constants of one chamber C SingleTubeCalib ► C MdtTubeFitContainer Holds single-tube full calibration information of one chamber C SingleTubeFit ► C MdtTubeFullInfoContainer Holds single-tube full calibration information of one chamber C SingleTubeFullInfo C MeanRMS C MTStraightLine C MTT0PatternRecognition C MTTmaxPatternRecognition C MuCCaFitter C MuCCaFitterImplementation C MultilayerId Holds the station, eta, phi and multilayer Ids for a given multilayer C MultilayerRtDifference C MultilayerRtDifference_Histograms C MuonCalibCaloHit Simplified class designed to store information of a MBTS hit C MuonCalibCscTruthHit C MuonCalibCylinder C MuonCalibDbCalibrationSource C MuonCalibDefaultCalibrationSource C MuonCalibDisk C MuonCalibEvent C MuonCalibEvent_E C MuonCalibEventInfo ► C MuonCalibExtendedRawHits C ExtendedChannelInfo C ExtendedInfo C MdtRegionInfo C MuonCalibExtendedSegment C MuonCalibExtendedTrack ► C MuonCalibExtendedTrackOverlap C TechnologyOverlap ► C MuonCalibHit_E C definePars C MuonCalibHole_E C MuonCalibMdtTruthHit ► C MuonCalibMUCTPI Simplified class designed to store information from MuCTPi processor C defineParams ► C MuonCalibPattern C defineParams C MuonCalibRawCscHit C MuonCalibRawHitAssociationMap C MuonCalibRawHitCollection C MuonCalibRawMdtHit ► C MuonCalibRawRpcCoin C coinPars C defPars ► C MuonCalibRawRpcHit C defineParams ► C MuonCalibRawRpcTriggerHit C defineParams C MuonCalibRawTgcCoin ► C MuonCalibRawTgcHit C defineParams C MuonCalibRawTriggerHitCollection ► C MuonCalibRpcSectorLogic Simplified class designed to store information from RpcSectorLogic C defineParams C MuonCalibRpcTruthHit C MuonCalibSegment ► C MuonCalibSelector C SegmentSelection C Selection C TrackSelection C MuonCalibSimpleGeometry ► C MuonCalibSimpleHoleSearch C Result C MuonCalibSLPropagator Straight line propagator C MuonCalibSurface C MuonCalibTgcTruthHit ► C MuonCalibTrack_E C defineParams Constructor setting all trackparameters and position ► C MuonCalibTrackSummary ► C ChamberHitSummary C Projection C MuonCalibTriggerInfo Simplified class designed to store information of a trigger C MuonCalibTriggerTimeInfo C MuonCalibTriggerTypeHelper Helper class to for MuonCalibTriggerType which provides a mapping to the actual bit number C MuonCalibTruth C MuonCalibTruthCollection C MuonFixedId C MuonFixedIdManipulator C MuonFixedIdPrinter C MuonFixedLongId C MuonSegmentReader C MuonSegmentToCalibSegment C NtupleStationId C PolygonBase C QuasianalyticLineReconstruction C RadiusResolutionChebyshev RadiusResolutionChebyshev parametrizes the uncertainty on the drift-radius as a function of the drift radius itself and not of the drift time C RegionDataFromFile Manages the I/O of the list of multilayers belonging to a calibration region C RegionElement C RegionLogicalOperation C RegionSelectorBase C RpcCalibData Holds all conditions data for rpc strip C RpcCalibDataContainer C RpcCalibDBEntry Representation of a db entry in rpc cond db C RpcCalibHitBase C RpcCondParType C RpcOnlineDBEntry Representation of an online db entry (masked chans) in rpc cond db C RtCalibrationAnalytic C RtCalibrationCurved C RtCalibrationIntegration C RtCalibrationOutput C RtChebyshev C RtData_t_r_reso Represents an Rt relation in the form of a set of (time,radius,resolution) points C RtDataFromFile Manages the I/O of the Rt realtions from/to file C RtFromPoints C RtFullInfo Addiitonal information used in validation of a rt-relation C RtLegendre C RtParabolicExtrapolation C RtRelationLookUp Equidistant look up table for rt-relations with the time as key C RtResolutionChebyshev C RtResolutionFromPoints C RtResolutionLookUp Equidistant look up table for resolution tables with the time as key C RtSimplePolynomial C RtSpline C SamplePoint C SimpleMdtSegmentSelector C SimplePatternSelector C SimplePolynomial C StraightPatRec C T0CalibrationClassic C T0CalibrationMT C T0CalibrationOutput C T0ClassicHistos C T0ClassicSettings ► C T0MTHistos C Slice C T0MTSettings C T0MTSettingsT0 C T0MTSettingsTMax C T0Refinement C TgcCalibHitBase C TrChebyshev C TrLegendre C TrRelationLookUp C TrSimplePolynomial C TubeDataFromFile C typeNamer C typeNamer< bool > C typeNamer< double > C typeNamer< float > C typeNamer< int > C typeNamer< std::string > C typeNamer< uint16_t > C typeNamer< uint32_t > C typeNamer< uint8_t > C UpdateCalibHit C VariableBinwidthHistogram C VariableBinwidthHistogramBin C VBHBinPtrSrt ► N MuonCalibR4 C MdtAnalyticRtCalibAlg C MdtCalibDbAlg ► N MuonCombined The MuonTagToSegMap is an auxillary construct that links the MuonSegments associated with a combined TagMap to a second segment collection that can be dumped to the output root file C CaloTag TagBase implementation for a calo tag C CombinedFitTag TagBase implementation for a combined fit C IMuonCandidateTool Interface for tools building MuonCandidateCollection from a TrackParticleCollection of spectrometer tracks ► C IMuonCombinedInDetExtensionTool Interface for tools buildingmuons from ID candidates C MuonPrdData C IMuonCombinedTagTool Interface for tools building combined muons from a MuonCandidate and a set of ID tracks C IMuonCombinedTool Interface for tools building combined muons from ID and Muon candidates C IMuonCombinedTrigCaloTagExtensionTool Interface for tools buildingmuons from ID candidates ► C IMuonCreatorTool Interface for tools building combined muons from ID and Muon candidates C OutputData C IMuonSegmentTagTool Interface for tools building muons from ID and MuonSegments C IMuonTrackTagTool C IMuonTrackToSegmentAssociationTool Interface to associate the Muon segments to the muon track C InDetCandidate C InDetCandidateToTagMap C MuGirlLowBetaTag TagBase implementation for a combined fit C MuGirlTag TagBase implementation for a combined fit C MuonCaloTagTool C MuonCandidate C MuonCandidateTool C MuonCombinedDebuggerTool C MuonCombinedFitTagTool C MuonCombinedStacoTagTool C MuonCombinedTool C MuonCreatorTool C MuonDressingTool C MuonInsideOutRecoTool C MuonSegmentInfo C MuonSegmentTagSurfaces C MuonSegmentTagTool ► C MuonStauRecoTool ID seeded Stau reconstruction C AssociatedData C BetaSeed C Candidate C LayerData C MaximumData C RpcTimeMeasurement C TruthInfo ► C MuonTagToSegMap C SegmentLink Helper struct to cache the mapping between the segment in the store gate, that's associated with the TagBase & the one that will be written on disk The index parameters decodes the position of the persistent segment in its correpsonding container C MuonTrackTagTestTool C SegmentTag TagBase implementation for a segment tagger C SortInDetCandidates C SortTagBasePtr C StacoTag TagBase implementation for a combined fit C TagBase Base-class for combined reconstruction output Provides access to MuonType and Author C TrackSegmentAssociationTool ► N MuonCond C DcsConstants Helper struct to cache all dcs constants in a common place of the memory ► N MuonFixedIdUnpack C MdtIdError C MuonFixedIdUnpack ► N MuonG4R4 Include the common definitions from the MuonReadoutGeometry C MdtSensitiveDetector C MdtSensitiveDetectorTool C MmSensitiveDetector C MmSensitiveDetectorTool C MuonSensitiveDetector C RpcSensitiveDetector C RpcSensitiveDetectorTool C sTgcSensitiveDetector C sTgcSensitiveDetectorTool C TgcSensitiveDetector C TgcSensitiveDetectorTool ► N MuonGM Ensure that the Athena extensions are properly loaded C AlignPos C CbmComponent C ChamberGrp C CHV C CMI C Component C CRO C Csc C CSC C CscComponent C CscMultiLayer C CscReadoutElement C Cutout ► C DblQ00Acut C ACUT ► C DblQ00Alin C ALIN ► C DblQ00Almn C ALMN ► C DblQ00Aptp C APTP ► C DblQ00Asmp C ASMP ► C DblQ00Aszt C ASZT ► C DblQ00Atln C ATLN ► C DblQ00Atyp C ATYP ► C DblQ00Awln C AWLN ► C DblQ00Dbam C DBAM ► C DblQ00IAcsc C IACSC ► C DblQ00Wchv C WCHV ► C DblQ00Wcmi C WCMI ► C DblQ00Wcro C WCRO ► C DblQ00Wcsc C WCSC ► C DblQ00Wded C WDED ► C DblQ00Wlbi C WLBI ► C DblQ00Wmdt C WMDT ► C DblQ00Wrpc C WRPC ► C DblQ00Wspa C WSPA ► C DblQ00Wsup C WSUP ► C DblQ00Wtgc C WTGC ► C DblQ00Xtomo C XTOMO C DBReader C DED C Ded C DetectorElement C DriftTube C FPVMAP C GeoModelCscTest C GeoModelMdtTest C GeoModelMmTest C GeoModelRpcTest C GeoModelsTgcTest C GeoModelTgcTest C LBI C LbiComponent C Mdt C MDT C MdtComponent ► C MdtReadoutElement C GeoInfo C Micromegas C MicromegasComponent C MM_Technology C MMReadoutElement An MMReadoutElement corresponds to a single STGC module; therefore typicaly a barrel muon station contains: C MMSpacer C MMSpacer_Technology C MMSpacerComponent C MultiLayer C MuonChamber C MuonChamberLite C MuonChannelDesign ► C MuonClusterReadoutElement C SurfaceData Struct to hold information needed for TrkDetElementBase, takes owership of all pointers C MuonDetectorFactory001 C MuonDetectorFactoryLite C MuonDetectorManager The MuonDetectorManager stores the transient representation of the Muon Spectrometer geometry and provides access to all main blocks of information needed by generic clients of the geometry: XxxReadoutElements, MuonStations, MuonIdHelpers, geometryVersion, etc C MuonPadDesign Parameters defining the design of the readout sTGC pads C MuonReadoutElement Base class for the XxxReadoutElement, with Xxx = Mdt , Rpc , Tgc , Csc C MuonStation C MuonStripDesign C MuonSystemDescription ► C MYSQL C MYSQLPtr C Position C RDBReaderAtlas C RPC C Rpc C RpcComponent C RpcLayer C RpcReadoutElement An RpcReadoutElement corresponds to a single RPC module; therefore typicaly a barrel muon station contains: C SimpleVolAction C SPA C Spacer C SpacerBeam C SpaComponent C StandardComponent C Station C StationSelector C sTGC C sTGC_Technology C sTGCComponent C sTgcReadoutElement An sTgcReadoutElement corresponds to a single STGC module; therefore typicaly a barrel muon station contains: C SUP C SupComponent C Technology C TGC C Tgc C TgcChamberLayout C TgcComponent C TgcReadoutElement A TgcReadoutElement corresponds to a single TGC chamber; therefore typically a TGC station contains several TgcReadoutElements C TgcReadoutParams ► N MuonGMR4 The ReadoutGeomCnvAlg converts the Run4 Readout geometry build from the GeoModelXML into the legacy MuonReadoutGeometry ► C Chamber C defineArgs C ChamberAssembleTool C CutOutArea Helper struct to parse the information from the AMDB cutout tables C gapVolume Helper struct to attribute the Identifier fields with the gas gap volumes C GeoModelMdtTest C GeoModelMmTest C GeoModelRpcTest C GeoModelsTgcTest C GeoModelTgcTest C IMuonGeoUtilityTool C IMuonReadoutGeomTool ► C MdtReadoutElement C defineArgs C parameterBook Set of parameters to describe a MDT chamber ► C MdtReadoutGeomTool C FactoryCache ► C MdtTubeLayer Helper struct to retrieve the tube lengths and the tube centers directly from the GeoModel tree C CutTubes Constructor taking the GeoModel parent node of the tube nodes C TubePositioner Helper struct to avoid browsing with the serial transformer C MdtTubeLayerSorter Helper struct to sort equivalent MdtTubeLayers into a std::set ► C MmReadoutElement C defineArgs C parameterBook Set of parameters to describe a RPC chamber ► C MmReadoutGeomTool C FactoryCache C wMMTable Struct to cache the relevant parameters of from the WRPC tables C MuonChamberToolTest ► C MuonDetectorManager C MSEnvelopeSorter Helper struct to ensure that the spectrometer sectors & chambers are sorted C MuonDetectorTool C MuonGeoUtilityTool ► C MuonReadoutElement The MuonReadoutElement is an abstract class representing the geometry representing the muon detector C defineArgs Helper struct to ship the defining arguments of the detector element around C NswGeoPlottingAlg C PadDesign C PadDesignSorter C RadialDesignSorter ► C RadialStripDesign C stripEdges Helper struct to cache the mounting points of the strips with the bottom & top edge of the Tgc panel ► C ReadoutGeomCnvAlg C ConstructionCache ► C RpcReadoutElement C defineArgs C parameterBook Set of parameters to describe a RPC chamber ► C RpcReadoutGeomTool C FactoryCache C wRPCTable Struct to cache the relevant parameters of from the WRPC tables ► C SpectrometerSector A spectrometer sector forms the envelope of all chambers that are placed in the same MS sector & layer E.g C chamberLocation : Helper struct for fast approximate navigation C defineArgs ► C sTgcReadoutElement C defineArgs C parameterBook Set of parameters to describe an sTGC chamber ► C sTgcReadoutGeomTool C FactoryCache C sTgcShape Helper struct to translate the GeoModelShape into the parameters used to construct the readout element dimensions C wSTGCTable Struct to cache the relevant parameters of from the WSTGC tables C StripDesign C StripDesignSorter C StripLayer C StripLayerSorter Helper struct to share strip layer instances across the readout elements ► C TgcReadoutElement C defineArgs C parameterBook Set of parameters to describe a Tgc chamber ► C TgcReadoutGeomTool C FactoryCache C wTgcTable Helper struct to cache the essential readout parameters from the WTGC tables C WireDesignSorter ► C WireGroupDesign C wireGroup Helper construct to cache the number of wires in each group as well as the accumulated number of wires from the previous groups ► N MuonHough C Hit Struct containing all hit information needed for the Hough transform C HitDebugInfo Struct containing additional debug information on the hits that is not needed for the actual alg but very useful for debugging C MuonDebugInfo Struct containing truth or track information C MuonDetectorDescription Class managing geometry of the Hough spaces C MuonDetectorHough Class managing all Hough transforms in the detector ► C MuonLayerHough C Maximum Struct representing the maximum in the hough space C MuonLayerHoughSelector ► C MuonPhiLayerHough C Maximum C MuonSectorHough Class managing all precision Hough transforms in a sector C PhiHit Struct containing all hit information needed for the Hough transform C RegionDescriptor Struct containing all information to build a Hough transform for a given chamber index C SegDebugInfo Struct containing truth or segment information C SortHitsPerLayer Struct to sort the hits ► N MuonML C GraphBucketFilterTool C GraphInferenceToolBase Baseline tool to handle the C GraphRawData Helper struct to ship the Graph from the space point buckets to ONNX C IGraphInferenceTool C InferenceAlg C InferenceGraph Helper struct containing all the information needed to process C LayerSpBucket The LayerSpBucket is a space pointbucket where the points are internally sorted by their layer number as defined in the SpacePointLayerSorter C NodeConnector The NodeConnector is indicating whether two space points inside a bucket, the graph nodes, shall have a connection in their graph neural net representation C NodeFeature The NodeFeature is the gluing instance to extract the information from the space point inside a MuonBucket and then to parse it to the ML inference framework C NodeFeatureList ► N MuonParameters C AuthorNames Simple struct to access the strings of the author definitions for output reasons ► N MuonPhysValMonitoring C MuonPhysValMonitoringTool ► N MuonPRDTest C CscDigitVariables C CSCPRDVariables C CSCRDOVariables C CscSDOVariables C CSCSimHitVariables C MdtDigitVariables C MdtSDOVariables C MDTSimHitVariables C MMDigitVariables C MMPRDVariables C MMRDOVariables C MMSDOVariables C MMSimHitVariables C MuEntryVariables C ParticleVariables Module to blindly dump a particle container to the Tree C PrdTesterModule C RpcDigitVariables C RpcSDOVariables C RPCSimHitVariables C SegmentVariables Tester module to dump the segment container C sTgcDigitVariables C sTGCPRDVariables C sTGCRDOVariables C sTgcSDOVariables C sTGCSimHitVariables C TgcDigitVariables C TGCPRDVariables C TGCRDOVariables C TgcSDOVariables C TGCSimHitVariables C TruthVariables ► N MuonPrepRawData_dict C tmp ► N MuonR4 This header ties the generic definitions in this package ► N HoughHelpers C BucketDumperAlg C CalibratedSpacePoint The calibrated Space point is created during the calibration process C CombinatorialNSWSeedFinderAlg C EtaHoughTransformAlg Algorithm to handle the eta hough transform ► C HoughEventData_impl Templated event data class for the phase-2 muon hough transform C HoughSetupForBucket Hough transform configuration for one bucket of the search space C HoughMaximum Data class to represent an eta maximum in hough space C ISpacePointCalibrator Interface class to refine the space point calibration with an external seed C MdtDigitizationTool C MdtMeasViewAlg ► C MdtSegmentFitter C Config C LineWithPartials Store the partial derivative of the line w.r.t C ResidualAuxillaries Helper struct carrying the space for all auxillary variables needed to calculate the residual from wire measurements C ResidualWithPartials Helper struct carrying the residual with its derivatives ► C MdtSegmentSeedGenerator Helper class to generate valid seeds for the segment fit C Config Configuration switches of the module C DriftCircleSeed Helper struct from a generated Mdt seed C SeedFitAuxilliaries Auxillary struct to calculate fit constants C SeedFitAuxWithT0 C SeedSolution Cache of all solutions seen thus far C MeasurementMarkerAlg C MM_DigitizationTool C MmFastDigiTool C MuonDigitizationTool Barebone implementation of the I/O infrastructure for all MuonDigitizationTools C PatternCnvAlg The MuonPatternCnvAlg converts the SegmentSeeds produced by the R4 pattern recognition chain into the segment seeds that can be consumed by the legacy muon segment maker C PhiHoughTransformAlg Algorithm to handle the phi hough transform C PrdMultiTruthMaker C PrepDataToSimHitAssocAlg The PrepDataToSimHitAssocAlg matches the uncalibrated measurements to the MuonSimHits or to the MuonSDO objects C RpcClusteringAlg C RpcFastDigiTool C RpcMeasViewAlg C RpcRdoToRpcPrepDataTool C SdoMultiTruthMaker C Segment Placeholder for what will later be the muon segment EDM representation ► C SegmentAmbiSolver C Config C SegmentCnvAlg The SegmentCnvAlg converts the SegmentSeeds produced by the R4 pattern recognition chain into the segment seeds that can be consumed by the legacy muon segment maker C SegmentFitParDecorAlg Algorithm to decorate the segment fit parameters in the chamber's frame onto the xAOD::MuonSegment Additionally, the ElementLinks to the associated measurements are decorated C SegmentFitResult C SegmentFittingAlg Algorithm to handle segment fits C SegmentMarkerAlg C SegmentSeed Representation of a segment seed (a fully processed hough maximum) produced by the hough transform C SegmentViewAlg C SpacePoint The muon space point is the combination of two uncalibrated measurements one of them measures the eta and the other the phi coordinate C SpacePointBucket : The muon space point bucket represents a collection of points that will bre processed together in the pattern seeding C SpacePointCalibrator C SpacePointCsvDumperAlg ► C SpacePointMakerAlg C SpacePointsPerChamber : Helper struct to collect the space point per muon chamber, which are later sorted into the space point buckets ► C SpacePointStatistics Helper class to keep track of how many eta+phi, eta and phi only space points are built in various detector regions C FieldKey Helper struct to define the counting categories C StatField Helper struct to count the space-points in each detector category C SpacePointPerLayerSorter The SpacePointPerLayerSorter sort two given space points by their layer Identifier C SpacePointPerLayerSplitter The SpacePointPerLayerSplitter takes a set of spacepoints already sorted by layer Identifier (see MuonSpacePoint/SpacePointPerLayerSorter.h ) and splits them into two sets of hits, one for MDT hits and the other one for strip detector hits C SPIdDumperAlg C sTgcFastDigiTool C sTgcMeasViewAlg C TgcFastDigiTool C TrackToTruthPartAssocAlg The TrackToTruthPartAssocAlg matches the reconstructed tracks to truth muons C TruthMeasMarkerAlg C TruthOverlay C TruthSegmentCsvDumperAlg C TruthSegmentMaker C TruthSegToTruthPartAssocAlg C xRpcMeasToRpcTrkPrdCnvAlg Conversion algorithm to turn xAOD::RpcMeasurements into Trk::RpcPrepData ► N MuonRecRTT_dynamic_pagemaker C fakePaths C fakeRttDescriptor C MuonRecRTT_dynamic_pagemaker ► N MuonTGC_Cabling C TGCCable C TGCCableASDToPP C TGCCableHPBToSL C TGCCableInASD C TGCCableInPP C TGCCableInSLB C TGCCablePPToSLB C TGCCableSLBToHPB C TGCCableSLBToSSW C TGCCableSSWToROD C TGCCabling C TGCChannelASDIn C TGCChannelASDOut C TGCChannelHPBIn C TGCChannelId C TGCChannelPPIn C TGCChannelPPOut C TGCChannelSLBIn C TGCChannelSLBOut C TGCDatabase C TGCDatabaseASDToPP C TGCDatabaseInPP C TGCDatabasePPToSL C TGCDatabaseSLBToROD C TGCId C TGCModuleHPB C TGCModuleId C TGCModuleMap C TGCModulePP C TGCModuleROD C TGCModuleSL C TGCModuleSLB C TGCModuleSROD C TGCModuleSSW ► N MuonVal Class to store array like branches into the n-tuples ► N MuonTester C TreeTestAlg C ArrayBranch C AuxElementBranch C BilateralLinkerBranch C CartesFourVecBranch Helper class to store the four-momentum in a TTree using the X,Y,Z,T or Px,Py,Pz,E representation C CoordSystemsBranch Helper class to dump the Amg::Transformations into 4 three vector branches C CoordTransformBranch Helper class to dump the Amg::Transformations into a single three vector branch The first entry is the translation, the second one the first column, etc C CscIdentifierBranch Branch to store all information of the CscIdentifier C EventHashBranch C EventIDBranch Branch class to dump a EventIDBase object into a MuonTesterTree format C EventInfoBranch C GenericAuxEleBranch C GenericPartDecorBranch C HitValAlg C IAuxElementDecorationBranch C IMuonTesterBranch Most basic interface class used by the MuonTester tree C IParticleDecorationBranch C IParticleFourMomBranch Helper class to easily to add xAOD::IParticles and associated decorator variables to the MuonTesterTree C LinkerBranch The linker branch is a helper class to establish linking indices between dumped particle collections C MatrixBranch C MdtIdentifierBranch Branch to store all information of the MDT identifier ► C MetaDataAlg C RunMetaData Helper structs to cache the meta-data for simulation and recorded data C SimMetaData C MmIdentifierBranch Branch to store all information of the MmIdentifier C MuonIdentifierBranch Class to dump the basic properties of an Identifier into an n-tuple StationName -> BIS, BIL, etc C MuonTesterBranch C MuonTesterTree C ParticleVariableBranch C ParticleVariableBranchGeV C PtEtaPhiEBranch Helper class to store the four-momentum in a TTree using the Pt, Eta, Phi, E representation C RpcIdentifierBranch C ScalarBranch C SetBranch C sTgcIdentifierBranch Branch to store all information of the sTgcIdentifier C TgcIdentifierBranch Branch to store all information of the TgcIdentifier C ThreeVectorBranch C TrackChi2Branch Dump the chi2 / nDof of a muon or a track particle C TwoVectorBranch C VectorBranch ► N MuonValR4 Lightweight algorithm to read xAOD MDT sim hits and (fast-digitised) drift circles from SG and fill a validation NTuple with identifier and drift circle info C IPatternVisualizationTool Helper tool to visualize a pattern recogntion incident or a certain stage of the segment fit C MdtCalibDbAlgTest C MdtDriftCircleVariables C MdtTwinDriftCircleVariables C MmClusterVariables C MuonHitTesterAlg ► C MuonHoughTransformTester C ObjectMatching C MuonRecoChainTester C PatternVisualizationTool C RpcMeasurementVariables C SimHitTester C SpacePointTesterModule C TesterModuleBase C TgcStripVariables ► N MVAUtils C BDT Simplified Boosted Regression Tree , support TMVA , lgbm, and xgboost C Forest Generic Forest base class C ForestLGBM Implement LGBM with nan support C ForestLGBMBase C ForestLGBMSimple Implement LGBM Forest without nan support C ForestTMVA C ForestWeighted Implement a Forest with weighted nodes This a general Forest class which implement the strategy used by TMVA in some cases C ForestXGBoost Implement XGBoost with nan support C ForestXGBoostBase C IForest Compute the response from the binary trees in the forest C NodeLGBM Node for LGBM with nan implementation C NodeLGBMSimple Node for LGBM without nan implementation C NodeTMVA Node for TMVA implementation C NodeXGBoost Node for XGBoost with nan implementation ► N MyPlots C MyPlots ► N myXerces C Lib ► N NavFourMomDict C temp ► N navigation2dot C TE ► N NavigationDefaults C DefaultChildColl C DefaultChildColl< CONT, DefaultWeight > C DefaultChildColl< DefaultContainer, DefaultWeight > C DefaultContainer C DefaultType C DefaultWeight ► N NswAsBuilt ► C CathodeBoardElement Helper class saving all the needed information to compute strips for a particular cathode board C stgcStrip_t The return type of the getStrip method: three points along the strip, in quadruplet coordinate C stgcStripConfiguration_t C stgcStripPoint_t C Element Element : a node in a hierarchy of alignment frames ► C ElementModel Pure abstract class representing the deformation model of an Element C ParameterVector C ElementModelRigid An element model without deformations, i.e C ElementModelScaleSag An element model implementing the deformations used for the NSW MM as-built parameters C ElementModelSTGC An element model implementing the deformations used for the NSW sTGC as-built parameters ► C PcbElement Helper class saving all the needed information to compute strips for a particular PCB C strip_t C stripConfiguration_t C stripPoint_t C pcbIdentifier_t The indices of a MM PCB C quadrupletIdentifier_t Athena indices for a MM quadruplet: ► C StgcStripCalculator The main interface of the NswAsBuilt package: determines strip positions in the frame of the quadruplet C json_t C position_t The return object for querying strip positions with the method getPositionAlongStrip: a single point on strip is returned, in the coordinate system of the quadruplet C stgcStrip_t The return object for querying strip positions: three points along the strip are provided, in the coordinate system of the quadruplet ► C StripCalculator C json_t C position_t C strip_t C stripIdentifier_t Athena indices of a MM strip ► N NSWCalib C CalibratedStrip C MicroMegaGas ► N NSWL1 A trigger trigger candidate for a stgc sector C IMMTriggerTool C IPadTdsTool Interface for the PadTDS tools C IPadTriggerLogicTool Interface for the PadTriggerLogic tools C IStripClusterTool Interface for the Strip Cluster Tools C IStripSegmentTool Interface for the Strip Cluster Tools C IStripTdsTool Interface for the StripTDS tools C ITriggerProcessorTool C L1TdrStgcTriggerLogic Initial version of the stgc pad trigger logic C MMTriggerTool C NSWL1Simulation NSW L1 simulation algorithm C PadData Abstract class to interface the data hit fragment output from the Pad TDS C PadHits C PadOfflineData Class modeling the pad hit fragment for the NSW L1 offline simulation C PadTdsOfflineTool C PadTrigger Holder of the pad trigger information C PadTriggerLogicOfflineTool C SectorTriggerCandidate ► C SingleWedgePadTrigger C EtaPhi C EtaPhiHalf C StripClusterData Abstract class to interface the data hit fragment output from the Strip TDS C StripClusterOfflineData Class modeling the strip hit fragment for the NSW L1 offline simulation C StripClusterTool Interface for the StripTDS tools C StripData Abstract class to interface the data hit fragment output from the Strip TDS C StripHits C StripOfflineData Class modeling the strip hit fragment for the NSW L1 offline simulation C StripSegmentTool Interface for the StripTDS tools C StripTdsOfflineTool C TriggerProcessorTool C TrigIsSubsetOf Whether all pad indices of one trigger are a subset of another one A functor used to remove redundancies 3/4 from 4/4 ► N ObjHelper C VtnCounter This is the counter struct for keeping track of the vertices ► N offline_eformat ► N v40 C FullEventFragment Describes how to access the contents of an event fragment, as prescribed by the event format note C Header Contains the information on the Header of a fragment as described by the original note C ROBFragment Describes how to access the contents of a subdetector fragment, as prescribed by the event format note ► N v40_write C FullEventFragment Defines a helper class to aid the creation of FullEvent fragments C ROBFragment Defines a helper class to aid the creation of ROB fragments ► N offline_EventStorage_v5 C data_separator_record ► C DataBuffer C implementation C DataWriter C file_end_record C file_name_strings C file_start_record C internal_run_parameters_record C iovec_const C old_internal_run_parameters_record C run_parameters_record ► N offline_poolCopy_v5 C Guid ► N ORUtils C AltMuJetOverlapTool Implements mu-jet OR optimized for high-pt muons in boosted and highly radiative (jetty) topologies C BaseOverlapTool Common base class tool for overlap tools C BJetHelper Helper class for b-jet decorations C DeltaRMatcher Encapsulates the delta-R matching strategy C DeltaROverlapTool A simple overlap finder that uses a dR match C EleEleOverlapTool A tool implementing the recommended ele-ele overlap removal C EleJetOverlapTool A tool implementing the recommended ele-jet overlap removal C EleMuSharedTrkOverlapTool Tool for removing overlaps between electrons and muons that share a track or are DR matched C IOverlapRemovalTool Interface for the overlap removal tool C IOverlapTool Interface class for overlap removal tools C IParticleAssociator Interface for a class which checks for a match between IParticles C MuJetGhostDRMatcher Matches a muon to a jet via ghost association or a delta-R C MuJetOverlapTool A tool implementing the recommended mu-jet overlap removal C ObjLinkOverlapTool A generic tool which finds overlaps using ElementLinks C ORFlags A struct of global config options used to simplify the config helper interface C OverlapDecorationHelper Encapsulates the code needed to access and set overlap-related decorations C OverlapLinkHelper Helper class for setting links between overlapping objects C OverlapRemovalTool Top-level tool for performing overlap removal C SlidingDeltaRMatcher DR matching strategy where cone decreases with pt C TauAntiTauJetOverlapTool A tool implementing a specialized tau-jet overlap removal C TauJetOverlapTool A tool implementing the recommended tau-jet overlap removal C TauLooseEleOverlapTool A tool implementing the recommended tau-electron overlap removal C TauLooseMuOverlapTool A tool implementing the recommended tau-muon overlap removal C ToolBox A container and helper class for overlap removal tools ► N OutputStreamAthenaRoot C AthenaRootNtupleOutputStreamProtect Backward compat AthenaRootOutputStream = createOutputStream AthenaRootOutputConditionStream = createOutputConditionStream ► N P4Sorters ► N Ascending C AbsEta C CosTh C CotTh C Ene C Et C Eta C InvPt C Mass C MassSquared C Momentum C MomentumSquared C Pt C Px C Py C Pz C SinTh ► N Descending C AbsEta C CosTh C CotTh C Ene C Et C Eta C InvPt C Mass C MassSquared C Momentum C MomentumSquared C Pt C Px C Py C Pz C SinTh ► N PanTau XAOD EDM C HelperFunctions C ITool_DetailsArranger Interface for PID from tau seeds C ITool_InformationStore Interface for Tool_InformationStore C ITool_InputConverter Interface for Tool_InputConverter C ITool_ModeDiscriminator Interface for PID from tau seeds C ITool_PanTauTools Interface for PID from tau seeds C ITool_TauConstituentGetter Interface for Tool_TauConstituentGetter C ITool_TauConstituentSelector Interface for Tool_TauConstituentSelector C PanTauProcessor C PanTauSeed C TauConstituent C TauFeature C Tool_DecayModeDeterminator C Tool_DetailsArranger C Tool_FeatureExtractor C Tool_InformationStore C Tool_InputConverter C Tool_ModeDiscriminator C Tool_TauConstituentGetter C Tool_TauConstituentSelector ► N ParticleDict C temp ► N ParticleEvent C Base ► N ParticleEventDict C temp ► N ParticleEventTPCnvDict_tmp File: ParticleEventTPCnv/ParticleEventTPCnvDict.h Dictionary file for persistent representation(s) of AOD containers Author: Sebastien Binet binet.nosp@m. @cer.nosp@m. n.ch Date: December 2006 C temp ► N ParticleGun_egammaET C egammaETSampler ► N ParticleGun_EoverP_Config C PEtaSampler ► N ParticleGun_FastCalo_ChargeFlip_Config C MyParticleSampler ► N ParticleGun_FastCalo_Config C MyParticleSampler ► N ParticleGun_FastCalo_Config_Erange C MyParticleSampler ► N ParticleGun_FastCalo_NoChargeFlip_Config C MyParticleSampler ► N ParticleGun_SamplingFraction C MyParticleSampler ► N ParticleJetTools C IParticleLinker C LabelDecorators C LabelNames C Particles ► N ParticleLevelElectronsConfig C ParticleLevelElectronsBlock ► N ParticleLevelJetsConfig C ParticleLevelJetsBlock ► N ParticleLevelMissingETConfig C ParticleLevelMissingETBlock ► N ParticleLevelMuonsConfig C ParticleLevelMuonsBlock ► N ParticleLevelNeutrinosConfig C ParticleLevelNeutrinosBlock ► N ParticleLevelOverlapRemovalConfig C ParticleLevelOverlapRemovalBlock ► N ParticleLevelPhotonsConfig C ParticleLevelPhotonsBlock ► N ParticleLevelTausConfig C ParticleLevelTausBlock ► N ParticleTruthDict C temp ► N PATCore Information about type of data used to fill particle ► N PDGHelpers C ExtraParticle C PDGParser ► N PerfMon C LinFitSglPass ► N PerfMonTest PerfMonTestPolyVectorAlg.h Example for the memory optimization tutorial C CpuCruncherAlg C DHit C ErroneousAlg C FHit C IHit ► C LeakyAlg C Leak C MallocAlg C ManyLeaksAlg C NoopAlg C PolyVectorAlg C PolyVectorAlgWithArenas C PolyVectorAlgWithMemSvc C VectorAlg ► N periodInfo C AMIWrapper ► N PersistentDataModelDict C tmp ► N PESA Local tools C T2BeamSpot ► C T2BSTrackFilterTool C TrackData Class which holds track parameters C TrackStatAccumulator C T2SimpleVertex C T2SplitVertex C T2Track C T2TrackBeamSpotTool C T2TrackBSLLPoly Class that knows details of LogLikelihood approximation with a polynomial C T2TrackClusterer C T2TrackManager C T2Vertex C T2VertexBeamSpot C T2VertexBeamSpotTool This class uses primary vertex reconstruction to measure and monitor the LHC beam as seen by the ATLAS detector C TrkSumOf C TrkTrackPt C TrkTrackPt2 ► N pflow C puJets ► N PFMatch C AllLayersEtaPhi C ClusterGeometricalCenterProvider C ClusterPlainEtaPhiProvider C ClusterPositionFactory C ClusterPositionProvider C DistanceCalculator C DistanceFactory Factory to create IDistanceProvider of the type requested C DistanceProvider C EtaPhi C EtaPhiSqDistanceCalculator Calculates distance between two EtaPhi objects C EtaPhiSqSignificanceCalculator Calculates distance between EtaPhi and EtaPhiWithVariance object C EtaPhiWithVariance C ICluster C IDistanceProvider C IPosition C IPositionProvider C ITrack C PositionProvider C TrackClusterMatcher Checks if a cluster should be matched to a track or not, and has methods to return list of best matches C TrackEtaPhiInFixedLayersProvider C TrackPositionFactory C TrackPositionProvider ► N PFO C ClusterMomentPlots C ClusterPlots C FlowElement_LinkerPlots C LeptonFELinkerPlots C PFOAlgPropertyPlots C PFOAttributePlots C PFOCalibHitClusterMomentPlots C PFOClusterMomentPlots C PFOPlots C PFOPVMatchedPlots ► N PhotonChainConfiguration C PhotonChainConfiguration ► N photonWrtPoint C PtEtaPhi Egamma clusters kinematics are always wrt the ATLAS frame (0,0,0) ► N PhysVal C BTagPlots C EventInfoPlots C KinematicsPlots C METPlots C PhysValExample C TrkAndVtxPlots ► N pix C PixelMapping ► N PixelCalib C PixelChargeInterpolationCalibration C PixelChargeInterpolationHistograms C PixelChargeInterpolationParameters C PixelChargeInterpolationPlot C PixelChargeInterpolationValidation C PixelClusterErrorData C PixelClusterOnTrackErrorData C PixelOfflineCalibData C PixelResidualHistograms ► N PixelChargeCalib C ChargeCalibrationBundle Bundles of parameters used together in the PixelChargeCalibCondAlg C IChargeCalibrationParser C LegacyFitParameters C LinearFitParameters C LUTChargeCalibParser C Resolutions C Run2ChargeCalibParser C Run3ChargeCalibParser C Thresholds ► N PixelConvert C Map ► N PixelGeoDC2 C GeoPixelBarrel C GeoPixelCable C GeoPixelChip C GeoPixelDisk C GeoPixelDiskSupports C GeoPixelECCable C GeoPixelEndCap C GeoPixelEnvelope C GeoPixelHybrid C GeoPixelLadder C GeoPixelLadderStruct C GeoPixelLayer C GeoPixelModule C GeoPixelServices C GeoPixelSiCrystal C GeoPixelSubDisk C GeoPixelTubeCables C GeoVPixelFactory C OraclePixGeoManager C PixelGeometryManager ► N plot C LayerPlotter C TqdmLoggingHandler ► N plot_material C HistManager ► N plotBeamSpotVert C Plots ► N PlotCalibrationGains C EmPartitionPlots C GainReader C HadPartitionPlots C L1CaloGeometryConvertor C L1CaloMap ► N PlotCalibrationHV C L1CaloHVReader ► N PlotServer C PlotServer ► N PlotSFuncertainty C SystDependency ► N plotting ► N PlotUtils C DiagnosticHisto C PlotUtils ► N PMGTools Tool providing sample cross-sections and k-factors etc C AllSampleInfo C IPMGCrossSectionTool C IPMGSherpaVjetsSysTool C IPMGTruthWeightTool Interface for xAOD Truth Weight Tool which retrieves Meta Data from a truth record to interface the event weights C PMGCrossSectionTool C PMGDecayProductsSelectionTool IAsgSelectionTool that select particles based on the allowed decay chain C PMGSherpa22VJetsWeightTool C PMGSherpaVjetsSysTool C PMGTruthWeightTool Implementation for the xAOD truth meta data weight tool ► N PMonMT C ComponentData C ComponentMeasurement C EventLevelData C SnapshotData C SnapshotMeasurement C StepComp ► N PMonUtils C BasicStopWatch ► C CustomBenchmark C Data C CustomBenchmarkGuard ► N POOL C TEvent ► N pool Pool namespace ► N PersistencySvc C Container C DatabaseHandler C DatabaseRegistry C GlobalTransaction C MicroSessionManager C PersistencySvc C TechnologyDispatcher C TokenIterator C UserDatabase C UserSession ► N RootCollection C RNTCollection Collection (and CollectionProxy) implementation based on RNTuple C RNTCollectionCursor C RNTCollectionQuery C RootCollection Collection (and CollectionProxy) implementation based on ROOT trees C RootCollectionCursor C RootCollectionQuery C ArgQual C Args2Container C CatalogInfo C CmdLineArgs C CmdLineArgs2 C CollectionColumn C CollectionDescription C CollectionFactory C CollectionRowBuffer C CollectionService C CommandLine C DatabaseConnection C DatabaseConnectionPolicy C DatabaseSpecification C DbAccessObj C DbArray C DbBlob C DbColumn C DbConnection C DbContainer ► C DbContainerImp C DbAction List of actions to execute at commit C DbContainerObj C DbDatabase C DbDatabaseObj C DbDomain C DbDomainObj Db objects: DbDomainObj C DbHandle C DbHandle< DbObject > No void handles allowed: type must be polymorphic! C DbHandleBase C DbHeap Db objects: class DbHeap C DbIter C DbIter< DbObject > No void objects allowed on the user side! C DbObjectAccessor Db objects: class DbObjectAccessor C DbObjectBuffer C DbObjectGuard C DbObjectHandle C DbObjectHolder C DbObjectSet C DbObjectSetBase ► C DbOption C Value C DbPrint C DbReflex ► C DbSelect C Pointer C Ptr C DbSession Db objects: class DbSession C DbSessionObj Db objects: DbSessionObj C DbStatus C DbStorageExplorer C DbStorageSvc C DbString Declaration of DbString class C DbToken Db objects: DbToken , DbToken.h , POOLCore/DbToken.h C DbTransform C DbType C DbTypeInfo C DstInfo C Exception Base exception class for the POOL system C FileDescriptor C ICollection C ICollectionColumn C ICollectionCursor C ICollectionDescription C ICollectionQuery C ICollectionService C IContainer C IDatabase C IDbContainer C IDbDatabase C IDbDomain C IFileCatalog C ImplicitCollection An implicit collection implementation of the ICollection interface C ImplicitCollectionIterator C IOODatabase C IPersistencySvc C IPositionSeek Abstract interface for seeking inside a collection C ISession C IStorageExplorer C IStorageSvc ► C ITechnologySpecificAttributes C Exception Exception thrown by the ITechnologySpecificAttributes class C ITokenIterator C ITransaction C MaxEventsInfo C PersistencySvcException Exception class thrown by the classes in the PersistencySvc package C Progress C QueryInfo C RefCounter ► C RNTupleContainer C FieldDesc Definition of a field info structure C RootCallEnv Helper structure to access context from streamer C RootDatabase C RootDataPtr C RootDomain C RootKeyContainer C RootKeyIOHandler C RootOODb C RootOOKey C RootOORNTuple C RootOOTree C RootOOTreeIndex ► C RootTreeContainer C BranchDesc Definiton of a branch descriptor C RootTreeIndexContainer C Shape C SimpleUtilityBase Common base class for POOL utilities C SrcInfo C SystemTools C TestDriver ► C TokenList C const_iterator Constant forward iterator class for navigation of TokenList objects C iterator Forward iterator class for navigation of TokenList objects C iterator_base Base class for forward iterators used to navigate TokenList objects C Transaction C URIParser C Utils Shortcut for reading file GUID from python ► N print_auditor_callgraph C Steps ► N PrintHelpers C VecPrintType C VecPrintType< char > C VecPrintType< int8_t > C VecPrintType< uint8_t > ► N Prompt C DecoratePLIT C DecoratePromptLeptonImproved C DecoratePromptLeptonRNN C FittingInput C IRNNTool C IVertexFittingTool C IVertexMergingTool C MergeResult C MergeResultNotOwner C NonPromptLeptonVertexingAlg C PrimaryVertexReFitter C RNNTool C SortByIDTrackPt C SortObjectByVar C SortTracksByPt C SortTwoTrackVtxByDistToSeed C SortTwoTrackVtxBySumTrackPt C TimerScopeHelper C TwoTrackVtx C VarEntry C VarHolder C VertexFittingTool C VertexIterativeFitMergingTool C VertexMergingTool C VtxCluster ► N psc ► N Utils C ScopeTimer Very simple timer class C Config PSC configuration object C Psc Common base class for HLT Pesa Steering Controller ► N PseudoJetGetter Implementations of concrete input-to-PseudoJet conversions Separated from PseudoJetAlgorithm for readability C EMTopoRejecter C IParticleRejecter C PFlowRejecter ► N PSUtils C DiodeCacheCounter C HitCacheCounter C MemStruct ► N PUCorrection C PU3DCorrectionHelper ► N PyAlgorithmExample C Args C Holder C Parthists C Parthists_Ele C Parthists_Muo C Parthists_Taujet C Parthists_Z C Partlisthists C PyAlgorithmExample The example algorithm C PyCompositeParticle C Z ► N PyAthena C Alg C Aud C PyComponentMgr C Svc C Tool ► N PyDumper ► C PySTLAdaptor Helper for iterating over STL map classes C iterator ► C SafeFloatAccess C ieee754_float C Utils ► N PyJobTransforms ► N PyPoolBrowser C EDMItem C MyRootObj C RootItem ► N PyROOT C CPPInstance ► N Pythia8 Author: James Monk (jmonk.nosp@m. @cer.nosp@m. n.ch ) C CustomV_EW C DecayToSUEP Pythia8 UserHook to decay a given scalar particle to SUEP C EnhanceMPI C GravFlat C mergingDJRs C mHatReweight C PowhegBB4L C PowhegBB4Ldlsl C PowhegBB4Ltms C PowhegV_EW C PoWHEGVetoedShower This UserHook should be used when showering QCD jets generated with PoWHEG-box C PTRelVetoedShower This user hook is derived from the main31 example distributed with Pythia 8 and is for use with QCD events generated with PoWHEG C QCDVetoedShower This UserHook should be used when showering QCD jets generated with PoWHEG-box C ResonanceExcitedCI C ResonanceLQ C SettableColourReconnectionBase C SettableMBColourReconnection C SettableTopColourReconnection C si_data_type C si_event_info_type C Sigma2qqbar2emu Sigma1ql2LFV class C Sigma2qqbar2eStareBar C Sigma2qqbar2eStareStarBar C Sigma2qqbar2lStarlBar C Sigma2qqbar2lStarlStarBar C Sigma2qqbar2muStarmuBar C Sigma2qqbar2muStarmuStarBar C Sigma2qqbar2nueStarnueBar C Sigma2qqbar2nueStarnueStarBar C Sigma2qqbar2numuStarnumuBar C Sigma2qqbar2numuStarnumuStarBar C Sigma2qqbar2nutauStarnutauBar C Sigma2qqbar2nutauStarnutauStarBar C Sigma2qqbar2tauStartauBar C Sigma2qqbar2tauStartauStarBar C SingleTopWideEta C SuppressMPI C TopRecoilHook C VetoedShower C WprimeFlat C WprimeWZFlat C WZPolarization Convert all resonant W/Z boson decays to the angular distribution of a pure polarisation state C WZVetoedShower This UserHook should be used when showering W, Z or other colourless resonances generated with PoWHEG C ZprimeFlatpT ► N Pythia8_UserHooks Some common functions for determining pTs and navigating event records for the PoWHEG + Pythia user hooks ► C UserHooksFactory C Creator C ICreator C UserSetting ► N Pythia8_UserProcess ► C UserProcessFactory C Creator C ICreator ► N Pythia8_UserResonance ► C UserResonanceFactory C Creator C ICreator ► N python ► N AccumulatorCache C AccumulatorCachable ► C AccumulatorDecorator C CacheStats C DataHandle C NotHashable ► N acmdlib C Command Classes ----------------------------------------------------------------— C Plugins ► N ActsTrigSequence C ActsTrigSequence ► N algorithms ► N generators ► N postprocessors ► N preprocessors ► N scheduler C Scheduler Schedule algorithms in appropriate order ► N AlgScheduler C AlgScheduler ► N AlgSequence C AlgSequence C AlgSequenceIterator C AthSequencer Sequence of Gaudi algorithms, to replace the generated configurable C TestAlgSequenceWithAlgs Test case for a sequence with only algorithms in it C TestAlgSequenceWithAlgsAndSeqs Test case for a sequence with algorithms and sub-sequences ► N all_7TeV C all_7TeV ► N AnaAlgorithmConfig C AnaAlgorithmConfig C PrivateToolConfig C TestAlgPrivateTool Test case for using private tools C TestAlgProperties Test case for the algorithm property handling C TestAlgTypeAndName Test case for the algorithm type/name handling ► N AnaAlgorithmMeta C AnaAlgorithmMeta ► N AppMgr ► C AthAppMgr C State C AthServiceManager Associator for services -----------------------------------------------— ► N AsgAnalysisConfig C CommonServicesConfig C EventCutFlowBlock C GeneratorAnalysisBlock C IFFLeptonDecorationBlock C IOStatsBlock C MCTCLeptonDecorationBlock C ObjectCutFlowBlock C OutputThinningBlock C PerEventSFBlock C PileupReweightingBlock C PtEtaSelectionBlock C SelectionDecorationBlock C SystematicsCategories ► N AsgServiceConfig C AsgServiceConfig C PrivateToolConfig C TestServicePrivateTool Test case for using private tools C TestServiceProperties Test case for the service property handling C TestServiceTypeAndName Test case for the service type/name handling ► N AthArgumentParser C AthArgumentParser ► N AthConfigFlags C AthConfigFlags C CfgFlag C FlagAddress ► N AthDsoLogger C DsoEvent C DsoLogger ► N AthenaCommonFlags C AccessMode C AllowIgnoreConfigError C AthenaCommonFlags C EvtMax C FilesInput C HistOutputs C isOnline C SkipEvents C TreeName ► N AthenaCPRunScript C AthenaCPRunScript ► N AthenaMPFlags C AffinityCPUList C AthenaMPFlags C ChunkSize C CollectSubprocessLogs C EventOrdersFile C EventRangeChannel C EventsBeforeFork C EvtRangeScattererCaching C MemSamplingInterval C OutputReportFile C PollingInterval C ReadEventOrders C Strategy C UseParallelCompression C UseSharedReader C UseSharedWriter C Version C WorkerTopDir ► N AthHLT C CondDB ► N AthMonitorCfgHelper C AthMonitorCfgHelper ► N AthOptionsParser C AthHelpFlags C AthOptionsError C JobOptAction C MemCheckAction ► N atlas_oh C OHInputModule C OHOutputModule C Receiver ► N AtlasGeoDBInterface C AtlasGeoDBInterface C AtlasGeoDBInterface_SQLite ► N AtlasSemantics C AppendListSemantics C MapMergeNoReplaceSemantics C PublicHandleArraySemantics C PublicHandleSemantics C SubAlgoSemantics C ToolHandleArraySemantics C ToolHandleSemantics ► C VarHandleArraySematics C _ItemSemantics C VarHandleKeySemantics ► N AtlCoolLib C coolTool C RangeList C TimeStampToRLB ► N AtlCoolSchemaLib C coolSchema ► N AtlCoolTool C AtlCoolTool C Info C InfoList ► N AtlCoolTriggerTool C AtlCoolTriggerTool ► N AtlRunQueryAMI C ARQ_AMI ► N AtlRunQueryCOMA C ARQ_COMA ► N AtlRunQueryLib C AtlRunQuery ► N AtlRunQueryOptions C AtlRunQueryOptions ► N AtlRunQueryParser C ArgumentParser ► N AtlRunQueryQueryConfig C QC ► N AtlRunQueryRun C DataEntry C DataEntryList C Run C RunData ► N AtlRunQuerySelectorWorker ► C SelectorWorker C SelDescr ► N Auditor C HephaestusAuditor ► N AutoConfigFlags C DynamicallyLoadMetadata ► N BackgroundJobRunner C BackgroundJobRunner ► N BeamSpotData C BeamSpotAverage C BeamSpotContainer C BeamSpotCOOL C BeamSpotCSV C BeamSpotFinderNt C BeamSpotGraph C BeamSpotNt C BeamSpotValue ► N BeamSpotPostProcessing C AveBeamSpot C BCIDDefaultProcessing C BeamSpotGlobalNt C BeamSpotNt C BeamSpotNtNoAve C CheckT0Status C DQBeamSpot C DQBeamSpotReproc C JobPostProcessing C LinkResults C MergeNt C PlotBCID C PlotBeamSpot C PlotBeamSpotCompareReproc C PlotBeamSpotMon C PlotGlobalMon C PlotOnlineOfflineCompare C ReprocVertexDefaultProcessing C T0VertexDefaultProcessing C T0VertexTestProcessing C TaskPostProcessing C UploadBeamSpot C UploadDataQuality ► N BeamSpotUpdate C BeamSpotWriteAlg C Config ► N Bindings C _PyAthenaBindingsCatalog ► N BJetCalibAnalysisConfig C BJetCalibAnalysisConfig ► N Block C Block ► N BootstrapGeneratorConfig C BootstrapGeneratorConfig ► N btload C BTLoad ► N BuildSignatureFlags C FlagValuesTest ► N CaloCellContainerAliasAlg_test C CheckAliasAlg C CreateDataAlg ► N CaloCondLogger C CaloCondLogger ► N CaloCondTools C CaloBlobReader C CaloBlobWriter ► N CaloDetDescrManager_test C CaloDetDescrManagerAlg ► N CaloEstimatedGainTool_test C TestAlg ► N CaloThinCellsByClusterAlg_test C CheckThinningAlg C CreateDataAlg ► N CaloThinCellsBySamplingAlg_test C CheckThinningAlg C CreateDataAlg ► N CFElements C TestCF C TestNest ► N CfgMgr C ModuleFacade ► N Chains C Chains ► N chainString C chainString ► N checkMetadata C ValidateMetadataAlg ► N Checks C AODContentCheck C AODDigestCheck C FailedOrPassedCheck C FPECheck C FrozenTier0PolicyCheck C MetadataCheck C SimpleCheck C WarningsComparisonCheck ► N Class_FeatureHandler C FeatureHandler ► N Class_InformationHandler C InformationHandler ► N clidGenerator C clidGenerator Athena CLID Generator Class ► N CompareJetTestFiles C CompareJetTestFiles ► N ComponentAccumulator C ComponentAccumulator C ConfigurationError ► N ComponentFactory C _compFactory ► N ConcurrencyFlags C ConcurrencyFlags C DebugWorkers C NumConcurrentEvents C NumProcs C NumThreads ► N CondDB C CondDB ► N ConditionDefaults C ConditionDefaults ► N ConditionsContainerAccess C ConditionsContainerAccess C DescriptionDecoder C InterfaceRDS ► N ConditionsToolSetterFastReduction C ConditionsToolSetterFastReduction ► N ConfigAccumulator C ConfigAccumulator C ContainerConfig C DataType C OutputConfig C SelectionConfig ► N ConfigBlock C ConfigBlock C ConfigBlockDependency C ConfigBlockOption ► N ConfigFactory C ConfigFactory C FactoryBlock ► N ConfigSequence C ConfigSequence ► N ConfigText C TextConfig ► N Configurable ► C Configurable C DefaultCollector C DefaultName C ConfigurableAlgorithm C ConfigurableAlgTool C ConfigurableAuditor C ConfigurableCABehavior C ConfigurablePyAlgorithm C ConfigurableService C ConfigurableUser ► N ConfigurableDb C _CfgDb Singleton holding configurable and loadable information ---------------— C _Singleton Create configurable DB, and pre-fill it, then clean-up remnants -------— ► N ConfigurableMeta C ConfigurableMeta This metaclass installs PropertyProxy descriptors for Gaudi properties ► N Configurables C _PyCompHandle C CfgPyAlgorithm Configurable base class for PyAlgorithms -------------------------------— C CfgPyAlgTool C CfgPyAud C CfgPyComponent Configurable base class for all Py compmonents -------------------------— C CfgPyService C PyComponents ► N ConfigurationShelve C ConfigurationJar C ConfigurationShelve Representation of job databases ========================================== ► N CoolDataReader C CoolDataReader ► N COOLUtils C COOLQuery ► N CosmicsLumiConfig C CosmicsLumiConfig ► N coverage C Coverage ► N CPBaseRunner C CPBaseRunner ► N CtbPhotonESpectrum C Photon_Energy_spectrum ► N D3PDObject C D3PDObject C DeferArg ► N db C Databases C DefectsDB ► N dbgEventInfo C dbgEventInfo ► N dbsqlite C SQLhash C SQLHashItemIterator C SQLHashKeyIterator C SQLHashValueIterator ► N Debugging C DbgStage ► N DebuggingContext C Context ► N decorators ► N DecoratorFromDefault C DecoratorFromDefault ► N DecoratorFromPowheg C DecoratorFromPowheg ► N singleton C Singleton Metaclass for implementing the Singleton pattern ► N Deduplication C DeduplicationFailed ► N DependencyHelper C _dummyJetDef ► N detector_hierarchy C DetectorHierarchy ► N DetStatusLib C DetStatusNames C DetStatusReq C StatusList C StatusObj ► N DiskUtils C AccessError C Backend C EOS C FileSet C FilterError C Local ► N DiTauAnalysisConfig C DiTauCalibrationConfig C DiTauWorkingPointConfig ► N DiTauMassConfig C DiTauMassBlock ► N DQConfigFlags C DQDataType ► N DQPostProcessingAlg C AthInputModule C AthOutputModule C DQPostProcessingAlg ► N DQUtilities C DefectError C IDBSDefectData C IDBSDefectEncoding C IDBSDefectWriter ► N DQWebDisplayConfig C DQWebDisplayConfig ► N DQWebDisplayMod C LockAcquisitionException Get usable signal handlers ► N draw_obj C _options ► N Dso C CxxDsoDb C DsoDb C PyDsoDb C RflxEnums Classes ----------------------------------------------------------------— ► N DummyFilter C DummyFilter ► N DumperConfig C Dumper ► N Dumpers C char_accessor C forceInt C PyTrigInDetTrack C PyTrigInDetTrackFitPar C uchar_accessor ► N egammaD3PDConfig C MergeElectrons ► N EI_Lib C IOV ► N EIPBof C EIPBof ► N ElectronAnalysisConfig C ElectronCalibrationConfig C ElectronLRTMergedConfig C ElectronTriggerAnalysisSFBlock C ElectronWorkingPointConfig ► N ElectronFilter C ElectronFilter ► N ElectronIsEMSelectorMapping C electronPIDmenu ► N ElectronLikelihoodToolMapping C electronLHmenu ► N Enums C BeamType C BunchStructureSource C FlagEnum C Format C HIMode C LHCPeriod C MetadataCategory C ProductionStep C Project ► N EventCleaningConfig C EventCleaningBlock ► N EventLoopCPRunScript C EventLoopCPRunScript ► N EventSelectionConfig C EventSelectionConfig C EventSelectionMergerConfig ► N EvgenAlg C EvgenAlg ► N EvgenAnalysisAlg C EvgenAnalysisAlg ► N EvgenCAConfig C EvgenConfig ► N EvgenConfig C EvgenConfig ► N ExampleConfig C ExampleConfig ► N exceptions C DefectExistsError C DefectUnknownError C InvalidDefectTagError C InvalidLogicTagError C InvalidTagError ► N ext ► N lsprofcalltree C KCacheGrind ► N FakeBkgConfig C FakeBkgBlock ► N FastReductionAlgToolFactory C FastReductionAlgToolFactory ► N FilePeekerLib C FilePeeker C FilePeekerSvc C sg_versioned_key Classes -----------------------------------------------------------------— ► N FilePeekerTool C FilePeekerTool ► N fileutil C AccessType C Tee ► N FilterParams C FilterParams ► N FilterUtils C BCIDFilter C LBFilter C LbInfo C LBPrinter C LumiBlockFilter C ZFilter ► N findlib C FindLib ► N folders C DefectsDBFoldersMixin ► N ForwardElectronIsEMSelectorMapping C forwardelectronPIDmenu ► N FPGATrackSimConfigFlags C graphTool C moduleMapFunc C moduleMapType C roadMakerTool ► N FTagAnalysisConfig C FTagConfig ► N FTagSFAnalysisConfig C FTagEventSFBlock C FTagJetSFBlock ► N GetCrossSectionAMITool C GetCrossSectionAMI Basic wrapper around pyAMI for getting MC dataset cross sections & maniuplating dataset name strings ► N getFileLists C findTCTFiles C TCTChainInfo ► N GlobalFlags C ConditionsTag C DatabaseInstance C DataSource C DetDescrVersion C DetGeo C Global ► C GlobalFlags OLD code that will be completely replaced by globalflags based on JobProperties C _TmpC C DataSource C DetGeo C InputFormat C Luminosity C InputFormat C isOverlay C Luminosity ► N GoodRunsListConfig C GoodRunsListConfig ► N grl C GRLGen ► N hanwriter C Document C HanAlgorithm C HanCannotCreateConf C HanCompositeAlgorithm C HanDir C HanHistogram C HanLimit C HanOutput C HanReference C HanThreshold C HanWritingError C Node ► N HelperConfigToolParams C HelperConfigToolParams ► N Helpers C ShutUp ► N HGTD_ConfigFlags C ClusteringStrategy ► N histsampling C TH1 C TH2 ► N HLT ► N AnomalyDetection ► N Bjet ► N BjetChainConfiguration C BjetChainConfiguration ► N Bphysics ► N BphysicsChainConfiguration C BphysicsChainConfiguration Class/function to configure muon chains ► N CalibCosmicMon ► N BeamspotChainConfiguration C BeamspotChainConfiguration ► N CalibChainConfiguration C CalibChainConfiguration ► N CosmicChainConfiguration C CosmicChainConfiguration ► N EnhancedBiasChainConfiguration C EnhancedBiasChainConfiguration ► N MonitorChainConfiguration C MonitorChainConfiguration ► N StreamingChainConfiguration C StreamingChainConfiguration ► N CommonSequences ► N CaloSequences C CaloMenuDefs ► N CaloSequences_FWD C CaloMenuDefs_FWD ► N Egamma ► N TrigEgammaKeys C TrigEgammaKeys_GSF C TrigEgammaKeys_LRT C TrigEgammaKeys_LRTGSF C TrigEgammaKeysBase ► N Electron ► N ElectronChainConfiguration C ElectronChainConfiguration ► N HeavyIon ► N HeavyIonChainConfiguration C HeavyIonChainConfig ► N Jet ► N JetChainConfiguration C JetChainConfiguration ► N JetMenuSequencesConfig C JetHypoAlgType — Menu Sequence helpers — ► N Menu ► N SignatureDicts C ChainStore ► N StreamInfo C StreamInfo ► N MET ► N AlgConfigs C CellConfig C CVFPufitConfig C MHTConfig C MHTPufitConfig C NNHLTConfig C PFOPufitConfig C PFSumConfig C TCConfig C TCPufitConfig C TrkMHTConfig ► N ConfigHelpers C AlgConfig ► N METChainConfiguration C METChainConfiguration ► N StepOutput C StepOutput ► N MinBias ► N MinBiasChainConfiguration C MinBiasChainConfig ► N Muon ► N MuonChainConfiguration C MuonChainConfiguration Class/function to configure muon chains ► N MuonRecoSequences C muonNames ► N Tau ► N TauChainConfiguration C TauChainConfiguration Class to configure tau chains ► N Test ► N TestChainConfiguration C TestChainConfiguration ► N hltResult C hltResult ► N hltResultMT C EDMCollection ► N HLTTriggerConfigAccess C HLTJobOptionsAccess C HLTMenuAccess C HLTMonitoringAccess C HLTPrescalesSetAccess ► N HTCondorJobRunner C HTCondorJobRunner ► N html ► N AtlRunQueryDQSummary C DQSummary ► N AtlRunQueryHTML C ResultPageMaker ► N AtlRunQueryPageMaker C PageMaker ► N Hto4lConfig C Hto4lConfig Base class for configurable objects in the jobOptions ► N Hto4lPowhegDefault C Hto4lPowhegDefault ► N Hto4lPowhegMerge C Hto4lPowhegMerge Base class for configurable objects in the jobOptions ► N HypoToolAnalyser C HypoToolAnalyser ► N hypoToolTests C HypoToolStructure ► N iconfTool ► N gui ► N modals C DoubleHelpModal C HelpModal C Modal C SearchModal C SingleHelpModal ► N pad C Pad ► N wrappers C DoublePad C GuiLoader ► N models ► N element C Element C GroupingElement C SingleElement C ValueElement ► N loaders C ComponentsDiffFileLoader C ComponentsFileLoader ► N structure C ComponentsStructure C ComponentsStructureFilter C Structure ► N utils ► N ids C DefectID C DefectIDBitfield C DefectsDBIDsNamesMixin ► N importcmd C ImportCmd ► N Include C Include C IncludeError ► N InDetTrigSequence C InDetTrigSequence ► N InnerTrackerTrigSequence C InnerTrackerTrigSequence ► N InnerTrackingTrigSequence C InnerTrackingTrigSequence ► N Interactive C ShellEscapes LazyPython based hook for shell commands ==================================== ► N ItemListSemantics C OutputStreamItemListSemantics ► N ITkTrigSequence C ITkTrigSequence ► N JetAnalysisCommon C ComponentAccumulatorMockUp C ConfArray C Configured C ConfNameSpace ► N JetAnalysisConfig C LargeRJetAnalysisConfig C PreJetAnalysisConfig C RScanJetAnalysisConfig C SmallRJetAnalysisConfig ► N JetDefinition C JetConstitModifier C JetDefinition C JetInputConstit C JetInputConstitSeq C JetInputExternal C JetInputType C JetModifier ► N jetetmiss_7TeV C jetetmiss_7TeV ► N jetetmiss_jetmetok_windet_900GeV C jetetmiss_jetmetok_windet_900GeV ► N jetetmiss_jetmetok_woindet_2TeV C jetetmiss_jetmetok_woindet_2TeV ► N jetetmiss_jetmetok_woindet_900GeV C jetetmiss_jetmetok_woindet_900GeV ► N jetetmiss_windet_900GeV C jetetmiss_windet_900GeV ► N jetetmiss_woindet_2TeV C jetetmiss_woindet_2TeV ► N jetetmiss_woindet_900GeV C jetetmiss_woindet_900GeV ► N JetGrooming C GroomingDefinition C JetSoftDrop C JetTrimming ► N JetJvtAnalysisConfig C JetJvtAnalysisConfig ► N JetReclusteringConfig C JetReclusteringBlock ► N JobProperties C _JobPropertyMeta C JobProperties C JobProperty C JobPropertyContainer ► N JobRunner C JobRunner C JobRunnerError C JobRunnerParameter ► N L1 ► N Base ► N Boards C Board C BoardType C MenuBoardsCollection ► N BunchGroupSet ► C BunchGroupSet C BunchGroup ► N Connectors C CFormat C Connector C CtpinConnector C CType C ElectricalConnector C EmptyTriggerLine C MenuConnectorsCollection C OpticalConnector C TriggerLine ► N CTP C CTP C Random ► N CTPCondition C InternalTrigger C ThrCondition ► N Items C MenuItem C MenuItemsCollection C meta_d C PrescaleHandler ► N L1Menu C L1Menu ► N L1Menu2JSON C L1MenuJSONConverter ► N L1MenuFlags C FlagWrapper ► C L1MenuFlagsCont C FlagArgs ► N Limits C Access C CaloLimits C Limits ► N Logic C Logic C LogicType ► N MenuConfObj C TopoMenuDef ► N MenuUtils C idgen ► N MonCounters C CtpinCounter C CtpmonCounter C MenuMonCountersCollection C MonCounter ► N Thresholds C cTauThreshold C eEMThreshold C eEMVarThreshold C eTauThreshold C gJetThreshold C gLJetThreshold C jEMThreshold C jJetThreshold C jLJetThreshold C jTauThreshold C LArSaturationThreshold C LegacyThreshold C MBTSSIThreshold C MBTSThreshold C MenuThresholdsCollection C MuonThreshold C NimThreshold C NSWMonThreshold C TEThreshold C Threshold C ThresholdValue C TopoThreshold C XEThreshold C ZeroBiasThreshold C ZeroBiasThresholdTopo ► N ThresholdType C ThrType ► N TopoAlgorithms C AlgCategory C AlgType C MenuTopoAlgorithmsCollection ► N TopoAlgos C DecisionAlgo C EMMultiplicityAlgo C Generic C JetMultiplicityAlgo C LArSaturationAlgo C MultiplicityAlgo C MuMultiplicityAlgo C SortingAlgo C TauMultiplicityAlgo C TopoAlgo These classes are base classes for the auto-generated algorithm python representations C Variable C XEMultiplicityAlgo C ZeroBiasAlgo ► N Config ► N CTPInputConfig C CTPInputConfig ► N ItemDef C ItemDef ► N ItemDef_run4 C ItemDef_run4 ► N MonitorDef C MonitorDef ► N ThresholdDef C ThresholdDef ► N ThresholdDefLegacy C ThresholdDefLegacy ► N TopoAlgoDef C TopoAlgoDef ► N TopoAlgoDefLegacy C TopoAlgoDefLegacy ► N TopoAlgoDefMuctpi C TopoAlgoDefMuctpi ► N TopoAlgoDefMultiplicity C TopoAlgoDefMultiplicity ► N TriggerTypeDef C TT ► N TypeWideThresholdConfig ► C L1Config_cTAU C eTAUWP C L1Config_eTAU C L1Config_jTAU C ValueWithEtaDependence ► N L1MenuConfig C L1MenuConfig ► N Menu ► N L1TriggerConfigAccess C BunchGroupSetAccess C L1MenuAccess C L1PrescalesSetAccess ► N LArBadChannelBrowserLib C LArBadChannelBrowserAlg ► N LArBlobMergeAlg C LArBlobMergeAlg ► N LArCellConditionsAlg C LArCellConditionsAlg ► N LArCondContChannels C LArCondContChannels ► N LArCondDataDumper C LArCondDataDumper ► N LArConditionsContainer C LArConditionsContainer ► N LArConfigFlags C RawChannelSource ► N LArDBFolderBrowser_BadChan C LArDBFolderBrowser_BadChan ► N LArDBFolderBrowser_MissingFEBs C LArDBFolderBrowser_MissingFEBs ► N LArExtendedFTGrouping C LArExtendedFTGrouping ► N LArExtendedSubDetGrouping C LArExtendedSubDetGrouping ► N LArIdHelperStandalone C LArIdHelper ► N LArRunFormat C LArDTRunInfo C LArRunInfo ► N LeptonSFCalculatorConfig C LeptonSFCalculatorBlock ► N LheConverterUpc C LheConverterUpc ► N Lib C PyClidsTestWriter C PyReadFatObject C PyReadNonThinnedData C PySgStressConsumer C PySgStressProducer C PyWriteThinnedData ► N logger C ColoredFormatter C ExtendedLogger ► N Logging C AnaLogger Specialized logger to allow setting with Gaudi-like message levels ===== C AthenaLogger Specialized logger to allow setting with Gaudi message levels ============ ► N LogicalFilterCombiner C LogicalFilterCombiner ► N LSFJobRunner C LSFJobRunner ► N lumi C UnknownTrigger ► N LumiCalcHtml C LumiCalc ► N LumiCalculator C coolLumiCalc C IOVCache C lumiResult C RLBRange ► N LumiCalcWorking C LumiWorking ► N LumiCalibrator C LumiCalibrator ► N LumiChannelDefs C LumiChannelDefs ► N LumiChannelDefsRun1 C LumiChannelDefs ► N LumiDBCache C LumiDBCache ► N LumiDBHandler C LumiDBHandler ► N LumiDeadtimeHandler C LumiDeadtimeHandler ► N LumiGRLParser C LumiGRLParser ► N LumiQuery C PyRunLumiP1 ► N LumiResultsGetter C coolLumiResultsGetter ► N MadGraphTopUpAlg C MadGraphTopUpAlg ► N MagFieldUtils C MagFieldDCSInfo ► N MakerAlgConfig C MakerAlg ► N MenuXML2JSONConverter C XML2JsonConverter ► N messaging_listen C ATLASDQMListener ► N MetAnalysisConfig C MetAnalysisConfig ► N minbias_2TeV C minbias_2TeV ► N minbias_7TeV C minbias_7TeV ► N minbias_900GeV C minbias_900GeV ► N minbias_solon_2TeV C minbias_solon_2TeV ► N minbias_solon_900GeV C minbias_solon_900GeV ► N minbias_solon_windet_900GeV C minbias_solon_windet_900GeV ► N minbias_stable_900GeV C minbias_stable_900GeV ► N minbias_windet_900GeV C minbias_windet_900GeV ► N MissingEtFilter C MissingEtFilter ► N MpUtils C SubProcessIterator ► N MTJobOptCfg C PerfMonMTSvc ► N MultiReaderAlg C MultiReaderAlg A class very similar to D3PDMakerCoreComps.MakerAlg, but it creates a configured version of the D3PD::MultiReaderAlg ► N muon_7TeV C muon_7TeV ► N MuonAnalysisConfig C MuonCalibrationConfig C MuonContainerMergingConfig C MuonLRTMergedConfig C MuonTriggerAnalysisSFBlock C MuonWorkingPointConfig ► N MuonBytestreamDecodeConfig C MuonCacheNames Small class to hold the names for cache containers, should help to avoid copy / paste errors ► N MuonConfigFlags C MMClusterBuilderEnum ► N MuonRdoDecodeConfig C MuonPrdCacheNames Small class to hold the names for cache containers, should help to avoid copy / paste errors ► N MuonsExtraTriggerConfig C MuonExtraTriggerHelper ► N OfficialGRLs C OfficialGRLs Official collection of GRL maintained and produced by DQ group ► N offsets C Offsets ► N OnnxRuntimeFlags C OnnxRuntimeType ► N output ► N AtlRunQueryXML C TextElement ► N OutputAnalysisConfig C OutputAnalysisConfig ► N OverlapAnalysisConfig C OverlapAnalysisConfig ► N pahole C Pahole ► N PandaJobRunner C PandaJobRunner ► N ParameterDbFiller C ParameterDbFiller C ParameterDbFillerError ► N parameters ► N parameter C Parameter Class to store information about a single Powheg parameter ► N powheg_atlas_common C branching_ratio Particle branching ratios C CKM CKM matrix C EW_parameters EW parameters C mass Particle masses C width Particle widths C WS_parameters Wolfenstein parameters ► N registry C Registry Class to store information about Powheg parameters ► N PDSFJobRunner C PDSFJobRunner ► N PerfMonFlags C doFastMonMT C doFullMonMT C doMonitoringMT C OutputJSON C PerfMonFlags ► N PhotonAnalysisConfig C PhotonCalibrationConfig C PhotonWorkingPointConfig ► N PhotonExtraVariablesConfig C PhotonExtraVariablesBlock ► N PhotonIsEMSelectorMapping C photonPIDmenu ► N PileUpMTConfig C PUBkgKind ► N pointerprint C VPointerPrinter ► N POOL2EI_Lib C POOL2EI C POOL2EISvc ► N PoolFile C Counter C DiffFiles C PoolFile C PoolFileCatalog ► C PoolOpts C RNTupleNames C TTreeNames ► C PoolRecord C Sorter C Units — data ---------------------------------------------------------------— ► N PostProcessing C PostponeProcessing C PostProcessingError C PostProcessingStep ► N powheg_control C PowhegControl Provides PowhegConfig objects which are user-configurable in the jobOptions ► N PrintToolConfigAlgConfig C PrintToolConfigAlgBlock ► N processes ► N configurable C Configurable Class for any process which can be configured ► N external ► N external_base C ExternalBase Base class for external processes ► N external_madspin C ExternalMadSpin Class for running external MadSpin process ► N external_nnlo_reweighter C ExternalNNLOReweighter Class for running external NNLO reweighting process ► N external_photos C ExternalPHOTOS Class for running external PHOTOS process ► N external_vbf_nlo C ExternalVBFNLO Class for running external VBFNLO process ► N powheg ► N bb C bb Default Powheg configuration for b-quark pair production ► N bbH C bbH Default Powheg configuration for Higgs boson production in association with top quarks ► N bblvlv C bblvlv Default Powheg configuration for top pair and Wt production including non-resonant and interference effects ► N bblvlv_Beta C bblvlv_Beta Default Powheg configuration for top pair and Wt production including non-resonant and interference effects ► N bblvlv_Beta_modified C bblvlv_Beta_modified Default Powheg configuration for top pair and Wt production including non-resonant and interference effects ► N bblvlv_modified C bblvlv_modified Default Powheg configuration for top pair and Wt production including non-resonant and interference effects ► N chi0chi0 C chi0chi0 Default Powheg configuration for neutralino pair production ► N chi0chi1 C chi0chi1 Default Powheg configuration for neutralino plus chargino production ► N chi1chi1 C chi1chi1 Default Powheg configuration for chargino pair production ► N DMGG C DMGG Default Powheg configuration for dark matter plus monojet production (GG-mediated) ► N DMS_tloop C DMS_tloop Default Powheg configuration for dark matter plus monojet production (through a top loop) ► N DMV C DMV Default Powheg configuration for dark matter plus monojet production (with a vector mediator) ► N DY_SLQ C DY_SLQ Default Powheg configuration for Vector LeptoQuark production ► N DY_VLQ C DY_VLQ Default Powheg configuration for Vector LeptoQuark production ► N fourtops C fourtops Default Powheg configuration for 4 tops production ► N gg4l C gg4l Default Powheg configuration for NLO QCD corrections to 4 lepton production in gluon fusion, including the Higgs-mediated contribution, the diboson background and their interference ► N ggF_H C ggF_H Default Powheg configuration for gluon-fusion Higgs boson production with quark mass and EW effects ► N ggF_HH C ggF_HH Default Powheg configuration for gluon-fusion Higgs boson production with quark mass and EW effects ► N ggF_HH_quartic C ggF_HH_quartic Default Powheg configuration for gluon-fusion Higgs boson production with quark mass and EW effects ► N ggF_HH_SMEFT C ggF_HH_SMEFT Default Powheg configuration for gluon-fusion Higgs boson production with quark mass and EW effects ► N ggF_HZ C ggF_HZ Default Powheg configuration for gluon-fusion Higgs boson plus Z-boson production with quark mass effects ► N Hj C Hj Default Powheg configuration for Higgs boson production plus one jet ► N Hj_MiNNLO C Hj_MiNNLO Default Powheg configuration for Higgs boson production plus one jet using MiNNLOPS ► N Hjj C Hjj Default Powheg configuration for Higgs boson production plus two jets ► N HWj C HWj Default Powheg configuration for associated Higgs boson and W-boson production plus one jet, with quark mass effects ► N HWj_EW C HWj_EW Default Powheg configuration for associated Higgs boson and W-boson production plus one jet, with electroweak and quark mass effects ► N HZj C HZj Default Powheg configuration for associated Higgs boson and Z-boson production plus one jet, with quark mass effects ► N HZj_EW C HZj_EW Default Powheg configuration for associated Higgs boson and Z-boson production plus one jet, with electroweak and quark mass effects ► N jj C jj Default Powheg configuration for jet pair production ► N jjj C jjj Default Powheg configuration for three jet production ► N LQ_s_chan C LQ_s_chan Default Powheg configuration for LeptoQuarks s-channel production ► N ssWWjj C ssWWjj Default Powheg configuration for same-sign W-boson pair plus jet pair production ► N t_sch C t_sch Default Powheg configuration for single-top production in the s-channel ► N t_tch_4FS C t_tch_4FS Default Powheg configuration for single-top production in the t-channel in the four-flavour scheme ► N tt C tt Default Powheg configuration for top-pair production ► N tt_NLOdecays C tt_NLOdecays Default Powheg configuration for top pair production, with NLO corrections to the decays ► N ttbb C ttbb ► N ttH C ttH Default Powheg configuration for Higgs boson production in association with top quarks ► N ttj C ttj Default Powheg configuration for top pair production plus one jet ► N ttj_MiNNLO C ttj_MiNNLO Default Powheg configuration for top pair production plus one jet with MiNNLO ► N ttll C ttll ► N ttWm_EW C ttWm_EW ► N ttWm_QCD C ttWm_QCD ► N ttWp_EW C ttWp_EW ► N ttWp_QCD C ttWp_QCD ► N ttZ C ttZ ► N VBF_H C VBF_H Default Powheg configuration for Higgs boson production through vector boson fusion ► N VBF_osWW C VBF_osWW ► N VBF_ssWW C VBF_ssWW Default Powheg configuration for same-sign W-boson pair plus jet pair production through vector boson fusion ► N VBF_W C VBF_W Default Powheg configuration for W-boson production through vector boson fusion ► N VBF_Z C VBF_Z Default Powheg configuration for Z-boson production through vector boson fusion ► N VBF_ZZ C VBF_ZZ ► N W C W Default Powheg configuration for single W-boson production ► N W_EW C W_EW Default Powheg configuration for single W-boson production with electroweak corrections ► N W_SMEFT C W_SMEFT Powheg configuration for W boson production in Standard Model Effective Field Theory ► N Wbb C Wbb Default Powheg configuration for W-boson plus b-quark pair production ► N Wbbj C Wbbj Default Powheg configuration for W-boson plus b-quark pair production with an associated jet ► N Wj C Wj Default Powheg configuration for single W-boson production plus one jet ► N Wj_MiNNLO C Wj_MiNNLO Default Powheg configuration for single W-boson production plus one jet using MINNLOPS ► N Wjj C Wjj Default Powheg configuration for single W-boson production plus two jets ► N Wt_DR C Wt_DR Default Powheg configuration for single top production with an associated W-boson through the t-channel (diagram removal) ► N Wt_DR_modified C Wt_DR_modified Default Powheg configuration for single top production with an associated W-boson through the t-channel (diagram removal) ► N Wt_DS C Wt_DS Default Powheg configuration for single top production with an associated W-boson through the t-channel (diagram subtraction) ► N WW C WW Default Powheg configuration for W-boson pair production including interference for identical leptons ► N WWj C WWj Default Powheg configuration for W-boson pair production plus one jet ► N Wy C Wy Default Powheg configuration for W-boson production with an associated photon ► N WZ C WZ Default Powheg configuration for W-boson and Z-boson production including interference for identical leptons ► N yj C yj ► N Z C Z Default Powheg configuration for single Z-boson production ► N Z_EW C Z_EW Default Powheg configuration for single Z-boson production with electroweak corrections ► N Z_SMEFT C Z_SMEFT Powheg configuration for Z boson production in Standard Model Effective Field Theory ► N Zj C Zj Default Powheg configuration for single Z-boson production plus one jet ► N Zj_MiNNLO C Zj_MiNNLO Default Powheg configuration for single Z-boson production plus one jet using MiNNLOPS ► N Zjj C Zjj Default Powheg configuration for single Z-boson production plus two jets ► N ZZ C ZZ Default Powheg configuration for Z-boson pair production including interference for identical leptons ► N powheg_base C PowhegBase Base class for PowhegBox processes ► N powheg_Beta C PowhegBeta Base class for PowhegBox RES processes ► N powheg_RES C PowhegRES Base class for PowhegBox RES processes ► N powheg_V1 C PowhegV1 Base class for PowhegBox V1 processes ► N powheg_V2 C PowhegV2 Base class for PowhegBox V2 processes ► N ProgressBar C progressBar ► N PropertyProxy C DataHandlePropertyProxy C GaudiHandleArrayPropertyProxy C GaudiHandlePropertyProxy C GaudiHandlePropertyProxyBase C PropertyProxy ► N ProphecyConfig C ProphecyConfig Base class for configurable objects in the jobOptions ► N ProphecyPowhegDefault C ProphecyPowhegDefault ► N ProphecyPowhegMerge C ProphecyPowhegMerge Base class for configurable objects in the jobOptions ► N PropSetterProxy C PropSetterProxy ► N PublicStreamFilter C PublicStreamFilter ► N PyAthena C ModuleFacade ► N PyAthenaComps C Alg C AlgTool C AthFilterAlgorithm C Aud C StatusCode PyAthena.StatusCode ----------------------------------------------------— C Svc C WeakRefHolder ► N PyAthenaEventLoopMgr C PyAthenaEventLoopMgr ► N PyComps C DataProxyLoader C MpEvtLoopMgr C PyEvtFilter C PyReader C PySgDumper C PyWriter ► N PyCompsExt C PyEvtFilterFromFile ► N pydraw C _Bins C _Loopvar C AthenaLoopWrapper C Draw_Cmd C TreeLoopWrapper ► N PyKernel C _DummyClass C _SetEventCounter ► N Pythia8Util C Pythia8Util ► N PythonConfig C PrivateToolConfig C PythonConfig C TestAlgPrivateTool Test case for using private tools C TestAlgProperties Test case for the algorithm property handling C TestAlgTypeAndName Test case for the algorithm type/name handling ► N RatesTrigger C RatesBins C RatesTrigger ► N ReaderAlg C ReaderAlg A class very similar to D3PDMakerCoreComps.MakerAlg, but it creates a configured version of the D3PD::ReaderAlg ► N ReclusteredJetCalibrationConfig C ReclusteredJetCalibrationBlock ► N recoTransforms C skimRawExecutor Executor for skimming RAW events according to a list of run and event numbers ► N ReOrderMcEventCollection C FixMcEventCollection ► N RepeatedConditionParams C RepeatedConditionParams ► N rfio C RFIOError C StatResult ► N RingerConstants C DETIDClass C LayerClass ► N root_pickle C Pickler C Read_Wrapper C Root_Proxy C Saver C Unpickler C Write_Wrapper ► N ROOTUtils C MyCanvas C PlotLibrary C StyleFactory ► N RootUtils C RootFileDumper ► N ROSToROB C ROSToROBMap ► N runargs C RunArguments ► N RunDependentMCTaskIterator C taskIterator ► N RunLister C coolRunLister C LBParams C RunParams C TrigLBParams ► N samplers C ConstSampler C ContinuousSampler Continuous distribution samplers C CyclicSeqSampler C DiscreteSampler Discrete sequence samplers C DisjointUniformSampler C EEtaMPhiSampler C ERapMPhiSampler C EThetaMPhiSampler C GaussianSampler C InvSampler C LogSampler C ModUniformSampler C MomSampler Momentum sampling C MXYZSampler C NullMomSampler C ParticleSampler C PosSampler Beam-spot (origin vertex) sampling C PtEtaMPhiSampler C PtRapMPhiSampler C PtThetaMPhiSampler C RandomSeqSampler C SampledParticle C Sampler C TH1Sampler C UniformSampler ► N ScanNtupleHandler C ScanNtupleHandler ► N scripts ► N cmake_depends C AthGraph ► N cmake_newanalysisalg C Templates ► N gen_klass C GenTypes C Templates ► N SCTCondAlgCardinality C SCTCondAlgCardinality ► N selector ► N AtlRunQuerySelectorBase C Condition C DataKey C RunLBBasedCondition C Selector C TimeBasedCondition ► N AtlRunQuerySelectorDQ C DQCondition C DQDefectCondition C DQSelector ► N AtlRunQuerySelectorEvents C AllEventsSelector C EventSelector C L1EventsSelector ► N AtlRunQuerySelectorLhcOlc C BeamspotSelector C LHCCondition C LHCSelector C LuminositySelector C OLCFillParamsCondition C OLCLBDataCondition C OLCLumiCondition C OLCLumiSelector ► N AtlRunQuerySelectorMisc C BFieldCondition C BFieldSelector C BPMSelector C DatasetsSelector C DetectorSelector C DurationSelector C FilenameSelector C LArcondSelector C PartitionSelector C ReadyForPhysicsSelector ► N AtlRunQuerySelectorRuntime C RunTimeSelector C TimeRunSelector ► N AtlRunQuerySelectorStreams C StreamSelector ► N AtlRunQuerySelectorTrigger C BGSKeySelector C HLTTrigKeySelector C L1TrigKeySelector C RatesSelector C TriggerSelector C TrigKeySelector ► N sendEI_SPB_Lib C MSG C MyListener ► N Sequences C EvgenSequence ► N sheap C SHeap ► N ShellJobRunner C ShellJobRunner ► N SimBeamSpotShapeFilter C SimBeamSpotShapeFilter ► N SimEnums C BeamPipeSimMode C CalibrationRun C CavernBackground C LArParameterization C PixelRadiationDamageSimulationType C SimulationFlavour C TruthStrategy C VertexSource ► N SingleAppInstance ► C SingleAppInstance C FileLockAcquisitionError C FileLockReleaseError ► N SortedCollectionCreator C SortedCollectionCreator ► N spbfile C RunEvtRanges C SpbFile ► N StackedDict C StackedDict ► N StandardTests C DataOverlayPreparationTest C DataOverlayTest C DerivationTest C GenerationTest C OverlayTest C PileUpTest C QTest C SimulationTest ► N subdetector C DCSC_DefectTranslate_Subdetector C DCSC_Subdetector C DCSC_Subdetector_DefectsOnly ► N subdetectors ► N afp C AFP C DCSC_Merged_Variable C DCSC_Multi_Channel_Variable C DCSC_Variable_With_Mapping C TDAQC_Array_Variable C TDAQC_Bit_Flag_Variable C TDAQC_Multi_Channel_Variable C TDAQC_Variable ► N global_system C Global C LUMI_EmittanceScan C TDAQ_Busy C TDAQ_Ready ► N lar C LAr ► N lucid C Lucid C Lucid_Magnets C Lucid_Voltage ► N magnets C Magnet_Currents C Magnets ► N mdt C MDT ► N mmg C MMG ► N rpc C RPC ► N sct C DCSC_Variable_SCT_Config C SCT ► N stg C STG ► N tdq C TDQ ► N tgc C TGC ► N tile C Tile C Tile_NoHighVoltage ► N trig C Online_Beamspot_Status C Trigger ► N trt C DCSC_Variable_TRT_HV C TRT ► N sugar ► N iovset C IOVSet ► N iovtype C IOVType ► N runlumi C IovKey C RunLumiType C TimestampType ► N susy_7TeV C susy_7TeV ► N SystObjectLinkConfig C SystObjectLinkBlock ► N TableConstructorBase C Column C TableConstructorBase ► N tags C DefectsDBTagsMixin ► N TaskManager C DbParam C JobAnalyzer C TaskAnalyzer C TaskManager C TaskManagerCheckError C TaskManagerDatabaseError ► N TauAnalysisConfig C EXPERIMENTAL_TauCombineMuonRemovalConfig C TauCalibrationConfig C TauTriggerAnalysisSFBlock C TauWorkingPointConfig ► N Test C TestSetup C WorkflowCheck C WorkflowRun C WorkflowTest C WorkflowType ► N TestCases C DQCTestCase C DQUTestCase ► N TestDefaults C defaultConditionsTags C defaultGeometryTags C defaultTestFiles ► N tests ► N PyTestsLib C MyAlg C MyNameAud C MySvc C MyTool ► N PyTHistTestsLib C PyHistReader C PyHistWriter ► N test_CA C Test C test_McAodBuilder C test_McAodFilter C test_McAodValidation C xcode ► N TileBchTools C TileBchMgr ► N TileCalibCrest C TileBlobReaderCrest ► N TileCalibDefaultWriter C TileCalibDefaultWriter ► N TileCalibLogger C TileCalibLogger ► N TileCalibTools C TileASCIIParser C TileASCIIParser2 C TileASCIIParser3 C TileBlobReader C TileBlobWriter ► N TileCellTools C TileCellHashMgr ► N TileConfigFlags C TileRunType ► N TileDCSDataGrabber C FolderVarSet C IOVDict C TileDCSDataGrabber ► N TileDCSDataInfo C TileDCSDataInfo ► N TileFolders C TestTileFolders C TileFolders ► N TopMixConfig C TopMixConfig ► N TPyEvent C TPyEvent A Python wrapper around xAOD::TPyEvent ► N TPyStore C TPyStore A Python wrapper around xAOD::TPyStore ► N TrackingPassFlags C RoIStrategy ► N transform C transform Core transform class ► N TransformConfig C AllowedExpression C Boolean C Descriptor C Float C Integer C JobConfig C JobConfigMetaClass C ListOfStrings C String C TransformConfig C UniqueList ► N Treereader C Treereader ► N trfAMI C TagInfo Stores the information about a given tag C TrfConfig Stores the configuration of a transform ► N trfArgClasses C argAction C argActionFactory Factory class used to generate argparse actions, actions should be used when arguments are used without value, like boolean flags C argAthenaFile Athena file class C argBool Boolean type argument C argBSFile ByteStream file class C argBZ2File TarBZ filetype C argEVNT_TRFile C argEVNTFile C argFactory Factory class used to generate argument class instances for argparse C argFile File argument class C argFloat Float type argument C argFTKIPFile Class which defines a special input file format used in FTK simulation C argHepEvtAsciiFile HEP ASCII file C argHISTFile Data quality histogram file class C argHITSFile C argInt Int type argument C argIntList List of int arguments C argKeyFloatValueList C argLHEFile LHE ASCII file C argList List of string arguments C argNTUPFile NTUP (plain ROOT ) file class C argPOOLFile POOL file class C argRDOFile C argString String type argument C argSubstep Base class for substep arguments C argSubstepBool Boolean substep argument C argSubstepConditions Substep class for conditionsTag C argSubstepFloat Float substep argument C argSubstepInt Int substep argument C argSubstepList Argument class for substep lists, suitable for preExec/postExec C argSubstepSteering Special argument class to hold steering information C argSubstepString String substep argument C argument Basic argument class holding a value which can be get and set C argYODAFile C trfArgParser ► N trfArgs C dpdType Simple class to store information about extra DPD filetypes ► N trfEnv C environmentUpdate Class holding the update to an environment that will be passed on to an executor C pathVar Helper class for environment variables using colon separated paths ► N trferr C JobOptionsNotFoundError C TransformConfigError C TransformError ► N trfExceptions C TransformAMIException Exception used by configuration via AMI tags C TransformArgException Group of argument based exceptions C TransformException Base class for transform exceptions C TransformExecutionException Base class for execution exceptions C TransformGraphException Exception for problems finding the path through the graph C TransformInternalException Transform internal errors C TransformLogfileErrorException Exception class for validation failures detected by parsing logfiles C TransformLogfileException Logfile exceptions C TransformMergeException Base class for file merging exceptions C TransformMetadataException Exception used by metadata functions C TransformNeedCheckException Exception used when the job wants to signal that it should get manual intervention at Tier-0 C TransformReportException Group of validation exceptions C TransformSetupException Setup exceptions C TransformTimeoutException Exception used by time limited executions C TransformValidationException Group of validation exceptions ► N trfExe C archiveExecutor Archive transform C athenaExecutor C bsMergeExecutor Specalise the script executor to deal with the BS merge oddity of excluding empty DRAWs C DQMergeExecutor Specialist execution class for merging DQ histograms C DQMPostProcessExecutor Specialist execution class for DQM post-processing of histograms C dummyExecutor C echoExecutor C executorConfig C logscanExecutor Special executor that will enable a logfile scan as part of its validation C NTUPMergeExecutor Specialist execution class for merging NTUPLE files C optionalAthenaExecutor Athena executor where failure is not consisered fatal C POOLMergeExecutor C reductionFrameworkExecutor Specialist executor to manage the handling of multiple implicit input and output files within the derivation framework C scriptExecutor C transformExecutor Executors always only even execute a single step, as seen by the transform ► N trfExitCodes C trfExitCode Little class to hold the three attributes of a transform error C trfExitCodes ► N trfGraph C executorGraph Simple graph object describing the links between executors C executorNode Initialise a graph node from an executor C graphNode Vanilla graph node C graphPath Path object holding a list of nodes and data types which trace a single path through the graph ► N trfJobOptions C JobOptionsTemplate Class that generates the job options (AKA runargs) python file for an athena executor C RunArguments Hold run arguments as name-value pairs ► N trfReports C machineReport Report on the machine where we ran C trfExecutorReport Class to contain metadata for an executor C trfFileReport Class to contain metadata for file types C trfJobReport Class holding a transform job report C trfReport Base (almost virtual) report from which all real transform reports derive ► N TrfUtils C JobRunnerTransform ► N trfUtils C analytic Analytics service class C Fit Low-level fitting class C Job Job : a set of pieces of information relevant to a given work function C JobGroup JobGroup : a set of Job objects and pieces of information relevant to a given set of Job objects C math Some mathematical tools C memFileToTable Extract a table of data from a txt file C ParallelJobProcessor ParallelJobProcessor : a multiple-process processor of Job objects ► N trfValidation C athenaLogFileReport Logfile suitable for scanning logfiles with an athena flavour, i.e., lines of the form "SERVICE LOGLEVEL MESSAGE" C eventMatch Small class used for vailiadating event counts between input and output files C ignorePatterns Class of patterns that can be ignored from athena logfiles C logFileReport A class holding report information from scanning a logfile This is pretty much a virtual class, fill in the specific methods when you know what type of logfile you are dealing with C scriptLogFileReport ► N TrigAnalysisSteps C CheckFileTrigSizeStep C TrigDecChecker Additional exec steps C TrigEDMChecker ► N trigbs_modifyEvent C Config C Store ► N TrigConfFrontier C FrontierCursor ► N TrigConfigSvcCfg C Tests ► N trigCostExe C trigCostExecutor ► N TrigEgammaFastCaloHypoTool C TrigEgammaFastCaloHypoToolConfig ► N TrigEgammaFastCutDefs C TrigFastCaloElectronCutMaps C TrigFastPhotonCutMaps ► N TrigEgammaFastElectronHypoTool C TrigEgammaFastElectronHypoToolConfig ► N TrigEgammaFastPhotonHypoTool C TrigEgammaFastPhotonHypoToolConfig ► N TrigEgammaMonitorHelper C THWrapper ► N TrigEgammaMonitoringConfig C TrigEgammaMonAlgBuilder ► N TrigEGammaPIDdefs C BitDefElectron C BitDefPhoton C CutDefElectron C CutDefPhoton C SelectionDefElectron C SelectionDefPhoton C TrigEgammaIDQuality ► N TrigEgammaPrecisionElectronHypoTool C TrigEgammaPrecisionElectronHypoToolConfig ► N TrigEgammaPrecisionPhotonCaloIsoHypoTool C TrigEgammaPrecisionPhotonCaloIsoHypoToolConfig ► N TrigEgammaPrecisionPhotonHypoTool C TrigEgammaPrecisionPhotonHypoToolConfig ► N TriggerAnalysisConfig C TriggerAnalysisBlock ► N TriggerAnalysisSFConfig C TriggerAnalysisSFBlock ► N TriggerAPI ► N SerializeAPI C TriggerAPIEncoder ► N TriggerAPI C TriggerAPI ► N TriggerAPISession C Formatter C TriggerAPISession ► N TriggerEnums C LBexceptions C TriggerPeriod C TriggerRenaming C TriggerType ► N TriggerInfo C TriggerChain C TriggerInfo C TriggerLeg ► N TriggerPeriodData C TriggerPeriodData ► N TriggerConfigAccessBase C ConfigCrestLoader C ConfigDBLoader C ConfigDirectLoader C ConfigFileLoader C ConfigLoader C ConfigType C TriggerConfigAccess ► N TriggerConfigFlags C ROBPrefetching C Tests ► N TriggerCoolUtil C TriggerCoolUtil ► N TriggerEDMDefs C Alias C InViews ► N TriggerFilter C TriggerFilter ► N TriggerHandler C TriggerHandler C TriggerL1Data ► N TriggerListsHelper C TriggerListsHelper ► N TrigInDetArtSteps C TrigBSExtr C TrigCostStep C TrigInDetAna Additional exec (athena) steps - AOD to TrkNtuple C TrigInDetCompStep C TrigInDetCpuCostStep C TrigInDetRdictStep C TrigInDetReco Exec (athena) steps for Reco_tf C TrigInDetRecoData C TrigTZReco ► N TrigJetHypoToolConfig C TestStringMethods ► N TrigNtupleHandler C TrigNtupleHandler ► N TrigP1TestSteps C ExtractExpertMonitoring C TrigBSDumpGrepStep ► N TrigPyHelper C TrigApp ► N trigRateExe C trigRateExecutor ► N trigRecoExe C trigRecoExecutor ► N TrigTauMonitoringConfig C TrigTauMonAlgBuilder ► N TrigTrackingPassFlags C FlagsCopiedTest ► N TrigValSteering ► N CheckSteps C ChainCompStep C ChainDumpStep C CheckFileStep C CheckLogStep C DownloadRefStep C HistCountStep C InputDependentStep C LogMergeStep C MessageCountStep C PerfMonStep C RefComparisonStep C RegTestStep C RootCompStep C RootMergeStep C TailStep C TrigTestJsonStep C ZeroCountsStep C ZipStep ► N ExecStep C ExecStep ► N Input C TrigValInput ► N PyStep C PyStep ► N Step ► C Step C OutputStream ► N Test C Test ► N TrkConfigFlags C ITkPrimaryPassConfig C KalmanUpdatorType C PixelClusterSplittingType C PrimaryPassConfig C TrackFitterType C TrackingComponent ► N truth C _Truthtmp ► N TurnDataReader C TurnDataReader ► N UnbinnedHist C UnbinnedHist ► N update_ci_reference_files C CITest ► N Utilities C ldict C lproperty ► N utility ► N file_parser C FileParser Utility class to perform simple operations on files ► N non_blocking_stream_reader C NonBlockingStreamReader Read an output stream without blocking ► N process_handling C ProcessManager Wrapper to handle multiple Powheg subprocesses C SingleProcessThread Single executable running in a subprocess (usually PowhegBox) ► N repeating_timer C HeartbeatTimer Recurring heartbeat that emits a message to console and to file C RepeatingTimer Helper class to run repeating timing output in an additional thread ► N Utils C Campaign ► N utils ► N AtlRunQueryCache C Cache ► N AtlRunQueryIOV C IOVRange C IOVTime ► N AtlRunQueryTimer C TimeCount C TimerStats ► N AtlRunQueryTriggerUtils C TriggerChain ► N AtlRunQueryUtils C DBConnectionController C Enumerate C Matrix C RunPeriods ► C XMLReader C XMLElement C FolderTagResolver C TreeDict ► N variable C DCSC_Defect_Global_Variable C DCSC_Global_Variable C DCSC_Variable C DCSC_Variable_With_Mapping ► N VertexFindingFlags C VertexSetup C VertexSortingSetup ► N VGammaORConfig C VGammaORBlock ► N virtual_logic C DefectLogic ► N virtual_mixin C DefectsDBVirtualDefectsMixin ► N WZcommon C WZcommon ► N XbbAnalysisConfig C XbbConfig ► N xmldict C XmlDictObject Module implementation ---------------------------------------------------— ► N XMLReader C MioctGeometryXMLReader C TrigXMLDocumentReader C TrigXMLElement ► N Zeechannel_fwd C Zeechannel_fwd C NullHandler C ParticleGun C TriggerMenuMTFormatter ► N quick_retrieve_dict C dict ► N RatesAnalysisOnlineProcessing C RateEntry ► N RCU This module defines a variety of assert style macros ► N Check C TestInvariant C ExceptionMsg C Message C UnitTestDir ► N readDataHeader C ReadDataHeaderAlg ► N ReadRPCRun2DataFile C Decodes C Mioct C MuonGeometry C ROI C Sector C TopoCell ► N Rec Name: MuonSpContainer.h Package : offline/Reconstruction/MuonIdentification/muonEvent C CaloCellCollector C CaloLayer C CaloMeas C clique_visitor C CombinedMuonTrackBuilder C CombinedMuonTrackFitter C CrossedCaloCellHelper C FieldIntegral C GNNVertexFitterAlg ► C GNNVertexFitterTool C WrkVrt C ICombinedMuonTrackBuilder Interface ID for ICombinedMuonTrackBuilder C ICombinedMuonTrackFitter Interface ID for ICombinedMuonTrackFitter C IGNNVertexFitterInterface C IMuidBackTracker C IMuidCaloEnergy C IMuidCaloEnergyMeas C IMuidCaloEnergyParam C IMuidCaloMaterialParam C IMuidCaloTrackStateOnSurface C IMuidMatchMaker C IMuidMuonRecovery Interface ID for IMuidMuonRecovery C IMuidTrackIsolation C IMuidVertexCombiner C IMuonCaloEnergyTool Interface for extending Particles with calo cells C IMuonCombinedTimingTool Interface providing a vector of time-space points from the various detector measurements crossed by a muon C IMuonIdentificationHelper C IMuonMatchQuality C IMuonMeanMDTdADCFiller Interface providing mean Number of ADC counts for MDT tubes on the track C IMuonMomentumBalanceSignificance Interface providing a significance value for the balance between the separate ID and MS momentum measurements C IMuonPrintingTool Interface for tool that creates a dump output of different detail to strings or files C IMuonScatteringAngleSignificance Interface providing a the scattering angle significance C IMuonTrackQuery C IndetMatchCandidate C IParticleCaloCellAssociationTool Interface for extending Particles with calo cells C IParticleCaloClusterAssociationTool Interface for extending Particles with calo cells C IVrtInclusive C MuidCaloEnergyMeas ► C MuidCaloEnergyParam C BinsWeights C MuidCaloEnergyTool C MuidCaloMaterialParam C MuidCaloTrackStateOnSurface C MuidMaterialEffectsOnTrackProvider C MuidMuonRecovery C MuidTrackIsolation C MuonCaloEnergyTool C MuonCombinedTimingTool C MuonMatch ► C MuonMatchQuality C CacheAll C MuonMeanMDTdADCFillerTool Return mean Number of ADC counts for MDT tubes on the track C MuonMomentumBalanceSignificanceTool Tool to calculate the momentum balance significance from the detailed information (parameters, scattering angles) of a track fit C MuonOverlapDescriptor A class describing ID, MS and hit overlaps, mind this class is TRANSIENT ONLY C MuonPrintingTool Tool to visualise muon structure, authors and content in logfile or extra dump text file, combining code from Staco/Mutag and the muon builder C MuonScatteringAngleSignificanceTool Tool to calculate the scattering angle significance from the detailed information (parameters, scattering angles) of a track fit C MuonSpShower C MuonSpShowerContainer C MuonTrackQuery C NewVrtSecInclusiveAlg ► C NewVrtSecInclusiveTool C DevTuple C Hists C Vrt2Tr C WrkVrt C ParticleCaloAssociation Class storing calorimeter cell/cluster association with IParticle objects C ParticleCaloCellAssociationTool C ParticleCellAssociation Class storing calorimeter cell association with IParticle objects C ParticleCellIntersection Class storing information on the intersection of a track with a cell C ParticleClusterAssociation Class storing calorimeter cell association with IParticle objects C ScatteringAngleSignificance C TrackParticle C TrackParticle_p1 C TrackParticle_p2 C TrackParticle_p3 C TrackParticleContainer C TrackParticleContainer_p1 C TrackParticleContainer_p2 C TrackParticleContainer_tlp1 C TrackParticleContainer_tlp2 C TrackParticleContainer_tlp3 ► C TrackParticleTruthCollection_p1 C Entry ► C TrackParticleTruthCollection_p2 C Entry ► C TrackParticleTruthCollection_p3 C Entry C TrackParticleTruthKey C workVectorArrxAOD ► N Reco C ITrackToVertex C TrackToVertex ► N rhadd C haddJob C haddStep ► N Ringer Namespace dedicated for Ringer utilities ► N Discrimination Namespace dedicated for Ringer Discrimination utilities C IDiscriminator Discriminator interface to be inherited by discrimination procedures C IDiscriminatorVarDep Discriminator interface to be used by Ringer Wrapper C IThreshold Threshold interface to be inherited by thresholding procedures C IThresholdVarDep Threshold interface to be used by Ringer Wrapper ► N onnx C Model C RingerSelector C Threshold ► N PreProcessing Namespace dedicated for Ringer pre-processing utilities ► N Norm Namespace dedicated for Ringer normalization utilities C ConstantValue C ConstantValueVarDep Use constant value as rings normalization factor C ExtraPatternsNorm Special case for the extra patterns normalization C ExtraPatternsNormVarDep Normalize data to be bounded within [-1,1] range C MevToGevVarDep Scale rings energy to GeV C MinMax C MinMaxVarDep Normalize data to be bounded within [-1,1] range C Norm1 Normalization base classes: C Norm1VarDep @ Usable normalizations: C Norm2 C Norm2VarDep Use norm-2 as rings normalization factor C Sequential C SequentialVarDep Use sequential normalization C Spherization C SpherizationVarDep Normalize data to have zero mean and unitary standard deviation C Sqrt C SqrtVarDep Use SqrtVarDep of norm-1 as rings normalization factor C IPreProcessor PreProcessing interface to be inherited by PreProcessing procedures C IPreProcessorVarDep PreProcessor interface to be used by Ringer Wrapper C AsgRingerSelectorTool C BitdefElectron_v1 Define electron bits (v1) C BuildCaloRingsFctor C BuildCaloRingsFctorBase Interface for CaloRings builder functor C CaloAsymRingsBuilder C CaloRingerAlgorithm Algorithm responsable for CaloRinger execution C CaloRingerElectronsReader C CaloRingerInputReader C CaloRingerPhotonsReader C CaloRingsBuilder C CaloStripsRingsBuilder C DepVarStruct C ElectronTAccept_v1 Get electron defined TAccept and its masks C GetParticleProp Template to get particle_t name and if it has cluster access C IAsgRingerSelectorTool C ICaloRingerElectronsReader C ICaloRingerInputReader C ICaloRingerPhotonsReader C ICaloRingsBuilder C IRingerProcedure The base interface for all Ringer procedures C IRingerProcedureWrapper Specialization for Discriminator procedure C IRingerProcedureWrapper< Discrimination::IDiscriminator > C IRingerProcedureWrapper< PreProcessing::IPreProcessor > C IRingerProcedureWrapperBase Used as base for all IRingerProcedureWrapper template specializations C RingerCommonSelector C RingerIOVarDepObj Objects that can be recorded/read into/from configuration files C RingerProcedureType Check Ringer Procedure type C RingerProcedureType< procedure_t * > RingerProcedureType specialization to ensure that procedure_t is not a pointer C RingerProcedureWrapper Specialization for Discriminator procedure C RingerProcedureWrapper< procedure_t, etaDependency, etDependency, segType, false, true, false > C RingerProcedureWrapper< procedure_t, etaDependency, etDependency, segType, true, false, false > C VariableDependency Interface for possible Eta and Et variable dependency C xAODRingSetConfWriter Algorithm used to write the RingSets configuration ► N Rivet C HiggsTemplateCrossSections Rivet routine for classifying MC events according to the Higgs template cross section categories ► N robmonitor C ROBDataMonitorStruct The structure which is used to monitor the ROB data request in L2 It is created for every addROBData call C ROBDataStruct A structure with data about ROB properties ► N ROIB Namespace of the LVL1 RoIB simulation C CTPResult Class holding the LVL1 CTP result used by the RoIBuilder C CTPRoI ROIB::CTPRoI contains a RoI delivered by the CTP C EMTauResult C EMTauRoI C Header Header models the LVL1 ROD Header C JetEnergyResult C JetEnergyRoI C L1TopoResult L1TopoResult is the L1Topo part of the RoIBResult C MuCTPIResult Class holding the RoIs from the MuCTPI collected by the RoIB C MuCTPIRoI Class for storing the 32-bit muon RoI word C RoIBResult Class holding the LVL1 RoIB result build by the RoIBuilder C RoIBuilder RoIBuilder simulation algorithm C Trailer ROIB::Trailer models the LVL1 ROD Trailer ► N RoiUtil C range_error ► N Root ► N EGSelectors C SafeTH1 C RegularFormula ► C TElectronEfficiencyCorrectionTool C HistEdge C Result C TElectronIsEMSelector C TElectronLikelihoodTool C TForwardElectronIsEMSelector C TForwardElectronLikelihoodTool ► C TGoodRun C SorterL2H C TGoodRunsList C TGoodRunsListReader C TGoodRunsListWriter C TGRLCollection C TLumiBlockRange C TMsgLogger C TPhotonIsEMSelector C TTileTripReader ► N ROOT Selection rules: declare transient members ► N Meta ► N Selection ► N DataModel_detail C ElementProxy ► N SG C GenericElementLinkBase C DataLink C DataVector C ElementLink C ElementLinkVector ► N Minuit2 C TileMuonTrackDistance Auxiliary to TileMuonFitter . Chi-square function for Minuit ► N ROOT8367Workaround C TBufferFileWorkaround ► N RootAuxDynIO Specialization of RootAuxDynStore for reading Aux Dynamic attributes from RNTuple C AuxInfo C IRNTupleAuxDynWriter Interface for a RNTuple-based Writer that handles AuxDyn attributes Works in conjuction with the generic writer C IRootAuxDynReader C IRootAuxDynWriter Interface for an AuxDyn Writer - TTree based ► C RNTupleAuxDynReader C FieldInfo C RNTupleAuxDynWriter C TBranchAuxDynWriter ► N RootConversions C VectorConverter Converter for vector<T> to vector C VectorConverters Register standard vector converters ► N RootStorageSvc C RNTupleWriterHelper ► N ROOTUtils C MyCanvas C PlotLibrary C StyleFactory ► N RootUtils C ILogger Very simple interface for writing log messages C InitHist Initialize Root 's getline history C PyBytes C PyGILStateEnsure C PyLogger A concrete implementation of ILogger that calls back to Python C PyROOTInspector C PyROOTIteratorFuncs Provide functions for iterator comparisons C PyROOTPickle C PyROOTTTreePatch C PyROOTTypePatch Work around pyroot problem with __pair_base ► C ScatterH2 A 2-D histogram that can draw a proper scatter plot C Pair One point. Avoid std::pair so that we don't have duplicate dicts C TRandomTLS Thread-local TRandom generator C TreeNotifier Tree notification handler C TSMethodCall Helper for making a thread-safe function call ► C Type Wrapper for ROOT types C Deleter Deleter object, compatible with std::unique_ptr C WithRootErrorHandler Run a MT piece of code with an alternate root error handler ► N RootUtilsTest C TreeTest ► N ros-hitstats-to-json C LastUpdatedOrderedDict C LookUpDict ► N ROS_HLT_TableConstructor C ROS_HLT_TableConstructor ► N RPC_CondCabling C CMAcablingdata C CMApivotdata C EtaCMA C EvenPhiCMA C OddPhiCMA ► C RPCchamber C chamberDefineParams Helper struct containing the minimum number of parameters on top of the CablingObject in order to create an RPC chamber object C chamberParameters C RPCchamberdata C SectorLogicSetup ► C WiredOR C defineParams C parseParams C WiredORdata ► N RPCRawDataMonUtils C Panel ► N RPDUtils C OptionalToolProperty ► N Run1 USAGE: openCoraCool.exe "COOLONL_SCT/COMP200" ► C IDScanZFinderInternal C vertex ► N Run2 ► N RunLumiTime C RunLumiTime ► N RunTileCalibRec C TileMonPostProcessingAlg ► N RunTileMonitoring C TileMonPostProcessingAlg ► N SCT_ByteStreamErrors C ROOT6_NamespaceAutoloadHook Ensure that the enums are available from ROOT ► N SCT_Cabling ► N sct_calib_tf C SCTCalibExecutor ► N SCT_CalibAlgs C IElementStreamer C XmlHeader C XmlStreamer ► N SCT_ConditionsAlgorithms SCT_SimpleHisto.h C++ projects ► N SCT_Monitoring C LayerSideFormatter Format an element index (e.g C ROOT6_NamespaceAutoloadHook ► N Sequence_HLT_TableConstructor C Sequence_HLT_TableConstructor ► N SFGenUtils C SFGenConfig ► N SG Forward declaration ► N ArenaBlockAlignDetail C padForAlign ► N CondHandleDefault C Key ► N detail C AuxDataConstSpan Auxiliary variable span wrapper (const) C AuxDataSpan Auxiliary variable span wrapper C DataVectorAllocDummy C ELProxyConverter Extend PackedLinkConverter PackedLink to a proxy object C ELProxyRefBase Base class for ELProxyT C ELProxyT Proxy for ElementLink C ELProxyValBase Base class for ELProxyT C ELSpanConverter Converter from a vector of PackedLink to a range of ElementLink C ELSpanProxy Proxy for a span of ElementLinks C IteratorBase C JaggedVecConstConverter Helper: Make a span from a jagged vector element C JaggedVecConverter Helper: Make a span — either read-only or writable — from a jagged vector element C JaggedVecProxyBase Base class for jagged vector proxies C JaggedVecProxyRefBase Adapter for holding the proxy base information by reference ► C JaggedVecProxyT Proxy for jagged vectors C nonnull_iterator Helper for passing iterators C JaggedVecProxyValBase Adapter for holding the proxy base information by value C LinkedVarAccessorBase Base class usable for accessors for variables with linked variables C PackedLinkConstConverter Helper: Convert a PackedLink to an ElementLink C PackedLinkConverter Helper: Convert a PackedLink to an ElementLink and vice-versa C PackedLinkVectorConstConverter Helper: Convert a vector of PackedLink to a span over ElementLinks C PackedLinkVectorHelper Helper functions for managing PackedLink variables ► C PackedLinkVectorHelperBase Helper functions for managing PackedLink variables C LinkedVector Helper to access the IAuxTypeVector C WDHScan Helper to scan a tree of components to search for another handle key potentially conflicting with the container key part of a WriteDecorHandleKey C Accessor Helper class to provide type-safe access to aux data C Accessor< JaggedVecElt< PAYLOAD_T >, ALLOC > Helper class to provide type-safe access to aux data, specialized for JaggedVecElt C Accessor< PackedLink< CONT >, ALLOC > Helper class to provide constant type-safe access to aux data, specialized for PackedLink C Accessor< std::vector< PackedLink< CONT >, VALLOC >, ALLOC > Helper class to provide constant type-safe access to aux data, specialized for a vector of PackedLink ► C Arena Collection of memory allocators with a common lifetime, C Push Helper class for making Arena ► C ArenaAllocatorBase Common base class for arena allocator classes C initParams Helper to initialize a parameters structure C Params Allocator parameters ► C Stats Statistics for an allocator C Stat A single statistic C ArenaAllocatorCreator Provide an interface for creating an arena Allocator C ArenaAllocatorRegistry Registry of allocator factories C ArenaAllocatorRegistryImpl ArenaAllocatorRegistry implementation class ► C ArenaBase Part of Arena C AllocEntry Our allocator vector C ArenaBlock A large memory block that gets carved into smaller uniform elements C ArenaBlockAllocatorBase Common functionality for block-oriented allocators C ArenaCachingHandle User interface for allocating memory that caches constructed objects C ArenaHandle User interface for allocating memory C ArenaHandleBase Base class for all Handle classes, containing parts that do not depend on the referenced type ► C ArenaHandleBaseAllocT Base class for Handle classes, containing parts that depend only on the Allocator C Creator Concrete ArenaAllocatorCreator class used to create the Allocator for this handle ► C ArenaHandleBaseT Base class for Handle classes, containing parts that are independent of how the Allocator gets created C const_iterator Const iterator C iterator Non-const iterator C ArenaHeader Proxy for a group of Arenas ► C ArenaHeapAllocator Heap-based allocator C initParams Helper to initialize a parameters structure ► C ArenaHeapSTLAllocator STL-style allocator wrapper for ArenaHeapAllocator C rebind Standard STL allocator rebinder ► C ArenaHeapSTLAllocator< T, T > STL-style allocator wrapper for ArenaHeapAllocator C rebind Standard STL allocator rebinder C ArenaHeapSTLAllocator_initParams Initializer for pool allocator parameters C ArenaNonConstHeapSTLAllocator Forward declaration C ArenaNonConstPoolSTLAllocator Forward declaration ► C ArenaPoolAllocator Pool-based allocator C const_iterator Const iterator for the pool C iterator Non-const iterator for the pool ► C ArenaPoolSTLAllocator STL-style allocator wrapper for ArenaPoolAllocator C rebind Standard STL allocator rebinder ► C ArenaPoolSTLAllocator< T *, VETO > STL-style allocator wrapper for ArenaPoolAllocator C rebind Standard STL allocator rebinder ► C ArenaPoolSTLAllocator< T, typename std::enable_if<!std::is_pointer_v< T >, T >::type > STL-style allocator wrapper for ArenaPoolAllocator C rebind Standard STL allocator rebinder C ArenaPoolSTLAllocator_initParams Initializer for pool allocator parameters ► C ArenaSharedHeapSTLAllocator Forward declaration C rebind Standard STL allocator rebinder C ArenaSharedHeapSTLHeader Common header class for ArenaSharedHeapSTLAllocator C AtomicConstAccessor Access an auxiliary variable atomically C AtomicDecorator Access an auxiliary variable atomically C AuxDataOption Hold information about an option setting request C AuxDataSpanBase Minimal span-like object describing the range of an auxiliary variable C AuxDataTraits Allow customizing how aux data types are treated C AuxDataTraits< bool, ALLOC > Allow customizing how aux data types are treated C AuxElement Base class for elements of a container that can have aux data C AuxElementComplete Wrapper to automatically create a private store for an element C AuxElementData Internal data container C AuxElementPrivateData Internal data container for private store C AuxElementStandaloneData Internal data container for standalone store C auxid_set_t A set of aux data identifiers C AuxStore_traits Associate AuxStore classes with EDM container classes (default implementation) C AuxStore_traits1 Helper for the case where DOBJ::base_value_type does not derive from SG::IAuxElement C AuxStore_traits1< DOBJ, typename std::is_base_of< IAuxElement, typename DOBJ::base_value_type >::type > Helper for the case where DOBJ::base_value_type does derive from SG::IAuxElement C AuxStore_traits< DOBJ * > Associate AuxStore classes with EDM container classes C AuxStore_traits_AuxDefault Default traits values for aux data case C AuxStore_traits_NoAuxDefault Default traits values for no-aux data case C AuxStoreConstMem IConstAuxStore implementation referencing external buffers C AuxStoreInternal An auxiliary data store that holds data internally C AuxStoreStandalone Auxiliary data store for standalone objects C AuxTypePlaceholder Used as type_info when we read an aux data item but it doesn't exist in the registry C AuxTypeRegistry Handle mappings between names and auxid_t ► C AuxTypeRegistryImpl @Brief Implementation class for AuxTypeRegistry C typeinfo_t Hold information about one aux data item C AuxTypeVectorFactory Factory object that creates vectors using AuxTypeVector C AuxTypeVectorFactory< JaggedVecElt< T >, ALLOC > Factory object that creates vectors using AuxTypeVector C AuxTypeVectorFactory< PackedLink< CONT >, ALLOC > Factory object that creates vectors for packed links C AuxTypeVectorFactory< std::vector< PackedLink< CONT >, VALLOC >, ALLOC > Factory object that creates vectors of vectors of packed links C AuxTypeVectorFactoryImpl Factory object that creates vectors using AuxTypeVector C AuxTypeVectorHolder Implementation of IAuxTypeVector C AuxTypeVectorT Implementation of IAuxTypeVector ► C AuxVectorBase Manage index tracking and synchronization of auxiliary data C ResortAuxHelper Helper to factor out template-independent part of resortAux ► C AuxVectorData Manage lookup of vectors of auxiliary data C Cache Manage cache of pointers to aux element vectors C AuxVectorInterface Make an AuxVectorData object from either a raw array or an aux store C BaseInfo Provide an interface for finding inheritance information at run time C BaseInfo< CaloConstCellContainer > C BaseInfo< ConstDataVector< DV > > Let the BaseInfo ConstDataVector DataVector C BaseInfo< DataVectorWithAlloc< DV, ALLOC > > Let the BaseInfo DataVectorWithAlloc DataVector C BaseInfoBase The non-template portion of the BaseInfo ► C BaseInfoBaseImpl C Deleter C info Structure to hold information about one base C BaseInfoImpl C BaseList Represent a list of base classes C BaseList< BASE, REST... > Represent a non-empty list of base classes C Bases Traits class to hold derivation information C Bases< CondCont< T > > C Bases< CondContMixed< T > > C Bases< DataVector< T, DataModel_detail::NoBase > > Declare DataVector C Bases< TileContainer< T > > C Bases< ViewVector< DV > > Specialize to declare that ViewVector<DV> derives from DV C BaseType Helper metafunction to get base class types C BaseType< Virtual< T > > C CondHandleKey C ConstAccessor Helper class to provide constant type-safe access to aux data C ConstAccessor< SG::JaggedVecElt< PAYLOAD_T >, ALLOC > Helper class to provide constant type-safe access to aux data, specialized for JaggedVecElt C ConstAccessor< SG::PackedLink< CONT >, ALLOC > Helper class to provide constant type-safe access to aux data, specialized for PackedLink C ConstAccessor< std::vector< SG::PackedLink< CONT >, VALLOC >, ALLOC > Helper class to provide constant type-safe access to aux data, specialized for a vector of PackedLink C ConstAuxElement Const part of AuxElement C ConstIterator C CopyConversion Base class for copy conversions, templated on source and destination classes C CopyConversionBase Base class for copy conversions ► C CurrentEventStore Hold a pointer to the current event store C Push Temporarily change the current store C DataBucket C DataBucketTrait Metafunction to find the proper DataBucket T C DataBucketTrait< CaloConstCellContainer, U > C DataBucketTrait< ConstDataVector< DV >, U > Metafunction to find the proper DataBucket C DataBucketTrait< DataVector< T >, U > Metafunction to find the proper DataBucket T C DataBucketTrait< DataVectorWithAlloc< DV, ALLOC >, U > Metafunction to find the proper DataBucket C DataBucketTrait< MetaCont< T >, U > Metafunction to find the proper DataBucket T C DataObjectSharedPtr Smart pointer to manage DataObject reference counts C DataPoolNullClear Null cleanup functional — does no actual cleanup C DataProxy C DataProxyHolder Manage DataProxy C DataStore Hold DataProxy instances associated with a store C Decorator Helper class to provide type-safe access to aux data C Decorator< JaggedVecElt< PAYLOAD_T >, ALLOC > Helper class to provide type-safe access to aux data, specialized for JaggedVecElt C Decorator< PackedLink< CONT >, ALLOC > Helper class to provide type-safe access to aux data, specialized for PackedLink C Decorator< std::vector< PackedLink< CONT >, VALLOC >, ALLOC > Helper class to provide constant type-safe access to aux data, specialized for a vector of PackedLink C DVLConstDataVectorBucket DataBucket ConstDataVector C DVLDataBucket A DataBucket DataVector/DataList C DVLDataVectorWithAllocBucket DataBucket DataVectorWithAlloc C ElementLinkTraits ElementLinkTraits class to specialize C ElementLinkTraits1 ElementLink classes for the generic case C ElementLinkTraits1< STORABLE, BASE_VALUE_TYPE *, true > ElementLink classes for the case of a vector-like container of pointers C ELVRef Short ref to an ElementLink into an ElementLinkVector . Used to be an internal class of ElementLinkVector . Had to pull out because of brain-damaged pool converters C ExcAllocOwnership Exception — Bad allocation ownership C ExcAuxTypeMismatch Exception — Type mismatch for aux variable C ExcBadAuxVar Exception — Attempt to retrieve nonexistent aux data item C ExcBadContext Exception — Bad EventContext extension while building ReadCondHandle C ExcBadDataProxyCast Exception — Bad cast of DataProxy with CLID C ExcBadDecorElement Exception — DecorHandle given an element not in the requested container C ExcBadForwardLink Exception — ForwardIndexingPolicy : internal link state is invalid C ExcBadHandleKey Exception — Bad key format for VarHandleKey C ExcBadInitializedReadHandleKey Exception — Initialization of InitializedReadHandleKey failed C ExcBadIterSwap Exception — Bad iter_swap C ExcBadPrivateStore Exception — Bad use of private store C ExcBadReadCondHandleInit Exception — ReadCondHandle didn't initialize in getRange() C ExcBadThinning Exception – Bad thinning request C ExcBadToTransient Exception — bad toTransient C ExcBadVarName Exception — Bad name for auxiliary variable C ExcCLIDMismatch Exception — Attempt to set DataLink / ElementLink with CLID <clid> to object with CLID <clid> C ExcConstAuxData Exception — Non-const operation performed on const aux data C ExcConstObject Exception — Tried to retrieve non-const pointer to const object C ExcConstStorable Exception – Tried to retrieve const storable as a non-const pointer C ExcDifferentArenas Exception — Attempt to assign between ArenaSharedHeapSTLAllocators for different arenas C ExcDVToELV Exception — Can't convert DataVector to vector of ElementLinks C ExcElementNotFound Exception — element not found C ExcFlagMismatch Exception — Flag mismatch for aux variable C ExcForbiddenMethod Exception — Forbidden method called C ExcHandleInitError Exception — Error initializing VarHandle from VarHandleKey C ExcIncomparableEL Exception — incomparable ElementLink C ExcIndexNotFound Exception — index not found C ExcInsertionInBaseClass Exception — Attempted to do OP on a BASE base class of COMPLETE; can only be done on the most-derived class C ExcInsertMoveOwnershipMismatch Exception — Ownership mismatch for insertMove C ExcInvalidIndex Exception — invalid index C ExcInvalidIterator Exception — Deference invalid SG::Iterator C ExcInvalidLink Exception — Attempt to dereference invalid DataLink / ElementLink " C ExcInvalidThinningTarget Exception — ThinningHandle target does not exist C ExcJaggedVecOverlappingCopy Exception — Overlapping copies not implemented for jagged vectors C ExcLinkMismatch Exception — Linked variable mismatch C ExcMissingBaseInfo Exception — Missing BaseInfo C ExcMissingViewVectorCLID Exception — Missing CLID for ViewVector C ExcNoAuxStore Exception — Aux data requested from object with no store C ExcNoCondCont Exception — Can't retrieve CondCont from ReadCondHandle C ExcNoLinkedVar Exception — Linked variable not found C ExcNonConstHandleKey Exception — Attempt to get non-const VarHandleKey from non-owning VarHandle C ExcNonowningContainer Exception — Attempted to insert a unique_ptr to a non-owning container C ExcNoRange Exception — Range not set in ReadCondHandle::getRange() C ExcNullHandleKey Exception — Attempt to dereference a Read/Write/UpdateHandle with a null key C ExcNullReadHandle Exception — Deference of read handle failed C ExcNullUpdateHandle Exception — Deference of update handle failed C ExcNullWriteHandle Exception — Attempt to dereference write handle before record C ExcOutOfRange Exception — Range reference out of bounds C ExcPointerNotInSG Exception — The object referenced by a DataLink / ElementLink is not registered in SG C ExcProtected Exception — Attempt to change protected arena C ExcProtection Exception — Attempt to change memory protection failed C ExcProxyCollision Exception — Proxy collision for clid/key C ExcSgkeyCollision Exception — sgkey hash collision C ExcStoreLocked Exception — Attempted to modify auxiliary data in a locked store C ExcUninitKey Exception — Tried to create a handle from an uninitialized key C ExcUnknownAuxItem Exception — Unknown aux data item C ExcUntrackedSetStore Exception — Attempt to set aux data store on container that doesn't track indices, or disable index tracking for a container with aux data C ExcViewVectorNotView Exception — ViewVector not in view mode C Folder Run-time configurable list of data objects C FolderItem Folder item (data object) is identified by the clid/key pair C ForwardIndexingPolicy Indexing policy for a vector-like container C GenerateIndexingPolicy C GenericElementLinkBase Generic base class for ElementLinks C HandleClassifier Helper to classify the type of a handle property C HandleKeyArray C HiveEventSlot C HiveMgrSvc C IAuxElement Flag that a class may have auxiliary data associated with it C IAuxSetOption Abstract interface for setting a option on a aux data container C IAuxStore Interface for non-const operations on an auxiliary store C IAuxStoreHolder Interface for objects taking part in direct ROOT I/O C IAuxStoreIO Interface providing I/O for a generic auxiliary store C IAuxTypeVector Abstract interface for manipulating vectors of arbitrary types C IAuxTypeVectorFactory Interface for factory objects that create vectors C IConstAuxStore Interface for const operations on an auxiliary store C IdentContIndexingPolicy Indexing policy for an IdentifiableContainer C IFolder Run-time configurable list of data objects C IndexHolder Store an ElementLink C InitializedReadHandleKey ReadHandleKey C InstallPackedContainerStreamer C InstallViewVectorBaseStreamer C IRegisterTransient Interface for registering a transient object in t2p map C IsMostDerivedFlag Holder for the is-most-derived flag C IsSTLSequence C IsThreadSafeForUH C IsThreadSafeForUH< int, std::true_type > C IsThreadSafeForUH< T, typename T::thread_safe > C Iterator C JaggedVecElt Describe one element of a jagged vector ► C JaggedVecEltBase Describe one element of a jagged vector (base class) C Shift Helper to shift indices C JaggedVecVectorFactory Factory objects that creates vectors for packed links C JaggedVecVectorHolder Implementation of IAuxTypeVector JaggedVec types C JaggedVecVectorT Implementation of IAuxTypeVector JaggedVec C LockedAllocator A pointer type that holds a lock on an allocator object C MapIndexingPolicy Indexing policy for a map-like container C MetaContDataBucket Allow converting MetaCont<T> to T C MetaHandleKey C NoAuxStore Mark that there's no associated AuxStore class C NoBase Marker to indicate a nonexistent base class C NotHandleType C ObjectWithVersion Associate a data object with its VersionedKey The object is held by a ReadHandle to delay its retrieval in case the user is interested only in the versionedKey C PackedContainer Container to hold aux data to be stored in a packed form C PackedContainerStreamer Streamer for reading/writing SG::PackedContainer instances C PackedConverter Helper for packing/unpacking a PackedContainer C PackedLinkBase A packed version of ElementLink C PackedLinkVectorFactory Factory object that creates vectors for packed links C PackedLinkVectorHolder Implementation of IAuxTypeVector PackedLink types C PackedLinkVectorT Implementation of IAuxTypeVector PackedLink C PackedLinkVVectorFactory Factory object that creates vectors of vectors of packed links C PackedLinkVVectorHolder Implementation of IAuxTypeVector PackedLink C PackedParameters Describe how the contents of a PackedContainer C ptrhash Improved hash function for pointers C PyDataBucket Concrete DataBucket void* and uses the Root dictionary to do conversions C PyProxyDict Python front-end to the IProxyDict PyProxyDict encapsulates getting python objects from the raw C++ ones ones gets from the C++ store C PyProxyMgr A helper class to manage accesses to PyProxies C ReadCondHandle C ReadCondHandleKey C ReadDecorHandle Handle class for reading a decoration on an object C ReadDecorHandleKey Property holding a SG store/key/clid/attr name from which a ReadDecorHandle is made C ReadHandle C ReadHandleKey Property holding a SG store/key/clid from which a ReadHandle is made C ReadMetaHandle C ReadMetaHandleKey C RegisterAddBaseInit C RegisterAddCopyConversionInit ► C RemapImpl C remap_t C RootAuxVector Dynamic implementation of IAuxTypeVector C RootAuxVectorFactory Dynamic implementation of IAuxVectorFactory, relying on root's vector proxy C SetIndexingPolicy Indexing policy for a set-like container C SGKeyEqual Comparison functional for sgkey_t C SGKeyHash Hash functional for sgkey_t C ShallowCopyDecorDeps Helper to propagate decoration dependencies to a shallow copy C SlotSpecificObj Maintain a set of objects, one per slot C StringPool C StringPoolImpl C SymlinkDataObject Helper for symLink_impl C T2pMap C TestSequenceTag C TestSequenceTag< CONTAINER, typename CONTAINER::isSequence > C ThinningCache Cache thinning decisions for converters C ThinningDecision Hold thinning decisions for one container C ThinningDecisionBase Hold thinning decisions for one container C ThinningHandle Handle for requesting thinning for a data object C ThinningHandleBase Handle for requesting thinning: factor out type-independent code C ThinningHandleKey HandleKey object for adding thinning to an object C ThinningInfo Hold thinning/slimming information for a given object C TopBase Calculate topmost base accessible via SG_BASES C TopBase< DataVector< T, DataModel_detail::NoBase > > C TopBase< SG::NoBase > C TransientAddress C TypelessConstAccessor Helper class to provide const generic access to aux data C TypelessWriteHandle Handle allowing writes to the event store with a configurable type C TypelessWriteHandleKey Property holding a write key for which the type can be configured C UpdateHandle C UpdateHandleKey Property holding a SG store/key/clid from which an UpdateHandle is made C VarHandleBase Base class for VarHandle types C VarHandleKey A property holding a SG store/key/clid from which a VarHandle is made C VarHandleKeyArray C VarHandleKeyArrayCommon C VarHandleKeyArrayProperty C VarHandleKeyArrayType C VarHandleKeyProperty VarHandleKeyProperty is the class which wraps a SG::VarHandleKey C VarHandleKeyType C VarHandleType C VersionedKey StoreGateSvc key with a version number. Notice that StoreGate does not order multiple instances of an object with a given key by version number. A generic retrieve will always return the first version recorded. For example, if object ("MyKey",1) is recorded _before__ ("MyKey", 2) a sg.retrieve(pObj,"MyKey") will return ("MyKey",1). StoreGateSvc provides retrieveAllVersions and retrieveHighestVersion, which offer a better-defined behaviour C View C ViewVectorBase Hold the persistent representation for a ViewVector C Virtual Wrapper to indicate virtual derivation C WriteCondHandle C WriteCondHandleKey C WriteDecorHandle Handle class for adding a decoration to an object C WriteDecorHandleKey Property holding a SG store/key/clid/attr name from which a WriteDecorHandle is made C WriteHandle C WriteHandleKey Property holding a SG store/key/clid from which a WriteHandle is made C Zero Helper to specialize how to make an initialized instance of T C Zero< Eigen::Matrix< SCALAR, ROWS, COLS, OPTIONS, MAXROWS, MAXCOLS > > ► N SGTest C TestStore C TestStoreRemap C TestStoreRemapHash ► N SgTests C PayLoad C PayLoadDv ► N SGToolsDict C _tmp ► N SGTutorial C LinkObj C MyDataObj C MyElement ► N SH This module provides a lot of global definitions, forward declarations and includes that are used by all modules C DiskList Interface for listing directory contents, locally or on a file server C DiskListEOS DiskList implementation for EOS C DiskListLocal DiskList implementation for local directories C DiskListSRM DiskList implementation for the SRM protocol C DiskListXRD DiskList implementation for the XRD protocol C DiskOutput Class/interface representing an output location for files C DiskOutputLocal Implementation of DiskOutput for local disks C DiskOutputXRD Implementation of DiskOutput using the XRD protocol C DiskWriter Interface that manages writing a single output file C DiskWriterLocal Implementation of DiskWriter for local files C DiskWriterXRD Implementation of DiskWriter for the XRD protocol C Meta A base class for classes that implement arbitrary meta-data C MetaData A class implementing a templatized version of the meta-data C MetaDataQuery Object containing the result of an AMI meta-data query C MetaDataSample All the meta-data fields that we may try to read from AMI C MetaFields This class contains the known meta-data names C MetaNames Names of common meta-data C MetaObject A class that manages meta-data to be associated with an object C MetaVector This class defines a templatized version of the meta-data in vector form C RucioDownloadResult Result from rucio_download C RucioListDidsEntry One entry from the rucio-list-dids command C RucioListFileReplicasEntry One entry from the rucio-list-file-replicas command C Sample Base class that manages a set of files belonging to a particular data set and the associated meta-data C SampleComposite This module defines an implementation of Sample that contains composite samples C SampleGrid This class implements a Sample located on the grid C SampleHandler A class that manages a list of Sample objects C SampleHist A sample that represents a single histogram file C SampleLocal A Sample based on a simple file list C SampleMeta A Sample that consists only of Meta-Information C SamplePtr A smart pointer class that holds a single Sample object C ScanDir Class used for scanning local directories and file servers for samples C TagList A class that manages a list of tags for identifying samples ► N sherpaTarCreator ► N batchJobBase C batchJobBase ► N htcondor_lxplus C batchJob ► N htcondor_naf C batchJob ► N readjo C dotdict ► N sge_grace C batchJob ► N slurm_barnard C batchJob ► N slurm_sdf C batchJob ► N slurm_taurus C batchJob ► N ShowerLib Namespace for the ShowerLib related classes C EtaEnergyShowerLib Class for shower library shower lib C FCALDistEnergyShowerLib Class for shower library shower lib C FCALDistEtaEnergyShowerLib Class for shower library shower lib C IShowerLib Class for shower library shower lib interface C Shower Class for shower library shower C ShowerEnergySpot C ShowerLibStatistics C StepInfo Class to collect information about G4 steps C StepInfoCollection Class for collection of StepInfo class (G4 hits) ► C TestShowerLib Class for shower library shower lib C genInfo ► N ShowerShapeRegression C ShowerShapeRegressor ► N sim_check_batch C DataBase ► N Simulation C BeamEffectsAlg C BeamSpotFixerAlg C BeamSpotReweightingAlg C CrabKissingVertexPositioner C GenEventBeamEffectBooster C GenEventRotator C GenEventValidityChecker C GenEventVertexPositioner C IGenEventManipulator C ILorentzVectorGenerator C IZeroLifetimePatcher C LongBeamspotVertexPositioner C MatchingBkgVertexPositioner C VertexBeamCondPositioner C ZeroLifetimePositioner ► N SlimmingHelper C lockable_list C SlimmingHelper ► N SortHelper C PJcomp C pt_sort ► N ST ► N Weights C ISUSYObjDef_xAODTool C SUSYObjDef_xAOD C SystInfo ► N StandaloneBunchgroupHandler C BunchgroupHandler C BunchgroupRunData ► N StandardCellWeightCalib C H1Calibration ► N std STL namespace C default_delete< CxxUtils::CRCTable > C hash< CP::SystematicSet > Specialization of std::hash for std::unordered_map C hash< FlavorTagInference::GNNOptions > C hash< HWIdentifier > C hash< Identifier > C hash< IdentifierHash > C hash< NswAsBuilt::pcbIdentifier_t > C hash< NswAsBuilt::quadrupletIdentifier_t > C hash< NswAsBuilt::stripIdentifier_t > C hash< Trig::Combination > Hash function to support associative containers C iterator_traits< TrigConf::ConstIter< V, T > > C pair< ElementLink< CONT >, T2 > Specialization for a pair containing an ElementLink C remove_pointer< TimedHitPtr< const xAOD::MuonSimHit > > C remove_pointer< TimedHitPtr< xAOD::MuonSimHit > > ► N StdEvgenSetup C EvgenConfig Provide a bit of compatibility with Generate_trf JOs via dummy evgenConfig and StreamEVGEN objects ► N StreamerInfoGenerator C StreamerInfoGenerator ► N SubDetectorEnvelopesConfig C Volume ► N SuperChicUtils C SuperChicConfig ► N SUSY ► C CrossSectionDB C Key C Process C CrossSectionDBPMG ► N SysStreamTest C StreamTestWrapper Wrapper class for testing the streaming of Systematic objects ► N T2VertexBeamSpotMonitoring C BaseMonitoringTool C T2BSTrackFilterToolMonitoring C T2TrackBeamSpotToolMonitoring C T2VertexBeamSpotMonitoring C T2VertexBeamSpotToolMonitoring ► N TableUtils C MultiColumnTable ► C Range C const_iterator ► C Range2D C const_iterator C StatTable ► N TAGrowing C TACOptionsHolder C TACTag ► C TopoAutomatonGrowingTemporaries C PairsArr C TopoAutomatonOptions ► N TASplitting C TASOptionsHolder C TASTag C TopoAutomatonSplittingOptions ► C TopoAutomatonSplittingTemporaries C PairsArr ► N Tau C EfficiencyPtPlots C EVetoPlots C GeneralTauPlots C HadProngPlots C Migration C NewCorePlots C ParamPlots C RecoTauPlots ► N TauAnalysisTools ► C BuildTruthTaus C TauTruthInfo C CommonDiTauEfficiencyTool C CommonDiTauSmearingTool C CommonEfficiencyTool C CommonSmearingTool C DiTauEfficiencyCorrectionsTool C DiTauSelectionCut C DiTauSelectionCutAbsEta C DiTauSelectionCutNSubjets C DiTauSelectionCutPt C DiTauSelectionTool C DiTauSmearingTool C DiTauTruthMatchingTool ► C IBuildTruthTaus C ITruthTausEvent Declare the interface that the class provides C IDiTauEfficiencyCorrectionsTool C IDiTauSelectionTool Interface for tau selector tool C IDiTauSmearingTool C IDiTauTruthMatchingTool C ITauEfficiencyCorrectionsTool C ITauHFVetoTool C ITauSelectionTool Interface for tau selector tool C ITauSmearingTool C ITauTruthMatchingTool C ITauTruthTrackMatchingTool C ROOT6_NamespaceAutoloadHook C TauAnalysisToolsExampleAthena C TauEfficiencyCorrectionsTool C TauEfficiencyTriggerTool C TauHFVetoTool C TauSelectionCut C TauSelectionCutAbsCharge C TauSelectionCutAbsEta C TauSelectionCutEleIDWP C TauSelectionCutGNTauScoreSigTrans C TauSelectionCutJetIDWP C TauSelectionCutMuonOLR C TauSelectionCutNTracks C TauSelectionCutPt C TauSelectionCutRNNEleScore C TauSelectionCutRNNJetScoreSigTrans C TauSelectionTool C TauSmearingTool C TauTruthMatchingTool C TauTruthTrackMatchingTool ► N TauConfigFlags C TestTauRecConfigFlags ► N tauEventDict C EnumDictLoader C temp ► N TauGNNUtils ► N Variables C GNNVarCalc Tool to calculate input variables for the GNN-based tau identification ► N TauJetRNNUtils ► N Variables C VarCalc Tool to calculate input variables for the RNN-based tau identification ► N tauRecTools Implementation of a TrackClassifier based on an RNN C BDTHelper C TauDecayModeNNHelper A closely related class that provides helper functions C TauDecayModeNNVariable A closely related class that calculates the input variables C TauTrackRNNClassifier C TrackRNN ► N TCCHelpers \bried Internal helper class for TCC & UFO building C CombinedUFOLoop Implements a loop over tracks and pflow object to build UFOs C UFOBuilder Implement a concrete CombinedUFOLoop dedicated to building UFO see TCCHelpers.h in TrackCaloClusterRecTools/ C WeightsCollector Implement a concrete CombinedUFOLoop dedicated to collection of energy sharing weights for UFO see TCCHelpers.h in TrackCaloClusterRecTools/ ► N TCS C ADVAE_2A C AlgFactory C BaseTOB C ClusterAbbreviated C ClusterNoSort C ClusterSelect C ClusterSort C ClusterSortingAlg C ClusterTOB C ClusterTOBArray C CompositeTOB ► C ConfigurableAlg C ConfigurableAlgImpl The implementation class C Connector C Count C CountingAlg C CountingConnector C cTauMultiplicity C cTauTOB C cTauTOBArray C DataArray Base class for TOB arrays C DataArrayImpl C Decision C DecisionAlg C DecisionConnector C DeltaEtaIncl1 C DeltaEtaIncl2 C DeltaEtaPhiIncl1 C DeltaEtaPhiIncl2 C DeltaPhiIncl1 C DeltaPhiIncl2 C DeltaPhiLeading C DeltaRApproxBoxCutIncl1 C DeltaRApproxBoxCutIncl2 C DeltaRSqrIncl1 C DeltaRSqrIncl1Charge C DeltaRSqrIncl2 C DeltaRSqrIncl2Charge C DisambiguationDetaDPhiIncl3 C DisambiguationDRIncl2 C DisambiguationDRIncl3 C DisambiguationIncl2 C DisambiguationIncl3 C DisambiguationInvmIncl2 C eEmMultiplicity C eEmNoSort C eEmSelect C eEmSort C eEmTOB C eEmTOBArray C EnergyThreshold C EtaPhiWindow Select TOBs that fall in a given eta/phi region C eTauMultiplicity C eTauNoSort C eTauSelect C eTauSort C eTauTOB C eTauTOBArray C EtCut C Exception C ExclusiveJets C GenericArrayCreator C GenericListGenerator C GenericTOB C gJetMultiplicity C gJetNoSort C gJetSelect C gJetSort C gJetTOB C gJetTOBArray C gLJetMultiplicity C gLJetNoSort C gLJetSelect C gLJetSort C gLJetTOB C gLJetTOBArray C GlobalDecision C GlobalOutput C gTETOB C gTETOBArray C gXETOB C gXETOBArray C HardwareParam ► C Heap C HeapStructure C InputConnector C InputTOBArray C InvariantMassDeltaPhiInclusive2 C InvariantMassDeltaPhiInclusive2Charge C InvariantMassInclusive1 C InvariantMassInclusive2 C InvariantMassInclusiveDeltaRSqrIncl1 C InvariantMassInclusiveDeltaRSqrIncl1Charge C InvariantMassInclusiveDeltaRSqrIncl2 C InvariantMassInclusiveDeltaRSqrIncl2Charge C InvariantMassThreeTOBsIncl1 C InvariantMassThreeTOBsIncl1Charge C jEmMultiplicity C jEmNoSort C jEmSelect C jEmSort C jEmTOB C jEmTOBArray C JetAbbreviated C JetHT C JetMatch C JetNoSort C JetNoSortMatch C JetSelect C JetSort C JetSortingAlg C JetSortingAlgSize1 C JetSortingAlgSize2 C JetTOB C JetTOBArray C jJetMultiplicity C jJetNoSort C jJetSelect C jJetSort C jJetTOB C jJetTOBArray C jLJetMultiplicity C jLJetNoSort C jLJetSelect C jLJetSort C jLJetTOB C jLJetTOBArray C jTauMultiplicity C jTauNoSort C jTauSelect C jTauSort C jTauTOB C jTauTOBArray C jTETOB C jTETOBArray C jXENoSort C jXESort C jXETOB C jXETOBArray C KalmanMETCorrection C KFLUT C L1TopoHWParameters C LAr C LArSaturation C LateMuonTOB C LateMuonTOBArray C LayoutConstraints C METCut C METNoSort C MetSort C METSortingAlg C MetTOB C MetTOBArray C MinDeltaPhiIncl2 C Multiplicity C MultiplicityCustom C MuonAbbreviated C MuonNextBCTOB C MuonNextBCTOBArray C MuonNoSort C MuonSelect C MuonSort C MuonSort_1BC C MuonTOB C MuonTOBArray C NotMatch C Parameter C ParameterSpace C Ratio C Ratio2 C RatioMatch C RatioSum C SimpleCone C SortingAlg C SortingConnector C StatusCode C Sum C TauMatching C TOBArray C TopoASCIIReader C TopoCoreSimResult C TopoInputEvent C TopoSteering C TopoSteeringStructure C TransverseMassInclusive1 C ZeroBias ► N test_athena_evtstore_root C MyAlg ► N test_athena_root C MyAlg ► N test_athena_variable_shape_ntuple C MyAlg ► N test_interactive_athena C TestAlg ► N TestMuonSF C MuonEffiBranch C MuonReplicaBranches ► C MuonSFBranches C SFSet Helper struct to store scale factor, data efficiency + mc efficiency for each systematic variation C TriggerSFBranches ► N TestUtils C makeChainStep ► N TGC C TgcChamber C TgcHit ► N ThePEG C BB4LPowhegLesHouchesFileReader BB4LPowhegLesHouchesFileReader is an base class to be used for objects which reads event files from matrix element generators C HepMCTraits< HepMC::GenEvent > C powhegAnalysis C powhegLesHouchesFileReader PowhegLesHouchesFileReader is an base class to be used for objects which reads event files from matrix element generators ► N Thread_Occupancy_HLT_TableConstructor C Thread_Occupancy_HLT_TableConstructor ► N thread_utils C ThreadLocalHolder A thread-local storage wrapper C ThreadLocalOwner A ThreadLocalHolder which owns its objects ► N TIDA Test for xAOD C Associator C Chain C Event C Feature Actual template of the Feature wrapper - stores a pointer to an object and inherits from FeatureBase C FeatureBase Very basic Feature base class just so that we can store derived classes onto the store C FeatureStore C Histogram C Reference C ReferenceMap C Roi C Track C Vertex ► N Tile C TileVolumeBuilder ► N TileCal C ITrackTools C TrackTools ► N TileCalib C Exception TileCalib Exception base class C IndexOutOfRange Thrown if an index is out of range C InvalidBchProblem Thrown by TileBchBits if unkown problem is detected C InvalidBitPattern Thrown by TileBchBits if invalid bit pattern is detected C InvalidBlob Thrown if coral::Blob does not conform with expected structure C InvalidCaloGain Signals invalid use of gain C InvalidRawChanUnit Signals invalid use of TileRawChannelUnit C InvalidValue Thrown to prevent invalid results, eg C NoSuchPhase Thrown by TileCalibDrawerOfc if requesting samples for invalid phase C SizeConflict Thrown if BLOB size is not correct C TypeConflict Thrown if object type in BLOB does not agree with class type C VersionConflict Thrown if object version in BLOB does not agree with class ► N TileCellBuilderFromHitTestConfig C TestAlg C TileFragHash ► N TileCellBuilderTestConfig C PrepareDataAlg C TestAlg C TileFragHash ► N TileDCSDataPlotter C TileDCSDataPlotter ► N TileDQstatusAlgTestConfig C CheckAlg C RecordAlg C TileFragHash ► N TileDQstatusToolTestConfig C TestAlg C TileFragHash ► N TileRawChannelBuilderTestConfig C PrepareDataAlg C TestAlg C TileFragHash ► N TileRawDataReadTestConfig C Finalizer ► N TileROD_Helper C ContainerForCollection C ContainerForCollection< TileBeamElemCollection > C ContainerForCollection< TileDigitsCollection > C ContainerForCollection< TileRawChannelCollection > ► N tmpMuonTrigCoinData C tmp ► N ToolHandleHistoHelper C HistoRetriever ► N tools ► N TPCnv C MuonCaloEnergies 'Dummy' class to produce convertor for MuonCaloEnergy_tlp C MuonMeasurements 'Dummy' class to produce convertor for MuonMeasurements_tlp C MuonMeasurements_tlp1 This object contains the muon "extensions" for e.g C MuonMeasurements_tlp2 This object contains the muon "extensions" for e.g ► N TrackOverlayDecisionAlg C TrackOverlayDecisionAlg ► N TrackParticleTPCnvDict C tmp ► N Trig The common trigger namespace for trigger analysis tools ► N FeatureAccessImpl This is the implementation of the Feature collection for Athena C false_type C get_links C get_type C get_type< false > C get_type< true > C getFlagsHelper C getFlagsHelper< T, STORED, false > C getFlagsHelper< T, STORED, true > C insert_and_flatten C insert_and_flatten< T, CONT, true, LINK > C insert_and_flatten< T, STORED, false, LINK > ► C isDataVector C false_type C print_features C print_features< LINK, false > C print_features< LINK, true > C true_type C BunchConfig Structure describing a bunch configuration C BunchCrossing A smart integer class representing bunch crossings C BunchCrossingConfProviderBase Common implementation of the IBunchCrossingConfProvider interface C BunchCrossingToolBase Base class for all BunchCrossingTool implementations C BunchTrain A smart set of BunchCrossing objects ► C CacheGlobalMemory ► C AnyTypeDeleter C holder C holder_comp C iholder C ChainGroup C ChainGroupFunctions C Combination C ConfigurationAccess C count_bunch_neighbors Functor counting how many neighbors a given bunch crossing has C DecisionAccess C DecisionUnpackerAthena C DecisionUnpackerEventInfo C DecisionUnpackerStandalone Helper class for unpacking the xAOD trigger decision/navigation C DRScoringTool Score pairs of particles based on their deltaR C EgammaDRScoringTool Score pairs of particles based on their deltaR C ElementLink_is_not_available_for_non_storable_types ► C EmulContext C HolderT C IHolder C ExpertMethods C Feature ► C FeatureContainer C ordering_by_objects_attached Helper class to support ordered set of features C FeatureRequestDescriptor C IBunchCrossingConfProvider Inteface for providing the bunch structure information C IBunchCrossingTool Interface for all the bunch crossing tools C IDecisionUnpacker C IIParticleRetrievalTool C IMatchingTool C IMatchScoringTool Interface class for scoring pairs of particles for matching C IParticleRetrievalTool C is_storable_type C ITrigBtagEmulationTool C ITrigDecisionTool Basic interface for the TrigDecisionTool C ITrigEgammaEmulationBaseHypoTool C ITrigEgammaEmulationChain C ITrigEgammaMatchingTool C ITrigMuonMatching C JetManagerTool C link_or_not C link_or_not< T, false > C link_or_not< T, true > C Logger Logging adaptor to provide interfaces required for ATH_MSG macros C MatchFromCompositeTool Tool to perform matching to selected offline particles using the list of candidates created by the DerivationFramework::TriggerMatchingTool C MatchingImplementation C MatchingTool C NavigationTesterAlg C R3IParticleRetrievalTool C R3MatchingTool C StaticBunchCrossingTool Stand-alone bunch group tool knowing some static configurations C TrigBtagEmulationChain C TrigBtagEmulationJet C TrigBtagEmulationTool C TrigBtagValidationTest C TrigConfBunchCrossingTool The trigger config implementation of IBunchCrossingTool C TrigData C TrigDecisionTool C TrigDecisionToolCore C TrigEgammaEmulationBaseHypoTool C TrigEgammaEmulationChain C TrigEgammaEmulationFastCaloHypoTool C TrigEgammaEmulationFastElectronHypoTool C TrigEgammaEmulationFastPhotonHypoTool C TrigEgammaEmulationL1CaloHypoTool C TrigEgammaEmulationPrecisionCaloHypoTool C TrigEgammaEmulationPrecisionElectronHypoTool C TrigEgammaEmulationPrecisionPhotonHypoTool C TrigEgammaEmulationPrecisionTrackingHypoTool C TrigEgammaEmulationToolMT C TrigEgammaMatchingTool C TrigEgammaMatchingToolTest ► C TrigMatchTestAlg C MatchData ► C TrigMuonMatching C EFmuon C TrigMuonMatching_example C TypedScoringTool Score particles of different types in different ways C TypelessFeature Feature class, holding information on Feature attached to navigation C xAODBunchCrossingTool Bunch crossing tool to use with xAOD input files ► N trig-test-json C LastUpdatedOrderedDict ► N TrigAccel ► N ITk C CompressedGraph C DetectorModel C GraphMakingInputData C OutputSeedStorage C SeedFinderSettings C SeedMakingJob C SiliconLayer C SpacePointLayerRange C SpacePointStorage C DataExportBuffer C DetectorModel C Module C OffloadBuffer C OutputSeedStorage C SeedFinderSettings C SeedMakingJob C SiliconLayer C SpacePointLayerRange C SpacePointStorage C Work C WorkFactory ► N TrigAnalysisTest C BasicTriggerFired C ITest C Run1BStoxAODTrigger ► N TrigBphysMonitoringConfig C TrigBphysMonAlgBuilder ► N trigbs_findevent C StoreTime ► N TrigCompositeUtils ► C AlgToChainTool Provide the reverse mapping: algorithm name to set of chain names C ChainInfo C Combinations C HasObject Prerequisite object usable with C HasObjectCollection Prerequisite object usable with C IPartCombItr C KFromNItr Iterates over all combinations of k values chosen from a range n C LinkInfo Helper to keep a Decision object, ElementLink and ActiveState (with respect to some requested ChainGroup) linked together (for convenience) C NavGraph Structure to hold a transient Directed Acyclic Graph (DAG) structure. NavGraph is populated from, and forms a sub-graph over the full Run 3 trigger navigation graph in a single event. Requirements on specific chains, and the specification of allowable graph entry-points are considered in the construction of the NavGraph sub-graph. Once one of these sub-graphs is fully populated to a given specification, it is searched by the feature-retrieval code to find features C NavGraphNode Transient utility class to represent a node in a graph (m_decisionObject), and a vector of edges (m_filteredSeeds) to other nodes which are parents of this node C ProductItr Iterates over all combinations of the provided input iterators ► N TrigConf Forward iterator to traverse the main components of the trigger configuration C AutoDBOpen C BunchGroup C BunchGroupCondAlg C BunchGroupLoader C BunchGroupSet C BunchGroupSetLoader C CaloInfo C CaloInfoLoader TriggerDB loader of the LVL1 calorimeter trigger configuration C CaloJetInput C CaloJetInputLoader TriggerDB loader of the LVL1 calorimeter jet trigger configuration C CaloSinCos C CaloSinCosLoader TriggerDB loader of the LVL1 calorimeter sin and cos configuration C Chain HLT chain configuration C ClusterThresholdValue C ConstIter Forward iterator over an iterable of type V returning an object of type T C counter C CTPConfig C CTPConfigLoader C CTPFiles C CTPFilesLoader TriggerDB loader of the LVL1 LUT and CAM tables C DataStructure Base class for Trigger configuration data and wrapper around underlying representation C DBLoader Base class for loaders of configurations from the TriggerDB C DeadTime C DeadTimeLoader TriggerDB loader of the LVL1 deadtime configuration ► C DiffStruct C AttDiff C EtThresholdValue C FolderDefinition C HashMap Two concurrent maps to store name->hash and hash->name mappings C HashStore Store for hash maps per category C HLTChain HLT chain configuration information C HLTChainList List of all HLT chains in a trigger menu C HLTChainLoader TriggerDB loader of the HLT signatures C HLTConfigSvc Service storing the HLT menu in the DetectorStore C HLTFrame The HLT trigger menu, C HLTFrameLoader TriggerDB loader of the HLT menu C HLTMenu HLT menu configuration C HLTMonitoring HLT monitoring configuration C HLTPrescale C HLTPrescaleCondAlg Condition algorithm to provide the L1 trigger menu C HLTPrescaleSet HLT chain configuration information ► C HLTPrescaleSetCollection HLT chain configuration information C cont C HLTPrescaleSetCollectionLoader C HLTPrescaleSetLoader ► C HLTPrescalesSet HLT menu configuration C HLTPrescale C HLTSequence HLT sequence configuration information C HLTSequenceList List of HLT sequences C HLTSequenceLoader TriggerDB loader of the HLT signatures C HLTSignature HLT signature configuration information C HLTStreamTag HLT stream configuration information C HLTTEUtils HLTUtils is renamed in r22 to HLTTEUtils C HLTTriggerElement HLT trigger element configuration information C HLTTriggerType HLT trigger type configuration information C HLTUtils C IBunchGroupLoader C IBunchGroupSetLoader C ICaloInfoLoader C ICaloJetInputLoader C ICaloSinCosLoader C ICTPConfigLoader C ICTPFilesLoader C IDeadTimeLoader C IHLTConfigSvc Athena interface for all services that provide HLT menu configuration information C IHLTFrameLoader C IHLTPrescaleSetCollectionLoader C IHLTPrescaleSetLoader C IIHLTConfigSvc Interface for all services/tools that provide HLT menu configuration information C IILVL1ConfigSvc Interface for all services/tools that provide LVL1 menu configuration information C IJobOptionsSvc Trigger-specific JobOptionsSvc interface C IJobOptionTableLoader C IKeyWriterTool C IL1TopoMenuLoader C ILoader Interface class for loaders C ILutCamLoader C ILVL1ConfigSvc Athena interface for all services that provide LVL1 menu configuration information C IMasterTableLoader Interface for loaders of the LVL1 trigger configuration C IMenuLoader C IMuctpiLoader C IMuonThresholdSetLoader C IOException C IPrescaledClockLoader C IPrescaleSetLoader C IPrioritySetLoader C IRandomLoader C ISequenceContentTableLoader Interface for loaders of the HLT sequences C ISignatureContentTableLoader Interface for loaders of the HLT signatures C IsolationLegacy C IsolationParam C IStorageMgr Interface for the StorageMgr (TriggerDB) and XMLStorageMgr (XML) classes C IThresholdConfigLoader C IThresholdMonitorLoader C ITrigConfigSvc Athena interface for all service that provide L1Topo , LVL1 , and HLT menu configuration information C ITrigConfigTool Interface for dual-use tools that provide trigger configuration information C ITriggerThresholdLoader C ITriggerThresholdValueLoader C ITriggerTypeLoader C JetThresholdValue C JobOption Hold a single job option (parameter and value) C JobOptionsSvc JobOptionsSvc for the HLT C JobOptionTable Table to hold the complete list of JobOption entries for a single configuration, from which the JobOptionsCatalogue is built ► C JobOptionTableLoader TriggerDB loader of the HLT job options C SplitParam C JsonFileLoader Loader of trigger configurations from Json files C JsonFileWriterHLT Loader of trigger configurations from Json files C JsonFileWriterL1 Loader of trigger configurations from Json files C KeyWriterTool C L1Board TriggerLine entry describes the location of a threshold multiplicity on a cable (connector) C L1BunchGroup Bunchgroup and BunchgroupSet representation C L1BunchGroupSet L1 board configuration C L1Connector L1 connectors configuration C L1CTP TriggerLine entry describes the location of a threshold multiplicity on a cable (connector) ► C L1CTPFiles L1 menu configuration C CTPCoreCTPXInput C CTPCoreInput C CTPInCounter C CTPMonCounter C L1DataBaseclass ► C L1DataDef C TriggerTypeConfig C L1Item L1 threshold configuration C L1Menu L1 menu configuration C L1PrescaleCondAlg Condition algorithm to provide the L1 trigger menu ► C L1PrescalesSet L1 menu configuration C L1Prescale C L1PSNumber C L1Threshold Standard L1 threshold configuration C L1Threshold_Calo C L1Threshold_cTAU C L1Threshold_eEM C L1Threshold_EM C L1Threshold_eTAU C L1Threshold_gJ C L1Threshold_gLJ C L1Threshold_gTE C L1Threshold_gXE C L1Threshold_internal C L1Threshold_jEM C L1Threshold_JET C L1Threshold_jJ C L1Threshold_jLJ C L1Threshold_jTAU C L1Threshold_jTE C L1Threshold_jXE C L1Threshold_MU C L1Threshold_NIM C L1Threshold_TAU C L1Threshold_TE C L1Threshold_XE C L1Threshold_XS C L1Threshold_ZB C L1Threshold_ZBTopo C L1ThrExtraInfo ► C L1ThrExtraInfo_cTAU C WorkingPoints_cTAU ► C L1ThrExtraInfo_eEM C WorkingPoints_eEM C L1ThrExtraInfo_EMTAULegacy ► C L1ThrExtraInfo_eTAU C WorkingPoints_eTAU C L1ThrExtraInfo_gJ C L1ThrExtraInfo_gLJ C L1ThrExtraInfo_gTE C L1ThrExtraInfo_gXE ► C L1ThrExtraInfo_jEM C WorkingPoints_jEM C L1ThrExtraInfo_JETLegacy C L1ThrExtraInfo_jJ C L1ThrExtraInfo_jLJ ► C L1ThrExtraInfo_jTAU C WorkingPoints_jTAU C L1ThrExtraInfo_jTE C L1ThrExtraInfo_jXE C L1ThrExtraInfo_MU C L1ThrExtraInfo_XSLegacy C L1ThrExtraInfoBase L1 extra information for certain threshold types ► C L1TopoAlgorithm L1Topo algorithm configuration C VariableParameter C L1TopoMenuLoader TriggerDB loader of the HLT menu C L1TopoOutput L1Topo output line configuration C Logic Class to hold the logic structure representing a logical expression and evaluate it for a given state C LogicAND C LogicExpression C LogicLeaf C LogicOPS C LogicOR C LogicParsingException C LutCam C LutCamLoader C LVL1Config C LVL1ConfigSvc Service storing the LVL1 menu in the DetectorStore C MasterTableLoader TriggerDB loader of the LVL1 trigger configuration C MCKLoader C Menu ► C MenuLoader TriggerDB loader of the LVL1 trigger menu configuration C ThrInfo C MenuPtrWrapper Small utility class to wrap a pointer to a const xAOD::TriggerMenu C METSigParam C MinTOBPt C MsgStreamTC MsgStreamTC class to be used in TrigConf equivalent to Gaudi 's MsgStream C Muctpi C MuctpiLoader C MuonThresholdSet C MuonThresholdSetLoader TriggerDB loader of the LVL1 muon h/w configuration for online use C MuonThresholdValue C name C name_hash C NimThresholdValue C NoBGSKException C NoHLTPSKException C NoL1PSKException C NoQueryException C NoSMKException C ParsingException C PIT C PrescaledClock C PrescaledClockLoader C PrescaleSet C PrescaleSetLoader C PrioritySet C PrioritySetLoader C QueryDefinition C QueryException C Random C RandomLoader C ReplicaSorter C Selection C seq_hash_id C seq_name_hash C SessionMgr Manager of the database session C StorageMgr Database Storage Manager, controls the database session and the different loader classes for DB access C StorageMgrBase C tag_ctpid C tag_name_hash C ThresholdConfig C ThresholdConfigLoader TriggerDB loader of the LVL1 trigger threshold configuration C ThresholdMonitor C ThresholdMonitorLoader C TIP C TrigConfCoolFolderSpec Definition of the COOL folder structure for the trigger configuration data C TrigConfCoolWriter Reading/Writing of trigger configuration data from/to COOL C TrigConfData C TrigConfMessaging Class to provide easy access to TrigConf::MsgStream for TrigConf classes C TrigDBConnectionConfig C TrigDBCTPFilesLoader Loader of trigger configurations from Json files C TrigDBHLTPrescalesSetLoader Loader of trigger configurations from Json files C TrigDBJobOptionsLoader Loader of trigger configurations from Json files C TrigDBL1BunchGroupSetLoader Loader of trigger configurations from Json files C TrigDBL1PrescalesSetLoader Loader of trigger configurations from Json files C TrigDBLoader Loader of trigger configurations from Json files C TrigDBMenuLoader Loader of trigger menu configurations from the database C TrigDBMonitoringLoader Loader of trigger menu configurations from the database C TriggerItem C TriggerItemNode C TriggerLine TriggerLine entry describes the location of a threshold multiplicity on a cable (connector) C TriggerMenuJsonPtrWrapper Small utility class to wrap a pointer to a const xAOD::TriggerMenuJson C TriggerThreshold C TriggerThresholdLoader TriggerDB loader of the LVL1 trigger thresholds C TriggerThresholdValue C TriggerThresholdValueLoader C ValidityRange ► C ValueWithEtaDependence Class to implement a L1 threshold cut that varies with eta C RangeValue C xAODConfigSvc Trigger configuration service used when reading an xAOD file ► C xAODConfigTool Trigger configuration metadata tool for xAOD analysis C Impl C xAODMenuReader Algorithm for testing the xAOD menu reading in Athena C xAODMenuWriter Algorithm used to write the light-weight xAOD configuration in the Run3 JSON format C XEFlavour C XsThresholdValue ► N TrigDec C AncestorAttached C ClassTraits C DirectAttached C TrigDecision The TrigDecision is an object which merges trigger informations from various levels C TrigDecision_p1 C TrigDecision_p2 C TrigDecision_p3 C TrigDecision_p4 C TrigDecision_p5 C TrigDecisionCnv_p1 C TrigDecisionCnv_p2 C TrigDecisionCnv_p3 C TrigDecisionCnv_p4 C TrigDecisionCnv_p5 C TrigDecisionMaker C TrigDecisionMakerMT C TrigDecisionMakerValidator ► N TrigEgammaEmulationToolConfigMT C TrigEgammaEmulationToolConfig ► N TrigEgammaForwardFastCaloHypoTool C TrigEgammaForwardFastCaloHypoToolConfig ► N TriggerMenuDB2JSONConverter C Silence ► N TriggerPhotonIsEMSelectorMapping C triggerPhotonPIDmenu ► N TrigGlobEffCorr Template specializations below must be enclosed in this namespace ► N TrigGlobEffCorr ► N Calculator ► N Helper C BindPackedParam C BindPackedParam< Calculator::Helper::Optional< T > > C BindPackedParam< flat_set< T > > ► C Calculator ► C Helper C BindPackedParam To decorate the parameters of the findAndBind() function(s) C NoSuchTrigger C Optional C Period C CheckConfig C Efficiencies ► C ImportData C TrigDef C Lepton ► C Trigger C Optional ► C TriggerClass C T_1_1 Mixed-flavour dilepton trigger (e17_lhloose_nod0_mu14, e7_lhmedium_mu24, ...): C T_1_2asym Mixed-flavour trilepton trigger type x_y_y C T_1_2sym Mixed-flavour trilepton trigger type x_2y (e12_lhloose_2mu10, ...) C T_2asym_1 Mixed-flavour trilepton trigger type x_x_y C T_2sym_1 Mixed-flavour trilepton trigger type 2x_y (2e12_lhloose_mu10, ...) ► C TriggerClass< object_flag, TT_UNKNOWN > C T_1 Single-lepton trigger (e24_lhmedium_L1EM20VH, mu24_imedium_OR_mu40...) C T_2asym Asymmetric dilepton trigger (mu18_mu8noL1, g35_loose_g25_loose, ...): C T_2sym Symmetric dilepton trigger (2e17_lhvloose_nod0, 2mu14...) C T_3halfsym Half-symmetric trilepton trigger (e17_lhloose_2e9_lhloose, mu6_2mu4, ...): C T_3sym Symmetric trilepton trigger (3mu6, ...): C T_4sym Symmetric tetralepton trigger (4mu4, ...): C TriggerProperties C UnusedArg ► N TrigL2MuonSA C AlignmentBarrelLUT C AlignmentBarrelLUTSvc C AlphaBetaEstimate C BarrelRoadData C Circexception C ClusterPatFinder C ClusterPattern C ClusterRoadDefiner C CscDataPreparator C CscHitData ► C CscRegDict C CscRegion C CscSegment ► C CscSegmentMaker C local2dSegment C localCscHit C FtfRoadDefiner C MdtDataPreparator C MdtDataPreparatorOptions C MdtHitData C MdtLayerHits C MdtRegion C MdtRegionDefiner C MmDataPreparator C MmHitData C MuCalCircClient C MuCalStreamerTool C MuFastDataPreparator C MuFastDataPreparatorOptions C MuFastPatternFinder C MuFastStationFitter C MuFastTrackExtrapolator C MuFastTrackFitter C MuonRoad C NswPatternFinder C NswStationFitter C PBFitResult ► C PtBarrelLUT C LUT C LUTsp C PtBarrelLUTSvc ► C PtEndcapLUT C KeyType C TableType C PtEndcapLUTSvc C PtFromAlphaBeta C PtFromRadius C RecMuonRoIUtils C ReturnCode C RpcClusterPreparator C RpcDataPreparator C RpcFitResult C RpcHitData C RpcLayerClusters C RpcLayerHits C RpcPatFinder C RpcRoadDefiner C SagittaRadiusEstimate C StgcDataPreparator C StgcHitData C SuperPoint ► C TgcDataPreparator C tgcRawData C TgcDataPreparatorOptions C TgcDataPreparatorRoadParameters ► C TgcFit C LinStats C Point C SimpleStats A structure to hold simple statisitcs C TgcFitResult C TgcHitData C TgcRoadDefiner C TrackPattern C UtilTools ► N TrigMatch Helper namespace for calculating deltaR for unknown object types C AncestorAttached C ClassTraits C clusterTraits C clusterTraits< EmTau_ROI > C clusterTraits< TrigElectron > C DirectAttached C MetricTraits C MetricTraits< egamma, egamma > ► N TrigMuonEff C Configuration Structure to hold variables to configure behaviour of the tool ► N TrigMuonHypoConfig C TrigmuCombHypoConfig C TrigMufastHypoToolConfig ► N TrigNavTest C TestAuxB C TestB C TestBContainer C TestBContainerView ► N TrigSteeringEvent C StringSerializer Utility class (not a tool or so) to serialize strings into stream of 32bit integers ► N TrigT1CTMonitoring C BSMonitoringAlgorithm ► N TrigTauHypoTool C TauCuts ► N TrigVSI ► N Coordinate Namespace for Coordinate policy used in TrigVSI::VtxMap C Cartesian Cordinate policy for x, y, z C is_coord =========================================================================== C Pseudo Cordinate policy for perp, eta, phi C Cluster Base class for clusters C DBScan Class for operating DBSCAN clustering C IWrkVrt Interface for vertex classes processed in VtxMap C KDPoint Class for k-dimensional point ► C KDTree KDTree C Node Node class for KDTree C PairHash ► C TrigVrtSecInclusive ► C WrkVrt C AlgCuts C AlgParam ► C VtxMap The vertex map class to be used to find multi-track vertices C Cell The class of a cell in 3D histogram C CellCluster Stores the result of vertex clustering performed in VtxMap C VtxPack Base class of local vertex container in VtxMap ► N TrigVtx C TrigParticleMasses ► N Trk Ensure that the ATLAS eigen extensions are properly loaded ► N Error C NewtonProblem ► N MultiComponentStateAssembler Helper struct representing a cache of the Multicomponent state under assembly C Cache ► N TruthClassification C HeavyFlavourClassifierStrings Simple struct to access the names of the hf classifiers C PrimaryClassifierStrings Simple struct to access the names of the track classifiers C TauTruthClassifierStrings Simple struct to access the names of the classifiers C AbstractVolume C AdaptiveMultiVertexFitter C AdaptiveMultiVertexFitterTestAlg C AdaptiveVertexFitter C AdaptiveVertexFitterTestAlg C AlignableTrackingVolume C AlignAlg C AlignmentDeviation An object decorating a track and holding degrees of freedom reflecting alignment accuracy C AlignmentEffectsOnTrack Class to represent misalignments or 'discontinuities' on tracks These have a surface where the z axis is aligned with the direction of the translation, and the angle of the rotation is with respect to this C AlignModule C AlignModuleTool C AlignPar C AlignResidualCalculator C AlignTrack C AlignTrackCollSplitter C AlignTrackCreator C AlignTrackDresser C AlignTrackPreProcessor C AlignTSOS C AlignVertex ► C AlMat C AlMat_row C AlMat_row_const C AlSpaMat C AlSymMat ► C AlSymMatBase C AlSymMatBase_row C AlSymMatBase_row_const C AlVec C AmbiguityProcessorBase C AnalyticalDerivCalcTool C AnnulusBounds C AnnulusBoundsPC Class that implements the asymmetric shape of the ITk strip endcap modules C ApproachDescriptor C ApproachSurfaces C AreaExcluder C AssociatedMaterial C AtaSurface_p1 C baseMagFld C basePropagator C BasicTruthCollectionFilter BasicTruthCollectionFilter accepts all valid map entries, as determined by the isValid() call on the HepMcParticleLink C BasicValTrkParticleNtupleTool This validation tool writes basic information about Trk::TrackParticleBase into an ntuple; C BeamspotVertexPreProcessor C BevelledBoundaryIntersector C BevelledCylinderVolumeBoundaryAccessors C BevelledCylinderVolumeBounds C BinnedArray C BinnedArray1D C BinnedArray1D1D C BinnedArray1D1D1D C BinnedArray2D C BinnedArrayArray C BinnedLayerMaterial C BinnedLayerMaterial_p1 C BinnedLayerMaterialCreator C BinnedMaterial C BinningData C BinUtility C BinUtility_p1 C BinUtilityTest C BitField A class managing bits belonging to a range of bits C BoundaryCheck C BoundaryCylinderSurface C BoundaryDiscSurface C BoundaryPlaneSurface C BoundarySubtractedCylinderSurface C BoundarySubtractedPlaneSurface C BoundarySurface C BoundaryTrackParameters C BoundSurface_p1 C BoundSurface_p2 C BremPositionNtupleHelper Helper tool as module for the Trk::BasicValidationNtupleTool, writing information about track state with brem-like material effects C Cache C CaloCellSelectorLayerdR C CaloCellSelectorMinPerp C CaloCellSelectorNearestdR C CaloCellSelectorRoughdR C CaloCluster_OnTrack C CaloExtension Tracking class to hold the extrapolation from a particle from the ID to the muon system (or the other way around) Both the caloEntryLayerIntersection and the muonEntryLayerIntersection can return NULL if the particle failed to reach the layer C CaloExtensionBuilderAlg This algorithm creates a calo extension collection and stores it in a Gaudi Gate named "ParticleCaloExtension" to be read by other algorithms C CascadeEvent C cascadeV C CETmaterial C Charged C Chi2TrackCompatibilityEstimator C ClusterSplitProbability_p1 ► C ClusterSplitProbabilityContainer Container to associate Cluster with cluster splitting probabilities C ProbabilityInfo C ClusterSplitProbabilityContainer_p1 C ClusterSplitProbabilityContainerCnv_p1 C CollinearityConstraint C CombinedExtrapolatorTest C CombinedVolumeBounds C CommonTruthMatchWeights C CompactBinnedArray C CompactBinnedArray1D C CompactBinnedArray2D C CompareTwoTracks C ComparisonFunction C CompetingRIOsOnTrack Base class for all CompetingRIOsOnTack implementations, extends the common MeasurementBase C CompetingRIOsOnTrack_p1 C ComponentParameters C CompoundLayer A class to represent complex geometries requiring a description using multiple surfaces C CompoundLayerMaterial C CompoundLayerMaterial_p1 C CompoundLayerMaterialCreator C CompressedLayerMaterial C CompressedLayerMaterial_p1 C CompressedLayerMaterialCreator C ConeBounds C ConeBounds_p1 C ConeLayer C ConeSurface C ConstrainedTrackProvider C ConstSharedPtrSpan C CovarianceMatrix C CrossDistancesSeedFinder C CuboidVolumeBounds C CurvilinearParametersT C CurvilinearUVT C CylinderBounds C CylinderBounds_p1 C CylinderIntersector C CylinderLayer C CylinderLayerAttemptsCalculator C CylinderLayerSorterR C CylinderSurface C CylinderVolumeBoundaryAccessors C CylinderVolumeBounds C CylinderVolumeCreator C DAF_ValidationNtupleHelper C DecayInFlyTruthTrajectoryBuilder C DefParamPullPlots C DenseEnvironmentsAmbiguityProcessorTool C DenseEnvironmentsAmbiguityScoreProcessorTool C DestBound C DetachedTrackingVolume C DetailedHitInfo C DetailedMuonPatternTruthBuilder C DetailedTrackTruth_p0 C DetailedTrackTruth_p1 C DetailedTrackTruth_p2 C DetailedTrackTruth_p3 C DetailedTrackTruth_p4 C DetailedTrackTruthBuilder C DetailedTrackTruthCollection_p0 ► C DetailedTrackTruthCollection_p1 C Entry ► C DetailedTrackTruthCollection_p2 C Entry ► C DetailedTrackTruthCollection_p3 C Entry ► C DetailedTrackTruthCollection_p4 C Entry C DetAnnealingMaker C DetElementSurface C DetElementSurface_p1 C DiamondBounds C DiamondBounds_p1 C DigitizationModule C DigitizationStep C DirectTrackNtupleWriterTool This validation tool writes basic information about Trk::Track into an ntuple; it is also the steering tool for all Trk::IValidationNtupleTool C DiscBounds C DiscBounds_p1 C DiscLayer C DiscLayerAttemptsCalculator C DiscLayerSorterZ C DiscSurface C DiscTrapezoidalBounds C DistanceSolution C DistributedKalmanFilter C DoubleTrapezoidVolumeBounds C DummyAnnealingMaker C DummySeedFinder C DummyVertexSelectionTool C DummyVertexSmoother C EdgeCross C EfficiencyPlots C ElasticTruthTrajectoryBuilder ► C ElectronCombinedMaterialEffects C ComponentValues Helper Struct for multiple Gaussian components C ElectronMaterialMixtureConvolution C ElementFraction C ElementTable C ElementTable_p1 C EllipseBounds C EllipseBounds_p1 Persistent representation of the transient Trk::EllipseBounds_p1 class C EnergyLoss This class describes energy loss material effects in the ATLAS tracking EDM C EnergyLoss_p1 Persistent representation of class EnergyLoss.h C EnergyLossExtrapolationValidation C EnergyLossMonitor C EnergyLossUpdator C ErrorMatrix C EstimatedBremOnTrack Class holding information about momentum reduction and an additional noise term due to significant energy loss (bremsstrahlung) C EstimatedBremOnTrack_p1 Persistent representation of EstimatedBremOnTrack C EventCnvSuperTool Tool to handle TP conversions for Tracking EDM C EventDataBase Base for a helper class to pass mutable storage to tools C EventDataModelMonitor C EventPropertyNtupleTool C EventToTrackLinkNtupleTool C ExtendedVxCandidate C ExtendedVxCandidate_p1 C ExtrapolationCache C ExtrapolationCell C ExtrapolationCode C ExtrapolationConfig C ExtrapolationEngine C ExtrapolationEngineTest C ExtrapolationMode Enumeration to decode - for Extrapolation steering C ExtrapolationStep C ExtrapolationValidation C Extrapolator Extrapolation of track parameters and their associated covariances to destination surfaces ► C ExtrapolatorComparisonTest C ActsTrackWrapper C ExtrapolatorTest C ExtrLayerPlots C ExtrRegionPlots C FastVertexFitter This class implements a fast vertex fitting algorithm as proposed by P C FitMatrices C fitMatrix C FitMeasurement C FitParameters ► C FitProcedure C Cache C FitProcedureQuality C FitQuality Class to represent and store fit qualities from track reconstruction in terms of \chi^2 C FitQuality_p1 C FitQualityImpl Simple/trivial Implemenation class for fit the fit quality. It holds the same payload as FitQuality_p1 C FitQualityOnSurface C FitterStatusCode Status codes for track fitters C ForCFT C ForVrtClose ► C FsmwMode1dFinder C CompareTheTwoDoubleAndWeights C CompareTheTwoDoubles C FullIntersection Class extension to return the object, a represenation & the result C FullLinearizedTrackFactory C FullVertexFitter This class implements a full vertex fitting algorithm as proposed by P C GaussianDensityTestAlg C GaussianSumFitter ► C GaussianTrackDensity ► C TrackDensity C pred_entry_by_max C pred_perigee C TrackDensityEval C TrackEntry ► C GeantFollowerHelper C TreeData Ntuple variables : initial parameters Split this out into a separate, dynamically-allocated block ► C GeantFollowerMSHelper C TreeData Ntuple variables : initial parameters Split this out into a separate, dynamically-allocated block C GenParticleJet Short class to organise MC generated particles as a jet C GenParticleJetFinder Durham jet clustering algorithm for MC-truth tracks C GeoMaterialConverter C GeometryAsciiDumper C GeometryBuilder C GeometryBuilderCond C GeometryJsonDumper C GeometryTTreeDumper C GeoShapeConverter C GlobalChi2AlignTool ► C GlobalChi2Fitter C Cache C PropagationResult C TrackHoleCount C GlueVolumesDescriptor C GMTreeBrowser C GsfExtrapolator C GXFMaterialEffects Class that is similar to MaterialEffectsOnTrack , but has 'set' methods for more flexibility during track fitting C GXFTrackState C GXFTrajectory Internal representation of the track, used in the track fit C HepSymMatrix_p1 C HitInfo C HitPositionNtupleHelper C HitResidualPlots C HitTypePlots C HomogeneousLayerMaterial C HomogeneousLayerMaterial_p1 C IAlignableSurfaceProvider C IAlignModuleTool C IAlignResidualCalculator C IAlignTool C IAlignTrackCreator C IAlignTrackDresser C IAlignTrackPreProcessor C IAmbiTrackSelectionTool Interface for building new tracks using information about shared and already associated hits C IApproachDescriptor C IBoundaryCheckTool C ICaloCellSelector Abstract class that judge if a calo cell is to be included in a collection C ICaloTrackingVolumeBuilder C IdentifiedIntersection C IdentifierExtractor Small utility to get hit Identifiers out of MeasurementBase (either in a vector or single) C IDerivCalcTool C IDetachedTrackingVolumeBuilder C IDetachedTrackingVolumeBuilderCond C IDetailedMuonPatternTruthBuilder Provides interface for tool to return a "detailed" track truth map C IDetailedTrackTruthBuilder Provides interface for tool to return a "detailed" track truth map C IDetailedTrackTruthSimilarity Interface for track-truth match quality estimator tools C IDHitPlots C IDirectTrackNtupleWriter Interface to set up and write a TrkValidation ntuple so that it can be called for validation action 'inside' any tracking tool C IDynamicLayerCreator C IEnergyLossMonitor C IEnergyLossUpdator C IEventCnvSuperTool C IEventPropertyNtupleTool C IExtendedTrackSummaryHelperTool C IExtendedTrackSummaryTool Interface for condensing Trk::Track properties and associated hits to a (non-fittable) foot print, the Trk::TrackSummary object C IExtrapolationEngine C IExtrapolator C IFillNtupleTool C IGeantFollowerHelper C IGeantFollowerMSHelper C IGenParticleJetFinder Interface for determining truth jets (inside Tracking validation framework) C IGenParticleSelector Interface for tools to select generated particles C IGeometryBuilder C IGeometryBuilderCond C IGeometryManagerTool C IGeometryProcessor ► C IGlobalTrackFitter C AlignmentCache C IImpactPoint3dEstimator C IIntersector C IIsoTrackSelectorTool The abstract interface base class for track selector tools targeted at isoloation C IJacobianManagerTool C IJetTruthNtupleTool C IKinematicConstraint C ILayerArrayCreator C ILayerBuilder C ILayerBuilderCond C ILayerMaterialAnalyser C ILayerMaterialCreator C ILayerMaterialManipulator C ILayerProvider C ILayerProviderCond C IMaterialAllocator C IMaterialEffectsEngine C IMaterialEffectsOnTrackProvider ► C IMaterialEffectsUpdator C ICache Cache class to allow passing information to/between calls C IMaterialMapper C IMaterialMixtureConvolution C IMatrixTool C IMode1dFinder C IMode3dFinder C IMode3dInfo Auxillary interface for getting back additional data C IModuleStepper C ImpactParametersAndSigma C ImpactPlots C ImpactPoint3dEstimator C IMultipleScatteringUpdator ► C IMultiStateExtrapolator C Cache MultiStateExtrapolator cache class C INavigationEngine C INavigator C InDetHaloSelector C InDetPrimaryConversionSelector Modular concept to select truth particles for the truth tree filling and efficiency calculation, this one selects detectable tracks in the ID C InDetReconstructableSelector Modular concept to select truth particles for the truth tree filling and efficiency calculation, this one selects detectable tracks in the ID C InDetTrackSummary_p1 C IndexedCrossDistancesSeedFinder C IndexedMaterial C INeutralParticleParameterCalculator C InputLayerMaterialProvider C Intersection ► C IntersectorWrapper C Cache C IntVec C InvalidBounds C InverseMultiMap C IParticleCaloExtensionTool Interface for extending Particles with calo intersections ► C iPatFitter Main Fitter tool providing the implementation for the different fitting, extension and refitting use cases C FitState C iPatGlobalFitter GlobalTrackFitter tool providing methods used during alignment C IPatternParametersPropagator Interface for track parameter propagation through the magnetic field, using the Trk::PatternTrackParameters data model for fast, internal use C IPatternParametersUpdator Interface for updating Trk::PatternTrackParameters , the fast internal representation of track parameters in the (inner detector) pattern recognition tools, with a measurement ► C IPCMat C MsgBuf C IPCMatrixTool C IPixelToTPIDTool Abstract interface for identification of particles based on C IPositionMomentumWriter ► C IPRD_AssociationTool Interface for handling the mapping between Trk::Track and Trk::PrepRawData C Maps The mutable state of the tool C IPRD_Provider Simple interface that takes an identifier and find the associated PRD from an Identifyable container C IPRD_TruthTrajectoryBuilder The interface for the truth PRD trajectory finder C IPRD_TruthTrajectoryManipulator The interface for the truth PRD trajectory manipulator C IPRD_TruthTrajectorySelector The interface for the truth PRD trajectory selector C IPRDtoTrackMapTool Interface for handling the mapping between Trk::Track and Trk::PrepRawData C IPropagationEngine C IPropagator C IPVTrackCompatibilityEstimator C IResidualPullCalculator Interface for tools which calculate residuals and pulls C IRIO_OnTrackCreator Interface class for transforming Trk::PrepRawData to Trk::RIO_OnTrack using a local track hypothesis C ISegmentConverterTool Interface for tool to convert a Trk::Segment object into a Trk::Track C ISurfaceBuilder C ITimedExtrapolator C ITimedMatEffUpdator C ITrackAmbiguityProcessorTool Interface for resolving hit assoication ambiguities in a given track collection C ITrackAmbiguityScoreProcessorTool Interface for resolving hit association ambiguities in a given track collection C ITrackCollectionProvider C ITrackDiff C ITrackFitter C ITrackHoleSearchTool Interface for searching, counting and adding holes on tracks anywhere in ATLAS C ITrackingGeometrySvc C ITrackingVolumeArrayCreator C ITrackingVolumeBuilder C ITrackingVolumeCreator C ITrackingVolumeHelper C ITrackingVolumesSvc C ITrackLink C ITrackMatchingTool The abstract interface base class for Track matching tools C ITrackParticleCreatorTool Interface for constructing TrackParticles from complete tracks C ITrackScoringTool Interface for tool to return a score from a given track C ITrackSelectorTool The abstract interface base class for track selector tools C ITrackSlimmingTool Interface for constructing 'slimmed' Tracks from complete tracks C ITrackSummaryHelperTool Interface for structuring the summary creation into sub-detector specific tools C ITrackSummaryTool Interface for condensing Trk::Track properties and associated hits to a (non-fittable) foot print, the Trk::TrackSummary object C ITrackTimingTool Interface for providing time information for a track or track particle C ITrackToVertexIPEstimator C ITrackTruthClassifier Interface for tools which classify gen particles C ITrackValidationNtupleTool C ITrkAlignDBTool C ITrkAlignmentDeviationTool Interface for tool to add alignmenties to a global chi2 fit C ITrkDistanceFinder C ITrkEventCnvTool C ITrkMaterialProviderTool Interface for tool to add alignmenties to a global chi2 fit C ITrkObserverTool C ITrkVKalVrtFitter C ITRT_ElectronPidTool Abstract interface for identification of electrons based on information from the inner detector track (mainly TRT ) C ITruthNtupleTool C ITruthToTrack ITruthToTrack is an interface to create Trk::TrackParameters from a HepMC::GenParticle C ITruthTrackBuilder The interface for the truth track finder C ITruthTrajectoryBuilder C IUpdator Set of interfaces for methods operating on track states, mainly for Kalman filtering C IValidationNtupleHelperTool Interface for validation helper tools which write special information about generated tracks C IValidationNtupleTool C IVertexAnalyticSeedFinder C IVertexAnnealingMaker C IVertexCascadeFitter C IVertexCollectionSortingTool Interface class for vertex Container Sorting C IVertexFitter C IVertexLinearizedTrackFactory C IVertexMapper C IVertexMergingTool Interface class for merging compatible vertices in a single collection C IVertexSeedFinder C IVertexSelectionTool Interface class for vertex Container Sorting C IVertexSmoother C IVertexTrackCompatibilityEstimator ► C IVertexTrackDensityEstimator C ITrackDensity Helper to hold density results C IVertexTrackUpdator ► C IVertexUpdator C positionUpdateOutcome C IVertexWeightCalculator C IVKalState C JacobianCartesianToPerigee Jacobian from cartesian parameters (p_x, p_y, p_z, E, x, y, z) (d_0, z_0, \phi_0, \theta, q/p) C JacobianCartesianToPolar C JacobianCotThetaPtToThetaP C JacobianCurvilinearToLocal C JacobianLocalAnglesPhiTheta C JacobianLocalToCurvilinear C JacobianPerigeeToCartesian Jacobian for transforming perigee track parameters (d_0, z_0, \phi_0, \theta, q/p) (p_x,p_y,p_z,E,x,y,z) C JacobianPhiThetaLocalAngles C JacobianPhiThetaQoverPToPxyz C JacobianPolarToCartesian C JacobianPxyzToPhiThetaQoverPcartesian Jacobian in cartesian coordinates for the transformation of momentum in Cartesian coordinates (px,py,pz,charge) (\phi,\theta,QoverP) C JacobianPxyzToPhiThetaQoverPspherical Jacobian in spherical coordinates for the transformation of momentum in Cartesian coordinates (px,py,pz,charge) (\phi,\theta,QoverP) C JacobianThetaPToCotThetaPt C JetFitterHelper Februar 2007 (c) Atlas Detector Reconstruction Software C JetFitterInitializationHelper Februar 2007 (c) Atlas Detector Reconstruction Software C JetFitterRoutines Februar 2007 (c) Atlas Detector Reconstruction Software C JetRestrictedSumPtVertexWeightCalculator C JetTruthNtupleTool Tool to fill basic information about truth jets, establishing track-to-jet association indices with the truth ntuple tree C JetVtxParamDefsAccessor C JetVtxParamDefsStrings C KalmanUpdator Implementation of Trk::IUpdator based on gain formalism and Eigen C KalmanUpdator_xk C KalmanUpdatorSMatrix Implementation of Trk::IUpdator based on gain formalism and SMatrix mathlib C KalmanVertexOnJetAxisSmoother ATLAS Reconstruction Software - (C) 2005 - 2007 C KalmanVertexOnJetAxisUpdator ATLAS Reconstruction Software - (C) 2005 - 2007 C KalmanVertexTrackUpdator C KalmanVertexUpdator C KDOP C Layer C LayerArrayCreator C LayerAttemptsCalculator C LayerIndex C LayerMaterialAnalyser C LayerMaterialConverter C LayerMaterialInspector C LayerMaterialMap C LayerMaterialMap_p1 C LayerMaterialMap_tlp1 C LayerMaterialProperties C LayerMaterialProvider C LayerMaterialRecord C LayerProvider C LayerProviderCond C LayerProviderImpl C LayerTreeObject C LinearizedTrack C LineIntersection2D C LineSaggingDescriptor C LinkToTrack AUTO - An Undocumented Tracking Object C LinkToTrackParticleBase C LinkToXAODNeutralParticle Element link to XAOD NeutralParticle C LinkToXAODTrackParticle Element link to XAOD TrackParticle C LocalDirection Three-dimensional global direction with respect to a planar surface frame C LocalDirection_p1 C LocalParameters C LocalParameters_p1 C LocalPosition_p1 C MagneticFieldProperties C MappedVertex C MappingTest C MassConstraint Concrete implementation of Trk::IKinematicConstraint to formulate a mass constraint in kinematic vertex fits C MatchCompareByProbability This functor, used with TruthInverters, selects rec->mc truth map matches with higher associated probabilities C Material C Material_p1 ► C MaterialAllocator Main Fitter tool providing the implementation for the different fitting, extension and refitting use cases C compareByDistance C MaterialComposition C MaterialEffectsBase Base class to integrate material effects on Trk::Track in a flexible way C MaterialEffectsBase_p1 C MaterialEffectsEngine C MaterialEffectsOnTrack Full description of deflection and e-loss of a track in material C MaterialEffectsOnTrack_p1 C MaterialEffectsOnTrack_p2 Persistent representation v2 of MaterialEffectsOnTrack C MaterialEffectsUpdator C MaterialInteraction C MaterialLayer C MaterialManipulation C MaterialMapper C MaterialMapping C MaterialOnTrackValidation C MaterialProperties C MaterialProperties_p1 C MaterialStep C MaterialStep_p1 C MaterialStepCollection_p1 C MaterialValidation C MatrixNtupleBranch This class provides a simple interface to write Matricis to a root tree The size of the Matrix cannot exceed COLMAX x ROWMAX C MatrixTool C MCTrueSeedFinder C MeasuredAtaSurface_p1 C MeasuredPerigee_p1 C MeasurementBase C MeasurementBaseComparisonFunction Class implementing a comparison function for sorting MeasurementBase objects C MeasurementProcessor C MeasurementTypeID Classifies a MeasurementBase into one of the known inherited flavours or one of the detector types for ROT/CompROT C MeasurementVectorNtupleTool This validation tool writes basic information about Trk::Track into an ntuple; it is also the steering tool for all Trk::IValidationNtupleHelperTool C MemoryLogger ► C Mode3dFromFsmw1dFinder C Compare1dPosition C CompareWeight C Mode3dFromFsmw1dInfo C VecIndicesCompare C Mode3dTo1dFinder C MSConstraintTracksProvider C MSHitDiffPlots C MSHitPlots C MultiComponentStateOnSurface C MultipleScatteringUpdator ► C MuonTrackSummary Detailed track summary for the muon system Give access to hit counts per chamber ► C ChamberHitSummary Structure to hold information per chamber in the muon system C Projection Structure to hold the information for the eta/phi projection of RPC, TGC and CSC chambers and per multilayer for MDT chambers C MuonTrackSummary_p1 C MuonTrackSummary_p2 C MvfFitInfo C MVFVxCandidate C MVFVxCandidate_p1 C MVFVxContainer_p1 C MVFVxContainer_tlp1 C MVFVxTrackAtVertex C MVFVxTrackAtVertex_p1 C NavBinnedArray1D C NavigationCell Useful struct for a single navigation cell C NavigationLayer C Navigator C NeuralNetworkToHistoTool C Neutral C NeutralParticleParameterCalculator C NeutralTrack C NewtonTrkDistanceFinder C NIMatEffUpdator C NoBounds C NoiseOnSurface C ObjectAccessor C ObjectCounter Helper to enable counting number of instantiations in debug builds C ObjectIntersection Class extensions to return also the object C OverlapDescriptor C PairOfVxVertexOnJetAxis C ParamDefsAccessor C ParametersBase C ParametersCommon C ParametersNextVolume C ParametersT Dummy class used to allow special convertors to be called for surfaces owned by a detector element C ParamPlots C ParamsNextVolume C PartialMassConstraint C ParticleCaloExtensionTool C PathLimit C PatternTrackParameters C PCutTruthCollectionFilter This functor accepts valid entries that have associated probability>=probabilityCut C PdgToParticleHypothesis C Perigee_p1 C Perigee_p2 C PerigeeParametersNtupleTool Explain.. C PerigeeSurface C PGraph C PlanarModuleStepper C PlaneLayer C PlaneLayerSorterX C PlaneLayerSorterY C PlaneLayerSorterZ C PlaneSurface C PointOnTrack C PolygonCache C PositionMomentumWriter C PRD_AssociationTool Concrete Implementation of the IPRD_AssociationTool interface ► C PRD_MultiTruthCollection_p1 C Entry ► C PRD_MultiTruthCollection_p2 C Entry ► C PRD_MultiTruthCollection_p3 C Entry ► C PRD_MultiTruthCollection_p4 C Entry C PRD_TruthTrajectory C PRD_TruthTrajectoryBuilder C PRDtoTrackMap ► C PRDtoTrackMapTool Concrete Implementation of the IPRD_AssociationTool interface C PRDtoTrackMap C PrepRawData C PrepRawData_p1 C PrepRawDataCollection C PrepRawDataCollectionCopyConstructorCalled C PrepRawDataComparisonFunction Class providing comparison function, or relational definition, for PrepRawData C PrepRawDataContainer C PrepRawDataUndefinedVariable Class thrown in the event of an variable not being defined C PreselCaloExtensionBuilderAlg Build the calo extensions for a preselected collection of tracks C PrimaryTruthClassifier Modular concept to define certain categories of truth particles, this one labels primary, secondary and truncated tracks C PrismVolumeBounds C ProjectionMatricesSet Matrices to access the variably-dimensioned local parameters and map them to the defined five track parameters C PropagationEngine C PropResultRootWriterSvc C PseudoMeasurementOnTrack Class to handle pseudo-measurements in fitters and on track objects C PseudoMeasurementOnTrack_p1 C PseudoMeasurementOnTrack_p2 C RandomSurfaceBuilder C RealLinearEquation C RealQuadraticEquation C RecMomentumQualityValidation C RecoInfoPlots C RectangleBounds C RectangleBounds_p1 C RectangularSegmentation C RecursiveGeometryProcessor C RecVertex Trk::RecVertex inherits from Trk::Vertex C RecVertex_p1 C RecVertex_p2 C RecVertexPositions C ReFitTrack Algorithm using an instance of a ITrackFitter to refit the tracks of a given track collection C ReFitTrackWithTruth Algorithm using an instance of a ITrackFitter to refit the tracks of a given pseudotrack collection after changing the cluster position to the truth particle position C Residual C ResidualPull This class containes residual and pull information C ResidualPullCalculator AlgTool to calculate the residual and pull of a measurement and the related track state independently of the detector type C ResidualValidationNtupleHelper C ResolutionPlots C RiddersAlgorithm C RIO_OnTrack C RIO_OnTrack_p1 C RIO_OnTrack_p2 C RIO_OnTrackCreator General tool to converts clusters or driftcircles (Trk::PrepRawData ) to fully calibrated hits (Trk::RIO_OnTrack ) further use in track fits C RoT_Extractor Small utility to cast MeasurementBase (either in a vector or single) into RIO_OnTrack C RotatedDiamondBounds C RotatedDiamondBounds_p1 C RotatedTrapezoidBounds C RotatedTrapezoidBounds_p1 C RungeKuttaIntersector ► C RungeKuttaPropagator C Cache C SaggedLineSurface C ScatteringAngleOnTrack_p1 C ScatteringAngles Deflection of the track caused through multiple scattering in material C SecVertexMergingTool C SeedNewtonTrkDistanceFinder C Segment C Segment_p1 C Segmentation C SegmentCollection_p1 C SegmentCollection_tlp1 C SegmentCollection_tlp2 C SegmentCollection_tlp3 C SegmentCollection_tlp4 C SelectedTracksInJet C SelectEventNumber C SequentialVertexFitter C SequentialVertexSmoother C ShiftingDerivCalcTool C SimpleAmbiguityProcessorTool C SimplePolygonBrepVolumeBounds C sincosCache C SingleTrackDiffAlg C SlidingCylinderSurface C SlidingDiscSurface ► C SolenoidalIntersector C Constants Constants of motion and other cached values ► C SolenoidParametrization C BinParameters C Parameters C SolenoidParametrizationCondAlg C SpacePoint C SpaceTimePoint SpaceTimePoint C SpaceTimePointBase SpaceTimePointBase C StaticEngine C StaticNavigationEngine C StatTruthCollectionFilter Works like PCutTruthCollectionFilter , but also gathers some stats about the collections ► C STEP_Propagator C Cache Stuct to pass information to the heavy lifting calculation internal methods C StepEngine C StraightLineIntersector C StraightLineSurface C SubDetHitStatistics_p0 C SubtractedCylinderLayer C SubtractedCylinderSurface C SubtractedDiscSurface C SubtractedPlaneLayer C SubtractedPlaneSurface C SubtractedVolumeBounds C SumPtVertexWeightCalculator ► C Surface C Transforms C Surface_p1 C Surface_p2 C SurfaceBounds C SurfaceDeleter C SurfaceIntersectionTest C SurfaceNtupleBranch This class provides a simple interface to write Surfaces to a root tree C SurfacePtrHolderImpl C SurfacePtrHolderImplBase C SurfacePtrHolderImplDetEl C SurfaceTreeObject C SurfaceUniqHolderImpl C TargetSurface Target surface info ( navigation ) C TargetSurfaces C temp ► C TimedExtrapolator C Cache C TimeLimit C Track The ATLAS Track class C Track_p1 C Track_p12 C Track_p2 C Track_p4 C TrackCollection_p1 C TrackCollection_tlp1 C TrackCollection_tlp2 C TrackCollection_tlp3 C TrackCollection_tlp4 C TrackCollection_tlp5 C TrackCollection_tlp6 C TrackCollection_tlp7 C TrackCollectionMerger Class-algorithm for track collection merging and removalof potential duplicate tracks C TrackCollectionProvider C TrackDensitySeedFinder C TrackDiff C TrackError Class returned (by exception) in case of an error in Track C TrackInfo Contains information about the 'fitter' of this track C TrackInfo_p1 C TrackInformationNtupleTool ► C TrackingGeometry C constTransformLayerMap C TrackingGeometryCondAlg C TrackingGeometryCondAlgTest C TrackingGeometrySvc C TrackingGeometryTest C TrackingVolume C TrackingVolumeArrayCreator C TrackingVolumeDisplayer C TrackingVolumeHelper C TrackingVolumeManipulator C TrackingVolumesSvc C TrackJet Short class to organise reconstructed Trk::Track objects as a jet C TrackMatchingProperties C TrackParameters_p1 C TrackParameters_p2 C TrackParametersIdentificationHelper Helper class to get the TrackParametersIdentifier from a TrackParameters C TrackParametersIdHelper Helper class to encode and decode a TrackParametersIdentifier C TrackParticleBase C TrackParticleBase_p1 C TrackParticleCreatorTool C TrackPositionNtupleHelper This validation tool writes information about track positions C TrackPtr C TrackRoad Encapsulates the information required by the find() method of the muon segment makers C TrackSegment C TrackSegment_p1 C TrackSelectionProcessorTool C TrackSlimmer C TrackSlimmingTool C TrackStateData C TrackStateOnSurface Track state (measurement, material, fit parameters and quality) at a surface C TrackStateOnSurface_p1 C TrackStateOnSurface_p2 C TrackStateOnSurface_p3 C TrackStateOnSurfaceComparisonFunction Class providing comparison function, or relational definition, for sorting MeasurementBase objects C TrackSummary A summary of the information contained by a track C TrackSummary_p1 C TrackSummary_p2 C TrackSummaryTool ► C TrackSurfaceIntersection C IIntersectionCache Base class for cache block C TrackToVertexIPEstimator A class estimating the transverse impact parameter d0 and its error of a given track wrt to the reconstructed vertex C TrackToVtxLink ► C TrackTruthCollection_p1 C Entry ► C TrackTruthCollection_p2 C Entry ► C TrackTruthCollection_p3 C Entry C TrackTruthKey C TrackTruthKey_p0 C TrackValidationNtupleWriter C TransformNtupleBranch This class provides a simple interface to write Transforms to a root tree C TransportJacobian C TrapezoidBounds C TrapezoidBounds_p1 C TrapezoidSegmentation C TrapezoidVolumeBounds C TriangleBounds C TriangleBounds_p1 Persisent representation of the transient TriangleBounds class C Trk2DDistanceFinder C Trk2dDistanceSeeder C TrkAlignDBTool C TrkAmbiguityScore C TrkAmbiguitySolver Algorithm does ambiguity processing This algorithm uses the TrkAmbiguityProcessorTool AlgTool to resolve ambiguities in the passed tracks C TrkBaseNode C TrkClusterNode C TrkCollectionAliasAlg C TrkDetDescrTPCnvTest C TrkDetDescrUnitTestBase C TrkDetElementBase C TrkDistanceFinderNeutralCharged C TrkDistanceFinderNeutralNeutral C TrkEndCapClusterNode C TrkExUnitTestBase C TrkFilteringNode1D C TrkFilteringNode2D C TrkMaterialProviderTool ► C TrkObserverTool C CacheEntry C TrkPixelNode C TrkPlanarSurface C TrkPriVxPurity C TrkPriVxPurityTool C TrkTrackDict_Dummy C TrkTrackState C TrkTrtNode C TrkV0VertexFitter This class implements a vertex fitting algorithm optimised for V0 finding ► C TrkVKalVrtFitter C CascadeState C State C TrkMatControl C TrkVKalVrtFitterTestAlg C TrueVertexDistanceWeightCalculator C TruthInfoPlots C TruthMatchRatio C TruthMatchTanimoto C TruthNtupleTool Tool to fill basic information about the truth record C TruthToTrack C TruthTrackBuilder C TruthTrackCreation Algorithm to convert PRD multi truth maps into a track collection C TruthTrackRecordToTrack C TruthTrajectory_p0 C TruthTrajectory_p1 C TruthTrajectory_p2 C TruthTrajectory_p3 C TruthTrkExtrapolationPlots C TruthVertexSelectionTool C TwoTracks C TwoTrackVerticesInJet C TWRK C V0Candidate C V0Candidate_p1 C V0Container_p1 C V0Container_tlp1 C V0Container_tlp2 C V0Hypothesis C V0Hypothesis_p1 C V0Tools C ValidationTrackTruthData C ValueStore C Vect3DF C VectMOM C VectorNtupleBranch This class provides a simple interface to write Vectors to a root tree The size of the vectors cannot exceed ROWMAX C Vertex C Vertex_p1 C VertexCollectionSortingTool C VertexMapper C VertexMergingTool C VertexOnTrack C VertexOnTrack_p1 C VertexPositions VertexPositions class to represent and store a vertex C VertexSeedFinderTestAlg C VKalAtlasMagFld C VKalExtPropagator C vkalMagFld C vkalPropagator C VKalVrtControl C VKalVrtControlBase C VKConstraintBase C VKMassConstraint C VKPhiConstraint C VKPlaneConstraint C VKPointConstraint C VKThetaConstraint C VKTrack C VKVertex C Volume C VolumeBounds C VolumeConverter C VolumeExcluder C VolumeExit C VolumeIntersection C VolumeLink C VolumePart C VolumeSpan C VolumeTreeObject C VxCandidate C VxCandidate_p1 C VxCascadeInfo C VxClusteringTable C VxContainer_p1 C VxContainer_tlp1 C VxContainer_tlp2 C VxJetCandidate C VxJetFitterDebugInfo C VxJetFitterVertexInfo C VxSecVertexInfo C VxSecVKalVertexInfo C VxTrackAtVertex The VxTrackAtVertex is a common class for all present TrkVertexFitters The VxTrackAtVertex is designed to store the information about the trajectory fitted to the VxCandidate C VxTrackAtVertex_p1 C VxTrackAtVertex_p2 C VxVertexOnJetAxis VxVertexOnJetAxis inherits from Vertex C WeightMatrix_p1 C Z0PVTrackCompatibilityEstimator Z0PVTrackCompatibilityEstimator.h ► C ZScanSeedFinder ► C Cache C hash_perigee C pred_perigee ► N TrkDriftCircleMath Function object to check whether two Segments are sub/super sets or different C ChamberGeometry C Cluster Class representing a cluster meaurement C ClusterId C CurvedSegmentFinder C DCOnTrack Class representing a drift circle meaurement on segment ► C DCSLFitter C FitData C DCSLHitSelector C DCStatistics This class offers no functionality, but to define a standard device for the maker to transfer to the finder objects which are neither road, hits or geometry, i.e C DriftCircle This class represents a drift time measurement C IsSubsetSegment C Line C LocVec2D Implementation of 2 dimensional vector class C MatchCrossedTubes C MatchDCWithLine C MdtChamberGeometry C MdtId C MdtMultiChamberGeometry C MdtSegmentT0Fitter C NeighbourTube C ResidualWithLine C ResidualWithSegment Class to calculate residual of a hit with a segment and calculate the local track errors C ResolvedCollection C Road TrkDriftCircleMath::Road - encodes the road given to the segment finder in station coordinates C RotPhi C SameTube C SegCandVec C Segment C SegmentCandidate C SegmentFinder C SharedHitsSegments Counts the number of hits shared by the two segments C SortDcsByY C SortSegByNumberOfHitsAndChi2 C SortSegByNumberOfMDTHitsAndChi2 C TangentToCircles C TransformToLine ► N TRT C HitInfo C TrackInfo ► N TRTAlign C HistoChisqProjection ► N TRTCalib_Extractor C storeinfo ► N TRTCond C ActiveFraction C AliveStraws C AverageT0 C BasicRtRelation C BinnedRtRelation C DeadStrawTrait Trait class to deal with StrawStatus in NestedContainers C DinesRtRelation C ExpandedIdentifier Identifier for TRT detector elements in the conditions code C HWMap C LinearPacker C MultChanContainer C NestedContainer C NestedContainer< ExpandedIdentifier::STRAWLAYER, T, Trait > Template specialization for the lowest level ('STRAWLAYER') to truncate the nesting loop C NestedContainerBase C NestedContainerDaughterAccessor C NestedContainerDaughterAccessor< T, T, Trait > NestedContainerDaugtherAccessor C NestedContainerPointerTrait C RtRelation C RtRelationContainer C RtRelationFactory C RtRelationMultChanContainer C StrawDx C StrawDxContainer C StrawDxContainerTemplate C StrawDxMultChanContainer C StrawDxTrait C StrawStatus C StrawStatusContainer C StrawStatusContainerTemplate C StrawStatusData C StrawStatusMultChanContainer C StrawStatusSummary C StrawT0 C StrawT0Container C StrawT0ContainerTemplate Class for storing/accessing trt t0 data C StrawT0MultChanContainer C StrawT0Trait ► N TruthHelper C GenAccessIO ► N TSU C Expo C Hyperbolic C Kinematics C L1TopoDataTypes C Trigo ► N TTN C Buffer_t Reference to one of the halves provided by the DoubleBuffer_t C BufferBase_t Helper class which adds a range check to an array access if NDEBUG is not defined C ConstBuffer_t Read only reference to one of the halves provided by the DoubleBuffer_t C DoubleBuffer_t The temporary buffer for internal computations which is split into two halves ► N TTreeHelper C TTreeSelector ► N TXC C FixedParameter C InputElement C L1TopoConfigAlg C L1TopoConfigGlobal C L1TopoConfigOutputList C L1TopoMenu C OutputElement C OutputListElement C RegisterParameter C TopoConfigElement C TriggerLine ► N type_tools C Copy Algorithm to define a suitable "copy type": by default use copy-by-value C Copy< T * > When T is pointer we "copy" into a const T* C Int2Type Assign a type to an integer value C Parameter Algorithm to provide an efficient way to pass a parameter: by value for scalars (arithmetic types and pointers), by reference for compound objects.Derived from Loki library ► N TypeTools C Copy Trait class defining how ElementLink should handle a container C Copy< T * > Specialisation for containers storing pointers ► N UnconventionalTrackingChainConfiguration C UnconventionalTrackingChainConfiguration ► N UpdateHVReference C HVRefUpdator ► N uploadTools ► C UT C bcolors ► N urldecode C decoder_state_s ► N util ► N convertLGBMToRootTree C LGBMTextNode ► N convertXGBoostToRootTree C XBGoostTextNode ► N validator C Validator ► N ViewHelper C ViewMerger ► N VKalVrtAthena C BaseHolder C IntersectionPos C IntersectionPos_barrel C IntersectionPos_endcap C NtupleVars C varHolder ► C VrtSecInclusive C JobProperties C track_summary_properties C WrkVrt ► N VKalVrtFitter C InDetVKalVrtFitter C VKalFitterForAnalysis C VKalFitterForAnalysisWithField ► N VP1Trig C Logger C VP1TriggerHandleEF C VP1TriggerHandleL1 C VP1TriggerHandleL2 C VP1TriggerProcessor C VP1TriggerSystem C VP1TriggerTool ► N VxMultiVertexDict C temp ► N VxVertexDict C temp ► N WebPage C GlobalConfiguration C HelloWorld C htmlTable C WebPage C WebPageConfigurationError ► N WebPlots C WebPlots ► N widthestimators ► N xAOD ICaloAffectedTool is abstract interface for tools checking if 4 mom is in calo affected region ► N details ► C AuxStoreBase Common base class for the auxiliary store implementations C Members Struct collecting all member variables of this base class ► N EgammaParameters C ROOT6_NamespaceAutoloadHook ► N Helpers C _importHelper ► N Internal C THolderCache Singleton, thread-safe THolder cache ► N Iso Namespace holding the IsolationType enumeration C IsolationCaloCorrectionBitsetHelper Helper to encode and decode the isolation corrections C IsolationTrackCorrectionBitsetHelper Helper to encode and decode the isolation corrections C ROOT6_NamespaceAutoloadHook Struct helping with auto-loading this dictionary ► N JetAttributeAccessor C AccessorMap_v1 Define a template struct C AccessorWrapper C AccessorWrapper< double > Double accessor specialization : internally stored as float C AccessorWrapper< Dummy > C AccessorWrapper< IParticle::FourMom_t > Specialiazed accessor for FourMom_t : internally stores the FourMom_t as 4 floats in the Aux Store C AccessorWrapper< JetFourMom_t > Specialiazed accessor for JetFourMom_t : internally stores the JetFourMom_t as 4 floats in the Aux Store C AccessorWrapper< std::vector< double > > Specialization : internally stored as float C FourMomAccessor A base class holding accessors for 4 floats of a 4-vector C Named C ObjectAccessorMap_v1 C ObjectAccessorWrapper C ObjectAccessorWrapper< Dummy > C ObjectAccessorWrapper< std::vector< const TYPE * > > Accessor wrapper for vector< AuxElement> objects ► N TauJetParameters C ROOT6_NamespaceAutoloadHook ► N xAODInDetMeasurement ► C AddDVProxy Set up collection proxy for a DataVector C Helper Helper structure implementing the resize(...) function C AFPClusterAlgID Helper class to store ID numbers of pixel clustering algorithm C AFPData_v1 Class containing AFP information C AFPDataAuxContainer_v1 Auxiliary store for xAOD::AFPDataContainer_v1 C AFPPixelLayerID Helper class to store ID numbers of silicon layers (tracking) in an AFP station C AFPProton_v1 Class representing a proton reconstructed in AFP C AFPProtonAuxContainer_v1 C AFPProtonRecoAlgID Helper class to store ID numbers of AFP proton reconstruction algorithms C AFPSiHit_v1 Class representing a hit in silicon detector C AFPSiHit_v2 Class representing a hit in silicon detector C AFPSiHitAuxContainer_v1 Class storing information of xAOD::AFPSiHit_v1 objects C AFPSiHitAuxContainer_v2 Class storing information of xAOD::AFPSiHit_v2 objects C AFPSiHitsCluster_v1 Class representing a cluster of AFP pixel hits C AFPSiHitsClusterAuxContainer_v1 Class storing information of xAOD::AFPSiHitsCluster objects C AFPStationID Helper class to store ID numbers of AFP stations C AFPToFHit_v1 Class representing a hit in ToF detector C AFPToFHitAuxContainer_v1 Class storing information of xAOD::AFPToFHit_v1 objects C AFPToFTrack_v1 Class representing a track reconstructed in AFP ToF C AFPToFTrackAuxContainer_v1 Class storing information accessed by xAOD::AFPToFTrack_v1 C AFPToFTrackRecoAlgID Helper class to store ID numbers of track reconstruction algorithms C AFPTrack_v1 Class representing a track reconstructed in AFP C AFPTrack_v2 Class representing a track reconstructed in AFP C AFPTrackAuxContainer_v1 Class storing information accessed by xAOD::AFPTrack_v1 C AFPTrackAuxContainer_v2 Class storing information accessed by xAOD::AFPTrack_v2 C AFPTrackRecoAlgID Helper class to store ID numbers of track reconstruction algorithms C AFPVertex_v1 Class representing a vertex reconstructed in AFP C AFPVertexAuxContainer_v1 Class storing information accessed by xAOD::AFPVertex_v1 C ALFAData_v1 Class containing ALFA information C ALFADataAuxContainer_v1 Auxiliary store for xAOD::ALFADataContainer_v1 C ArrayFloat3 A struct mimicking std::array<float ,3> this structure is a temporary solution for our dynamic variables C AuxCompression C AuxContainerBase Common base class for the auxiliary containers C AuxInfoBase Common base class for auxiliary info objects C AuxPersInfo Class managing concrete persistent variables C AuxPersVector Class managing concrete vector variables C AuxPersVector< SG::JaggedVecElt< T >, VEC > C AuxPersVector< SG::PackedLink< TARG >, VEC > Specialization of AuxPersVector PackedLink types C AuxPersVector< std::vector< SG::PackedLink< TARG >, VALLOC >, VEC > Specialization of AuxPersVector std::vector<PackedLink> types C AuxSelection Class helping in dealing with dynamic branch selection C BCMRawData_v1 Class describing the BCM raw data C BCMRawDataAuxContainer_v1 Class holding the payload of xAOD::BCMRawDataContainer C BPhysBlindingTool C BPhysHelper C BPhysHypoHelper C BPhysMetaDataHelper Helper class providing easy access to FileMetaData object holding file-level metadata about an xAOD file specific to B-physics derivations C BPhysTrackVertexMapTool Dual-use tool createing a track-to-vertex map from the vertex-to-track information C BranchStats Class describing the access statistics of one (sub-)branch C BTagging_v1 C BTaggingAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C BTaggingAuxContainer_v2 C BTaggingTrigAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C BTagVertex_v1 C BTagVertexAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C BunchConf_v1 Class holding one particular bunch configuration C BunchConfAuxContainer_v1 Auxiliary store for BunchConfContainer_v1 C BunchConfKey_v1 Class identifying the bunch configuration of a given event C ByteStreamAuxContainer_v1 Base class for dynamic auxiliary stores saved into ByteStream C CaloCluster_v1 Description of a calorimeter cluster C CaloClusterAuxContainer_v1 Auxiliary container for calorimeter cluster containers C CaloClusterAuxContainer_v2 Auxiliary container for calorimeter cluster containers C CaloClusterBadChannelData_v1 Description of problematic cell in a cluster C CaloClustersInConeTool C CaloClusterTrigAuxContainer_v1 Auxiliary container for calorimeter cluster containers C CaloCorrection C CaloIsolation C CaloIsolationTool C CaloRings_v1 Class summarizing the particle interaction throughout the Calorimeter (its shower shape) C CaloRingsAuxContainer_v1 Auxiliary store for xAOD::CaloRingsContainer C CaloTower_v1 ! C CaloTowerAuxContainer_v1 Payload container for xAOD::CaloTowerContainer_v1 C CaloTowerContainer_v1 Basic container storing all information need for xAOD::CaloTower_v1 C CaloVertexedClusterBase Evaluate cluster kinematics with a different vertex / signal state C CaloVertexedTopoCluster Evaluate cluster kinematics with a different vertex / signal state ► C ChamberViewer C ref_trait Type trait to find the proper refernce type for the lambda function access C CMMCPHits_v1 Description of CMMCPHits_v1 C CMMCPHitsAuxContainer_v1 AuxContainer for CMMCPHits_v1 C CMMEtSums_v1 Description of CMMEtSums_v1 C CMMEtSumsAuxContainer_v1 AuxContainer for CMMEtSums_v1 C CMMJetHits_v1 Description of CMMJetHits_v1 C CMMJetHitsAuxContainer_v1 AuxContainer for CMMJetHits_v1 C CMMRoI_v1 Description of CMMRoI_v1 C CMMRoIAuxInfo_v1 AuxInfo for CMMRoI_v1 C CMXCPHits_v1 Description of CMXCPHits_v1 C CMXCPHitsAuxContainer_v1 Description of CMXCPHitsAuxContainer_v1 C CMXCPTob_v1 Description of CMXCPTob_v1 C CMXCPTobAuxContainer_v1 Description of CMXCPTobAuxContainer_v1 C CMXEtSums_v1 Description of CMXEtSums_v1 C CMXEtSumsAuxContainer_v1 Description of CMXEtSumsAuxContainer_v1 C CMXJetHits_v1 Description of CMXJetHits_v1 C CMXJetHitsAuxContainer_v1 Description of CMXJetHitsAuxContainer_v1 C CMXJetTob_v1 Description of CMXJetTob_v1 C CMXJetTobAuxContainer_v1 Description of CMXJetTobAuxContainer_v1 C CMXRoI_v1 Description of CMXRoI_v1 C CMXRoIAuxContainer_v1 AuxInfo for CMXRoI_v1 ► C CompositeParticle_v1 Description of a composite particle, i.e C MT Define the enumeration of calculation methods for the transverse mass C CompositeParticleAuxContainer_v1 Auxiliary container for composite particle containers C CPMHits_v1 Description of CPMHits_v1 C CPMHitsAuxContainer_v1 AuxContainer for CPMHits_v1 C CPMRoI_v1 Description of CPMRoI_v1 C CPMRoIAuxContainer_v1 AuxContainer for CPMRoI_v1 C CPMTobRoI_v1 Description of CPMTobRoI_v1 C CPMTobRoIAuxContainer_v1 Description of CPMTobRoIAuxContainer_v1 C CPMTower_v1 Description of CPMTower_v1 C CPMTower_v2 Description of CPMTower_v2 C CPMTowerAuxContainer_v1 AuxContainer for CPMTower_v1 C CPMTowerAuxContainer_v2 AuxContainer for CPMTower_v2 ► C CutBookkeeper_v1 Description of the class that is used to keep track of event counts C Payload Add struct for payload and implement operator *,/....*=,.. C CutBookkeeperAuxContainer_v1 Auxiliary container for CutBookkeeper containers C CutBookkeeperContainer_v1 Container that holds the Container of all CutBookkeepers C DiTauJet_v1 C DiTauJetAuxContainer_v1 C eFexEMRoI_v1 Class describing a LVL1 eFEX EM region of interest C eFexEMRoIAuxContainer_v1 Auxiliary store for the LVL1 eFEX EM TOB/RoI container C eFexTauRoI_v1 Class describing a LVL1 eFEX tau region of interest C eFexTauRoIAuxContainer_v1 Auxiliary store for the LVL1 eFEX tau TOB/RoI container C eFexTower_v1 Class describing input data of a LVL1 eFEX C eFexTowerAuxContainer_v1 AuxContainer for eFexTower_v1 C Egamma_v1 C EgammaAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C Electron_v1 C ElectronAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C ElectronAuxContainer_v2 Container holding the payload of the electron container C ElectronAuxContainer_v3 Container holding the payload of the electron container C ElectronTrigAuxContainer_v1 Container holding the payload of the electron container C EmTauRoI_v1 Class describing a LVL1 em/tau region of interest C EmTauRoI_v2 Class describing a LVL1 em/tau region of interest C EmTauRoIAuxContainer_v1 Auxiliary store for the LVL1 em/tau RoI container C EmTauRoIAuxContainer_v2 Auxiliary store for the LVL1 em/tau RoI container C EnergySumRoI_v1 Class describing a LVL1 energy-sum "RoI" C EnergySumRoI_v2 Class describing a LVL1 energy-sum "RoI" C EnergySumRoIAuxInfo_v1 Auxiliary store for an EnergySum RoI object C EnergySumRoIAuxInfo_v2 Auxiliary store for an EnergySum RoI object C EventAuxInfo_v1 Auxiliary information about the event C EventAuxInfo_v2 Auxiliary information about the event C EventAuxInfo_v3 Auxiliary information about the event C EventFormat_v1 Event format metadata for xAOD files C EventFormatElement Class describing one branch of the ROOT file ► C EventInfo_v1 Class describing the basic event information C PileUpMixtureID Unique pile-up mixture identifier definition C StreamTag Class describing a stream tag on the event C SubEvent Class describing the properties of one pileup sub-event C EventInfoAuxContainer_v1 Auxiliary information about the pileup events C EventShape_v1 Data class for event shapes C EventShapeAuxInfo_v1 Auxiliary information about the event shapes C ExampleElectron_v1 C ExampleElectronAuxContainer_v1 C ExcNotIParticleContainer C FastJetLink C FastJetLinkBase C FileMetaData_v1 Class holding file-level metadata about an xAOD file C FileMetaDataAuxInfo_v1 Auxiliary store for xAOD::FileMetaData_v1 C FlowElement_v1 A detector object made of other lower level object(s) C FlowElementAuxContainer_v1 C FlowElementsInConeTool C ForwardEventInfo_v1 Add description C ForwardEventInfoAuxContainer_v1 Auxiliary store for xAOD::ForwardEventInfoContainer_v1 C GBlock_v1 C GBlockAuxContainer_v1 C gFexGlobalRoI_v1 Class describing properties of a LVL1 gFEX global Trigger Object (TOB) in the xAOD format C gFexGlobalRoIAuxContainer_v1 Auxiliary store for the LVL1 GFEX TOB container C gFexJetRoI_v1 Class describing properties of a LVL1 gFEX jet Trigger Object (TOB) in the xAOD format C gFexJetRoIAuxContainer_v1 Auxiliary store for the LVL1 GFEX TOB container C gFexTower_v1 Class describing input data of a LVL1 eFEX C gFexTowerAuxContainer_v1 AuxContainer for gFexTower_v1 C HGTDCluster_v1 C HGTDClusterAuxContainer_v1 Auxiliary store for HGTD clusters C HIEventShape_v1 C HIEventShape_v2 Interface class for the HI reconstruction EDM C HIEventShapeAuxContainer_v1 C HIEventShapeAuxContainer_v2 Auxiliary store for xAOD::HIEventShape_v2 C IBPhysBlindingTool Interface for dual-use tool for blinding and unblinding certain float values provided as variables in a container C IBPhysTrackVertexMapTool Interface for dual-use tool createing a track-to-vertex map from the vertex-to-track information C ICaloCellIsolationTool Interface for tools calculating track isolation C ICaloClustersInConeTool Interface for collecting truth particles inside a cone C ICaloTopoClusterIsolationTool Interface for tools calculating topo cluster isolation C IFlowElementsInConeTool Interface for collecting pflow objects inside a cone C IMuonDressingTool Interface for tools calculating hit count summaries for track C INeutralEFlowIsolationTool Interface for tools calculating neutral eflow isolation C IOStats Singleton object holding on to the process's I/O statistics C IParticle Class providing the definition of the 4-vector interface C IParticlesLookUpTable 2D look up table for iParticles C IPFlowObjectsInConeTool Interface for collecting pflow objects inside a cone C ITrackIsolationTool Interface for tools calculating track isolation C ITrackParticlesInConeTool Interface for collecting tracks inside a code C ITruthParticlesInConeTool Interface for collecting truth particles inside a cone C JEMEtSums_v1 Description of JEMEtSums_v1 C JEMEtSums_v2 Description of JEMEtSums_v2 C JEMEtSumsAuxContainer_v1 AuxContainer for JEMEtSums_v1 C JEMEtSumsAuxContainer_v2 AuxContainer for JEMEtSums_v2 C JEMHits_v1 Description of JEMHits_v1 C JEMHitsAuxContainer_v1 AuxContainer for JEMHits_v1 C JEMRoI_v1 Description of JEMRoI_v1 C JEMRoIAuxContainer_v1 AuxContainer for JEMRoI_v1 C JEMTobRoI_v1 Description of JEMTobRoI_v1 C JEMTobRoIAuxContainer_v1 Description of JEMTobRoIAuxContainer_v1 C Jet_v1 Class describing a jet C JetAttribute C JetAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C JetConstituent 4-vector of jet constituent at the scale used during jet finding ► C JetConstituentVector A vector of jet constituents at the scale used during jet finding C iterator C JetElement_v1 Description of JetElement_v1 C JetElement_v2 Description of JetElement_v2 C JetElementAuxContainer_v1 AuxContainer for JetElement_v1 C JetElementAuxContainer_v2 AuxContainer for JetElement_v2 C JetEtRoI_v1 Class describing a LVL1 jet-ET "RoI" C JetEtRoIAuxInfo_v1 Auxiliary store for a Jet-ET RoI object C JetRoI_v1 Class describing a LVL1 jet region of interest C JetRoI_v2 Class describing a LVL1 jet region of interest C JetRoIAuxContainer_v1 Auxiliary store for the LVL1 jet RoI container C JetRoIAuxContainer_v2 Auxiliary store for the LVL1 jet RoI container C JetTrigAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C JetTrigAuxContainer_v2 Temporary container used until we have I/O for AuxStoreInternal C jFexFwdElRoI_v1 Class describing properties of a LVL1 jFEX global Trigger Object (TOB) in the xAOD format C jFexFwdElRoIAuxContainer_v1 C jFexLRJetRoI_v1 Class describing properties of a LVL1 jFEX global Trigger Object (TOB) in the xAOD format C jFexLRJetRoIAuxContainer_v1 C jFexMETRoI_v1 Class describing properties of a LVL1 jFEX global Trigger Object (TOB) in the xAOD format C jFexMETRoIAuxContainer_v1 C jFexSRJetRoI_v1 Class describing properties of a LVL1 jFEX global Trigger Object (TOB) in the xAOD format C jFexSRJetRoIAuxContainer_v1 C jFexSumETRoI_v1 Class describing properties of a LVL1 jFEX global Trigger Object (TOB) in the xAOD format C jFexSumETRoIAuxContainer_v1 C jFexTauRoI_v1 Class describing properties of a LVL1 jFEX global Trigger Object (TOB) in the xAOD format C jFexTauRoIAuxContainer_v1 C jFexTower_v1 Class describing input data of a LVL1 jFEX C jFexTowerAuxContainer_v1 AuxContainer for jFexTower_v1 C JGTower_v1 Description of JGTower_v1 C JGTowerAuxContainer_v1 AuxContainer for JGTower_v1 C KLFitterResult KLFitterResult A simple xAOD class which we can persist into a mini-xAOD The xAOD EDM is way too complex, so let's simplify it It's not like ROOT can do schema evolution..... C KLFitterResultAuxContainer Auxiliary container for xAOD::KLFitterResultContainer C L1TopoRawData_v1 Description of L1TopoRawData_v1 C L1TopoRawDataAuxContainer_v1 AuxContainer for L1TopoRawData_v1 C L1TopoSimResults_v1 C L1TopoSimResultsAuxContainer_v1 C L2CombinedMuon_v1 Class describing combined muon reconstructed in the LVL2 trigger C L2CombinedMuonAuxContainer_v1 Auxiliary container for CB muon containers C L2IsoMuon_v1 Class describing isolation info for muons reconstructed in the LVL2 trigger C L2IsoMuonAuxContainer_v1 Auxiliary container for muon iso containers C L2StandAloneMuon_v1 Class describing standalone muons reconstructed in the LVL2 trigger C L2StandAloneMuon_v2 Class describing standalone muons reconstructed in the LVL2 trigger C L2StandAloneMuonAuxContainer_v1 Auxiliary container for muon SA containers C L2StandAloneMuonAuxContainer_v2 Auxiliary container for muon SA containers C LumiBlockRange_v1 Class describing a luminosity block range C LumiBlockRangeAuxContainer_v1 Auxiliary container for xAOD::LumiBlockRangeContainer_v1 C MBTSModule_v1 Add description C MBTSModuleAuxContainer_v1 Auxiliary store for xAOD::MBTSModuleContainer_v1 C MdtDriftCircle_v1 Https://gitlab.cern.ch/atlas/athena/-/blob/master/MuonSpectrometer/MuonReconstruction/MuonRecEvent/MuonPrepRawData/MuonPrepRawData/MdtPrepData.h C MdtDriftCircleAuxContainer_v1 Auxiliary store for Mdt drift circles C MdtTwinDriftCircle_v1 C MdtTwinDriftCircleAuxContainer_v1 Auxiliary store for Mdt drift circles C MissingET_v1 Principal data object for Missing ET ► C MissingETAssociation_v1 MET association descriptor contains object links and corresponding parameters C ConstVec Vector sum of constituents for subtractive overlap removal C MissingETAssociationHelper C MissingETAssociationMap_v1 C MissingETAuxAssociationMap_v1 Auxiliary data store for xAOD::MissingETAssociationMap_v1 C MissingETAuxAssociationMap_v2 Auxiliary data store for xAOD::MissingETAssociationMap_v2 C MissingETAuxComponentMap_v1 Auxiliary data store for xAOD::MissingETComponentMap_v1 C MissingETAuxContainer_v1 Auxiliary data store for xAOD::MissingETContainer ► C MissingETComponent_v1 MET component descriptor contains object links and corresponding parameters C Weight Kinematic weight descriptor C MissingETComponentMap_v1 C MissingETComposition Collection of functions managing the MET composition map and association map C MissingETContainer_v1 Container for xAOD::MissingET_v1 objects C MMCluster_v1 C MMClusterAuxContainer_v1 Auxiliary store for Mdt drift circles C Muon_v1 Class describing a Muon C MuonAODFixAlg Algorithm to fix AOD muons C MuonAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C MuonAuxContainer_v2 Temporary container used until we have I/O for AuxStoreInternal C MuonAuxContainer_v3 Temporary container used until we have I/O for AuxStoreInternal C MuonAuxContainer_v4 Temporary container used until we have I/O for AuxStoreInternal C MuonAuxContainer_v5 Temporary container used until we have I/O for AuxStoreInternal C MuonRoI_v1 Class describing a LVL1 muon region of interest C MuonRoIAuxContainer_v1 Auxiliary store for the LVL1 muon RoI container C MuonSegment_v1 Class describing a MuonSegment C MuonSegmentAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C MuonSimHit_v1 C MuonSimHitAuxContainer_v1 Auxiliary store for Mdt drift circles C NeutralParticle_v1 Class describing a NeutralParticle C NeutralParticleAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C NRPCRDO_v1 C NRPCRDOAuxContainer_v1 Auxiliary store for pixel clusters C NSWMMTPRDO_v1 C NSWMMTPRDOAuxContainer_v1 C NSWTPRDO_v1 C NSWTPRDOAuxContainer_v1 Auxiliary store for pixel clusters C Particle_v1 Description of a generic particle C ParticleAuxContainer_v1 Auxiliary container for particle containers C ParticleCaloExtension Class storing calorimeter information associated with track based objects C PerfStats Class for collecting information about the xAOD file access pattern C PFlowObjectsInConeTool C PFO_v1 Class describing a particle flow object C PFOAttributesAccessor_v1 C PFOAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C PFOParticleTypeMapper_temp C PFOParticleTypeMapper_v1 C Photon_v1 C PhotonAuxContainer_v1 Auxiliary store for offline photons C PhotonAuxContainer_v2 Auxiliary store for offline photons C PhotonAuxContainer_v3 Auxiliary store for offline photons C PhotonTrigAuxContainer_v1 Auxiliary store for offline photons C PixelCluster_v1 C PixelClusterAuxContainer_v1 Auxiliary store for pixel clusters C RAuxManager Manager for RAuxStore objects ► C RAuxStore "ROOT @c RNTuple implementation" of IAuxStore C impl C RDataSource Data source for xAOD input files ► C RDataSourceEvent Extension to xAOD::TEvent xAOD::RDataSource C key_hash Custom hash functor for use with Key_t C ReadStats Class describing the access statistics of a collection of branches C RingSet_v1 Class holding a set of rings C RingSetAuxContainer_v1 Auxiliary store for xAOD::RingSetContainer ► C RingSetConf_v1 Class holding the RingSet configuration used for the Reconstruction C RawConf C RingSetConfAuxContainer_v1 Auxiliary store for xAOD::RingSetConfContainer C RODHeader_v1 Description of RODHeader_v1 C RODHeader_v2 Description of RODHeader_v2 C RODHeaderAuxContainer_v1 AuxContainer for RODHeader_v1 C RODHeaderAuxContainer_v2 AuxContainer for RODHeader_v2 C RoiDescriptorStore_v1 C RoiDescriptorStoreAuxInfo_v1 C ROOT6_xAODDataSource_WorkAround_Dummy Dummy struct for auto-loading the library C RpcMeasurement_v1 RpcMeasurement_v1 : Class storing the geneic C RpcStrip2D_v1 C RpcStrip2DAuxContainer_v1 Auxiliary store for Mdt drift circles C RpcStrip_v1 C RpcStripAuxContainer_v1 Auxiliary store for Mdt drift circles C SCTRawHitValidation_v1 Class describing an SCT Raw Data Object (RDO) C SCTRawHitValidationAuxContainer_v1 C ShallowAuxContainer Class creating a shallow copy of an existing auxiliary container C ShallowAuxInfo Shallow copy for the auxiliary store of standalone objects C SimpleEncrypter Provide simple asymmetric encryption for blinding of float values C SlowMuon_v1 Class describing a SlowMuon C SlowMuonAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C SortLumiBlockRangeByStart Helper functor used to sort xAOD::LumiBlockRangeContainer -s C SpacePoint_v1 C SpacePointAuxContainer_v1 Auxiliary store for space point C sTgcMeasurement_v1 C sTgcPadAuxContainer_v1 Auxiliary store for Mdt drift circles C sTgcPadHit_v1 C sTgcStripAuxContainer_v1 Auxiliary store for Mdt drift circles C sTgcStripCluster_v1 C sTgcWireAuxContainer_v1 Auxiliary store for Mdt drift circles C sTgcWireHit_v1 C StripCluster_v1 C StripClusterAuxContainer_v1 Auxiliary store for strip clusters C TActiveEvent Helper class for finding the active TVirtualEvent object C TActiveStore Helper class for finding the active TStore object C TauJet_v1 Class describing a tau jet C TauJet_v2 Class describing a tau jet C TauJet_v3 Class describing a tau jet C TauJetAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C TauJetAuxContainer_v2 Temporary container used until we have I/O for AuxStoreInternal C TauJetAuxContainer_v3 Temporary container used until we have I/O for AuxStoreInternal C TauJetCalibTypeMapper_v1 C TauJetCalibTypeMapper_v3 C TauTrack_v1 C TauTrackAuxContainer_v1 C TAuxBranchManager Manager for auxiliary branches created dynamically C TAuxManager Manager for TAuxStore objects ► C TAuxStore "ROOT @c TTree implementation" of IAuxStore C impl C TAuxVector Auxiliary vector type for types known to ROOT C TAuxVectorFactory Auxiliary vector factory based on a ROOT dictionary C TCDVHolderT Class managing ConstDataVector objects in transient memory C TChainStateTracker Class helping with tracking the state of TChain objects C TDestructor Implementation of the destructor base class for a given type C TDestructorRegistry Application-wide registry of destructor objects C TDirectoryReset Helper class for making sure the current directory is preserved ► C TDVCollectionFuncs Helper functions for accessing the container data via the proxy C TEnvBuff Proxy environment buffer C TDVCollectionProxy A Root collection proxy for DataVector C TDVCollectionProxyDummy Dummy class to use as the DataVector Root proxy ► C TEvent Tool for accessing xAOD files outside of Athena C BranchInfo Helper struct used by the IProxyDict code C TEventFormatRegistry Helper class for managing the event format for output files ► C TFileAccessTracer Helper class keeping track of the files that got accessed C AccessedFile Helper class storing information about the accessed files C TFileChecker Tool for running sanity checks on xAOD files C TFileMerger Helper class for merging xAOD files C TgcStrip_v1 C TgcStripAuxContainer_v1 Auxiliary store for Mdt drift circles C THolder This class takes care of holding EDM objects in memory C TIncident Class describing a certain "incident" that is communicated to user code C TObjectManager Manager for EDM objects created by ROOT C TPrimitiveAuxBranchManager Manager for primitive auxiliary branches created dynamically C TPyEvent Python interface to xAOD::TEvent C TPyStore Python interface to xAOD::TStore C TrackCaloCluster_v1 Class describing a TrackCaloCluster C TrackCaloClusterAuxContainer_v1 This class is meant to implement the TrackCaloCluster EDM C TrackCorrection C TrackIsolation ► C TrackIsolationTool C TrackIsolationInput C TrackJacobian_v1 Storage for track Propagation Jacobian for Acts MultiTrajectory C TrackJacobianAuxContainer_v1 C TrackMeasurement_v1 Track Measurements for Acts MultiTrajectory C TrackMeasurementAuxContainer_v1 C TrackMeasurementValidation_v1 Class describing a TrackMeasurementValidation C TrackMeasurementValidationAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C TrackParameters_v1 Track Parameters for Acts MultiTrajectory C TrackParametersAuxContainer_v1 C TrackParticle_v1 Class describing a TrackParticle C TrackParticleAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C TrackParticleAuxContainer_v2 Temporary container used until we have I/O for AuxStoreInternal C TrackParticleAuxContainer_v3 Temporary container used until we have I/O for AuxStoreInternal C TrackParticleAuxContainer_v4 Temporary container used until we have I/O for AuxStoreInternal C TrackParticleAuxContainer_v5 Temporary container used until we have I/O for AuxStoreInternal C TrackParticleClusterAssociation_v1 Class describing a TrackParticleClusterAssociation C TrackParticleClusterAssociationAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C TrackParticlesInConeTool C TrackState_v1 Class describing TrackState - backend of navigation object of Acts::MultiTrajectory C TrackStateAuxContainer_v1 C TrackStateValidation_v1 Class describing a TrackStateValidation C TrackStateValidationAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C TrackSummary_v1 Track Summary for Acts MultiTrajectory C TrackSummaryAuxContainer_v1 C TrackSurface_v1 TrackSurface for Acts MultiTrajectory and TrackSummary C TrackSurfaceAuxContainer_v1 C TrigBphys_v1 Class describing a Bphysics online composite object C TrigBphysAuxContainer_v1 Auxiliary store for the TrigBphys composite container C TrigCaloCluster_v1 Description of a trigger calorimeter cluster C TrigCaloClusterAuxContainer_v1 Auxiliary container for trigger calorimeter cluster containers C TrigComposite_v1 Class used to describe composite objects in the HLT C TrigCompositeAuxContainer_v1 Auxiliary store for TrigComposite_v1 containers C TrigCompositeAuxContainer_v2 Auxiliary store for TrigComposite containers C TrigConfKeys_v1 Class describing the configuration used in a given event C TrigDecision_v1 Interface to the raw trigger decision information of the event C TrigDecisionAuxInfo_v1 Class holding the data handled by TrigDecision_v1 C TrigElectron_v1 Class describing an electron reconstructed in the HLT C TrigElectronAuxContainer_v1 Class holding the payload of xAOD::TrigElectronContainer_v1 C TrigEMCluster_v1 Description of a trigger EM cluster C TrigEMClusterAuxContainer_v1 Auxiliary container for trigger EM cluster containers C TrigEMClusterAuxContainer_v2 Auxiliary container for trigger EM cluster containers C TriggerMenu_v1 Class holding one particular trigger configuration C TriggerMenuAuxContainer_v1 Auxiliary store object for TriggerMenuContainer_v1 C TriggerMenuJson_v1 Raw JSON data for a given type of menu file C TriggerMenuJsonAuxContainer_v1 Auxiliary store object for TriggerMenuJsonContainer_v1 C TriggerTower_v1 Description of TriggerTower_v1 C TriggerTower_v2 Description of TriggerTower_v2 C TriggerTowerAuxContainer_v1 AuxContainer for TriggerTower_v1 C TriggerTowerAuxContainer_v2 AuxContainer for TriggerTower_v2 C TrigHisto2D_v1 C TrigHisto2DAuxContainer_v1 C TrigMissingET_v1 Class holding the Missing ET trigger fex results C TrigMissingETAuxContainer_v1 AuxContainer for TrigMissingET classes C TrigNavigation_v1 Interface to the raw trigger navigation information of the event C TrigNavigationAuxInfo_v1 Class holding the data handled by TrigNavigation_v1 (bsaed on the TrigDecision_v1 ) This is the auxiliary class holding the trigger navigation information in xAOD files C TrigPassBits_v1 Type describing which elements in a container passed a trigger chain C TrigPassBitsAuxContainer_v1 Auxiliary container for TrigPassBitsContainer_v1 C TrigPhoton_v1 Class describing a photon reconstructed in the HLT C TrigPhotonAuxContainer_v1 Class holding the payload of xAOD::TrigPhotonContainer_v1 C TrigRingerRings_v1 C TrigRingerRings_v2 C TrigRingerRingsAuxContainer_v1 This is a fixed implementation of the trigger TrigRingerRings auxiliary store C TrigRingerRingsAuxContainer_v2 This is a fixed implementation of the trigger TrigRingerRings auxiliary store C TrigRNNOutput_v1 C TrigRNNOutput_v2 C TrigRNNOutputAuxContainer_v1 This is a fixed implementation of the trigger TrigRNNOutput auxiliary store C TrigRNNOutputAuxContainer_v2 This is a fixed implementation of the trigger TrigRNNOutput auxiliary store C TrigSpacePointCounts_v1 C TrigSpacePointCountsAuxContainer_v1 C TrigT2MbtsBits_v1 C TrigT2MbtsBitsAuxContainer_v1 C TrigT2ZdcSignals_v1 C TrigT2ZdcSignalsAuxContainer_v1 C TrigTrackCounts_v1 C TrigTrackCountsAuxContainer_v1 C TrigVertexCounts_v1 C TrigVertexCountsAuxContainer_v1 ► C TruthEvent_v1 Class describing a signal truth event in the MC record C PdfInfo Helper struct holding a full set of PDF info values C TruthEventAuxContainer_v1 Auxiliary store for the truth vertices C TruthEventBase_v1 Base class describing a pile-up or signal truth event in the MC record C TruthMetaData_v1 Class describing meta data for truth records C TruthMetaDataAuxContainer_v1 Auxiliary store for the truth meta data ► C TruthParticle_v1 Class describing a truth particle in the MC record C Polarization Single container for full polarization information C TruthParticleAuxContainer_v1 Auxiliary store for the truth vertices C TruthParticlesInConeTool C TruthPileupEvent_v1 Class describing a pile-up truth event in the MC record C TruthPileupEventAuxContainer_v1 Auxiliary store for the truth pile-up events C TruthVertex_v1 Class describing a truth vertex in the MC record C TruthVertexAuxContainer_v1 Auxiliary store for the truth vertices C TSocket Very simple wrapper around POSIX sockets C TStore A relatively simple transient store for objects created in analysis C TTransTrees A simple helper class holding both event and metadata transient trees C TTreeMgr Class creating (a) transient tree(s) from xAOD files C TVirtualDestructor Base class for the templated destructor types C TVirtualEvent Base interface for getting objects out of the input file C TVirtualIncidentListener Class providing an interface for classes listening to xAOD incidents C TVirtualManager Interface class for the "manager classes" C UncalibratedMeasurement_v1 C Vertex_v1 Class describing a Vertex C VertexAuxContainer_v1 Temporary container used until we have I/O for AuxStoreInternal C xAODDiTAU_return_type C xAODDiTAU_return_type< float > C xAODDiTAU_return_type< int > C xAODTAU_return_type C xAODTAU_return_type< float > C xAODTAU_return_type< int > C xAODTEvent C ZdcModule_v1 Class containing ZDC Module information C ZdcModuleAuxContainer_v1 Auxiliary store for xAOD::ZdcModuleContainer_v1 C ZdcModuleAuxContainer_v2 Auxiliary store for xAOD::ZdcModuleContainer_v2 ► N xAODEventSelectorConfig C xAODAccessMode ► N xAODMaker C AssociationHelper C AssociationHelper< Rec::TrackParticleContainer > C AssociationHelper< TrackCollection > C AuxStoreWrapper Algorithm preparing auxiliary store objects for slimming C BTaggingCnvAlg Algorithm creating xAOD::BTagging objects from AOD collection C BunchConfCnvAlg Algorithm for writing bunch configuration metadata C CaloClusterCnvTool Implementation of the ICaloClusterCnvTool interface C CMMCPHitsCnvAlg Algorithm for creating xAOD::CMMCPHits from an ESD C CMMCPHitsCnvTool Implementation for the ICMMCPHitsCnvTool interface C CMMEtSumsCnvAlg Algorithm for creating xAOD::CMMEtSums from an ESD C CMMEtSumsCnvTool Implementation for the ICMMEtSumsCnvTool interface C CMMJetHitsCnvAlg Algorithm for creating xAOD::CMMJetHits from an ESD C CMMJetHitsCnvTool Implementation for the ICMMJetHitsCnvTool interface C CMMRoICnvAlg Algorithm for creating xAOD::CMMRoI from an ESD C CMMRoICnvTool Implementation for the ICMMRoICnvTool interface C CombinedMuonFeatureCnvAlg Algorithm for creating xAOD::L2CombinedMuonContainer from an AOD C CombinedMuonFeatureCnvTool Implementation for the ICombinedMuonFeatureCnvTool interface C CombinedMuonFeatureContainerCnvTool Implementation for the ICombinedMuonFeatureContainerCnvTool interface C CPMHitsCnvAlg Algorithm for creating xAOD::CPMHits from an ESD C CPMHitsCnvTool Implementation for the ICPMHitsCnvTool interface C CPMRoICnvAlg Algorithm for creating xAOD::CPMRoI from an ESD C CPMRoICnvTool Implementation for the ICPMRoICnvTool interface C CPMTowerCnvAlg Algorithm for creating xAOD::CPMTower from an ESD C CPMTowerCnvTool Implementation for the ICPMTowerCnvTool interface C DynVarFixerAlg Algorithm for fixing dynamic variable corruption on xAOD containers C ElectronCnvAlg Algorithm creating xAOD::Electrons from Analysis::Electrons C ElectronCnvTool Implementation for the tool creating ElectronContainer from an AOD ► C ElementLinkResetAlg Algorithm reseting ElementLink objects to their default state C AuxIDType Helper class for caching auxiliary ID types C EmTauRoICnvAlg Algorithm for creating xAOD::EmTauRoIContainer from an AOD C EmTauRoICnvTool Implementation for the IEmTauRoICnvTool interface C EnergySumRoICnvAlg Algorithm for creating xAOD::EnergySumRoI from an AOD C EnergySumRoICnvTool Implementation for the IEnergySumRoICnvTool interface C EventFormatMetaDataTool Tool taking care of copying the event format object from file to file C EventFormatStreamHelperTool Tool creating and maintaining xAOD::EventFormat C EventInfoBeamSpotDecoratorAlg Algorithm for filling the beam position variables on xAOD::EventInfo C EventInfoCnvAlg Algorithm for creating xAOD::EventInfo objects for the xAOD C EventInfoCnvTool Implementation for the IEventInfoCnvTool interface C EventInfoOverlay C EventInfoUpdateFromContextAlg C FileMetaDataCreatorTool Tool creating xAOD::FileMetaData information C FileMetaDataTool Tool propagating xAOD::FileMetaData from input to output C ForwardEventInfoCnvAlg Algorithm creating xAOD::ForwardEventInfos from MBTSCollisionTime object C ForwardEventInfoCnvTool Implementation for the tool creating ForwardEventInfoContainer from an AOD C GSFTrackParticleMapCnvAlg Algorithm creating xAOD::Electrons from Analysis::Electrons C ICaloClusterCnvTool Interface for the tool doing AOD->xAOD conversion for clusters C ICMMCPHitsCnvTool Interface for the tool creating CMMCPHitsContainer from an ESD C ICMMEtSumsCnvTool Interface for the tool creating CMMEtSumsContainer from an ESD C ICMMJetHitsCnvTool Interface for the tool creating CMMJetHitsContainer from an ESD C ICMMRoICnvTool Interface for the tool creating CMMRoI from an ESD C ICombinedMuonFeatureCnvTool Interface for the tool creating CombinedMuonFeature from an AOD C ICombinedMuonFeatureContainerCnvTool Interface for the tool creating CombinedMuonFeatureContainer from an AOD C ICPMHitsCnvTool Interface for the tool creating CPMHitsContainer from an ESD C ICPMRoICnvTool Interface for the tool creating CPMRoIContainer from an ESD C ICPMTowerCnvTool Interface for the tool creating CPMTowerContainer from an ESD C IElectronCnvTool Interface for the tool creating ElectronContainer from an AOD C IEmTauRoICnvTool Interface for the tool creating EmTauRoIContainer from an AOD C IEnergySumRoICnvTool Interface for the tool creating EnergySumRoI from an AOD C IEventInfoCnvTool Interface for the tool creating xAOD::EventInfo from an AOD C IForwardEventInfoCnvTool Interface for the tool creating ForwardEventInfoContainer from an AOD C IIsoMuonFeatureCnvTool Interface for the tool creating IsoMuonFeature from an AOD C IIsoMuonFeatureContainerCnvTool Interface for the tool creating IsoMuonFeatureContainer from an AOD C IJEMEtSumsCnvTool Interface for the tool creating JEMEtSumsContainer from an ESD C IJEMHitsCnvTool Interface for the tool creating JEMHitsContainer from an ESD C IJEMRoICnvTool Interface for the tool creating JEMRoIContainer from an ESD C IJetCnvTool Interface for the tool creating JetContainer from an AOD C IJetElementCnvTool Interface for the tool creating JetElementContainer from an ESD C IJetEtRoICnvTool Interface for the tool creating JetEtRoI from an AOD C IJetRoICnvTool Interface for the tool creating JetRoIContainer from an AOD C IMBTSModuleCnvTool Interface for the tool creating MBTSModuleContainer from an AOD C IMissingETCnvTool Interface for the tool translating AOD MET objects to xAOD ones C IMuonRoICnvTool Interface for the tool creating MuonRoIContainer from an AOD C IMuonSegmentConverterTool Interface for tools calculating hit count summaries for track C IPhotonCnvTool Interface for the tool creating PhotonContainer from an AOD C IRecTrackParticleContainerCnvTool C IRODHeaderCnvTool Interface for the tool creating RODHeaderContainer from an ESD C IROOTHeaderLoaderSvc Interface to a helper service used for force-loading headers into ROOT C IsoMuonFeatureCnvAlg Algorithm for creating xAOD::L2IsoMuonContainer from an AOD C IsoMuonFeatureCnvTool Implementation for the IIsoMuonFeatureCnvTool interface C IsoMuonFeatureContainerCnvTool Implementation for the IIsoMuonFeatureContainerCnvTool interface C ITauJetCnvTool Interface for the tool creating TauJetContainer from an AOD C ITrackCollectionCnvTool C ITrackParticleCompressorTool Interface for the tool(s) compressing xAOD::TrackParticle objects C ITrigBjetCnvTool Interface for the tool creating TrigBjetContainer from an AOD C ITrigCaloClusterCnvTool Interface for the tool creating TrigCaloCluster from an AOD C ITrigDecisionCnvTool Interface for the tool creating xAOD::TrigDecision from an AOD C ITrigEFBphysCnvTool Interface for the tool creating TrigBphysContainer from an AOD C ITrigEFBphysContainerCnvTool Interface for the tool creating TrigBphysContainer from an AOD C ITrigEMClusterCnvTool Interface for the tool creating TrigEMCluster from an AOD C ITriggerTowerCnvTool Interface for the tool creating TriggerTowerContainer from an ESD C ITrigHisto2DCnvTool Interface for the tool creating TrigHisto2DContainer from an AOD C ITrigL2BphysCnvTool Interface for the tool creating TrigBphysContainer from an AOD C ITrigL2BphysContainerCnvTool Interface for the tool creating TrigBphysContainer from an AOD C ITrigMissingETCnvTool Interface for the tool creating TrigMissingETContainer from an AOD C ITrigNavigationCnvTool Interface for the tool creating xAOD::TrigNavigation from an AOD C ITrigPassBitsCnvTool Interface for the tool creating TrigPassBitsContainer from an AOD C ITrigSpacePointCountsCnvTool Interface for the tool creating TrigSpacePointCountsContainer from an AOD C ITrigT2MbtsBitsCnvTool Interface for the tool creating TrigT2MbtsBitsContainer from an AOD C ITrigT2ZdcSignalsCnvTool Interface for the tool creating TrigT2ZdcSignalsContainer from an AOD C ITrigTrackCountsCnvTool Interface for the tool creating TrigTrackCountsContainer from an AOD C ITrigVertexCountsCnvTool Interface for the tool creating TrigVertexCountsContainer from an AOD C JEMEtSumsCnvAlg Algorithm for creating xAOD::JEMEtSums from an ESD C JEMEtSumsCnvTool Implementation for the IJEMEtSumsCnvTool interface C JEMHitsCnvAlg Algorithm for creating xAOD::JEMHits from an ESD C JEMHitsCnvTool Implementation for the IJEMHitsCnvTool interface C JEMRoICnvAlg Algorithm for creating xAOD::JEMRoI from an ESD C JEMRoICnvTool Implementation for the IJEMRoICnvTool interface C JetCnvAlg C JetCnvTool Implementation for the IJetCnvTool interface C JetElementCnvAlg Algorithm for creating xAOD::JetElement from an ESD C JetElementCnvTool Implementation for the IJetElementCnvTool interface C JetEtRoICnvAlg Algorithm for creating xAOD::JetEtRoI from an AOD C JetEtRoICnvTool Implementation for the IJetEtRoICnvTool interface C JetRoICnvAlg Algorithm for creating xAOD::JetRoIContainer from an AOD C JetRoICnvTool Implementation for the IJetRoICnvTool interface C MBTSModuleCnvAlg Algorithm creating xAOD::MBTSModules from TileCellContainer C MBTSModuleCnvTool Implementation for the tool creating MBTSModuleContainer from an AOD C MissingETCnvAlg Algorithm translating AOD-style MET to xAOD style C MissingETCnvTool Implementation of the IMissingETCnvTool interface C MuonCnvAlg Algorithm creating xAOD::Muons from Muons C MuonFeatureCnvAlg Algorithm for creating xAOD::L2StandAloneMuonContainer from an AOD C MuonRoICnvAlg Algorithm for creating xAOD::MuonRoIContainer from an AOD C MuonRoICnvTool Implementation for the IMuonRoICnvTool interface C MuonSegmentCnvAlg Algorithm creating xAOD::MuonSegments from MuonSegments C PhotonCnvAlg Algorithm creating xAOD::Photons from Analysis::Photons C PhotonCnvTool Implementation for the tool creating PhotonContainer from an AOD C RecTrackParticleContainerCnvTool C RedoTruthLinksAlg Algorithm creating xAOD truth from HepMC C RODHeaderCnvAlg Algorithm for creating xAOD::RODHeader from an ESD C RODHeaderCnvTool Implementation for the IRODHeaderCnvTool interface C ROOTHeaderLoaderSvc Service implementing xAODMaker::IROOTHeaderLoaderSvc C TauJetCnvAlg C TauJetCnvTool C TauJetReaderAlg Simple algorithm testing the reading of xAOD::TauJetContainer C TrackCollectionCnvTool C TrackParticleCnvAlg Algorithm creating xAOD::TrackParticles from TrackParticles C TrackParticleCompressorTool Implementation of the tool compressing track particles C TrigBjetCnvAlg Algorithm for creating xAOD::BjetContainer from an AOD C TrigBjetCnvTool Implementation for the ITrigBjetCnvTool interface C TrigCaloClusterCnvAlg Algorithm for creating xAOD::TrigCaloCluster from an AOD C TrigCaloClusterCnvTool Implementation for the ITrigCaloClusterCnvTool interface C TrigDecisionCnvAlg Algorithm for creating xAOD::TrigDecision objects C TrigDecisionCnvTool Implementation of the ITrigDecisionCnvTool interface C TrigEFBphysCnvAlg Algorithm for creating xAOD::TrigEFBphysContainer from an AOD C TrigEFBphysCnvTool Implementation for the ITrigEFBphysCnvTool interface C TrigEFBphysContainerCnvTool Implementation for the ITrigEFBphysContainerCnvTool interface C TrigEMClusterCnvAlg Algorithm for creating xAOD::TrigEMCluster from an AOD C TrigEMClusterCnvTool Implementation for the ITrigEMClusterCnvTool interface C TriggerMenuMetaDataTool Tool taking care of copying the trigger configuration from file to file C TriggerTowerCnvAlg Algorithm for creating xAOD::TriggerTower from an ESD C TriggerTowerCnvTool Implementation for the ITriggerTowerCnvTool interface C TrigL2BphysCnvAlg Algorithm for creating xAOD::TrigBphysContainer from an AOD C TrigL2BphysCnvTool Implementation for the ITrigL2BphysCnvTool interface C TrigL2BphysContainerCnvTool Implementation for the ITrigL2BphysContainerCnvTool interface C TrigMissingETCnvAlg Algorithm for creating xAOD::TrigMissingETContainer from an AOD C TrigMissingETCnvTool Implementation for the ITrigMissingETCnvTool interface C TrigMuonEFInfoToMuonCnvAlg Algorithm creating xAOD::Muons from EF Muons (class TrigMuonEFInfo ) C TrigNavigationCnvAlg Algorithm for creating xAOD::TrigNavigation objects C TrigNavigationCnvTool Implementation of the ITrigNavigationCnvTool interface C TrigPassBitsCnvTool Implementation for the ITrigPassBitsCnvTool interface C TrigSpacePointCountsCnvAlg Algorithm for creating xAOD::TrigSpacePointCountsContainer from an AOD C TrigSpacePointCountsCnvTool Implementation for the ITrigSpacePointCountsCnvTool interface C TrigT2MbtsBitsCnvAlg Algorithm for creating xAOD::TrigT2MbtsBitsContainer from an AOD C TrigT2MbtsBitsCnvTool Implementation for the ITrigT2MbtsBitsCnvTool interface C TrigT2ZdcSignalsCnvAlg Algorithm for creating xAOD::TrigT2ZdcSignalsContainer from an AOD C TrigT2ZdcSignalsCnvTool Implementation for the ITrigT2ZdcSignalsCnvTool interface C TrigTrackCountsCnvAlg Algorithm for creating xAOD::TrigTrackCountsContainer from an AOD C TrigTrackCountsCnvTool Implementation for the ITrigTrackCountsCnvTool interface C TrigVertexCountsCnvAlg Algorithm for creating xAOD::TrigVertexCountsContainer from an AOD C TrigVertexCountsCnvTool Implementation for the ITrigVertexCountsCnvTool interface C TrigxAODBphysReaderAlg Algorithm for creating xAOD::TrigxAODBphysReaderAlg from an AOD C TruthMetaDataTool Tool taking care of copying the truth metadata from file to file C VertexCnvAlg Algorithm creating xAOD::Vertex from Vertex ► C xAODTruthCnvAlg Algorithm creating xAOD truth from HepMC C MetadataFields C MetaDataWriter Factor out the pieces dealing with writing to meta data C VertexParticles Type for tracking particles connected to a single vertex ► N xAODMuonEnums C ROOT6_NamespaceAutoloadHook ► N xAODPrivate C THolderBucket Helper object for holding something through a THolder C TLoader ► N xAODReader C BTaggingReader Algorithm reading xAOD::BTagging C EventDuplicateFinderAlg Algorithm for finding event duplicates in xAOD files C EventInfoReaderAlg Simple algorithm for testing the xAOD::EventInfo reading C xAODTruthReader Algorithm demonstrating reading of xAOD truth, and printing to screen ► N xAODRootTest C AllocTestRead C Analysis C xAODTestClearDecor C xAODTestCopy C xAODTestDecor C xAODTestPDecor C xAODTestRead ► N xAODType C ROOT6_NamespaceAutoloadHook ► N ZDC C BySideTypeMod C IZdcAnalysisTool C IZdcRecTool C IZdcTrigValidTool C RPDAnalysisTool C RPDConfig C RPDDataAnalyzer ► C RpdSubtractCentroidTool C RPDChannelData C ZdcAnalysisTool C ZdcLEDAnalysisTool C ZDCLEDModuleResults C ZdcRecTool C ZdcTrigValidTool ► N ZeeValidation C FWDZeePlots C ReconElectronsPlots C TrueElectronsPlots C TrueFwdElectronsPlots C ZeePlots C ZeeValidationMonitoringTool ► N ZMassConstraint C ConstraintFit C ConstraintFitInput C ConstraintFitOutput C IConstraintFit C __gtttimer C _ALFAPHYSVOLUME C _ALIGNPARAMETERS C _ArrayList Definition of an ArrayList C _CONFIGURATION C _DCSID C _FIBERDATA C _FIBERS C _FWD_CONFIGURATION C _FWDMg_CONFIGURATION C _GL2PSbsptree C _GL2PSbsptree2d C _GL2PSimagemap C _HashTableIterator Definition of a HashTableIterator C _ListIterator Definition of a ListIterator C _MDHIT C _ODHIT C _ODRES C _ODRESULT C _PyAthenaEventLoopMgrClass Python facade of PyAthenaEventLoopMgr C _SetIterator Definition of a SetIterator C _SIDHIT C _SIDHITPOS C _SIDHITSEED C _SIDRESULT C _SListIterator Definition of a SListIterator C _TDHIT C _TDRESULT C _triginfo C _USERTRANSFORM C A C a_class_that_calls_default_ctor C a_default_ctor C AAH C AANTTreeMap C AANTupleStream C ABBAMapping C AbsShapeErrorGetter Liquid Argon base class for shape information C AbstractErrorCode AbstractErrorCode abstract base class for L1Calo error codes C AbstractL1CaloPersistentCondition AbstractL1CaloConditionContainer abstract base class for L1Calo persistent conditions container objects C Accept Templated class containing a cut, name of cut and description of cut(optional) Typically, the class will be templated on <xAOD::TruthParticle > or <xAOD::TrackParticle > C AcceptAllCondition C AcceptData Object to encode the result of several cuts C AcceptInfo Object to describe a series of cuts C AccMap C ActiveStoreSvc A service that caches a pointer to the currently active store. It also implements the IProxyDict store interface C ActsAthenaFilterPolicy C ActsAthenaPrintPolicy C ActsCaloTrackingVolumeBuilder C ActsDetectorElement C ActsElementVector Helper to hold elements for deletion C ActsEMBremCollectionBuilder Algorithm which refits Acts tracks using the ACTS GSF. Input: xAOD::TrackParticleContainer Output: ActsTrk::TrackContainer This algorithm stores Acts tracks. Output xAOD::TrackParticles will be created by TrackToTrackParticleCnvAlg C ActsExCellWriterSvc C ActsExtrapolationAlg C ActsExtrapolationTool C ACTSFATRASSIMTOOL C ActsFatrasWriteHandler C ActsGeantFollower ► C ActsGeantFollowerHelper C TreeData Ntuple variables : initial parameters Split this out into a separate, dynamically-allocated block C ActsGeantFollowerTool Tool which manages the ActsGeantFollower action C ActsGeometryContext Include the GeoPrimitives which need to be put first ► C ActsHGTDLayerBuilder C Config ► C ActsLayerBuilder C Config C ActsMaterialJsonWriterTool C ActsMaterialMapping C ActsMaterialStepConverterTool C ActsMaterialTrackWriterSvc C ActsMuonAlignCondAlg C ActsObjWriterTool C ActsPropStepRootWriterSvc ► C ActsStrawLayerBuilder C Config C ActsSurfaceMappingTool C ActsTrackingGeometrySvc C ActsTrackingGeometryTool C ActsTrkStripSpacePointFormationTool C ActsVolumeMappingTool C ActsWriteTrackingGeometry C ActsWriteTrackingGeometryTransforms C AdaptiveResidualSmoothing C ADCData Data accumulated for one ADC @TODO: different histo range for HI/LOW gain C AddFlowByShifting C addmaterialHandler C AddPhysicsDecayTool C AddressRemappingSvc This class provides the interface to the LCG POOL persistency software C AddTRTMomConstr C AddValidData Functor to add Valid data C AdvancedTab C AFP_BPMCOOLPARAMS C AFP_ByteStream2RawCnv C AFP_CONFIGURATION C AFP_CONSTANTS C AFP_DeadPixelTool C AFP_DigiTop C AFP_Geometry C AFP_GeometryTool C AFP_GeoModelFactory C AFP_GeoModelManager C AFP_GeoModelTool C AFP_GlobReco C AFP_GlobRecoTool Algorithm reconstructing protons from tracks C AFP_HBPCONFIGURATION C AFP_LinkNumTranslator C AFP_NoisyPixelTool C AFP_PileUpTool C AFP_PixelHistoFiller C AFP_PixelIdentifier C AFP_ProtonRecoAnalytical Tool for proton reconstruction by directly using transport parameterisation ► C AFP_ProtonRecoBase Base class for all proton reconstruction tools C Measurement Local class for storing tracks positions C AFP_Raw2Digi C AFP_Raw2DigiTool C AFP_RawCollection Class representing collection of silicon detector data C AFP_RawCollectionHead Class represnting header record in bytestream C AFP_RawContainer C AFP_RawDataCommonHead Base class representing first 8 bits in a record in bytestream C AFP_RawDataProvider C AFP_RawDataProviderTool C AFP_ROBID This class contains static members encoding A and C side robs C AFP_SensitiveDetector C AFP_SensitiveDetectorTool C AFP_SIDCONFIGURATION C AFP_SiDigi C AFP_SiDigi_p1 C AFP_SiDigiCnv_p1 C AFP_SiDigiCollection_p1 C AFP_SiDigiCollectionCnv C AFP_SIDLocReco C AFP_SIDLocRecoEvCollection C AFP_SIDLocRecoEvCollection_p1 C AFP_SIDLocRecoEvCollectionCnv C AFP_SIDLocRecoEvCollectionCnv_p1 C AFP_SIDLocRecoEvent C AFP_SIDLocRecoEvent_p1 C AFP_SIDLocRecoEventCnv_p1 C AFP_SIDLocRecoTool Algorithm reconstructing tracks from hits clusters C AFP_SiDSensitiveDetector C AFP_SiDSensitiveDetectorTool C AFP_SIDSimHit C AFP_SIDSimHit_p1 C AFP_SIDSimHitCnv_p1 C AFP_SIDSimHitCollection_p1 C AFP_SIDSimHitCollectionCnv C AFP_SiRawData Class representing data record for silicon detectors C AFP_TDCONFIGURATION C AFP_TDDigi C AFP_TDDigi_p1 C AFP_TDDigiCnv_p1 C AFP_TDDigiCollection_p1 C AFP_TDDigiCollectionCnv C AFP_TDLocReco Algorithm reconstructing tracks from hits clusters C AFP_TDLocRecoEvCollection C AFP_TDLocRecoEvCollection_p1 C AFP_TDLocRecoEvCollectionCnv C AFP_TDLocRecoEvCollectionCnv_p1 C AFP_TDLocRecoEvent C AFP_TDLocRecoEvent_p1 C AFP_TDLocRecoEventCnv_p1 C AFP_TDLocRecoTool Algorithm reconstructing tracks from hits C AFP_TDSensitiveDetector C AFP_TDSensitiveDetectorTool C AFP_TDSimHit C AFP_TDSimHit_p1 C AFP_TDSimHitCnv_p1 C AFP_TDSimHitCollection_p1 C AFP_TDSimHitCollectionCnv C AFP_TDZVertex C AFP_ToFRawData_v1 Class representing data record for time-of-flight detectors C AFP_ToFRawData_v2 Class representing data record for time-of-flight detectors C AFP_VertexReco C AFP_VertexRecoBasic Tool for vertex reconstruction by basic algorithm C AFP_VertexRecoTool Algorithm reconstructing vertices from protons C AFP_WordReadOut Class capable spliting word into parts, used to fill raw containers C AFPDBTester C AFPHitAnalysis C AFPLocRecoStationBasicObj Helper class representing an AFP station used in track reconstruction C AFPProtonTransportParam Class for the parameterization used by the proton transport tool C AFPProtonTransportPolynomial C AFPProtonTransportTool Class for the tool that parameterizes proton transport C AFPSiCluster C AFPSiClusterAllNeighbours C AFPSiClusterBasicNearestNeighbour C AFPSiClusterBasicObj Class representing basic silicon pixels cluster, designed to be used for creating the clusters C AFPSiClusterLayerBasicObj Class representing basic silicon layer with pixels and their clusters to be used for creating the clusters C AFPSiClusterSingleHitTool C AFPSiClusterTool This class reconstructs clusters of pixels C AFPSiDBasicKalmanTool Class reconstructing tracks using basic Kalman filter C AFPSiDBasicKalmanToolTrack Class representing a reconstructed track with Kalman filter C AFPSiDLinRegTool Tool for reconstructing AFPTrack parameters from track candidates C AFPSiLayerAlgorithm C AFPSiRowColToLocalCSTool Translates pixels rows and columns to position in standard ATLAS coordinates system C AFPTDBasicTool Class reconstructing tracks using basic Kalman filter C AFPTDBasicToolTrack Class representing a reconstructed basic ToF track C AFPTOF_LBARDIMENSIONS C AFPTOF_LBARREFDIMENSIONS C AFPTOF_TRAININFO C AFPToFAlgorithm C AFPToFSiTAlgorithm AFP monitoring algorithm combining data from Si-layer and ToF C AGDD2GeoModelBuilder C AGDDBolt C AGDDBox C AGDDBuilder C AGDDColor C AGDDColorStore C AGDDComposition C AGDDCons C AGDDController C AGDDDetector C AGDDDetectorPositioner C AGDDDetectorStore C AGDDElcyl C AGDDElement C AGDDGvxy C AGDDHandler C AGDDIbeam C AGDDIntersection C AGDDMaterial C AGDDMaterialStore C AGDDMicromegas C AGDDMixture C AGDDMMSpacer C AGDDMolecule C AGDDMuonStation C AGDDParameterBag C AGDDParameterBagMM C AGDDParameterBagMMTech C AGDDParameterBagsTGC C AGDDParameterBagsTGCTech C AGDDParameterStore C AGDDPcon C AGDDPgon C AGDDPositioner C AGDDPositionerStore C AGDDSection C AGDDSectionStore C AGDDSimpleMaterial C AGDDSnake C AGDDsTGC C AGDDSubtraction C AGDDTechnology C AGDDtoGeoSvc C AGDDTokenizer C AGDDToolBase C AGDDTrd C AGDDTubs C AGDDUbeam C AGDDUnion C AGDDVolume C AGDDVolumeStore C ALFA_BeamTrack C ALFA_BeamTransport C ALFA_CenterGravity C ALFA_CLinkAlg C ALFA_CLinkEvent C ALFA_CLinkEvent_p1 C ALFA_CLinkEventCnv C ALFA_CLinkEventCnv_p1 C ALFA_ConfigParams C ALFA_Decoder C ALFA_Decoder_charge C ALFA_DetectorFactory C ALFA_DetectorManager C ALFA_DetectorTool C ALFA_DigiAlg C ALFA_Digit C ALFA_Digit_p1 C ALFA_DigitCnv_p1 C ALFA_DigitCollection C ALFA_DigitCollection_p1 C ALFA_DigitCollectionCnv C ALFA_DigitCollectionCnv_p1 C ALFA_EdgeMethod C ALFA_GeometryReader C ALFA_GloRec C ALFA_GloRecEvCollection C ALFA_GloRecEvCollection_p1 C ALFA_GloRecEvCollectionCnv C ALFA_GloRecEvCollectionCnv_p1 C ALFA_GloRecEvent C ALFA_GloRecEvent_p1 C ALFA_GloRecEventCnv_p1 C ALFA_GloRecODEvCollection C ALFA_GloRecODEvent C ALFA_HalfReco C ALFA_Hit C ALFA_Hit_p1 C ALFA_HitCnv_p1 C ALFA_HitCollection_p1 C ALFA_HitCollectionCnv C ALFA_LocRec C ALFA_LocRecCorr C ALFA_LocRecCorrEvCollection C ALFA_LocRecCorrEvCollection_p1 C ALFA_LocRecCorrEvCollectionCnv C ALFA_LocRecCorrEvCollectionCnv_p1 C ALFA_LocRecCorrEvent C ALFA_LocRecCorrEvent_p1 C ALFA_LocRecCorrEventCnv_p1 C ALFA_LocRecCorrODEvCollection C ALFA_LocRecCorrODEvCollection_p1 C ALFA_LocRecCorrODEvCollectionCnv C ALFA_LocRecCorrODEvCollectionCnv_p1 C ALFA_LocRecCorrODEvent C ALFA_LocRecCorrODEvent_p1 C ALFA_LocRecCorrODEventCnv_p1 C ALFA_LocRecEvCollection C ALFA_LocRecEvCollection_p1 C ALFA_LocRecEvCollectionCnv C ALFA_LocRecEvCollectionCnv_p1 C ALFA_LocRecEvent C ALFA_LocRecEvent_p1 C ALFA_LocRecEventCnv_p1 C ALFA_LocRecODEvCollection C ALFA_LocRecODEvCollection_p1 C ALFA_LocRecODEvCollectionCnv C ALFA_LocRecODEvCollectionCnv_p1 C ALFA_LocRecODEvent C ALFA_LocRecODEvent_p1 C ALFA_LocRecODEventCnv_p1 C ALFA_MDGap C ALFA_MDMultiple C ALFA_MDOverlap C ALFA_MDTracking C ALFA_ODDigit C ALFA_ODDigit_p1 C ALFA_ODDigitCnv_p1 C ALFA_ODDigitCollection C ALFA_ODDigitCollection_p1 C ALFA_ODDigitCollectionCnv C ALFA_ODDigitCollectionCnv_p1 C ALFA_ODHit C ALFA_ODHit_p1 C ALFA_ODHitCnv_p1 C ALFA_ODHitCollection_p1 C ALFA_ODHitCollectionCnv C ALFA_ODTracking C ALFA_PileUpTool C ALFA_Raw2Digit C ALFA_RawData C ALFA_RawData_charge C ALFA_RawData_charge_p1 C ALFA_RawData_p1 C ALFA_RawDataCnv_charge_p1 C ALFA_RawDataCnv_p1 C ALFA_RawDataCollection RDOs : Chamber Service Module, collection of RawData C ALFA_RawDataCollection_charge RDOs : Chamber Service Module, collection of RawData C ALFA_RawDataCollection_charge_p1 C ALFA_RawDataCollection_p1 C ALFA_RawDataCollectionCnv_charge_p1 C ALFA_RawDataCollectionCnv_p1 C ALFA_RawDataCollectionReadOut C ALFA_RawDataContainer This container provides acces to the PMF RDOs C ALFA_RawDataContainer_charge This container provides acces to the PMF RDOs C ALFA_RawDataContainer_charge_p1 C ALFA_RawDataContainer_p1 C ALFA_RawDataContainerCnv C ALFA_RawDataContainerCnv_charge C ALFA_RawDataContainerCnv_charge_p1 C ALFA_RawDataContainerCnv_p1 C ALFA_RawDataContainerReadOut C ALFA_RawDataProvider C ALFA_RawDataProvider_charge C ALFA_RawDataProviderTool C ALFA_RawDataProviderTool_charge C ALFA_RawDataReadOut C ALFA_RawDataReadOut_charge C ALFA_RDBAccess C ALFA_ReadOut C ALFA_SensitiveDetector C ALFA_SensitiveDetectorTool C ALFA_SimHitsTestTool C ALFAHitAnalysis C AlfaLocalHit C AlfaLocalHits C AlfaTrackCand C AlgA C AlgB C AlgC C AlgD C AlgE C AlgFactory C AlgorithmIdentifier Small structure to hold an algorithm's name and store, plus some details on its EventView. The AI also keeps a pointer to the EventContext and MsgService, this is for convenience such that methods which use the AI don't need to be additionally passed these C AlgorithmIdentifierHashCompare Static hash and equal members as required by tbb::concurrent_hash_map C AlgorithmIdentifierMaker Simple factory class to construct an AlgorithmIdentifier from an algorithm name and context C AlgorithmPayload Small structure wrap the various values stored for an algorithm just before it starts to execute C AlgT C aliasHandler C AliasStore ► C AlignableTransform C AlignTransMember C AlignableTransform__AlignTransMember_dict C AlignableTransform_p1 C AlignableTransformCnv_p1 C AlignableTransformContainerCnv C AlignAlg This class is the main algorithm for the alignment with tracks. The algorithm is used to align the modules of the Inner Detector, the Muon Spectrometer, or both C AlignModule AlignModule is a grouping of TrkDetElementBase objects, grouped according to the type of alignment, groupings being specific to detector type. AlignModule for each endcap and one for the barrel for a total of 3 AlignModule elements in the AlignModuleList. 2) L3 alignment uses a single MDT chamber for each AlignModule . 3) L2 and other types not yet implemented for MDT alignment. See detector-specific implementation of IGeometryManagerTool::createAlignModuleList() to see how implemented C AlignModuleTool Tool for managing list of AlignModules, detector elements in AlignModules, and AlignPar for both. Can be used as is or inherited by subdetector. (dual_use library exists for this class.) C AlignPar AlignPar contains all the information related to an alignment parameter of a particular align module or detector element, including a pointer to the align module/detector element, the value of the alignment parameter with its error, the initial value and error C AlignResidualCalculator Tool for calculating residuals for measurements and scattering centers and storing on AlignTSOS C AlignResidualType AlignResidualType is an enum describing the type of residual AlignMesType is an enum describing the type of TSOS for the residual C AlignSiHit C AlignSiModule C AlignSiModuleList C AlignTrack AlignTrack is a generalization of a Trk::Track , used as the basic object to contain track information and other quantities useful for alignment. Created by an implementation of IAlignTrackCreator , and other quantities added for a particular alignment method using an implementation of IAlignTrackDresser C AlignTrackCollSplitter Algorithm to split the "AlignTracks" track collection into several smaller track collections corresponding to different types of AlignTracks C AlignTrackCreator Tool used to create an AlignTrack containing all TSOS on a track, including scatterers C AlignTrackDresser Tool used to dress AlignTrack with residuals and other information needed for alignment C AlignTrackPreProcessor Tool used to create AlignTracks from an input collection of tracks. At a minimum, the track is refit and the full covariance matrix and derivative matrix are stored on the AlignTrack . The AlignTracks are filled into a collection of Tracks C AlignTrk C AlignTrkContainer C AlignTRTHit C AlignTSOS AlignTSOS is a TSOS with extra variables useful for alignment. It is created using an implementation of IAlignTrackCreator and stored on an AlignTrack C AlignVertex AlignVertex is a simple structure to store objects belonging to a vertex. Contains a pointer to the original vertex, the matrix and the vector to be solved for the vertex, vertex position, its covariance matrix and a collection of AlignTrack 's belonging to it C ALineInjectTestAlg The ALineInjectTestAlg creates a complete arbitrary set of Alignment constants C ALinePar C AllExecutedEventsCounterAlg C AllJetsGrouper C AlwaysSameHelperTool C AmbiCounter C Amplifier C Analysis_Distribution C Analysis_Efficiency C Analysis_Fake C Analysis_Missed C Analysis_Resolution C Analysis_ResolutionCosmics C Analysis_Tier0 C AnalysisConfig_Ntuple C AnalysisConfigMT_Ntuple C AnalysisR3_Tier0 C AnalyticalDerivCalcTool This class is the tool used with global chi2 aligment to calculate analytical derivatives based on the track covariance matrix C AngularityTool ► C AnimationSequence C Frame ► C AnimationSequencer C Clockwork ► C AODCollHandleBase Base class for all AOD object collections This class primarily handles setting up the interface, and some of the loops updating objects (where it calls child methods to initiate the loops, since handles aren't stored locally) The only data stored here are the name of the collection, and the pointer to the object browser C Imp ► C AODCollWidget C Imp C AodCountsConfig ► C AODHandleBase C Imp C AODReader ► C AODSysCommonData C Imp ► C AODSystemController C Imp C APEvtWeight C ApproximateTrackToLayerTool C APReweight C APReweight2D C APReweight3D C APReweightBase C APReweightND C APRTreeFormula C APWeightEntry C APWeightHist C APWeightSum C APWeightSumEnsemble C Args C ArgStrToDouble C ArgStrToSizeT C ArrayBM C arrayHandler C ArrayStore C ASCIICondDbSvc C AsciiInput A class to provide read access to an ASCII input file C AscObj_TrackState ► C AscObj_TruthPoint C Imp C AscObj_TSOS ► C AscObjSelectionManager C Imp C AsgDeadHVCellRemovalTool C AsgElectronChargeIDSelectorTool Electron selector tool to select objects in Asgena using an underlying pure ROOT tool ► C AsgElectronEfficiencyCorrectionTool C SystConf C AsgElectronIsEMSelector Tool to select objects C AsgElectronLikelihoodTool Electron selector tool to select objects in Athena using an underlying pure ROOT tool C AsgElectronSelectorTool Electron selector tool to select signal electrons using the ElectronDNNCalculator retrieve a score based on a DNN. This includes preprocessing/transformations of the input variables and the actual calculation of the score using lwtnn C AsgExampleAlgorithm C AsgForwardElectronIsEMSelector Electron isEM selector C AsgForwardElectronLikelihoodTool Electron selector tool to select objects in Asgena using an underlying pure ROOT tool C AsgFudgeMCTool Tool to fudge photon MC shower shapes C AsgHelloTool C AsgPhotonEfficiencyCorrectionTool C AsgPhotonIsEMSelector Photon isEM selector C AskForROBs C AskForRoI The test calls for RoI data access for each RoI returned bunch of quantiries are checked, RoI et, actual RoI span, and cells count C ASPOSPARAMS C ass Make the histogram assessment part of the config C AssocFilter ► C AssociatedObjectHandleBase C Imp C AssociatedPrimitive C AssociationMap Templated base class for a look-up map for associations C AssociationObjectIterator Object iterator for association maps (internal use only!) C Associator_BestDeltaPhiMatcher C Associator_BestDeltaRMatcher C Associator_BestDeltaRZMatcher C Associator_BestDeltaRZSinThetaMatcher C Associator_BestSigmaMatcher C Associator_DeltaEtaPhi Fixme: needs to be replaced by something inheriting from BestMatcher C Associator_DeltaRCosmics C Associator_DeltaRMatcher C Associator_SecondBestpTMatcher C Associator_TruthMatcher ► C AssocObjAttachmentHandle C Imp C AtaCylinderCnv_p1 C AtaDiscCnv_p1 C AtaPlaneCnv_p1 C AtaStraightLineCnv_p1 C AtaSurfaceCnv_p1 C AtDSFMTGenSvc A random number engine manager, based on dSFMT C ath_dso_event -*- C -*- AthDsoCbk.h binet.nosp@m. @cer.nosp@m. n.ch C AthAlgorithm C AthAlgStartVisitor Call start() on all ReadCondHandle's of an algorithm C AthAlgTool C AthAnalysisAlgorithm C AthAnalysisHelper C AthAsgExUnittestAlg C AthAsgExUnittestTool C AthAsynchronousAlgorithm An algorithm that can be suspended while work is offloaded to an accelerator C AthCheckedComponent Mixin class to perform additional checks on a component ► C AthCnvSvc C WorkerEntry C AthCommonDataStore C AthCommonMsg C AthCommonReentrantAlgorithm An algorithm that can be simultaneously executed in multiple threads C AthConstConverter Gaudi converter base class with const interfaces C AthDictLoaderSvc C AthElectronEfficiencyCorrectionTool Calculate the egamma scale factors in Athena C athena_statm C AthenaAttributeList An AttributeList represents a logical row of attributes in a metadata table. The name and type of each attribute is given in an AttributeListSpecification. AthenaAttributeList is an AttributeList which is also a DataObject and thus can be saved in an Athena data store, e.g. the Event Store C AthenaAttributeListCnv This class provides the converter for the AthenaAttributeList class ► C AthenaAttributeListSpecification C const_iterator The iterator class C AthenaAttributeSpecification C AthenaAttributeType C AthenaAttrListAddress This class provides the an IOpaqueAddress/GenericAddress which can hold a pointer to an AthenaAttributeList object C AthenaBarCode_p1 C AthenaBarCodeBase C AthenaBarCodeCnv_p1 C AthenaBarCodeImpl C AthenaConditionStream This class is OBSOLETE. Use AthenaOutputStream with writeOnExecute=false and writeOnFinalize=true instead. out stream specialized for condition data. Write data at finalize only C AthenaConverterTLPExtension This class is used to add functionality to a standard AthenaConverter C AthenaEventLoopMgr The default ATLAS batch event loop manager C AthenaHDFStreamTool This class provides the IPCTool for HDF Stream objects ► C AthenaHitsVector C make_const C AthenaHiveEventLoopMgr The default ATLAS batch event loop manager ► C AthenaL1TopoHistSvc C AthenaL1TopoHistSvcImpl C AthenaMon ► C AthenaMonManager An Algorithm that manages a set of modules, each inheriting from ManagedMonitorToolBase , by setting common configuration variables and organizing the output data ► C Imp C HistLeakChecker C ToolBench C AthenaMPToolBase ► C AthenaMtesEventLoopMgr C RangeStruct C AthenaOutputStream Algorithm that marks for write data objects in SG C AthenaOutputStreamTool This is the implementation of IAthenaOutputStreamTool C AthenaPoolAddressProviderSvc This class is the EventSelector and AddressProvider for event data C AthenaPoolAuxStore C AthenaPoolCnvSvc This class provides the interface between Athena and PoolSvc C AthenaPoolCnvTPExtension C AthenaPoolConverter This class provides the abstract converter to translate an object to/from its persistent POOL representation C AthenaPoolTestA Simple class with two int's for testing pool i/o from Athena C AthenaPoolTestAttrReader Test Algorithm for reading an AttributeList from the transient store C AthenaPoolTestAttrWriter Test Algorithm for testing creation of explicit collections, writes an AttributeList to the transient store each event C AthenaPoolTestB Simple class with int,int,float,double for testing pool i/o from Athena C AthenaPoolTestC Simple class with four int's divided among protected/private for testing pool i/o from Athena C AthenaPoolTestD Simple class with HepGeom::Point3D<double> for testing pool i/o from Athena C AthenaPoolTestDataReader C AthenaPoolTestDataWriter Test Algorithm POOL I/O tests, writes AthenaPoolData objects to the transient store C AthenaPoolTestMap C AthenaPoolTestMapData ► C AthenaPoolTestMapDataLink C ExtendedBarCode C AthenaPoolTestMatrix Simple class with various CLHEP classes for testing pool i/o from Athena C AthenaRootConverterHandle C AthenaRootSerializeSvc This class provides the AthenaSerializeSvc using ROOT C AthenaRootSharedWriterSvc This class provides an example for writing event data objects to Pool C AthenaRootStreamer This class enhances ROOT custom streamer base TClassStreamer and can choose a converter function based on the streamerinfo checksum C AthenaRootStreamerSvc This class provides the manager for ROOT custom streamers C AthenaSharedMemoryTool This class provides the IPCTool for SharedMemory objects C AthenaSharedWriter This class provides an example for writing event data objects to Pool C AthenaSummarySvc C AthEventCounter C AthExAlgWithFPE C AthExDecay C AthExDecay_p1 C AthExDecayCnv C AthExDecayCnv_p1 C AthExElephantino C AthExElephantino_p1 C AthExElephantinoCnv C AthExElephantinoCnv_p1 C AthExFatObject C AthExFatObject_p1 C AthExFatObjectCnv C AthExFatObjectCnv_p1 C AthExIParticle C AthExIParticles C AthExParticle C AthExParticle_p1 C AthExParticles C AthExParticles_p1 C AthExParticlesCnv_p1 C AthExUnittestAlg C AthExUnittestTool C AthFilterAlgorithm C AthHistogramAlgorithm C AthHistogramming C AthIncFirerAlg Algorithm to fire given list of incidents on execute C AthJetReclusteringAlgo C AthLegacySequence Alias for backward compatibility C AthMessaging Class to provide easy MsgStream access and capabilities C AthMonBench C AthMonitorAlgorithm Base class for Athena Monitoring Algorithms C AthMpEvtLoopMgr C AthPhotonEfficiencyCorrectionTool Calculate the egamma scale factors in Athena C AthPrescaler C AthProperties Pimpl-style holder for component properties C AthReadAlg Generic algorithm wrapping an input conversion C AthReentrantAlgorithm An algorithm that can be simultaneously executed in multiple threads C AthRNGSvc A service to manage multiple RNG streams in thread-safe way C AthROOTErrorHandlerSvc C AthSequencer ClassName : AthSequencer C AthService C AthTileTripReader C AthTPCnvSvc C AthTruthSelectionTool Class to apply selection to xAOD::TruthParticles,required by validation C Atlas_RNG C AtlasDetectorID This class provides an interface to generate or decode an identifier for the upper levels of the detector element hierarchy, i.e. Atlas , the detector systems and detector subsystems. As well general "print out" methods are provide for all detector systems. All id helper classes derive from this class. This class also provides access to the version tags of the id dictionaries used by the helper C AtlasDetectorIDHelper C AtlasField G4 wrapper around the main ATLAS magnetic field cache or field svc for forward field C AtlasFieldCacheCondAlg Create a MagField object for tracking clients Purpose: for each event, create a MagField object for tracking clients and store in conditions Store C AtlasFieldCacheCondObj C AtlasFieldMapCondAlg Create a MagField object for tracking clients C AtlasFieldMapCondObj C AtlasG4EventUserInfo This class is attached to G4Event objects as UserInformation. It holds a pointer to the HepMC::GenEvent which was used to create the G4Event. NB As with VTrackInformation , the GenParticlePtr held by the AtlasG4EventUserInfo object can change during simulation (i.e. each time the track undergoes a non-destructive interaction) C AtlasGeoPoint C AtlasGeoPoint Declare a point holder for Atlas usual geometry C AtlasHitsVector C AtlasIDDetDescrCnv This class is a converter for the AtlasID an IdHelper which is stored in the detector store ► C ATLASMagneticFieldWrapper C Cache ► C AtlasMeasurementSelector ATALS specific Implementation of the member functions needed by the measurement selector C CalibratedMeasurementTraits C Empty C AtlasMeasurementSelectorCuts C AtlasPhysListFactory C AtlasTrajectory Class to store G4 trajectory information C AtlCoolCopy C atomic_output C AtRanluxGenSvc The default ATLAS random number engine manager, based on Ranlux64 C AtRndmGenSvc A random number engine manager, based on Ranecu. Its usage is deprecated, at least when high quality sequences of randoms are required (Ranecu period has been shown to be too short, and sensitive to the quality of initial seeds) C AttributeListLayout C AttrListIndexes Indexes to attribute name, type name and object value for the persistent storage of an attribute list. The attribute and type names are stored in individual vectors, but the object value is stored in one of serveral type-specific vectors C AttrStruct This is a StoreGate object holding the TT online-attribute map C AuxDiscoverySvc This class provides the interface between AthenaPoolCnvSvc and AuxStore classes C AxisInfo Class to store information about axes, limits, whether it is log or linear scale etc C BackgroundWordFiller C BackgroundWordTest C BadChanContainerHashed C bands C Bar C BareDataBucket Allows to insert void* returned from serialisation into the store C BarrelEndcap C BarrelFastSimDedicatedSD NEEDS DOCUMENTATION C Base C BaseClass C BaseIndexedConstituentUserInfo C BaseObject C BasicConstantGPUDataExporter Standard tool to export calorimeter geometry and cell noise to GPU C BasicEventDataGPUExporter Standard tool to export cell energy and gain to the GPU C BasicGPUClusterInfoCalculator Standard tool to calculate cluster info (energy, transverse energy, pseudo-rapidity and azimuthal angle) and apply E/ET cuts on clusters if desired C BasicGPUToAthenaImporter Standard tool to convert the GPU data representation back to CPU C BasicRandom C BasicTrackGradeFactory C BasicValidationNtupleTool This validation tool writes basic information about Trk::Track into an ntuple; it is also the steering tool for all Trk::IValidationNtupleHelperTool C BatchedMinbiasSvc C BCIDFilterTool C BcidOffsetCorrection C BCM_Digitization Top algorithm class for BCM digitization C BCM_DigitizationTool Pileup tool for BCM digitization C BCM_GeometryManager C BCM_Module C BCM_ModuleParameters C BCM_Pulse C BCM_RawContByteStreamCnv C BCM_RawContByteStreamTool C BCM_RawData C BCM_RawData_p0 C BCM_RawDataCnv_p0 C BCM_RawDataProvider C BCM_RawDataProviderTool C BCM_RDO_Collection C BCM_RDO_Collection_p0 C BCM_RDO_CollectionCnv_p0 C BCM_RDO_Container C BCM_RDO_Container_p0 C BCM_RDO_ContainerCnv C BCM_RDO_ContainerCnv_p0 C BCM_RDOAnalysis C BCM_RodDecoder C BCM_RodEncoder C BCM_Wall C BCM_ZeroSuppression C BCMBuilder Beam Condition Monitor Builder C BcmCollisionTime Holds information about bkg and collisions timing and multiplicity from BCM stations C BcmCollisionTimeAlg C BCMExtra C BCMOverlay C BCMPrimeDetectorManager C BCMPrimeDetectorTool C BCMSensorSD C BCMSensorSDTool C BDTVariable C BDTVertexWeightCalculator A tool to select the primary vertex associated to the hard-scatter using a BDT C BeamBackgroundData Class holding the results of the Beam Background Identification Method ► C BeamBackgroundFiller Implementation of the Beam Background Identification Method C Cache C BeamHaloGenerator An abstract base class to provide generic beam halo generator functionality C BeamHaloGeneratorAlg A GenModule algorithm to produce beam halo HepMC records from input ASCII files produced with MARS or FLUKA beam background simulations C BeamHaloGeneratorLimits C BeamHaloGeneratorSettings A class to read a vector of strings defining particle filtering settings and provide a method for filtering particles based on type and kinematics C BeamHaloParticle A class to describe a generic beam halo particle C BeamHaloParticleBuffer ► C BeamPipeDetectorFactory C EnvelopeEntry C EnvelopeShapes C BeamPipeDetectorFactory_Lite C BeamPipeDetectorManager C BeamPipeDetectorTool C BeamSpotCondAlg C BeamSpotPdf C BeamSpotStatusCode ► C BestMatcher C matched_ Internal class to store the matching paramter for a pair, and in the indices of the pair C BFieldCache BFieldCache.h C BFieldCacheZR C BFieldCond C BFieldMesh C BFieldMeshZR C BFieldPoint C BFieldSolenoid C BFieldVector C BFieldVectorZR C BFieldZone C BichselData C bin C bin2 C bin3 C BinConfig C BinnedInterval C BinnedLayerMaterialCnv_p1 C BinnedrtRelation C BinUtilityCnv_p1 C BipolarFit C BIS78_triggerSimulation C BitField C BitOp Utility class for integer bit operations C bitPATTERN C BJetCorrectionTool ► C BJetThreeValueCheck C Accessors ► C BJetTwoValueCheck C Accessors C BkgStreamsCache In-memory cache for pileup events C BLinePar C BLM_GeometryManager C BLM_Module Beam Loss Monitor module builder C BLM_ModuleParameters C BLM_Wall C BLMBuilder Beam Loss Monitor Builder C BLMSensorSD C BLMSensorSDTool C Blob2ToolConstants C BoardVariations C BoardVariationsDiff C BoardVariationsOldT0 C BoardVariationsRes C BoardVariationsTRes C BoardVariationsTRes1 C BoltHandler C BookkeeperDumper C BookkeeperDumperTool C BookkeeperTool C BooleanProcessor C BoostedHadTopAndTopPair Filter events based on presence of charged leptons C BoostedJetTaggerTool C BoostedXbbTagTool C BoostEvent C BoundConeSurfaceCnv_p2 C BoundCylinderSurfaceCnv_p2 C BoundDiscSurfaceCnv_p2 C BoundPlaneSurfaceCnv_p2 C BoundSaggedLineSurfaceCnv_p2 C BoundStraightLineSurfaceCnv_p2 C BoundSurfaceCnv_p1 C BoundSurfaceCnv_p1< SURFACE, ITPConverterFor< Trk::SurfaceBounds > > C BoundSurfaceCnv_p2 C BoundSurfaceCnv_p2< SURFACE, ITPConverterFor< Trk::SurfaceBounds > > C BoxEnvelope C boxHandler C BPhysBlindingToll C Br C BranchDesc Definiton of a branch descriptor from RootTreeContainer C BSFilePeeker C BSignalFilter C BsJpsiPhiAngles C bsTree C BTagging Class for xAOD b-tagging information ► C BTaggingEfficiencyJsonTool C sysData ► C BTaggingEfficiencyTool C SystInfo C BTaggingEigenVectorRecompositionTool ► C BTaggingSelectionJsonTool C FractionAccessor ► C BTaggingSelectionTool C taggerproperties C BTaggingToolUtil ► C BTaggingTruthTaggingTool C jetVariable C TagBin Create a proper constructor for Athena C TRFinfo C BTagJetAugmenter C BTagSignedIP C BTagToJetLinkerAlg C BTagToolTester C BTagTrackIpAccessor C BTagVertex Class for xAOD secondary vertex finding information (main client: JetFitter) that is too much overhead for the xAOD::Vertex C BTagVertexAugmenter C Buffer C BuildCaloRingsFctorWithCluster< container_t > Template for CaloRings builder functor C BuildNSWReadoutGeometry C BuildVertexPointingAlg An algorithm to build a vertex from photon pointing C BunchCrossingAverageCondAlg Conditions algorithm to unpack fill parameters from COOL C BunchCrossingAverageCondData C BunchCrossingAverageCondTest C BunchCrossingCondAlg Conditions algorithm to unpack fill parameters from COOL ► C BunchCrossingCondData C bunchTrain_t C BunchCrossingCondTest C BunchCrossingIntensityCondAlg Conditions algorithm to unpack fill parameters from COOL C BunchCrossingIntensityCondData C BunchCrossingIntensityCondTest C BunchDataUtil Utility class to to decode data from FILLPARAMS COOL folder C BunchDescription Utility class to to decode data from FILLPARAMS COOL folder C BunchGroupCondAlg Conditions algorithm to unpack bunch group data from COOL C BunchGroupCondData Holds data on filled bunches C BunchGroupUtil Utility class to to decode data from FILLPARAMS COOL folder C BunchLumisCondAlg Conditions algorithm to unpack raw luminosity data from COOL C BunchLumisCondData Holds raw luminosity data, per channel C BunchLumisUtil Utility class to to decode data from FILLPARAMS COOL folder C ByteStream Transient data object, holding BS content of the event C ByteStreamAddress IOpaqueAddress for ByteStreamCnvSvc , with ROB ids C ByteStreamAddressProviderSvc A concrete IAddressProvider ► C ByteStreamCnvSvc Gaudi Conversion Service class for ByteStream Persistency C SlotData Slot-specific state C ByteStreamCnvSvcBase The base class for offline and HLT ByteStream conversion services C ByteStreamDataWriter This class defines abstract interface for data writing C ByteStreamDataWriterV5 Implementation of ByteStreamDataWriter for version 5 (run1) of EventStorage C ByteStreamEmonInputSvc Implements the interface IByteStreamInputSvc for reading events from emon ► C ByteStreamEventStorageInputSvc This class is the ByteStreamInputSvc for reading events written by EventStorage C EventCache ► C ByteStreamEventStorageOutputSvc This class provides the services for writing FullEventFragment into file. This class implements the interface IByteStreamOutputSvc for the conversion service to write the output to a file C EventCache C ByteStreamMergeOutputSvc This class provides the services for merging FullEventFragment with existing bytestream input. Mostly meant for adding new L2+EF results C ByteStreamMetadata This class is the StoreGate data object for bytestream metadata C ByteStreamMetadata_p1 This class is the persistent representation of ByteStreamMetadata C ByteStreamMetadataCnv_p1 This class provides the converter to customize the saving of ByteStreamMetadata_p1 C ByteStreamMetadataContainer This class is the StoreGate data object for bytestream metadata C ByteStreamMetadataContainer_p1 C ByteStreamMetadataContainerCnv_p1 C ByteStreamMetadataPTCnv_p1 C ByteStreamMetadataTool This class provides the MetaDataTool for ByteStreamMetadata objects C ByteStreamOutputStreamCopyTool This is a tool that implements the IAthenaOutputStreamTool for copying ByteStream from input ► C ByteStreamRDP_OutputSvc Writing the data to ROBDataProviderSvc for transient BS C EventCache C c_innlodec ► C CablingObject C cablingParameters C Calculates C caldata A structure to contain data associated with the calibration of a certain sub-module C CalHist ► C Calib C funcDisp C funcTot C CalibCscStripFitter C CalibData C CalibFrontEndInfo C CalibHitIDCheck C CalibHitToCaloCell C CalibHitToCaloCellTool C CalibHitValidate Add energy in CaloCalibrationHitContainers C calibpars C CalibrationIOTool C CalibrationNtupleMakerTool C Calibrator A structure to contain data associated with the calibration of a certain sub-module ► C CalibratorRegistry C CalibratorType C CalibSegmentPreparationTool C CallBackID C CallPoint C CaloAddCellPedShift C CaloAffectedRegionInfo C CaloAffectedTool Tool to check if object is in an affected region C CaloAlignCondAlg Condition Algorithm for making CaloDetDescrManager condition object C CaloBadCellHelper C CaloBadChannel C CaloBadChanTool C CaloBaselineMonAlg C CaloBCIDAverage C CaloBCIDAvgAlg C CaloBCIDCoeffs Luminosity-dependent pileup offset correction conditions object C CaloBCIDCoeffsCondAlg Conditions algorithm to create CaloBCIDCoeffs C CaloBCIDLumi Luminosity-dependent pileup offset correction conditions object C CaloBCIDLumiCondAlg Conditions algorithm to create CaloBCIDLumi C CaloCalibClusterDecoratorAlgorithm This algorithm decorates xAOD::CaloCluster with calibration hit truth information ► C CaloCalibClusterMomentsMaker2 Calculate calibration hit based moments for CaloCluster objects using Primary Particle ID C CalibHitIPhiIEtaRange Class to define range of valid bins in eta x phi plane C MyCellInfo Class to store cluster number and weight for calorimeter cells ► C MyClusInfo Class to store cluster's calibration energies C ClusCalibEnergy C CaloCalibClusterTruthAttributerTool Concrete tool that calculates calibration hit truth energies in xAOD::CaloCluster C CaloCalibClusterTruthMapMakerAlgorithm This algorithm creates several maps used for fast access to information in the calculations related to calibration hit truth energy C CaloCalibrationHit Class to store calorimeter calibration hit C CaloCalibrationHit_p1 Persistent CaloCalibrationHit class, version p1 C CaloCalibrationHit_p2 Persistent CaloCalibrationHit class, version p2 C CaloCalibrationHitCnv_p1 C CaloCalibrationHitCnv_p2 C CaloCalibrationHitContainer C CaloCalibrationHitContainer_p1 C CaloCalibrationHitContainer_p2 Persistent represenation of a CaloCalibrationContainer, C CaloCalibrationHitContainer_p3 Persistent represenation of a CaloCalibrationContainer, C CaloCalibrationHitContainer_p4 Persistent represenation of a CaloCalibrationContainer, C CaloCalibrationHitContainerCnv C CaloCalibrationHitContainerCnv_p2 C CaloCalibrationHitContainerCnv_p3 C CaloCalibrationHitContainerCnv_p4 C CaloCalibrationHitsTestTool C CaloCell Data object for each calorimeter readout cell C CaloCell2ClusterMap Map of CaloCluster CaloCell C CaloCell2ClusterMapper Create a map of CaloCluster objects each CaloCell belongs to C CaloCell_Base_ID Helper base class for offline cell identifiers C CaloCell_ID Helper class for offline cell identifiers C CaloCell_SimpleDetectorInfo C CaloCell_SuperCell_ID Helper class for offline supercell identifiers ► C CaloCellCalcEnergyCorr C HVData C CaloCellClusterWeights Hash lookup of calibration weights for calorimeter cells ► C CaloCellContainer Container class for CaloCell C orderWithCaloHash Functor to order cells according to caloHash C CaloCellContainerAliasAlg Add an alias to a cell container C CaloCellContainerCheckerTool C CaloCellContainerCnv_p1 C CaloCellContainerCorrectorTool C CaloCellContainerFCSFinalizerTool C CaloCellContainerFinalizerTool C CaloCellContainerSD C CaloCellContainerSDTool C CaloCellContainerVector Container class for CaloCell C CaloCellContCopyTool Concrete tool for coping an entire CaloCellContainer C CaloCellCorrection C CaloCellDetPos C CaloCellDumper C CaloCellEnergyCorr2Ntuple C CaloCellEnergyRescaler CaloCellMakerTool to re-scale cell energies C CaloCellFastCopyTool Concrete tool for coping Calo cells C CaloCellFilterAlg Algorithm to filter CaloCellContainer C CaloCellGroup C CaloCellGroup2Ntuple C CaloCellGroupList C CaloCellIDFcn A functional to get the ID from a CaloCell pointer C CaloCellLink Simple store for CaloCell C CaloCellLinkContainer Container class for CaloCellLink C CaloCellLinkContainer_p1 C CaloCellLinkContainer_p2 C CaloCellLinkContainerCnv_p1 C CaloCellLinkContainerCnv_p2 T/P conversions for CaloCellLinkContainerCnv_p2 C CaloCellList C CaloCellMaker C CaloCellNeighborsAverageCorr ► C CaloCellNoiseAlg C CellInfo C TreeData ► C CaloCellPacker_400_500 Calo cell packer/unpacker v400/500 C header400 Packing parameters header (v400) C header500 Packing parameters header (v500) C header501 Packing parameters header (v501) C pars500 Derived packing parmeters C CaloCellPedCorrCondAlg C CaloCellPedestalCorr C CaloCellPedShift C CaloCellPosition2Ntuple C CaloCellPrefetchIterator C CaloCellRandomizer C CaloCellRescaler C CaloCellsCounterCPU Outputs counts of cells, both by type and cluster presence, with each cluster being identified by its cell with the largest signal-to-noise ratio C CaloCellsCounterGPU Outputs counts of cells, both by type and cluster presence, with each cluster being identified by its cell with the largest signal-to-noise ratio C CaloCellTimeCorrTool Tool to shift cell time values C CaloCellVolume C CaloCellVolume_Compare C CaloCellVolumes C CaloClassIteratorValueType ► C CaloCluster Principal data class for CaloCell C MomentStoreIter Internal cell iterator C CaloCluster_OnTrackBuilder C CaloClusterBadChannelData C CaloClusterBadChannelList ► C CaloClusterCellLink Bookkeeping of cells that make up a cluster Simplified replacement for CaloCellLink , CaloClusterNavigable and Navigable classes used during run 1 C const_iterator Const_iterator to loop over cells belonging to a cluster C iterator C CaloClusterCellLinkContainer Container class for CaloCellLink C CaloClusterCellLinkContainer_p1 C CaloClusterCellLinkContainerCnv_p1 T/P conversions for CaloClusterCellLinkContainerCnv_p1 C CaloClusterCellWeightCalib C CaloClusterChangeSignalState Helper to temporarily change the signal state of a cluster C CaloClusterChangeSignalStateList Helper to temporarily change the signal state of many clusters C CaloClusterCollectionProcessor ► C CaloClusterCollectionSettingsButton C Imp C CaloClusterCompare Descending order by energy C CaloClusterConstituentsOrigin C CaloClusterContainer Storable container for CaloCluster ► C CaloClusterContainer_p1 C CaloCluster_p ► C CaloClusterContainer_p2 C CaloCluster_p ► C CaloClusterContainer_p3 C CaloCluster_p ► C CaloClusterContainer_p4 C CaloCluster_p ► C CaloClusterContainer_p5 C CaloCluster_p ► C CaloClusterContainer_p6 C CaloCluster_p ► C CaloClusterContainer_p7 C CaloCluster_p C CaloClusterContainerCnv_p1 C CaloClusterContainerCnv_p2 C CaloClusterContainerCnv_p3 C CaloClusterContainerCnv_p4 C CaloClusterContainerCnv_p5 C CaloClusterContainerCnv_p6 C CaloClusterContainerCnv_p7 C CaloClusterCopier C CaloClusterCorrDBWriter C CaloClusterCorrDumper C CaloClusterCorrection ► C CaloClusterCorrectionCommon Code common to cluster corrections C TableBuilder Helper, used to calculate the values of the energy interpolation table C CaloClusterDeleter Deletes clusters from the CPU collection. Used for testing and debugging purposes.. C CaloClusterGPUProcessor Base class for GPU-accelerated cluster processing tools to be called from CaloGPUHybridClusterProcessor C CaloClusterKineHelper C CaloClusterLinkTemplate Template class for CaloClusterLink C CaloClusterLocalCalib Cluster correction tool which applies local hadronic calibration w eights to the cells. The weight are provided by ICellWeight tools C CaloClusterLogPos Cluster correction tool to compute the logarithmically weighted centroid C CaloClusterMaker Top algorithm to reconstruct CaloCluster objects from CaloCell objects C CaloClusterMoment Defines enums and data types for different moments of CaloCluster ► C CaloClusterMomentContainer_p1 C ClusterMoment_p C CaloClusterMomentContainer_p2 C CaloClusterMomentContainerCnv_p1 C CaloClusterMomentsMaker Calculate moments for CaloCluster objects C CaloClusterMomentsMaker_DigiHSTruth ► C CaloClusterMomentStore Stores CaloClusterMoment C CaloClusterMomentIterator Internally used iterator ► C CaloClusterMomentStore_p1 C ClusterMoment C CaloClusterMomentStoreCnv_p1 C CaloClusterNavigable Navigable part of CaloCluster , use CaloCellLink C CaloClusterNavTest C CaloClusterProcessor C CaloClusterRemoveBad C CaloClusterRemoveDuplicates C CaloClustersCopier This simple algorithm copies CaloClusters to a separate container but only for events when FCal Et is below configurable threshold C CaloClusterSnapshot C CaloClusterStoreHelper C CaloClusterStoreRawProperties Stores the current (calibrated) cluster energies and coordinates as raw properties ► C CaloClusterSysController C Imp C CaloClusterUpdate C CaloClusterVariables Provide calculations of cluster based variables using the clusters associated to the jet seed of the tau candidate C CaloClusterVertexFractionMaker C CaloCompactCell Holds compactified CaloCell ► C CaloCompactCellContainer Container class for CaloCompactCell C compact_input_iterator Simple iterator-like object for reading from the container C compact_output_iterator Simple iterator-like object for writing to the container C CaloCompactCellTool Helper to convert from CaloCellContainer to CaloCompactCellContainer and back C CaloCompositeCellBase Base class for methods and store of cell links C CaloCompositeKineBase Base class for kinematics of composite calo object C CaloComputeSWcellWeights C CaloCondBlob2Ntuple C CaloCondBlobBase This class provides the core BLOB infrastructure C CaloCondBlobDat Generic template class for storing a number of "T"s for each channel/gain C CaloCondBlobFlt Class for storing a number of floats (Flt) and functions on those C CaloCondType Class encoding CaloCondBlob types C CaloCondUtils Static class providing utility functions C CaloConstCellContainer CaloCellContainer C CaloConstCellMaker Create a CaloConstCellContainer C CaloConstIteratorAdaptor Tranform iterator over pointers to iterator over const pointers C CaloCoolIdTool C CaloCPUOutput Standard tool to output CPU cluster info to the non-standard file format that we have been using for plotting and validation purposes C CaloD3PDClass C CaloDepthTool Implementation of the ICaloDepthTool interface.Given a Track direction, checks if it is in the Calorimeter acceptance and provides various radii to be compared/used in the extrapolation C CaloDetDescrDict These headers should not (from pure C++ pov) be necessary, but are needed for building the ROOT dictionary C CaloDetDescrElement This class groups all DetDescr information related to a CaloCell . Provides a generic interface for all calo cells. Subsystem specific information is included in daughter clases defined CaloDetectorElements.h C CaloDetDescrElement_Gpu C CaloDetDescrElementContainer C CaloDetDescriptor This is a base class for LAr and Tile Descriptors The primary goal is to speed up loops over all the calo cells and reduce the size of the CaloDetDescrElements by caching information they have in common C CaloDetDescrManager This class provides the client interface for accessing the detector description information common to LAr and Tile . It is used in the Calorimeter reconstruction (from CaloCell building down to combined reconstruction) C CaloDetDescrManager_Base C CaloDivision ► C CaloDM_ID Helper class for Calo Dead Material offline identifiers C HashCalc Small class holding the starting hash value, the min eta and the number of phi bins of each region C CaloDmDescrArea This object is used to compute calibration energy deposits in the dead material C CaloDmDescrElement C CaloDmDescrManager C CaloDmRegion C CaloDummyCorrection C CaloElementPositionShift Dx,dy,dz displacement of the calorimeter cell caused by sagging ► C CaloEMFrac Hold binned EM fraction data C EMFracData Per-bin data C CaloEnergy Class extending the basic Trk::EnergyLoss to describe the measured or parameterised muon energy loss in the ATLAS calorimeters C CaloEnergy_p1 C CaloEnergy_p2 C CaloEnergyCluster Implementation of navigation and kinematics for CaloCluster CaloTower C CaloEnergyCnv_p1 C CaloEnergyCnv_p2 C CaloEnergyCnv_p2_register_streamer C CaloEstimatedGainTool C CaloExtensionBuilderAlg C CaloFillCellPositionShift C CaloFillRectangularCluster C CaloGeometry C CaloGeometryFromCaloDDM C CaloGeometryFromFile C CaloGeometryLookup C CaloGlobalRoIBuilder ► C CaloGPUClusterAndCellDataMonitor Places (matched) cluster and cell properties in monitored variables to enable plotting with the Athena THistSvc instead of the custom solution that was being used previously. Its histograms can be configured as in a MonitoringTool C pair_to_plot C per_tool_storage C sample_comparisons_holder C CaloGPUCUDAInitialization Base class to provide some basic common infrastructure for initializing CUDA only at the right place to work fine with multiprocessing.. ► C CaloGPUHybridClusterProcessor Algorithm to reconstruct CaloCluster objects with GPU acceleration, providing interoperability for calling standard CPU algorithms before and after the GPU processing part C simple_GPU_pointer_holder A simple RAII wrapper to ensure proper allocation and deallocation of GPU memory in a void * for the temporaries C CaloGPUOutput Standard tool to output the GPU data representation to the non-standard file format that we have been using for plotting and validation purposes C CaloGPUTimed Base class to provide some basic common infrastructure for timing measurements.. ► C CaloHadDMCoeff C HadDMArea ► C CaloHadDMCoeff2 Dead material correction coefficients C HadDMArea C HadDMDimension C CaloHadDMCoeffCheck Runs toy reconstruction to validate dead material constants C CaloHadDMCoeffData Data to read from special DeadMaterialTree ► C CaloHadDMCoeffFit To fill and fit TProfile histograms using special dead material tree C FitData C PrepData C CaloHadDMCoeffHelper Helper class to read dead material correction coeffitients from ASCII file ► C CaloHadDMCoeffMinim C MinimPar C MinimSample C CaloHadDMCoefMinim Runs minimisation to get correction coefficients (i.e. new sampling weights) for the energy deposited in dead material in front of FCAL ► C CaloHadWeight C HadData C CaloHelpersTest Helper to initialize ID helpers for unit tests C CaloHitAnalysis C CaloID_Exception Exception class for Calo Identifiers ► C CaloIDHelper Base class to factor out code common among Calo ID helpers C HashGroup Manage a list of identifiers C CaloIdManager This class initializes the Calo (LAr and Tile ) offline identifiers C CaloIdMgrDetDescrCnv This class is a converter for the CaloIdManager which is stored in the detector store ► C CaloLayerCalculator C Helper Helper class for layer variable calculation C CaloLCClassificationTool Classify clusters according to their probability to stem from an em object C CaloLCCoeffHelper ► C CaloLCDeadMaterialTool Dead material correction tool for local hadronic calibration C Area C Cell C CaloLCOutOfClusterTool Calculates out-of-cluster corrections based on cluster quantities C CaloLCWeightTool Calculates hadronic cell weights based on cluster and cell quantities ► C CaloLocalHadCoeff Hold binned correction data for local hadronic calibration procedure C LocalHadArea Definition of correction area C LocalHadDimension Class defines binning for user dimension C CaloLocalHadCoeffHelper C CaloLocalHadDefs C CaloLongWeights_v2 ► C CaloLVL1_ID Helper class for offline TT identifiers C HashCalc Small class holding the starting hash value, the min eta and the number of phi bins of each region C CaloMomentsDumper Outputs cluster moments (and other assorted properties) to text files C CaloMonAlgBase C CaloMuonLikelihoodTool C CaloMuonScoreTool C CaloMuonTag C CaloNeighbourRegion C CaloNeighbours C CaloNoise C CaloNoise2Ntuple C CaloNoiseCondAlg C CaloNoiseHashRanges Helper to calculate hash offsets in each COOL channel C CaloNoiseSigmaDiffCondAlg NAME : CaloNoiseSigmaDiffCondAlg.h PACKAGE : Calorimeter/CaloRec C CaloPhiParabola C CaloPhiRange This class defines the phi convention for Calorimeters C CaloProtoCluster C CaloReadLCClassificationFile C CaloReadLCJetEnergyScaleFile C CaloReadLCOutOfClusterFile C CaloReadLCWeightsFile C CaloRecoStatus Reconstruction status indicator C CaloRescaleNoise C Calorimeter C CaloRings C CaloRings_p1 C CaloRingsCnv_p1 C CaloRingsContainer C CaloRingsContainer_p1 C CaloRingsContainerCnv C CaloSampling Calorimeter Sampling enum ► C CaloSamplingData Simple data object to store all variables in calorimeter samplings C IsValidData Functor to check if data is valid (non-zero) C CaloSamplingData_p1 C CaloSamplingDataCnv_p1 C CaloSamplingDataContainer_p1 ► C CaloSamplingDataContainerCnv_p1 C State C CaloSamplingHelper Algorithmic methods of the legacy CaloSampling.h class used by the legacy CaloCluster object C CaloScaleCluster EM calorimeter containment correction C CaloShower Data class for cluster variables associated with a CaloCluster C CaloShowerContainer Container class for CaloShower ► C CaloShowerContainer_p1 C CaloShower C CaloShowerContainer_p2 C CaloShowerContainerCnv_p1 C CaloShowerContainerCnv_p2 C CaloSubdetNames This class contains the ENUM needed to label the calorimeter pieces which be mooved independently, including the Cryostats, and mapping with the corresponding identifiers and strings when possible C CaloSuperCellAlignCondAlg Condition Algorithm for making CaloSuperCellDetDescrManager condition object C CaloSuperCellDetDescrManager C CaloSuperCellDetectorElement Element to represent a SuperCell ► C CaloSuperCellIDTool C IDMapElt Mapping table entry C CaloSurfaceBuilder This class creates the Surfaces needed to perform track extrapolation C CaloSwApplyWgts_g3 C CaloSwCalibHitsCalibration C CaloSwClcon_g3 C CaloSwClcon_v2 EM calorimeter containment correction C CaloSwDeadOTX_back C CaloSwDeadOTX_ps C CaloSwECcrack_g3 C CaloSwEta1b_g3 C CaloSwEta1e_g3 C CaloSwEta2b_g3 C CaloSwEta2e_g3 C CaloSwEtamod_g3 ► C CaloSwEtamod_v2 EM calorimeter \eta C Builder Helper class for calculating the energy interpolation table C CaloSwEtaoff_v2 EM calorimeter eta offset (S-shape) corrections ► C CaloSwEtaoff_v3 EM calorimeter eta offset (S-shape) corrections, version 3 C Builder Helper class for calculating the energy interpolation table C CaloSwGap_g3 C CaloSwGap_v2 EM calorimeter gap corrections C CaloSwGap_v3 EM calorimeter gap corrections C CaloSwLongWeights C CaloSwPhimod_g3 ► C CaloSwPhimod_v2 EM calorimeter \phi C Builder Helper class for calculating the energy interpolation table ► C CaloSwPhioff_v2 EM calorimeter \phi C Builder Helper class for calculating the energy interpolation table C CaloSwTime C CaloSwTransitionRegionsCorr C CaloTester Helpers for creating calorimeter objects for unit tests C CaloThinCellsByClusterAlg Thin calorimeter cells not associated with clusters C CaloThinCellsBySamplingAlg Thin calorimeter cells by sampling C CaloThinCellsInAODAlg Thin calorimeter cells, digits and raw channels not associated with clusters linked to an electron, after some cut C CaloTimeFilterTool C CaloTopoClusterMaker Topological cluster maker C CaloTopoClusterSplitter Topological cluster splitter C CaloTopoClusterTowerMerger C CaloTopoEMGap C CaloTopoEMlayers C CaloTopoEMLongWeights C CaloTopoEMphimod C CaloTopoEMphioff C CaloTopoEMsshape C CaloTopoSplitterClusterCell C CaloTopoSplitterHashCluster C CaloTopoTmpClusterCell C CaloTopoTmpClusterCellBase C CaloTopoTmpHashCell C CaloTopoTmpHashCluster ► C CaloTopoTmpHashClusterBase C iterator C CaloTopoTowerAlg ============================================================ CaloTopoTowerAlg.cxx , (c) ATLAS Detector software Calorimeter/CaloRec/CaloTopoTowerAlg C CaloTopoTowerAlgorithm C CaloTopoTowerBuilderTool C CaloTopoTowerBuilderToolBase CaloTopoTowerBuilderToolBase is abstract base class for tower builders C CaloTopoTowerContainer Storable container class for CaloTower C CaloTopoTowerContainer_p1 C CaloTopoTowerContainerCnv POOL Converter for CaloTopoTowerContainer C CaloTopoTowerContainerCnv_p1 C CaloTopoTowerFromClusterCalibrator A cluster builder tool to calibrate topo-clusters formed from (EM) calorimeter towers to the LCW scale C CaloTopoTowerFromClusterMaker A cluster builder tool forming topo-clusters representing calorimeter tower signals on a regular grid in (\eta,\phi) topo-towers are created from cells in topo-clusters C CaloTopoTowerMaker Top algorithm to reconstruct xAOD::CaloCluster C CaloTower Data class for calorimeter cell towers C CaloTowerAlgorithm C CaloTowerBuilderTool C CaloTowerBuilderToolBase C CaloTowerCollectionProcessor ► C CaloTowerContainer Storable container class for CaloTower C iterator Iterator class for which the reference type is not an lvalue C CaloTowerContainer_p1 C CaloTowerContainerCnv POOL Converter for CaloTowerContainer C CaloTowerContainerCnv_p1 C CaloTowerGeometry Tower geometry store and description provider C CaloTowerGeometryCondAlg ► C CaloTowerSeg Data object stores CaloTower C SubSeg A rectangular window within the segmentation C SubSegIterator Iterator over a rectangular window of towers C CaloTowerSeg_p1 C CaloTowerSegCnv_p1 ► C CaloTowerStore C cell_iterator C Entry C Tower C tower_iterator C CaloTowerStoreTestAlg ► C CaloTowerxAODAlgoBase C cellToTower_t C CaloTowerxAODFromCells C CaloTowerxAODFromClusters C CaloTrackingGeometryBuilderCond C CaloTriggerTowerService Tool providing the mapping of the online and offline TriggerTower identifiers as well as the TT-cells mapping C CaloTTDescriptor This class holds the Calorimeter TriggerTower geometrical description C CaloTTDescrManager This class is used to build the CaloTTDescriptors and CaloTTDetDescrRegions carrying the geometry information of the Calorimeter Trigger Towers C CaloTTDescrRegion This class provides an interface to the geometrical description of the Calorimeter Trigger Towers C CaloTTMgrDetDescrCnv This class is a converter for the CaloTTDescrManager which is stored in the detector store ► C CaloTTOnAttrId_P This is a database object holding the TT online-attribute map C CaloTTOnAttrId_P_t Structure of the map C CaloTTOnAttrId_t Structure definition of the LArTTOnAttrIdMap C CaloTTOnAttrIdMap C CaloTTOnAttrIdMapCnv Create derived converter to customize the saving of MyClass ► C CaloTTOnOffId_P This is a database object holding the TT online-offline map C CaloTTOnOffId_P_t Structure of the map C CaloTTOnOffId_t Structure definition of the LArTTOnOffIdMap C CaloTTOnOffIdMap This is a StoreGate object holding the TT offline-online map C CaloTTOnOffIdMapCnv Create derived converter to customize the saving of MyClass ► C CaloTTPpmRxId_P This is a database object holding the TT PPM to RX channels map C CaloTTPpmRxId_P_t Structure of the map C CaloTTPpmRxId_t Structure definition of the CaloTTPpmRxIdMap C CaloTTPpmRxIdMap This is a StoreGate object holding the TT PPM to RX channels map C CaloTTPpmRxIdMapCnv Create derived converter to customize the saving of MyClass C CaloVariableType Definition of Calorimeter Variable types in CaloCluster ► C CaloVertexedCell Evaluate cell kinematics with a different vertex C compE Helper to compare two of these objects by energy C CaloWeightInterpolator Calculates an interpolated weight in n dimensions C CascadeCountDecorator C CavernInfraDetectorFactory C CavernInfraDetectorManager C CavernInfraDetectorTool ► C CBNode C nodeOrder C CBNT_BeamInstrumentation C CBNT_CaloH6 C CBNT_TBRecBase C CBNT_Timing C CBNT_UpstreamMat C CBNTAA_BeamInstrumentation C CBNTAA_TBADCRaw C CBNTAA_TBInfo C CBNTAA_TBScint C CBNTAA_TBTDCRaw C CBNTAA_TBTPValidation C CBNTAA_TBTrack C CBTree C CCallbackHolder C CdfApproximator C Cell_E C cellbin C CellFinder C CellInfo C CenterOfMassShapesTool C CentralScrutinizer C CFGRPPOSPARAMS C Chain0_Args C ChainDetail Structure to encompass the data stored in a prescales XML generated by the RuleBook C ChainString C chamberPositionerHandler C ChamberT0sCnv C ChamberT0sCnv_p1 C ChanCalibErrorCode ChanCalibErrorCode class for L1Calo error codes Adapted from /LVL1/l1calo/coolL1Calo/coolL1Calo/ChanErrorCode.h C ChanDeadErrorCode ChanDeadErrorCode class for L1Calo error codes Adapted from /LVL1/l1calo/coolL1Calo/coolL1Calo/ChanDeadCode.h C ChanFitErrorCode ChanFitErrorCode stores information about the calibration fit quality C CharDbArray C ChargedHadronSubtractionTool C ChargedTracksFilter Filter events based on presence of charged tracks ► C ChargedTracksWeightFilter Filter events based on presence of charged tracks ► C Spline C Point Linear spline representation of a function used to calculate weights C ChargeFilter ChargeFilter can filter objects upon their charge C CharginosPhysicsTool C CheckCloningFactor Dump MC event record C CheckFlow C CheckFlow_New C CheckFlow_New_Minbias C CheckForFinalPartons C CheckLArFebHeader C chip_struct C chip_struct_prob C ChipVariations C class_DataModelTest C ClassCounts Xx C ClassID_trait_dummy C ClassID_traits Default , invalid implementation of ClassID_traits C ClassID_traits< CaloConstCellContainer > Specialize ClassID_traits ConstDataVector C ClassID_traits< ConstDataVector< DV > > Specialize ClassID_traits ConstDataVector C ClassID_traits< DataVectorWithAlloc< DV, ALLOC > > Specialize ClassID_traits DataVectorWithAlloc C ClassID_traits< T > C ClassID_traits< ViewVector< DV > > ClassID_traits specialization for ViewVector C ClassIDSvc Service to manage and verify CLID assignments in athena C ClassName An interface for getting the name of a class as a string C ClassName< DataVector< T > > Specialization of ClassName DataVector C CleanCondition C ClearStorePolicy C CLHEPHelpers C CLIDRegistry Static registry of CLID->typeName entries. NOT for general use. Use ClassIDSvc instead C CLIDRegistryImpl C CloseEventEater C clus_kin C ClusterAtEMScaleTool C clusterbin C ClusterCellRelinkAlg Algorithm that rebuilds clusters using cells from a different container C ClusterCreator Algorithm creating xAOD::CaloClusters from CaloClusters C ClusterDistanceFunctor The ClusterDistanceFunctor is a templated distance functor used for matching two objects based upon their cluster rather than their eta and phi directly C ClusterDumper C ClusterFilterTool C ClusterFinder C ClusterMonitorAlgorithm C ClusterSplitProbabilityContainerCnv TP converter for the ClusterSplitProbabiltyContainer C ClusterValidationPlots C ClusWeight C CMAdata ► C CMAidentity C defineParams ► C CMAparameters C defineParams C parseParams C CMApatterns C CMAprogram C CMAreadout C CMAtrigger C cmdline_parser_params The additional parameters to pass to parser functions C CMMCPHits_p1 T/P separation for TrigT1Calo::CMMCPHits class C CMMCPHitsCnv_p1 T/P convertor for TrigT1Calo CMMCPHits class C CMMCPHitsCollection_p1 C CMMCPHitsCollection_tlp1 C CMMCPHitsCollectionCnv C CMMCPHitsCollectionCnv_p1 T/P converter for CMMCPHits and CMMCPHits_p1 C CMMCPHitsCollectionCnv_tlp1 T/P converter for CMMCPHits and CMMCPHits_p1 C CMMEtSums_p1 T/P separation for TrigT1Calo::CMMEtSums class C CMMEtSumsCnv_p1 T/P convertor for TrigT1Calo CMMEtSums class C CMMEtSumsCollection_p1 C CMMEtSumsCollection_tlp1 C CMMEtSumsCollectionCnv C CMMEtSumsCollectionCnv_p1 T/P converter for CMMEtSums and CMMEtSums_p1 C CMMEtSumsCollectionCnv_tlp1 T/P converter for CMMEtSums and CMMEtSums_p1 C CMMJetHits_p1 T/P separation for TrigT1Calo::CMMJetHits class C CMMJetHitsCnv_p1 T/P convertor for TrigT1Calo CMMJetHits class C CMMJetHitsCollection_p1 C CMMJetHitsCollection_tlp1 C CMMJetHitsCollectionCnv C CMMJetHitsCollectionCnv_p1 T/P converter for CMMJetHits and CMMJetHits_p1 C CMMJetHitsCollectionCnv_tlp1 T/P converter for CMMJetHits and CMMJetHits_p1 C CMMRoI_p1 T/P separation for TrigT1Calo::CMMRoI class C CMMRoICnv C CMMRoICnv_p1 T/P convertor for TrigT1Calo CMMRoI class C CMReprocessing C CMROCompare C CMXCPHits_p1 T/P separation for TrigT1Calo::CMXCPHits class C CMXCPHitsCnv_p1 T/P convertor for TrigT1Calo CMXCPHits class C CMXCPHitsCollection_p1 C CMXCPHitsCollection_tlp1 C CMXCPHitsCollectionCnv C CMXCPHitsCollectionCnv_p1 T/P converter for CMXCPHits and CMXCPHits_p1 C CMXCPHitsCollectionCnv_tlp1 T/P converter for CMXCPHits and CMXCPHits_p1 C CMXCPTob_p1 T/P separation for TrigT1Calo::CMXCPTob class C CMXCPTobCnv_p1 T/P convertor for TrigT1Calo CMXCPTob class C CMXCPTobCollection_p1 C CMXCPTobCollection_tlp1 C CMXCPTobCollectionCnv C CMXCPTobCollectionCnv_p1 T/P converter for CMXCPTob and CMXCPTob_p1 C CMXCPTobCollectionCnv_tlp1 T/P converter for CMXCPTob and CMXCPTob_p1 C CMXEtSums_p1 T/P separation for TrigT1Calo::CMXEtSums class C CMXEtSumsCnv_p1 T/P convertor for TrigT1Calo CMXEtSums class C CMXEtSumsCollection_p1 C CMXEtSumsCollection_tlp1 C CMXEtSumsCollectionCnv C CMXEtSumsCollectionCnv_p1 T/P converter for CMXEtSums and CMXEtSums_p1 C CMXEtSumsCollectionCnv_tlp1 T/P converter for CMXEtSums and CMXEtSums_p1 C CMXJetHits_p1 T/P separation for TrigT1Calo::CMXJetHits class C CMXJetHitsCnv_p1 T/P convertor for TrigT1Calo CMXJetHits class C CMXJetHitsCollection_p1 C CMXJetHitsCollection_tlp1 C CMXJetHitsCollectionCnv C CMXJetHitsCollectionCnv_p1 T/P converter for CMXJetHits and CMXJetHits_p1 C CMXJetHitsCollectionCnv_tlp1 T/P converter for CMXJetHits and CMXJetHits_p1 C CMXJetTob_p1 T/P separation for TrigT1Calo::CMXJetTob class C CMXJetTobCnv_p1 T/P convertor for TrigT1Calo CMXJetTob class C CMXJetTobCollection_p1 C CMXJetTobCollection_tlp1 C CMXJetTobCollectionCnv C CMXJetTobCollectionCnv_p1 T/P converter for CMXJetTob and CMXJetTob_p1 C CMXJetTobCollectionCnv_tlp1 T/P converter for CMXJetTob and CMXJetTob_p1 C CMXRoI_p1 T/P separation for TrigT1Calo::CMXRoI class C CMXRoICnv C CMXRoICnv_p1 T/P convertor for TrigT1Calo CMXRoI class C CnvFactory Abstract factory to create the converter C COLDCONTRACTION C CollectionByteStreamCnv Template class for BS converter for Collections C CollisionFilterAlg C color C colorbin C colorcluster C ColorCodeConverter C colorHandler C Combination C CombinationsGen C CombinationsGenerator C CombinationsGenerator C CombinationsGrouper C CombinationsIterator C CombinationsJetStream C CombinatoricsOdometer Helper class for particle combinatorics of several lists C CombinedMuonFeature C CombinedMuonFeature_p1 C CombinedMuonFeature_p2 C CombinedMuonFeature_p3 C CombinedMuonFeature_p4 C CombinedMuonFeature_tlp1 C CombinedMuonFeatureCnv C CombinedMuonFeatureCnv_p1 C CombinedMuonFeatureCnv_p2 C CombinedMuonFeatureCnv_p3 C CombinedMuonFeatureCnv_p4 C CombinedMuonFeatureCnv_tlp1 C CombinedMuonFeatureContainer C CombinedMuonFeatureContainer_p1 C CombinedMuonFeatureContainer_p2 C CombinedMuonFeatureContainer_p3 C CombinedMuonFeatureContainer_p4 C CombinedMuonFeatureContainer_tlp1 C CombinedMuonFeatureContainerCnv C CombinedMuonFeatureContainerCnv_p1 C CombinedMuonFeatureContainerCnv_tlp1 C CombinedShapeErrorGetter Liquid Argon base class for shape information C Combo C ComboHypo C ComboHypoToolBase Base class for tools which cut on properties of multi-object or multi-leg chains. User should derive from this class and implement the executeAlg function. This will be called once per combination of objects in the event which reach the ComboHypo alg which hosts this tool C comCurvature C CompareCells C CompareSequenceOutput C CompBHist C CompCell C CompetingMuonClustersOnTrackCnv_p1 C CompetingMuonClustersOnTrackCnv_p2 C CompetingPixelClustersOnTrackCnv_p1 C CompetingRIOsOnTrackCnv_p1 C CompetingSCT_ClustersOnTrackCnv_p1 C CompetingTRT_DriftCirclesOnTrackCnv_p1 C compositeHandler C CompositeParticle C CompositeParticle_p1 C CompositeParticleCnv_p1 C CompositeParticleContainer C CompositeParticleContainer_p1 C CompositeParticleContainerCnv_p1 C compositionHandler C CompoundCondition C CompoundLayerMaterialCnv_p1 C CompRawChannel Small class holding a single method to compare two different TileRawChannel C CompressedLayerMaterialCnv_p1 C Compressor C ComputeStaveServices C ComTime C ComTimeRec C CondAlgX C CondAlgY C CondAlgZ C CondAttrListCollAddress This class provides the an IOpaqueAddress/GenericAddress which can hold a pointer to an CondAttrListCollection object C CondAttrListCollCnv This class provides the converter for the CondAttrListCollection class C CondAttrListCollection This class is a collection of AttributeLists where each one is associated with a channel number. This allows R/W with COOL of multichannel conditions objects, stored in COOL itself. The collection looks like a vector of pairs of (channel num, AttributeList) where one may iterate over all of them or access each AttrList by channel number as in a map. One also maintains the IOV of each channel allow update of only invalid channels ► C CondAttrListVec C Index C CondAttrListVecAddress This class provides the an IOpaqueAddress/GenericAddress which can hold a pointer to an AthenaAttributeList object C CondAttrListVecCnv This class provides the converter for the AthenaAttributeList class C CondCont Hold mapping of ranges to condition objects ► C CondContBase Base class for all conditions containers C Category Status code category for ContCont C Compare Comparison object needed by ConcurrentRangeMap C RangeKey Range object to store in ConcurrentRangeMap C CondContBaseInfo Traits class to find the base for CondCont C CondContMixed Conditions container for which keys are ranges in both Run+LBN and timestamp C CondContMixedBase Base class for conditions containers for which keys are ranges in both Run+LBN and timestamp C CondContMixedBaseInfo Traits class to find the base for CondContMixed C CondContSingleBase Base class for conditions containers that are either Run+LBN or timestamp C CondDataObj C CondDataObjY C CondDataObjZ C CondInputLoader C ConditionFilter C CondMultChanCollection A CondMultChanCollection is a template class which can hold a collection of T* objects which are intended to be written out and then registered in a COOL multichannel folder, or just read back. The T* objects are normally written/read via a conversion service, e.g. via AthenaPOOL, and their references (e.g. tokens) saved as the data payload in COOL C CondMultChanCollImpl A CondMultChanCollImpl defines the non-template part of a CondMultChanCollection . It holds the vectors of: channel numbers IOVs tokens to the DataObject a pointer to the CondAttrListCollection , used to register in COOL C CondProxyProvider This class is the AddressProvider for conditions data ► C CondSvc C iAlgHasher C ConeBoundsCnv_p1 C ConeSurfaceCnv_p2 C ConfAnalysis C Config C ConfigurationLoader C ConfVtxAnalysis C consHandler C ConstantContentBinMaker C ConstantFieldSvc C ConstDataVector DataVector C ConstitTimeCutTool C ConstituentSubtractorTool Constituent modifier implementing the Constituent Substraction technique C ConstMatrixMapWithInvalidDef C ConstRangeIterator C ConstSampler C ConstVectorMapWithInvalidDef C Container Storage of the time histories of all the cells C Container2Aux C Container2Object C container_hash C ContainerAccessor C ContainerRefWithDim C Contour C Converter C ConvertStaveServices C ConvProxy C CoolLumiUtilsTestObj C CoolLumiUtilsVector ► C CoolQuery C L1CountFolderData C LumiFolderData C CoolTagInfo C CopyBosonTopLabelTruthParticles C CopyCaloCalibrationHitContainer C CopyDetailedTrackTruthCollection C CopyEventStreamInfo This class provides an algorithm to make the EventStreamInfo object and update it C CopyEventWeight Copy MC truth event weights into the event info store C CopyFlavorLabelTruthParticles C CopyJetTruthInfo C CopyMcEventCollection C CopyPileupParticleTruthInfo C CopyPixelClusterContainer C CopyPRD_MultiTruthCollection C CopySCT_ClusterContainer C CopyTrackCollection C CopyTrackRecordCollection C CopyTRT_DriftCircleContainer C CopyTruthJetParticles C CopyTruthParticles C CopyTruthPartons C CoraCoolDatabase C CoraCoolDatabaseSvc C CoraCoolDatabaseSvcFactory C CoraCoolExample C CoraCoolException C CoraCoolFolder C CoraCoolObject ► C CoraCoolObjectIter C QueryBuilder C CoraCoolSequence C CoralCrestManager ► C CoreDumpSvc Service to print additional information before a crash C sysDumpRec C corr_HV_EMBPS Correction for time dependent HV effect in barrel presampler scale in 2012 C corr_HV_EMECPS Correction for wrong HV EMEC presampler correction for 20.7 processed data (2015,2016) C corr_pileupShift Correction for pileup induced energy shit as function of mu per layer for 2016 data C CorrectPFOTool C coscut C cosevt C CosmicEventParser C CosmicGenerator Cosmic generator. The output will be stored in the transient event store so it can be passed to the simulation C CosmicGun C CosmicTriggerTimeTool C CostData Caches and propagates event data to be used by monitoring algorithms C CosTriggerTimeAlg C CosTrigTime C CostROSData Caches and propagates event data to be used by monitoring algorithms C CounterAlgorithm Concrete implimentation of Counter to monitor all properties of a given Algorithm instance C CounterAlgorithmClass Concrete implimentation of Counter to monitor all properties of a given Algorithm class. The new event logic is the same as in CounterAlgorithm , only histogram definition differs C CounterBase Forward declare C CounterChain Concrete implimentation of Counter to monitor all properties of a given Chain instance C CounterGlobal Concrete implimentation of Counter to monitor global properties of the event C CounterROS Concrete implimentation of Counter to monitor the data requests for a single Read Out System request and corresponding Read Out Buffer requests C CounterSequence Concrete implimentation of Counter to monitor all properties of a given Sequence instance C CounterThread Concrete implimentation of Counter to monitor all algorithms executing on a single thread C CountHepMC Count the number of events to pass all algorithms/filters C CovarianceMatrixCnv_p1 C CPMHits_p1 T/P separation for TrigT1Calo::CPMHits class C CPMHitsCnv_p1 T/P convertor for TrigT1Calo CPMHits class C CPMHitsCollection_p1 C CPMHitsCollection_tlp1 C CPMHitsCollectionCnv C CPMHitsCollectionCnv_p1 T/P converter for CPMHits and CPMHits_p1 C CPMHitsCollectionCnv_tlp1 T/P converter for CPMHits and CPMHits_p1 ► C CpmMonitorAlgorithm C MonitorCmxCpHits C MonitorCmxCpTob C MonitorCpmTT C MonitorTobRoI C MonitorTT C CPMRoI_p1 T/P separation for TrigT1Calo::CPMRoI class C CPMRoICnv_p1 T/P convertor for TrigT1Calo CPMRoI class C CPMRoICollection_p1 C CPMRoICollection_tlp1 C CPMRoICollectionCnv C CPMRoICollectionCnv_p1 T/P converter for CPMRoI and CPMRoI_p1 C CPMRoICollectionCnv_tlp1 T/P converter for CPMRoI and CPMRoI_p1 C CpmSimMonitorAlgorithm C CPMTobRoI_p1 T/P separation for TrigT1Calo::CPMTobRoI class C CPMTobRoICnv_p1 T/P convertor for TrigT1Calo CPMTobRoI class C CPMTobRoICollection_p1 C CPMTobRoICollection_tlp1 C CPMTobRoICollectionCnv C CPMTobRoICollectionCnv_p1 T/P converter for CPMTobRoI and CPMTobRoI_p1 C CPMTobRoICollectionCnv_tlp1 T/P converter for CPMTobRoI and CPMTobRoI_p1 C CPMTower_p1 Persistent form of CPMTower using T/P separation C CPMTowerCnv_p1 T/P converter for CPMTower and CPMTower_p1 C CPMTowerCollection_p1 C CPMTowerCollection_tlp1 C CPMTowerCollectionCnv C CPMTowerCollectionCnv_p1 T/P converter for CPMTower and CPMTower_p1 C CPMTowerCollectionCnv_tlp1 T/P converter for CPMTower and CPMTower_p1 C CrackDMConstruction C CrateDefs C crc8 C CreateLumiBlockCollectionFromFile C CSAccessCondReadHandleKey C Csc2dSegmentMaker C Csc4dSegmentMaker C CSC_Digitizer C CSC_Hid2RESrcID C CSC_HitsTruthRelink C CSC_IDDetDescrCnv Converter for CscIdHelper C CSC_RDOAnalysis C CSC_RegSelCondAlg C CscAlignmentTool C CscBipolarStripFitter C CSCcablingSvc C CscCalibData C CscCalibDataCollection C CscCalibDataContainer ► C CscCalibMonToolBase The CscCalibMonToolBase class C HistCollection Contains an array with data on a per-channel basis, as well as various histograms that give different views of the data in the array C ProcSetupInfo C CscCalibMonToolPed Class for monitoring pedestal calibration results C CscCalibMonToolSlope Class for monitoring CSC relative gain calibration results C CscCalibReportBase C CscCalibReportContainer C CscCalibReportPed C CscCalibReportSlope C CscCalibResult C CscCalibResultCollection C CscCalibResultContainer C CscCalibTool C CscClusterOnTrackCnv_p1 C CscClusterOnTrackCnv_p2 C CscClusterUtilTool C CscClusterValMonAlg C CscCondDataCollection Contains all the information for a single CSC COOL parameter C CscCondDataCollectionBase Base class for CscCondDataCollection . C CscCondDataContainer Contains complete set of all data from cool data base C CscCondDbAlg C CscCondDbData C CSCConditionsTestAlgMT Example class to show calling the SCT_ConditionsSummarySvc C CscDigit C CscDigitBuilder C CscDigitCollection C CscDigitContainer Use IdentifiableContainer with CscDigitCollection C CscDigitizationTool C CscDigitToCscRDO C CscDigitToCscRDOTool C CSCHitAnalysis C CscHitIdHelper C CSCHitsTestTool C CscIdHelper C CscILinesCondAlg C CscMcData C CscMcDataCnv_p1 C CscOverlay C CscPeakThresholdClusterBuilderTool C CscPrdValMonAlg C CscPrepDataCnv_p1 C CscPrepDataCnv_p2 C CscPrepDataContainerCnv Create derived converter to customize the saving of identifiable container C CscPrepDataContainerCnv_tlp1 C CscRawData Class to hold the electronic output for a single CSC readout channel: n sampling ADC data + the address (Identifier of strip == use hash id) C CscRawData_p0 C CscRawData_p1 C CscRawData_p2 C CscRawData_p3 C CscRawData_p4 C CscRawDataCnv_p1 C CscRawDataCnv_p2 C CscRawDataCnv_p3 Transient/Persistent converter for CscRawData class C CscRawDataCnv_p4 Transient/Persistent converter for CscRawData class C CscRawDataCollection Collection of CSC Raw Hits, arranged according to CSC Detector Elements Author: Ketevi A C CscRawDataCollection_p1 C CscRawDataCollection_p2 C CscRawDataCollection_p3 Persistent represenation of the Collection of CSC Raw Hits C CscRawDataCollection_p4 Persistent represenation of the Collection of CSC Raw Hits C CscRawDataCollectionCnv_p1 C CscRawDataCollectionCnv_p2 C CscRawDataCollectionCnv_p3 Transient/Persistent converter for the Collection of CSC Raw Hits, C CscRawDataCollectionCnv_p4 Transient/Persistent converter for the Collection of CSC Raw Hits, C CscRawDataCollectionIdHash Hash function for CSC Raw Data Collection C CscRawDataContainer This container provides access to collections of CSC RDOs and a mechanism for recording them C CscRawDataContainer_p1 C CscRawDataContainer_p2 C CscRawDataContainer_p3 C CscRawDataContainer_p4 C CscRawDataContainerCnv C CscRawDataContainerCnv_p1 C CscRawDataContainerCnv_p2 C CscRawDataContainerCnv_p3 Transient/Persistent converter for a container of collections of CSC Raw Hits, C CscRawDataContainerCnv_p4 Transient/Persistent converter for a container of collections of CSC Raw Hits, C CscRawDataStreamer_p0 C CscRdoContByteStreamCnv C CscRdoToCscDigit C CscRdoValMonAlg C CscROD_Encoder This class provides conversion from CSC RDO to ROD format C CscRODReadOut C CscRODReadOutV0 C CscRODReadOutV1 C CscSegmentUtilTool C CSCSegmValMonAlg C CSCSensitiveDetector C CSCSensitiveDetectorCosmics C CSCSensitiveDetectorCosmicsTool C CSCSensitiveDetectorTool C CscSimData C CscSimDataCnv_p1 C CscSimDataCnv_p2 C CscSimDataCnv_p3 C CscSimDataCollection C CscSimDataCollectionCnv Create derived converter to customize the saving of identifiable container C CscSimDataCollectionCnv_p1 C CscSimDataCollectionCnv_p2 C CscSimDataCollectionCnv_p3 C CscSimDataOverlay C CSCSimHit C CSCSimHitCollectionCnv Create derived converter to customize the saving of identifiable container C CSCSimHitCollectionCnv_p1 C CSCSimHitCollectionCnv_p2 C CSCSimHitCollectionCnv_p3 C CSCSimHitCollectionCnv_p4 C CscSplitClusterFitter C CscStripPrepDataCnv_p1 C CscStripPrepDataContainerCnv Create derived converter to customize the saving of identifiable container C CscStripPrepDataContainerCnv_tlp1 C CscThresholdClusterBuilder C CscThresholdClusterBuilderTool C CSortCorrsNext C CSVTablesBase C CSVWrapper C cTauRoIsUnpackingTool C cTauRoIThresholdsTool C CTP_BC C CTP_Decision Legacy data class representing the LVL1 CTP trigger decision C CTP_Decision_p1 Persistent representation of CTP_Decision C CTP_Decision_p2 Persistent representation of CTP_Decision C CTP_DecisionCnv POOL converter for CTP_Decision C CTP_DecisionCnv_p1 T/P converter for CTP_Decision and CTP_Decision_p1 C CTP_DecisionCnv_p2 T/P converter for CTP_Decision and CTP_Decision_p2 C CTP_Decoder C CTP_RDO C CTP_RDO_p1 Persistent representation of CTP_RDO C CTP_RDO_p2 Persistent representation of CTP_RDO C CTP_RDOCnv POOL converter for CTP_RDO C CTP_RDOCnv_p1 T/P converter for CTP_RDO_p1 C CTP_RDOCnv_p2 T/P converter for CTP_RDO_p2 C CTP_RIO C CTPByteStreamCnv ByteStream converter for the CTP_RDO object C CTPByteStreamTool Tool doing the CTP_RDO <-> ByteStream conversion C CTPSrcIdMap This class provides conversion between Lower level Source ID to higher level source ID for CTP ByteStream fragments C CTPUnpackingEmulationTool C CTPUnpackingTool C CTPUnpackingToolBase Base class for CTP unpacking tools C CTTDecorCheckInTool C CudaFitter C CUDAKernelLaunchConfiguration C CurrMap C CurvedCandidateFinder C CurvedLine C CurvedPatRec C CurvilinearParametersCnv_p1 C CustomMonopole C CustomMonopoleFactory C CustomParticle C CustomParticleFactory C CustomPDGParser C customRndm C CutAlg C CutBookkeepersLocalCache Helper in-memory structure C CutFlow C CutFlowSvc This implements the methods for ICutFlowSvc C CutList Templated CutList class to contain a group of cuts C CutTool C CyclicSeqSampler C CylinderBoundsCnv_p1 C CylinderIntersections C CylinderLayerMaterial C CylinderSurfaceCnv_p1 C CylinderSurfaceCnv_p2 C CylindricalEnvelope C data_mismatch ► C DatabaseAccessTool C Clockwork C DataBin C DataBucket Wrapper inheriting from DataObject (via DataBucketBase ) that takes ownership of a data object to be put in the DataStore C DataBucketBase A non-templated base class for DataBucket , allows to access the transient object address as a void* C databundle A structure to contain hit data C DataFromPad C DataHandle Iterator over instances of a given type in StoreGateSvc . It d-casts and caches locally the pointed-at object, to speed-up subsequent accesses. It can be reset by the store for asynchronous updates (IOVSvc ) C DataHandleBase Iterator over instances of a given type in an IProxyDict StoreGateSvc ). It d-casts and caches locally the pointed-at object, to speed-up subsequent accesses. It can be reset by the store for asynchronous updates (IOVSvc ) C DataHeader This class provides the layout for summary information stored for data written to POOL C DataHeader_p3 This class provides a persistent representation for the DataHeader class C DataHeader_p4 This class provides a persistent representation for the DataHeader class C DataHeader_p5 This class provides a persistent representation for the DataHeader class ► C DataHeader_p6 This class provides a persistent representation for the DataHeader class C FullElement ► C DataHeaderCnv This class provides the converter to customize the saving of DataHeader C placementComp Cache for new DHForms created when writing, indexed by ref or placement C DataHeaderCnv_p3 This class provides the converter to customize the saving of DataHeader_p3 C DataHeaderCnv_p4 This class provides the converter to customize the saving of DataHeader_p4 C DataHeaderCnv_p5 This class provides the converter to customize the saving of DataHeader_p5 C DataHeaderCnv_p6 This class provides the converter to customize the saving of DataHeader_p6 C DataHeaderElement This class provides a persistent form for the TransientAddress C DataHeaderElement_p3 This class provides a persistent representation for the DataHeaderElement class C DataHeaderElement_p4 This class provides a persistent representation for the DataHeaderElement class C DataHeaderElement_p5 This class provides a persistent representation for the DataHeaderElement class C DataHeaderElementCnv_p3 This class provides the converter to customize the saving of DataHeaderElement_p3 C DataHeaderElementCnv_p4 This class provides the converter to customize the saving of DataHeaderElement_p4 C DataHeaderElementCnv_p5 This class provides the converter to customize the saving of DataHeaderElement_p5 C DataHeaderForm_p5 This class provides storage for the constant fields of the persistent DataHeader class ► C DataHeaderForm_p6 This class provides storage for the constant fields of the persistent DataHeader class C DbRecord C ObjRecord C DataLink Object reference supporting deferred reading from StoreGate C DataLink_p1 Persistent representation of DataLink contains the StoreGate key of the container object to which the link is pointing C DataLink_p2 Persistent representation of DataLink contains the StoreGate key of the container object to which the link is pointing C DataLinkBase Type-independent part of DataLink C DataLinkCnv_p1 C DataLinkCnv_p1< DLINK > Converter template for converters between transient DataLink and its persistent representation. Template argument DLINK is the type of the transient DataLink C DataLinkCnv_p2 C DataLinkCnv_p2< DLINK > Converter template for converters between transient DataLink and its persistent representation. Template argument DLINK is the type of the transient DataLink ► C DataLinkVector This class is a a vector of DataLink for objects of type DC It uses an internal chain to keep track of modified entries. A call to cleanup is required after processing an event or prior to process a new event. cleanup will call the clear() method of all the touched DataLink instances. The template expects the DataLink to export the DigitCollection class type (DC) and the DigitCollection identifier type C DataHolder Class DataHolder is a simple class which holds a pointer to an object of type DC C Entry Class Entry is a link in a chained list, used for efficient cleanup of vectors C iterator Class iterator - iterator over elements in DataLinkVector which manages the Entry objects C DataLinkVector_p1 Persistent representation of DataLinkVector C DataLinkVector_p2 Persistent representation of DataLinkVector C DataLinkVectorCnv_p1 C DataLinkVectorCnv_p1< DLINKVector_TYPE > Converter template for converters between transient vectors of DataLinks and their persistent representation DataLinkVector_p1 . Template argument DLINKVector_TYPE is the type of the transient DataLink vector C DataLinkVectorCnv_p2 C DataLinkVectorCnv_p2< DLINKVector_TYPE > Converter template for converters between transient vectors of DataLinks and their persistent representation DataLinkVector_p2 . Template argument DLINKVector_TYPE is the type of the transient DataLink vector C DataModelCompatSvc Service for DataVector C DataPoint C DataPointInfo ► C DataPool Typed memory pool that saves time spent allocation small object. This is typically used by container such as DataVector and DataList C const_iterator C iterator C DataPreparationPipeline This is the class for the data preparation pipeline C DataProxy DataProxy provides the registry services for StoreGate C DataReadErrors C dataset C DataVector Derived DataVector <T> ► C DataVector< T, DataModel_detail::NoBase > Base specialization for DataVector <T> C Deleter Interface to allow customizing how elements are to be deleted C DataVectorBase Derivation information for DataVector ► C DataVectorWithAlloc DataVector C ContainerUniquePtr Helper for unique_ptr conversions C HeapDeleter Internal helper to delete vector elements C Ptr unique_ptr holding an element for this vector C UPDeleter Internal helper to serve as a deleter for our unique_ptr class C DataWriterParameters Class containing parameters needed to initiate DataWriter C DbConnection C DBfmt C DbIter< T > C DBline C DBM_Det Diamond Beam Monitor detector builder C DBM_Module C DBM_ModuleCage The module cage is the structure forming of the three aluminium plates and rods, which support the DBM module C DBM_PP0 C DBM_Telescope Diamond Beam Monitor telescope builder C DBPixelGeoManager ► C DBReplicaSvc C SvcFactory C DCSTxtToCool C DeadMaterialCorrectionTool Local cluster correction tool for Dead Material correction in hadronic clusters C DeadMaterialShower C DeadMaterialShowerTool C DeadMaterialTool C DebugComboHypoTool Concrete implimentation of the ComboHypoToolBase used by the ComboHypoTool unit test. This class will report which physics objects were supplied to it, and it will pass any combination supplied where at least one physics object is supplied on each leg whose pT > 45 MeV C Debugger C DebugInfoCollector C DebugView Very simple pass-through implementation of IProxyDict C DecayBase A class that allows for a fast calculation of the flavours of the descendants of a vertex, particle, or a set of particles C DecayParser C DecaysFinalStateFilter C DecayTimeFilter C DecisionAlg Call through interface to FilteredAlgorithm C DecisionCollectorTool C DecisionsSummaryMakerAlg Executes after all chains have finished. Makes decision objects containing decision IDs per passing chain, prescaled chain, and express-prescaled chain. Writes HLTNav_Summary container C DecisionSummaryMakerAlg C DecisionSvc This implementes the methods for IDecisionSvc C DecodedPID Implementation of classification functions according to PDG2022 C DecodedPixelData C DecodedPixelHitInfo C DecodedPixelModuleInfo C DecodedSctData C DecodedSctHeaderInfo ► C DecoderFloat_IEEE754 C FloatLongIntUnion C decodes C DecodeVersionKey This is a helper class to query the version tags from GeoModelSvc and determine the appropriate tag and node to pass to RDBAccessServer C DecoratePhotonPointingAlg An algorithm to decorate photons (also electrons) with pointing variables C DecorateVertexScoreAlg An algorithm to decorate vertices with a score C DecorHandleKeyArray< T > Class to hold an array of DecorHandleKeys C Default C DefaultAGDDTool C DefaultIndexingPolicy C DefaultIndexingPolicy< ActsTrk::TrackContainer > C DefaultIndexingPolicy< std::map< KEY, ELEM > > Set up to automatically use this indexing policy for maps C DefaultIndexingPolicy< std::set< KEY > > Set up to automatically use this indexing policy for sets C defaultsHandler C DefCaloClusterCompare C DeltaRDistanceFunctor C DeltaRRoIComboHypoTool C deltat_data C DepositInCalo Class describing the measured energy loss associated to muons on the detector level, that is per calo layer C DepositInCalo_p1 C DepositInCalo_p2 C DepositInCaloCnv_p1 C DepositInCaloCnv_p2 C DepthComparison C DerivedILArCalculatorSvcForTest C DerivedILArCalibCalculatorSvcForTest C DescendingEt C DescendingPt C DetailedMuonPatternTruthCollection C DetailedSegmentTruth C DetailedTrackGradeFactory C DetailedTrackTruth C DetailedTrackTruthCnv_p1 C DetailedTrackTruthCnv_p2 C DetailedTrackTruthCnv_p3 C DetailedTrackTruthCnv_p4 C DetailedTrackTruthCollection C DetailedTrackTruthCollectionCnv C DetailedTrackTruthCollectionCnv_p1 C DetailedTrackTruthCollectionCnv_p2 C DetailedTrackTruthCollectionCnv_p3 C DetailedTrackTruthCollectionCnv_p4 C DetCondCFloat DetCondCFloat is a class to hold sets of Identifiers and arrays of floats for detector element specific information Richard Hawkings, started 29/1/04 formerly DetCondFloat but renamed to DetCondCFloat to allow DetCondFloat to be a parallel virtual class with no CLASS_DEF Latter is inherited by specialised TRT conditions data classes C DetCondCFloat_p1 C DetCondCFloatCnv_p1 C DetCondFloat C DetCondKeyTrans Class to hold set of HepGeom::Transform3D keyed by string value for storage in the conditions DB typically for holding top-level transforms for GeoModel/G4. This class can be persistified (converters in DetDescrCondAthenaPool) C DetCondKeyTrans_p1 C DetCondKeyTransCnv_p1 C DetDescrAddress C DetDescrCnvSvc C DetDescrCondIdentifier_old C DetDescrCondIdentifier_old_cnv C DetDescrConverter C DetDescrDBEnvelopeSvc C DetectorFieldManagerTool Tool for setting up a volume-local magnetic field manager C DetectorGeometryBase C DetectorGeometrySvc C DetectorLayer C DetectorPositionParameters C DetectorSurfaceStruct C DetElementSurfaceCnv_p1 C DetStatus ► C DetStatusMap C PairSort C DetStatusMap_p1 C DetStatusMapCnv_p1 C DetVisAttributes C DGraph C diamond_t C DiamondBoundsCnv_p1 C DiBjetFilter C Digi_MonValues C DigitData C DigitizationAlg C DigitizeNonHitElementsDebugPrinter C digitWrapper C DijetDEtaCondition C DijetDPhiCondition C DijetMassCondition C DiLeptonMassFilter Filter on dileptons within a Z mass window C DiMuMon C DimuonChainInfo C DiPhotonFilter Filters and looks for di-photons C DipolarityTool C DipsCondition C DipzLikelihood C DipzLikelihoodCmp C DipzMLPLCondition C Directory C DirectPhotonFilter Filters and looks for photons from brem or hadr proc C DiscBoundsCnv_p1 C DiscLayerMaterial C DiscSurfaceCnv_p1 C DiscSurfaceCnv_p2 C DisjointUniformSampler C DisplacedJetBeamspotInfo C DisplacedJetDispHypoAlg ► C DisplacedJetDispHypoTool C Info C DisplacedJetPromptHypoAlg ► C DisplacedJetPromptHypoTool C Info C DisplacedJetRankComboHypoTool C displayBarrelXY C displayEndcapPhiZ C displayTracks C Dist C DistanceFunctor C DiTauBuilder C DiTauCandidateData C DiTauToolBase The base class for all tau tools C DiTauTrackFinder C DkfTrack C Domain C DoubleArray C DoubleDbArray C DoubleEventSelectorAthenaPool This class is the EventSelector for event data C doubletInfo C doubletInfoITk C doubletStorage C doubletStorageITk C DQAtlasReadyFilterTool C DQBadLBFilterAlg C DQBadLBFilterTool C DQDummyFilterTool C DQEventFlagFilterTool C DQFilledBunchFilterTool C DQTBackgroundMon Monitor background processes in the detector C DQTDataFlowMonAlg C DQTDetSynchMonAlg C DQTGlobalWZFinderAlg C DQTLumiMonAlg C DrawLabel ► C dRMatchingTool Tool to perform dR-based matching of tracks and truth particles C CacheEntry C DsoRootLock Workaround for ROOT TClassTable locking problem C dummy_A Test nested vectors - problem seen in root3/4 transition C dummy_B C dummy_C C dummy_D C dummy_E Test derived class that contains a list of parent classes C dummy_TrigCaloEventTPCnvDict C dummy_TrigCombinedEventTPCnvDict C dummy_TrigEventTPCnvDict C dummy_TrigInDetEventTPCnvDict C dummy_TrigMissingEtEventTPCnvDict C dummy_TrigMuonEventTPCnvDict C dummy_TrigParticleTPCnvDict C dummy_TrigSteeringEventTPCnvDict C dummy_TrigTopoEventTPCnvDict C DummyDetDescrElement Dummy Detector Element for testing C DummyDetElementSurfaceCnv_p1 C DummyEquation C DummyFactory C DummyTrackSlimmingTool C DumpAllSystematics C DumpCaloBadChannels C DumpDecisions C DumpEventDataToJsonAlg Algorithm to dump some Event data to JSON C DumpFrags Dump eformat fragments from FullEventFragment C DumpGeo ► C DumpLArDigits C mySort ► C DumpLArRawChannels C mySort C DumpMC Dump MC event record C DumpShape C DvGraph C e1hg_Systematics Get systematics from MG/HG layer 1 miscalibration assuming MG is correctly re-calibrated with muons C e1hg_systematics C eFEXBDT ► C eFexByteStreamTool C MonitoredLogging Create a class to override logging interface in underlying decoder tool C EfexCellMapping C EfexCSVTables C EfexDefs C eFexEMRoIsUnpackingTool C eFexEMRoIThresholdsTool C EfexHardwareInfo C EfexInputMonitorAlgorithm C EfexLatomeFibrePacker C EfexMonitorAlgorithm C eFEXNtupleWriter An Athena algorithm which creates Ntuple output of L1Calo bitwise simulation C eFEXOutputCollection Class which stores the output of eFEX simulation for the use of eFEXNtupleWriter C eFEXRoIByteStreamTool Implementation of a tool for L1 RoI conversion from BS to xAOD and from xAOD to BS (IL1TriggerByteStreamTool interface) ► C EfexSimMonitorAlgorithm C SortableTob C eFexTauRoIsUnpackingTool C eFexTauRoIThresholdsTool C EfexTobPacker C EfexTrexFibrePacker C EffectiveRTool Giordon Stark C Efficiency1D C Efficiency2D C EfficiencyPurityCalculator C EfficiencyResponseHistos C EfficiencyScaleFactor Utility class to manage scale factor histograms Simple container class for scale factor information Contains histograms for Efficiency, Scale Factor and Systematic errors Handles loading from files and manages the histos The user should not have to interact with this directly! C EfieldInterpolator C eflowAbstractCellList C eflowAzimuth EflowAzimuth represents phi and has kinematic functions which correctly deal with phi wraparound etc C eflowCalo This defines the eflowCalo enum, which is used to label calorimeter layers in a simplified scheme which exludes the presamplers and combines the Tile regions C eflowCaloCluster C eflowCaloObject An internal EDM object which stores information about systems of associated tracks and calorimeter clusters C eflowCaloObjectContainer C eflowCaloObjectMaker This class creates eflowCaloObjects and adds them into the eflowCaloObjectContainer C eflowCellEOverPTool_mc12_HLLHC Class to store reference e/p mean and widths, as well as reference energy density radial profile fit parameters C eflowCellEOverPTool_Run2_mc20_JetETMiss Class to store reference e/p mean and widths, as well as reference energy density radial profile fit parameters C eflowCellIntegrand Class to represent the 2D Gaussian integrand C eflowCellIntegrator Class that controls the 2D integration C eflowCellList Concrete class derived class from pure virtual eflowAbstractCellList C eflowCellPosition This class stores the eta,phi and layer of the calorimeter cell and defines a "<" operator which can be used to order the eflowCellPosition based on eta,phi and layer C eflowCellSubtractionFacilitator This class deals with the removal of calorimeter cells from calorimeter clusters C eflowDatabase Stores calorimeter cell eta and phi widths, a X0 per unit length in the EM and HAD calorimeters C eflowDepthCalculator The class calculates the depth of each layer, in interaction lengths, for a given EM2 eta C eflowEEtaBinBase Base class which sets up some of the infrastructure to store the e/p reference values C eflowEEtaBinnedParameters Inherits from eflowEEtaBinBase C eflowEtaPhiPosition C eflowFirstInt This object holds the expected energy deposit of a track and the known width of that distribution C eflowFirstIntParameters Extends eflowFirstInt to include parameters of the fits to radial shower profiles C eflowFirstIntRegions This defines the J1STLAYER enum, which is used to label calorimeter layers in a simplified scheme which exludes the presamplers and combines the HEC layers C eflowISubtractionAlgTool C eflowLayerIntegrator This class calculates the LHED (Layer of Highest Energy Density) in a cluster or group of clusters C eflowLookupExp Lookup-table based exponential function to save CPU time, which is used by eflowCellIntegrator C eflowMatchCluster This class, which inherits from the pure virtual ICluster, stores a pointer to an eflowRecCluster C eflowObject C eflowObject_p1 C eflowObject_p2 C eflowObject_p3 C eflowObject_p4 C eflowObject_p5 C eflowObject_tlp1 C eflowObject_tlp2 C eflowObject_tlp3 C eflowObject_tlp4 C eflowObject_tlp5 C eflowObjectCnv_p1 C eflowObjectCnv_p2 C eflowObjectCnv_p3 C eflowObjectCnv_p4 C eflowObjectCnv_p5 C eflowObjectContainer C eflowObjectContainer_p1 C eflowObjectContainer_p2 C eflowObjectContainer_p3 C eflowObjectContainer_p4 C eflowObjectContainer_p5 C eflowObjectContainerCnv C eflowObjectContainerCnv_p1 C eflowObjectContainerCnv_p2 C eflowObjectContainerCnv_p3 C eflowObjectContainerCnv_p4 C eflowObjectContainerCnv_p5 C eflowParameters C eflowRangeBase EflowRangeBase is an object to represent a length in eta or phi, and this is used in eflowCellIntegrator as a variable in the integrations over eta and phi ► C eflowRecCluster This class extends the information about a xAOD::CaloCluster C SortDescendingPt C eflowRecClusterContainer C eflowRecMatchTrack This class, which inherits from the pure virtual ITrack, stores a pointer to an eflowRecTrack and has an interface which returns an eflowEtaPhiPosition (representing the track eta, phi coordinates in the requested calorimeter layer) ► C eflowRecTrack This class extends the information about a xAOD::Track C SortDescendingPt C eflowRecTrackContainer C eflowRecursiveGaussLegendreIntegrator Class to perform a generic recursive Gauss-Legendre Integration, see http://en.wikipedia.org/wiki/Gaussian_quadrature#Gauss.E2.80.93Legendre_quadrature Templated in the type of the integrand C eflowRingSubtractionManager This stores information, a rank and ring thickness, about cell rings in an ordered way C eflowRingThicknesses C eflowTauObject C eflowTrackCaloExtensionTool Inherits from eflowTrackExtrapolatorBaseAlgTool and AthAlgTool C eflowTrackCaloPoints This class stores a map of calorimeter layers and track parameters (the result of the track extrapolation to the calorimeter layers) ► C eflowTrackClusterLink Stores pointers to an eflowRecTrack and an eflowRecCluster C Cache C Hasher C eflowTrackExtrapolatorBaseAlgTool C EFMuonMon C EFTrackingDataStreamLoaderAlgorithm C EFTrackingDataStreamUnloaderAlgorithm C EFTrackingSmearingAlg C EFTrackingSmearMonAlg C EFTrackingXrtAlgorithm C eg_resolution Get resolution for electron and photons (converted / unconverted) vs E,eta C Egamma Class describing an e/gamma C egamma C egamma_p1 C egamma_p2 C egamma_p3 C egamma_p4 C egamma_p5 C EgammaAllFex Feature extraction Tool for LVL2 Calo C EGammaAmbiguityTool Electron / photon ambiguity resolution. Dual-use version ► C egammaBackShape EM cluster shower shape calculations in 3rd sampling. Calculate the width in the back layer around the eta,phi of the hottest cell in the middle layer C Info C egammaBaseHist C egammaBaseTool C egammaCaloClusterSelector A tool which specifies whether a cluster passes a selection ► C egammaCellRecoveryTool Tool to recover cells lost because of the topocluster timing cut C existingCells C egammaCheckEnergyDepositTool C egammaCnv_p1 C egammaCnv_p2 C egammaCnv_p3 C egammaCnv_p4 C egammaCnv_p5 C egammaContainer C egammaContainer_p1 C egammaContainer_p2 C egammaContainer_p3 C egammaContainer_p4 C egammaContainer_p5 C egammaContainerCnv C egammaEnergyPositionAllSamples Helpers to define the energy and position in each sampling From the original (eta,phi) position of the cluster, it finds the location (sampling, barrel/end-cap, granularity) For this we use the CaloCluster method inBarrel() and inEndcap() but also, in case close to the crack region where both boolean can be true, the energy reconstructed in the sampling C EgammaFactory C egammaForwardBuilder C EgammaGapCalibration General Interface for calibrations at the LVL2 Egamma Calo Fex algo C EgammaHitsCalibration General Interface for calibrations at the LVL2 Egamma Calo Fex algo C EgammaHitsShowerDepth C egammaIso {Tool to estimate the hadronic energy behind the electromagnetic cluster, the C egammaLargeClusterMaker C egammaLayerRecalibTool ► C egammaMiddleShape EM cluster shower shape calculations in 2nd ECAL sampling Calculate the width in the strip layer around the eta,phi of the hottest cell in the middle layer C Info C egammaMonitorBaseAlgorithm C egammaMonitorElectronAlgorithm C EgammaMonitoring C egammaMonitorPhotonAlgorithm C egammaMonitorSuperClusterAlgorithm C egammaMonToolBase C egammaMVACalibTool A tool used by the egammaMVASvc to help calibrate energy for one particle type C egammaMVASvc C egammaOQFlagsBuilder C egammaParamDefs C egammaPIDdefs ► C egammaPreSamplerShape EM cluster shower shape calculations in presampler of ECAL C Info C egammaqweta1c C egammaqweta2c C egammaRec C egammaRecBuilder Produces egammaRec objects starting from clusters. The algorithm produces an egammaRec for each input cluster where the matched tracks and vertices are linked. These two matchings are done depending on the flags doTrackMatching and doConversions, by default true. Additionally, if doTrackMatchedView is true a view container of the egammaRecs with matched tracks is created C EgammaReEmEnFex Feature extraction Tool for LVL2 Calo C EgammaReHadEnFex Feature extraction Tool for LVL2 Calo C EgammaReSamp1Fex Feature extraction Tool for LVL2 Calo C EgammaReSamp2Fex Feature extraction Tool for LVL2 Calo C egammaSelectedTrackCopy C egammaShowerShape @ ► C EgammaSshapeCalibration C Builder ► C egammaStripsShape EM cluster shower shape calculations in 1st ECAL sampling Calculate the width in the strip layer around the eta,phi of the hottest cell in the middle layer C Info C egammaSuperClusterBuilder Create supercluster under egamma (no tracking) hypothesis Useful if you want to run calo reconstuction without tracking C egammaSuperClusterBuilderBase Base class for electronSuperClusterBuilder photonSuperClusterBuilder egammaSuperClusterBuilder This class cannot be instantiated by itself since the execute method is not implemented C egammaSwTool C egammaTopoClusterCopier Select topo-clusters to be used in egamma reconstruction C egammaTrackRefitterTool C egammaTrackThinner C EgammaTransitionRegions General Interface for calibrations at the LVL2 Egamma Calo Fex algo ► C egammaTrkRefitterTool C MeasurementsAndTrash ► C egammaTruthAssociationAlg C MCTruthInfo_t C writeDecorHandles Helper class to contain write decoration handles C EgammaValidationPlots C egDetail C egDetail_p1 C egDetail_p2 C egDetailContainer C egDetailContainer_p1 C egDetailContainer_p2 C egDetailContainerCnv C egDetailContainerCnv_p1 C egDetailContainerCnv_p2 C egPID C EigenHelpers C EigenP4JacobianEEtaPhiM2PtEtaPhiM C EigenP4JacobianEEtaPhiM2PxPyPzE C EigenP4JacobianPxPyPzE2EEtaPhiM C EigenP4JacobianPxPyPzE2PxPyPzM C EigenP4JacobianPxPyPzM2PxPyPzE C EigenP5Jacobiand0z0PhiThetaqOverP2d0z0PhiEtaP C EigenP5toP4JacobianPhiThetaEM2PxPyPzE ► C ElasticDecayUtil C Empty C elcylHandler C Electron Class describing an electron C Electron C Electron_p1 C Electron_p2 C Electron_p3 C Electron_p4 C Electron_p5 C ElectronChargeEfficiencyCorrectionTool Apply the correction for the difference in electron charge mis-ID rates in MC/data C ElectronCnv_p1 C ElectronCnv_p2 C ElectronCnv_p3 C ElectronCnv_p4 C ElectronCnv_p5 ► C ElectronCollectionSettingsButton C Imp C ElectronConstituent C ElectronContainer C ElectronContainer_p1 C ElectronContainer_p2 C ElectronContainer_p3 C ElectronContainer_p4 C ElectronContainer_p5 C ElectronContainerCnv C ElectronDNNCalculator Used by AsgElectronSelectorTool to calculate the score of a python trained DNN using lwtnn as interface to do electron ID. Also applies a transformation to the input variables based on a QuantileTransformer C ElectronFilter Filters and looks for electrons C electronHist C electronMonTool C ElectronMuonTopoInfo ElectronMuonTopoInfo is a class for storing information about combuned electron-muon object. It stores angular distance, invariant mass, common vertex information, and opposite charge bit C ElectronMuonTopoInfo_p1 C ElectronMuonTopoInfoCnv_p1 C ElectronMuonTopoInfoContainer C ElectronMuonTopoInfoContainer_p1 C ElectronMuonTopoInfoContainerCnv C electronPearShapeAlignmentCorrection Return a correction for deltaEta1 to account for the pear shape distortion of the calorimeter C ElectronPhotonVariableCorrectionBase Class to correct electron and photon MC variables C ElectronPhotonVariableCorrectionTool Tool to correct electron and photon MC variables using the ElectronPhotonVariableCorrectionBase class C electronRescaler C ElectronSelector C electronSuperClusterBuilder Create supercluster under electron hypothesis C ElectronValidationPlots C elementHandler C ElementLink ElementLink implementation for ROOT usage C ElementLink_p1 C ElementLink_p1< INDEX > Persistent representation of ElementLink - constains StoreGate key (name) of the container it is pointing to, and an index to the container element. The C++ type of index can be integer for sequences or a "key" type for sets (like std::map). (std::string is supported, define more types if necessary) C ElementLink_p2 C ElementLink_p2< INDEX > Persistent representation of ElementLink - contains an index to a StoreGate key (name) of the container it is pointing to, and an index to the container element. The name index is used to look up the actual container name, which is stored elsewhere. The C++ type of element index can be integer for sequences or a "key" type for sets (like std::map). (std::string is supported, define more types if necessary) C ElementLink_p3 C ElementLink_p3< INDEX > Persistent representation of ElementLink - constains a hash of the StoreGate key (name) of the container it is pointing to, and an index to the container element. The C++ type of index can be integer for sequences or a "key" type for sets (like std::map). (std::string is supported, define more types if necessary) C ElementLinkBase Base class for ElementLinks to vectors of pointers C ElementLinkBaseT_test C ElementLinkCnv_p1 C ElementLinkCnv_p1< LINK > Converter template for converters between transient ElementLink and its persistent representation. Template argument LINK is the type of the transient ElementLink . The type of the persistent link representation is automatically deducted - it can be integer index type, or string index type. More types can be added in ElementLink_p1.h ► C ElementLinkCnv_p2 C State C ElementLinkCnv_p2< LINK > Converter template for converters between transient ElementLink and its persistent representation C ElementLinkCnv_p3 C ElementLinkCnv_p3< LINK > Converter template for converters between transient ElementLink and its persistent representation. Template argument LINK is the type of the transient ElementLink . The type of the persistent link representation is automatically deducted - it can be integer index type, or string index type. More types can be added in ElementLink_p3.h C ElementLinkContNames_p2 C ElementLinkContNames_p2< INDEX > This class is used to hold the container names for element links. It can converter container names between string names and integer indices ► C ElementLinkVector ElementLinkVector implementation for standalone ROOT C ELVIterator C Short2LongRef Functor turning an ElemLinkRef into an ElementLink ► C ElementLinkVector_p1 C ElementRef C ElementLinkVector_p1< INDEX_TYPE > Persistent representation of ElementLinkVector - constains a list persistent ElementLinks in a compacted form (exactly in the same way as the transient ElementLinkVector ) Different StoreGate keys (container names) all stored only once, and the list of pairs<contaner name, index> is replaced by a list of pairs<container ID, index> where the ID is an index to the list of container names The C++ type of an index in a container can be integer for sequences or a "key" type for sets (like std::map). (std::string is supported, define more types if necessary) C ElementLinkVectorBase Base class holding the container independent part of ElementLinkVector C ElementLinkVectorCnv_p1 C ElementLinkVectorCnv_p1< LINK_VECT > Converter template for converters between transient ElementLinkVector and its persistent representation. Template argument LINK_VECT is the type of the transient ElementLinkVector . The type of the persistent link vector representation is automatically deducted (it is based on the primiteve C++ type used by IndexingPolicy) - it can be integer index type, or string index type. More types can be added in ElementLink_p1.h C ElementTableCnv C ElementTableCnv_p1 C EllipseBoundsCnv_p1 C EllipseCollisionTest C EMB1CellsFromCaloCells C EMB1CellsFromCaloClusters ► C EMBAccordionDetails C Clockwork C EMBBasicReadoutNumbers This is a collection of numbers used to create the cell shapes ► C EMBCell A cell of the electromagnetic barrel calorimeter readout geometry This class gives dimensions and positions, and indices of an electromagnetic barrel calorimeter readout cell. Positions are in local coordinates (local to a "big piece", or in this case the EMB half barrel). Use the EMB Cells through EMB Cell Links please!!! This will free the memory used by the cell when the last link to the cell disappears C HVInfo C EMBDescriptor LAr EMB Descriptor C EMBDetDescr Descriptor for regions of the electromagnetic barrel calorimeter C EMBDetectorElement LAr EMB Detector Element C EMBDetectorManager A manager class providing access to readout geometry information for the electromagnetic barrel calorimeter C EMBDetectorRegion C EMBHitsTestTool C EMBHVDescriptor ► C EMBHVElectrode C Clockwork ► C EMBHVManager This class provides direct access to information on the HV electrodes within the barrels. The information may be accessed either directly or iteratively. Direct access is provided by the getHVModule() method. Iterative access is by looping over valid side, eta, phi, and sector indices to retrieve a HV module. From the high voltage modules one can obtain a list of electrodes (iteratively or directly) C Clockwork ► C EMBHVData C Payload ► C EMBHVModule Describes one HV Module within the EMB C Clockwork C EMBHVPathologies C EMBHVPayload C EMBPresamplerHVDescriptor ► C EMBPresamplerHVManager This class provides direct access to information on the HV electrodes within the barrels. The information may be accessed either directly or iteratively. Direct access is provided by the getHVModule() method. Iterative access is by looping over valid side, eta, phi, and sector indices to retrieve a HV module. From the high voltage modules one can obtain a list of electrodes (iteratively or directly) C Clockwork ► C EMBPresamplerHVData C Payload ► C EMBPresamplerHVModule Describes one HV Module within the EMB Presampler C Clockwork C EMBPresamplerHVPayload ► C EMBremCollectionBuilder Algorithm which creates new brem-refitted tracks C TrackWithIndex Helper struct to store the Trk::Track corresponding to a TrackParticle and the index of the Track Particle in the original container C EMBremFit C EMClusterTool C EMConversionBuilder C EMConvert ► C EMECCell A Cell of the electromagnetic endcap calorimeter readout geometry This class represents a single EMEC Cell. These cells are specified by phi and eta boundaries, the latter which corresponds to an inner and outer radius computed from and effective focal length. Those numbers come from the database via the EMEC DetectorManager C HVInfo C EMECCellConstLink Smart Pointer to EMEC Cells. This reference counted link allocates on demand. It audits the total pointer count and collects the garbage when nobody's looking C EMECData C EMECDescriptor LAr EMEC Descriptor C EMECDetDescr Descriptor for regions of the electromagnetic endcap calorimeter C EMECDetectorElement LAr EMEC Detector Element ► C EMECDetectorManager A manager class providing access to readout geometry information for the electromagnetic endcap calorimeter C EMECMagicNumbers This is a collection of numbers used to specify the construction of the electromagnetic endcap calorimeter and its cells C EMECDetectorRegion C EMECFAN C EMECGEOMETRY C EMECHitsTestTool C EMECHVDescriptor ► C EMECHVElectrode C Clockwork ► C EMECHVManager This class provides direct access to information on the HV electrodes within the EMEC. The information may be accessed either directly or iteratively. Direct access is provided by the getHVModule() method. Iterative access is by looping over valid side, eta, phi, and sector indices to retrieve a HV module. From the high voltage modules one can obtain a list of electrodes (iteratively or directly) C Clockwork ► C EMECHVData C Payload ► C EMECHVModule C Clockwork C EMECHVPayload C EMECMAGICNUMBERS C EMECPARAMS ► C EMECPresamplerHVManager This class provides direct access to information on the HV electrodes within the EMEC. The information may be accessed either directly or iteratively. Direct access is provided by the getHVModule() method. Iterative access is by looping over valid side, eta, phi, and sector indices to retrieve a HV module. From the high voltage modules one can obtain a list of electrodes (iteratively or directly) C Clockwork ► C EMECPresamplerHVData C Payload ► C EMECPresamplerHVModule Describes one HV Module within the EMEc Presampler C Clockwork C EMECPresamplerHVPayload C EMECWHEELPARAMETERS C EMErrorDetail C EMExtrapolationTools C EMFCondition C EMFourMomBuilder C EMPIDBuilder C EmptyCellBuilderTool Building Cells objects from Atlfast C EmptyJetGroupProduct C EmptyProperty C EMRoIsUnpackingTool C EMShower C EMShowerBuilder C EMShowerMinimal C EMShowerMinimalContainer C EmTau_ROI Em/Tau RoI class for analysis C EmTau_ROI_p1 Persistent representation of EmTau_ROI C EMTauROIRetriever Retrieves ROI objects, default mode uses HLT/Offline object LVL1_ROI::emtaus_type C EMTauROIRetriever Retrieves ROI objects, default mode uses HLT/Offline object LVL1_ROI::emtaus_type C EMTrackFit C EMTrackMatch ► C EMTrackMatchBuilder C TrackMatch A structure for keeping track match information C TrackMatchSorter Function object to sort track matches based on quality C EMVertexBuilder This tool builds ID vertices from a given TrackParticleContainer C EndcapFastSimDedicatedSD NEEDS DOCUMENTATION C EndcapPresamplerConstruction GeoModel description of the LAr Endcap Presampler geometry C EndOfEventFilterAlg Filter alg passing if the chain given by the ChainName property is active (seeded and not prescaled) in a given event, and optionally if the event is accepted to at least one of the streams given by the StreamFilter property C EndOfEventROIConfirmerAlg Ensure that all ReadHandles for triggers running on all HLT-accepted events at the end are available. Empty collections are stored for unavailable keys C EndPlateFactory ► C EnergyCorrelatorGeneralizedRatiosTool C moments_t ► C EnergyCorrelatorGeneralizedTool C moments_t ► C EnergyCorrelatorRatiosTool C moments_t ► C EnergyCorrelatorTool C moments_t C EnergyDepositionTool C EnergyLossCnv_p1 T/P converter for class EnergyLoss C EnergyLossComparisonTree C EnergyLossRecorder C EnergySpot C EnergySum_ROI Energy-Sum RoI class for analysis C EnergySum_ROI_p1 Persistent representation of EnergySum_ROI ► C EnhancedBiasWeightCompAlg Compute Enhanced Bias weights for the events C EBChainInfo Store necessary information for weight computing for Enhanced Bias chain C EBResult Store result of EB weight calculation C EnhancedBiasWeighter Tool to calculate data-driven rates using EnhancedBias datasets C Envelope C Envelope_t C Epos This code is used to get an Epos Monte Carlo event C equals C equalsUint C ERROR_PLEASE_ADD_ONE_OF_THE_PREDEFINED_POLICY_INCLUDE_FILES_OR_DEFINE_A_DEFAULT_INDEXING_POLICY_FOR_THIS_TYPE C ERROR_you_should_use_the_CLASS_DEF_macro_to_define_CLID_and_VERSION Helper used in order to get the clear error message for the developer C ErrorCategory C ErrorCategoryRODMOD ► C ErrorMatrixBase C ErrorMatrixBase_row C ErrorMatrixBase_row_const C ErrorMatrixCnv_p1 ► C ErrorMatrixCompressor C Triplet C ErrorMatrixEEtaPhiM C ErrorMatrixPtCotThPhiM C ErrorMatrixPtEtaPhiM C ErrorMatrixPxPyPzE C ErrorMatrixPxPyPzM C EscapedEnergyProcessing C EstimatedBremOnTrackCnv_p1 T/P converter v1 for EstimatedBremOnTrack C et Extra patterns decribing particle interation process C EtaConditionAbs C EtaConditionSigned C EtaJESCorrection C EtaMassJESCalibStep C EtaModule C EtaPhiBase Base class, with just the eta-phi limits and the overlap functionality C EtaPtFilterTool C EtCondition C eTowerContainer Container class for eTower C EvenEventsSelectorTool This class provides an example for reading with a ISelectorTool to veto events on AttributeList C Event C event_list C event_selector C EventAnalysis C EventBookkeeper C EventBookkeeper_p1 C EventBookkeeper_p2 C EventBookkeeperCnv C EventBookkeeperCnv_p1 C EventBookkeeperCnv_p2 C EventBookkeeperCollection C EventBookkeeperCollection_p1 C EventBookkeeperCollection_p2 C EventBookkeeperCollectionCnv C EventCleaningTestAlg A testing algorithm for the dual-use event cleaning tool in Athena C EventCleaningTool Class for selecting jets that pass cleaning cuts C EventContextAthenaPool This class provides the context to access an event from POOL persistent store C EventContextByteStream This class provides the Context for EventSelectorByteStream C EventContextMuonCalibStream This class provides the Context for EventSelectorMuonCalibStream C EventData C EventDecisionAlg C EventDensityAthAlg C EventDensityTool C EventEtDensity Data container for event Et densities C EventFeature Basic container for event feature data C EventFeatureStore Storable container for EventFeature C EventHistoVarTool C EventID This class provides a unique identification for each event, in terms of run/event number and/or a time stamp C EventID_p1 C EventIDCnv_p1 C EventIDCnv_p2 C EventInfo This class provides general information about an event. Event information is provided by the accessors: EventID* event_ID() const ; EventType* event_type() const ; TriggerInfo* trigger_info() const ; C EventInfo_p1 C EventInfo_p2 C EventInfo_p3 C EventInfo_p4 C EventInfoAttListTool C EventInfoByteStreamAuxCnv This is the class definition of ByteStream converter for xAOD::EventInfoAux Event Info is built from RawEvent when reading. Nothing is done when writing ByteStream C EventInfoByteStreamxAODCnv This is the class definition of ByteStream converter for xAOD::EventInfo Event Info is built from RawEvent when reading. Nothing is done when writing ByteStream C EventInfoCalibRawDataProvider C EventInfoCnv C EventInfoCnv_p1 C EventInfoCnv_p2 C EventInfoCnv_p3 C EventInfoCnv_p4 C EventInfoInstan C EventInfoMuonCalibStreamCnv C EventInfoRDOAnalysis C EventInfoReader Test Algorithm for checking TagInfoMgr and the storing of geometry and conditions tags in EventInfo C EventInfoTagBuilder C EventInfoWriter Test Algorithm for checking TagInfoMgr and the storing of geometry and conditions tags in EventInfo , writes extra tags C EventInfoWriterAlg C EventInfoWriterConfig C EventNumberFilterAlgorithm Simple algorithm used to filter events by Event Number C EventPropertyNtupleTool Ntuple helper tool to encapsulate filling of general event properties, such as event stat, timing, trigger C EventQualityFilterAlg C EventReaderAlg C EventReaderBaseAlg C EventSelectorAthenaPool This class is the EventSelector for event data C EventSelectorByteStream Concrete implementation of IEvtSelector for ByteStream C EventSelectorMuonCalibStream C EventShapeConstants C EventShapeCopier C EventShapes C EventShapeStore C EventShapeStore_p1 C EventShapeStore_p2 C EventShapeStoreCnv C EventShapeStoreConverterBase C EventShapeStoreConverterBase< EventShapeStore_p1 > C EventShapeStoreConverterBase< EventShapeStore_p2 > C EventStreamInfo This class provides the summary information stored for data written as a Event Stream C EventStreamInfo_p1 This class is the persistent representation of EventStreamInfo C EventStreamInfo_p2 This class is the persistent representation of EventStreamInfo C EventStreamInfo_p3 This class is the persistent representation of EventStreamInfo C EventStreamInfoCnv_p1 This class provides the converter to customize the saving of EventStreamInfo_p1 C EventStreamInfoCnv_p2 This class provides the converter to customize the saving of EventStreamInfo_p2 C EventStreamInfoCnv_p3 This class provides the converter to customize the saving of EventStreamInfo_p3 C EventStreamInfoPTCnv_p3 C EventTagBuilder Algorithm to store event tag information in an attribute list object C EventToTrackLinkNtupleTool Document! C EventType This class represents the "type of event" where the type is given by one or more "characteristics" C EventType_p1 C EventType_p3 C EventTypeCnv_p1 C EventTypeCnv_p2 C EventTypeCnv_p3 C EventTypePTCnv_p3 C EventViewCreatorAlgorithm Used at the start of a sequence to create the EventViews: retrieves filtered collections via menu decision from previous step, merges them and writes out a merged collection to be consumed by HypoAlg(s). Spawns EventViews for each unique ROI associated to each Decision object in the merged output. Links the EventView and the ROI to each Decision object in the merged output C EvgenOTFTopUpSvc Service to hold some information for topping up algorithms that are running on the fly C evInf_entry C EvtBCL The class provides the form factors for orbitally excited semileptonic decays C EvtBCLFF BCL Form Factors C EvtBGL The class provides the form factors for orbitally excited semileptonic decays C EvtBGLFF The class provides the form factors for semileptonic D and D* decays with full mass dependence C EvtHQET3 The class provides the form factors for orbitally excited semileptonic decays C EvtHQET3FF The class provides the form factors for semileptonic D & D* decays with full mass dependence C EvtIdModifierSvc C EvtInclusiveAtRndmGen C EvtInclusiveDecay C EvtLLSW The class provides the decay amplitude for orbitally excited semileptonic decays C EvtLLSWFF The class provides the form factors for orbitally excited semileptonic decays C EvtPHSPBBMix The class provides routine to decay vector-> particle particle with B0 mixing, coherent B0B0-like mixing if any C EvtPHSPBMix The class provides routine to decay vector-> particle particle with B0 mixing, handles states with only one neutral B C EvtRangeProcessor C EvtRangeScatterer C EvtYmSToYnSpipiCLEOboost Register Decay model EvtYmSToYnSpipiCLEOboost C Example3DChannel1 C Example3DChannel2 C Example3DChannel3 C Example3DChannel4 C Example3DChannel5 C Example3DSystem1 C Example3DSystem2 C Example3DSystem3 C Example3DSystem4 C Example3DSystem5 C ExampleAlg C ExampleClass This class provides an example data object for AthenaPool C ExampleHit This class provides a dummy hit data object for AthenaPool C ExampleHit_p0 This class provides a dummy hit data object for AthenaPool C ExampleHit_p1 This class provides a dummy hit data object for AthenaPool C ExampleHitCnv_p1 C ExampleHitContainer This class provides a data vector for ExampleHit objects in AthenaPool C ExampleHitContainer_p1 This class provides a persistent state for the ExampleHitContainer class C ExampleHitStreamer_p0 This class provides an example for a ROOT streamer C ExampleL1TriggerByteStreamTool Example implementation of a tool for L1 RoI conversion from BS to xAOD and from xAOD to BS (IL1TriggerByteStreamTool interface) C ExampleMonitorAlgorithm C ExampleTrack This class provides a dummy track data object for AthenaPool C ExampleTrack_p1 This class provides a dummy hit data object for AthenaPool C ExampleTrackCnv_p1 C ExampleTrackContainer This class provides a data vector for ExampleTrack objects in AthenaPool C ExampleTrackContainer_p1 This class provides a persistent state for the ExampleTrackContainer class C ExpandedIdentifier C ExpatCoreParser C ExpatCoreParserDebugger C ExpressionParserUser C ExpressionParserUserBase C ExpressionParserUserWithTrigSupport C ExResult C ExtEdge C ExtendedTrackStateStruct C ExtendedTrackStateStruct2 C ExtendedVxCandidateCnv_p1 C ExtendTrackToLayerTool Extrapolate tracks using the calo extension tool C ExtFace C ExtNode C ExtParameterisedVolumeBuilder C ExtPolyhedron C ExtractCaloGeoConstants C ExtraParticlesPhysicsTool C ExtrapolateMuonToIPTool Tool to extrapolate tracks in the muon system to the IP C ExtrapolationCellWriter C ExtrapolationResult C FaceList C FakeHLTWord Fake HLT word for streaming (deprecated) C FakeLArOFCs C FakeLArTimeOffset C FakeTrackBuilder C FakeTrackSmearer C FastCaloSim C FastCaloSimCaloExtrapolation C FastCaloSimCaloTransportation C FastCaloSimGeometryHelper C FastCaloSimParamAlg Modified class for shower library generation algorithm C FastCaloSimTool C FastHitConvertTool C FastJetInterfaceTool Wrapper for fastjet verion 2.4.4 C FastJetLink C FastJetLinkBase C FastReducer C FastReductionMatcher C FastReseededPRNG C FastShowerConfigStruct C FastSimulationBase C FastSimulationMasterTool C FastTrackFinderLRTHypoAlg ► C FastTrackFinderLRTHypoTool C TrkCountsInfo C FauxTriggerMap Support class for use in AthenaPoolMultiTest event splitting. Acts as dummy trigger information in event. FOR TESTING ONLY C fbtTestToyMC_config ► C FCAL_ChannelMap This class contains the tube and tile maps for the FCAL A tile is of a set of FCAL tubes C TilePosition C TubePosition C FCAL_HV_Energy_Rescale C FCALConstruction Insert the LAr FCAL into a pre-defined mother volume C FCALDescriptor LAr FCAL Descriptor C FCALDetectorElement LAr FCAL Detector Element C FCALDetectorManager A manager class providing access to readout geometry information for the forward calorimeter C FCALFastSimDedicatedSD NEEDS DOCUMENTATION C FCALHitsTestTool ► C FCALHVLine C Clockwork ► C FCALHVManager This class provides direct access to information on the HV electrodes within the barrels. The information may be accessed either directly or iteratively. Direct access is provided by the getHVModule() method. Iterative access is by looping over valid side, eta, phi, and sector indices to retrieve a HV module. From the high voltage modules one can obtain a list of electrodes (iteratively or directly) C Clockwork ► C FCALHVData C Payload ► C FCALHVModule Describes one HV Module within the FCAL C Clockwork C FCALHVPayload C FCALModule C FCALTile A tile of the forward calorimeter readout geometry C FCALTube This class represents an FCAL Tube. The tube has a position and it also has links to the High Voltage Lines C fcoords C FCS_cell C FCS_g4hit C FCS_hit C FCS_matchedcell C FCS_matchedcellvector C FCS_StepInfoSD Common sensitive detector class for LAr systems C Features2Container C Features2LinkHelper C Features2Object C FEElectronHelper C FEI3SimTool C FEI4SimTool C FEMuonHelper C FexDefs C FH1D C FH2D C FHs C FIBERPARAMS C FibrePackerBase C FileMetaData C FileReader C FillAlignTrkInfo C FillAlignTRTHits C FillFilterValues Copy MC gen values we filter on into the event info store C FillParamsCondAlg Conditions algorithm to unpack fill parameters from COOL C FillParamsCondData C FillParamsUtil Utility class to to decode data from FILLPARAMS COOL folder C Filter_AcceptAll C Filter_Author C Filter_Bound C Filter_Combined C Filter_etaPT C Filter_Offline2017 C Filter_OfflineR22 C Filter_pdgId C Filter_pdgIdpTeta C Filter_Quality C Filter_RoIMatching C Filter_RoiSelector C Filter_Track Sadly need to include a root dependency, but no matter - the TIDA::Track class itself inherets from TObject already, so perhaps the boat has sailed on that concern long ago C Filter_TrackHits C Filter_TrackParameters C Filter_TrackQuality C Filter_True Default simple filter which accepts all tracks C Filter_Vertex C FilteredAlgorithm Algorithm that marks for write data objects in SG C Filtering Consumes multiple decision inputs and filters those that are labelled with the required decision IDs C FilterPred C FilterRange FilterRange implements the range (ie: [min, max]) the filters will use to take their filtering decisions C FilterReporter Guard class for use with ref FilterReporterParams C FilterReporterParams Handle for applying algorithm filter decisions C FilterUsingMBTS C FilterUsingMBTSTiming C FilterUsingSpacePoints C FindDuplicatedLArDigits This algrithm produces a column-wise NTuple out of raw data C FineTimeErrorCode FineTimeErrorCode class for L1Calo error codes C FirstPage C FitQualityCnv_p1 C FitTool C FixedArrayBM C FixHepMC A "fix-up" algorithm to correct weird event records C FixLArElecCalib Fix electronic calibration constants for MC C FixLArElecSCCalib Fix electronic calibration constants for SC C FixLArIdMap C FlatBM C FlexDigit C FlexDigits C FloatArrayStore Class FloatArrayStore Access and manipulate an indexed storage of float vectors C FloatDbArray C FloatRep C floaty_t C FlukaHaloGenerator A class to provide conversion from a FLUKA format ASCII input record into HepMC format, with or without sampling C FlukaParticle A class to describe a FLUKA particle read from an input ASCII file C flxout C Folder C FolderInfo Struct to hold CLID <-> folder name mapping C FolderSpec C FolderUpdate Folder update entry C Foo C ForceIDConditionsAlg C ForceLoadCondObj C ForDetEnvelopeFactory C ForDetEnvelopeManager C ForDetEnvelopeTool C foreachHandler C FortranAlgorithm C forwardElectronMonTool C ForwardProtonFilter Description: Filter based on kinematics of forward proton C ForwardRegionGeoModelFactory C ForwardRegionGeoModelManager C ForwardRegionGeoModelTool C ForwardRegionProperties C ForwardScrutinizer C ForwardTrack C ForwardTransportModel C ForwardTransportModelTool C ForwardTransportSvc C FourLeptonInvMassFilter C FourLeptonMassFilter Filter on two dilepton-pairs with two mass windows (by default >60GeV and >12GeV) C FourMomentumError C FourMuonEvent C FPConfig C FPEAuditor C FPEControlSvc Service to enable or disable floating-point exceptions C FPGAActsTrkConverter C FPGAClusterConverter C FPGAConversionAlgorithm C FPGADataFormatAlg Testing alogrithms for RDO to FPGA data converted C FPGADataFormatTool C FPGAOutputValidationAlg C FPGAStripClustering C FPGATrackSimBankSvc ► C FPGATrackSimBinArray C ConstIterator C Iterator ► C FPGATrackSimBinnedHits C BinEntry C FPGATrackSimBinStep C FPGATrackSimBinTool C FPGATrackSimCluster C FPGATrackSimClusteringOfflineTool C FPGATrackSimClusteringTool C FPGATrackSimClusteringToolI C FPGATrackSimConstGenAlgo C FPGATrackSimDataFlowInfo C FPGATrackSimDataFlowTool C FPGATrackSimDataPrepAlg C FPGATrackSimDetectorTool C FPGATrackSimDumpDetStatusAlgo C FPGATrackSimDumpOutputStatAlg ► C FPGATrackSimEtaPatternFilterTool C ModuleId C ModulesToPattern C FPGATrackSimEventInfo C FPGATrackSimEventInputHeader C FPGATrackSimEventSelectionSvc C FPGATrackSimFitConstantBank ► C FPGATrackSimGenScanArray C Iterator ► C FPGATrackSimGenScanBinningBase C IdxSet C ParSet C StreamManager C FPGATrackSimGenScanGeomHelpers C FPGATrackSimGenScanKeyLyrBinning ► C FPGATrackSimGenScanKeyLyrHelper C KeyLyrPars C rotatedConfig ► C FPGATrackSimGenScanMonitoring C eventDispSet C FPGATrackSimGenScanPhiSlicedKeyLyrBinning C FPGATrackSimGenScanStdTrkBinning ► C FPGATrackSimGenScanTool C BinEntry C HitPair C HitPairSet C IntermediateState C StoredHit C FPGATrackSimGNNEdge C FPGATrackSimGNNEdgeClassifierTool C FPGATrackSimGNNGraphConstructionTool C FPGATrackSimGNNGraphHitSelectorTool C FPGATrackSimGNNHit C FPGATrackSimGNNPatternRecoTool C FPGATrackSimGNNRoadMakerTool C FPGATrackSimGNNRootOutputTool C FPGATrackSimHit C FPGATrackSimHitFilteringTool C FPGATrackSimHough1DShiftTool C FPGATrackSimHoughRootOutputTool C FPGATrackSimHoughTransform_d0phi0_Tool C FPGATrackSimHoughTransformTool C FPGATrackSimInputHeaderTool C FPGATrackSimKeyLayerBinDesc ► C FPGATrackSimKeyLayerTool C KeyLyrPars C rotatedConfig C FPGATrackSimLLPDoubletHoughTransformTool ► C FPGATrackSimLLPRoadFilterTool C HitCompare C FPGATrackSimLogicalEventInputHeader C FPGATrackSimLogicalEventOutputHeader C FPGATrackSimLogicalHitsProcessAlg ► C FPGATrackSimMapMakerAlg C Module C FPGATrackSimMappingSvc C FPGATrackSimMatchInfo C FPGATrackSimMatrixAccumulator C FPGATrackSimMatrixGenAlgo C FPGATrackSimMatrixMergeAlgo C FPGATrackSimMatrixReader C FPGATrackSimMatrixReductionAlgo C FPGATrackSimMatrixWriter C FPGATrackSimModuleRelabel ► C FPGATrackSimMultiTruth C AddAccumulator C MaxAccumulator C TruthMapWeightAcc C TruthMapWeightLt C FPGATrackSimNNMap C FPGATrackSimNNPathfinderExtensionTool C FPGATrackSimNNTrackTool C FPGATrackSimOfflineHit C FPGATrackSimOfflineTrack C FPGATrackSimOptionalEventInfo C FPGATrackSimOutputHeaderTool C FPGATrackSimOverlapRemovalTool Remove (mark) duplicate tracks This tool takes FPGATrackSimTrack as input and mark their status of passing/failing the overlap removal criteria C FPGATrackSimPhiRoadFilterTool C FPGATrackSimPlaneMap C FPGATrackSimRawHitsWrapperAlg C FPGATrackSimRawNtupleWrapperAlg C FPGATrackSimRawToLogicalHitsTool C FPGATrackSimReadRawRandomHitsTool C FPGATrackSimRegionBoundaries C FPGATrackSimRegionMap C FPGATrackSimRegionSlices C FPGATrackSimRoad C FPGATrackSimRoadUnionTool C FPGATrackSimSecondStageAlg C FPGATrackSimSectorBank C FPGATrackSimSectorMap C FPGATrackSimSectorSlice C FPGATrackSimSGToRawHitsTool Extract the raw hists from info in SG C FPGATrackSimSpacepointRoadFilterTool C FPGATrackSimSpacePointsTool C FPGATrackSimSpacePointsToolI C FPGATrackSimTowerInputHeader C FPGATrackSimTrack C FPGATrackSimTrackFitterTool C FPGATrackSimTrackingToolBase C FPGATrackSimTrackPars C FPGATrackSimTrackParsI C FPGATrackSimTrackStream C FPGATrackSimTruthTrack C FPGATrackSimWindowExtensionTool C fractionmassHandler C fReadDavix C fReadXRootD C FrontEndSimTool C FSIDetails C FSIHelper C FSILocation C FSmap C FSRoIsUnpackingTool C FullEventAssembler Template class for assembling a full atlas raw event from subfragments C FullEventAssemblerBase Base class for assembling a full atlas raw event from subfragments C FullMenu C FwdAFPCountMonitoringAlg C FwdAFPJetEffMonitoringAlg C FwdAFPJetMonitoringAlg C FwdZDCMonitoringAlg C G4AtlasActionInitialization Action initialization class C G4AtlasAlg Primary Athena algorithm for ATLAS simulation C G4AtlasDetectorConstructionTool C G4AtlasFluxRecorder C G4AtlasRunManager ATLAS custom singleton run manager C G4AtlasSvc C G4CaloTransportTool A tool which transports particles through the Geant4 geometry C G4DetectorConstruction C G4EMProcessesPhysicsTool C G4FieldManagerToolBase C G4GeometryNotifierSvc C G4InitTool C G4InputLoader C G4MagFieldSvcBase C G4mplAtlasTransportation C G4mplEqMagElectricFieldTool C G4MyPhysicalVolume C G4MyProcess C G4MySensitiveDetector C G4ScoringProcessTool C G4ShiftedCone C G4StepLimitationTool C G4TestAlg C G4ThreadInitTool A tool which sets up the worker-thread-local workspace for Geant4 C GasGapData C GauginosPhysicsTool C GaussianSampler C Gbts2ActsSeedingTool C GbtsDeviceContext C GbtsWorkCudaITk C GCCXML_DUMMY_INSTANTIATION_ATHVIEWSWRITEDICT C GCCXML_DUMMY_INSTANTIATION_DATAMODELTESTDATAREAD C GCCXML_DUMMY_INSTANTIATION_DATAMODELTESTDATAWRITE C GCCXML_DUMMY_INSTANTIATION_DETDESCRCONDITIONS C GCCXML_DUMMY_INSTANTIATION_EVENTTPCNV C GCCXML_DUMMY_INSTANTIATION_JETTAGEVENT C GCCXML_DUMMY_INSTANTIATION_LARRAWCNV C GCCXML_DUMMY_INSTANTIATION_LARTPCNV C GCCXML_DUMMY_INSTANTIATION_TRACKPARTICLETRUTHTPCNV C GCCXML_DUMMY_INSTANTIATION_TRIGNAVIGATION C GCCXML_DUMMY_INSTANTIATION_TRIGT1EVENTTPCNV C GDMLDetectorTool C GeantFollower C GeantFollowerMS C Gen_HEPEVT C++ access to the Fortran HEPEVT common block C GenAnalysis Base class for evgen-level analyses C GenAodValidationTool C GenBase Base class for common behaviour of MC truth algorithms C GeneralTab C GenerateELinkIndexType_p1 C GenerateELinkIndexType_p1< int > C GenerateELinkIndexType_p1< std::string > C GenerateELinkIndexType_p1< uint32_t > C GenerateELinkIndexType_p1< uint64_t > C GenerateELinkIndexType_p2 C GenerateELinkIndexType_p2< int > C GenerateELinkIndexType_p2< std::string > C GenerateELinkIndexType_p2< uint32_t > C GenerateELinkIndexType_p2< uint64_t > C GenerateELinkIndexType_p3 C GenerateELinkIndexType_p3< int > C GenerateELinkIndexType_p3< std::string > C GenerateELinkIndexType_p3< uint32_t > C GenerateELinkIndexType_p3< uint64_t > C GeneratePersELinkType_p1 C GeneratePersELinkType_p2 C GeneratePersELinkType_p3 C GeneratePersELinkVectorType_p1 C GeneratePersNavigableType C GeneratePersNavigableType< NAV, NavigationDefaults::DefaultWeight > C GeneratePersNavigableType_p2 C GeneratePersNavigableType_p2< NAV, NavigationDefaults::DefaultWeight > C GeneratePersNavVectorType C GeneratePersNavVectorType< NAV, NavigationDefaults::DefaultWeight > C GeneratePersNavVectorType_p2 C GeneratePersNavVectorType_p2< NAV, NavigationDefaults::DefaultWeight > C GeneratePersVectorELinkType_p1 C GeneratorFilters C Generators This code is used to get a HIJING Monte Carlo event. genInitialize() is used to read parameters callGenerator() makes the event genFinalize() writes log files etc fillEvt(GeneratorEvent* evt) passes the event to HepMC C GeneratorSelector C generic_list Holds temporary values for multiple options C generic_value Generic value variable C GenericCrc ► C GenericDbTable C CondDBColumn Definition of the columns C CondDBColumnArrayBool C CondDBColumnArrayDouble C CondDBColumnArrayFloat C CondDBColumnArrayInt C CondDBColumnArrayLong C CondDBColumnArrayString C CondDBColumnBool C CondDBColumnDouble C CondDBColumnFloat C CondDBColumnInt C CondDBColumnLong C CondDBColumnString C GenericHitsCollectionHelper ► C GenericMonitoringTool C GenericMonitoringArray C GenericMonitoringTool C GenericMuonSensitiveDetector C GenericMuonSensitiveDetectorTool C GenericMuonSimHit C GenericMuonSimHitCollectionCnv Create derived converter to customize the saving of identifiable container C GenericMuonSimHitCollectionCnv_p1 C GenericMuonSimHitCollectionCnv_p2 C GenericMuonSimHitCollectionCnv_p3 C GenericResult Interface class for all HLT , CALIB, MONITORING results The class define the interface between PSC (PESA steering controllers) at Lvl2 and EF used to retrieve the information for processing in the Athena to be put in the (even or detector fragment) headers C GenEvent_p1 C GenEvent_p2 C GenEvent_p3 C GenEvent_p4 C GenEvent_p5 C GenEvent_p6 C GenEvent_p7 C GenEventCnv_p1 C GenFilter Base class for event generator filtering modules C GenGauss3D C GenGauss3Dclone C gengetopt_args_info Where the command line options are stored C GenModule Base class for common behaviour of generator interfaces C genpar C GenParticle_p1 C GenParticle_p2 C GenParticle_p3 C GenParticle_p4 C GenParticle_p5 C GenParticle_p6 C GenParticle_p7 C GenVertex_p1 C GenVertex_p2 C GenVertex_p3 C GenVertex_p4 C GenVertex_p5 C GenVertex_p6 C GenVertex_p7 C Geo2G4AssemblyFactory C Geo2G4AssemblyTriplet C Geo2G4AssemblyVolume C Geo2G4Builder Main builder to create/position all volumes described in a GeoModel Tree C Geo2G4ElementFactory C Geo2G4LogicalVolumeFactory C Geo2G4LVFactory C Geo2G4MaterialFactory C Geo2G4MatPropTableFactory C Geo2G4OpticalSurfaceFactory C Geo2G4SolidFactory C Geo2G4STParameterisation C Geo2G4Svc C Geo2G4SvcBase C geo_constants C GeoAlignmentStore Ensure that the extensions for the Vector3D are properly loaded C GeoBorderSurface C GeoBoxVolParams C GeoCaloCalibHit Adaptor for CaloCalibHits C GeoCSCHit C GeoCylVolParams C GeoDbTagSvc C GeoDBUtils Ensure that the extensions for the Vector3D are properly loaded C GeoDetectorTool C GeoExtendedMaterial C GeoGetIds Visitor to traverse a GeoModel graph and make a callback for each identifier found C GeoGetIdsAction Callback object calling a templated functional C GeoGpu C GeoLoadGpu C GeoMaterialPropertiesTable C GeoMaterialPropertyVector C GeoMDTHit C GEOMETRYCONFIGURATION C GeometryConfigurationToolBase C GeometryDBSvc C GeometrySignature C GeoMMHit ► C GeoModelExperiment C LexigraphicalOrder C NameEquals C GeoModelSvc C GeoModelTool C GeoModelXmlTool C GeoMPVEntry C GeoMuonHitBase C GeoOpticalPhysVol Ensure that the extensions for the Vector3D are properly loaded C GeoOpticalSurface Ensure that the extensions for the Vector3D are properly loaded C GeoPixelBarrel C GeoPixelCable C GeoPixelChip C GeoPixelDetailedStaveSupport C GeoPixelDisk C GeoPixelDiskSupports C GeoPixelECCable C GeoPixelEndCap C GeoPixelEnvelope C GeoPixelFluid C GeoPixelFrame C GeoPixelHybrid C GeoPixelIBLFwdServices C GeoPixelIBLFwdSvcCADModel C GeoPixelIBLFwdSvcModel1 C GeoPixelIFlexServices C GeoPixelLadder C GeoPixelLadderServices C GeoPixelLayer C GeoPixelModule C GeoPixelOldFrame C GeoPixelPigtail C GeoPixelServices C GeoPixelSiCrystal C GeoPixelSimpleStaveSupport C GeoPixelStaveRing C GeoPixelStaveRingServices C GeoPixelStaveSupport C GeoPixelTMT C GeoPrimitivesInstan C GeoRegion C GeoRPCHit C GeoSiHit C GeosTGCHit C GeoStraightAccSection Record of All Electrode Straight Pieces ► C GeoSysController C Imp C GeoTGCHit C GeoTRTUncompressedHit This adaptor class allows TRT_UncompressedHits to behave as if they knew which detector they were in C GeoVisitVolumes Visitor to process all volumes under a GeoModel node C GeoVisitVolumesAction Callback object calling a templated functional C GeoVisitVolumesNoXformAction Callback object calling a templated functional C GeoVPixelFactory This is the base class for all the pieces of the Pixel detector C GeoXPEngine C GepCellsHandlerAlg C GepCellTowerAlg C GepClusteringAlg C GepClusterTimingAlg C GepJetAlg C GepMETAlg C GepMETPufitAlg C GepPi0Alg C GepTCTowerAlg C GepTopoTowerAlg C get_MaterialResolutionEffect Get resolution systematics from material effect (mc12c setup, MVA calibration) C get_result C get_result< oldresult, newresult, false > C get_result< oldresult, newresult, true > C get_strictly_feat C GetAmountBase C GetAmountDecoratorBase C GetAmountFixed C GetAmountFormula C GetAmountHisto1D C GetAmountHisto1DDown C GetAmountHisto1DErrorDown C GetAmountHisto1DErrorUp C GetAmountHisto1DUp C GetAmountHisto2D C GetAmountHisto2DEtaCaloRunNumber C GetAmountHVEMECPS207 C GetAmountHVPSGuillaume C GetAmountPileupE0 C GetAmountPileupE1 C GetAmountPileupE2 C GetAmountPileupE3 C getCLID C getCLID< T, false > C getCLID< T, true > C GetDetectorLocalFrames C GetDetectorPositions C GetLCClassification Top algorithm to generate classification histograms for Local Hadron Calibration C GetLCDeadMaterial Top algorithm to final processing of dead material tree and producing of dead material constants C GetLCDeadMaterialTree C GetLCDeadMaterialTreeTree Top algorithm to generate special dead material tree for Local Hadron Calibration C GetLCOutOfCluster Top algorithm to generate OutOfCluster histograms for Local Hadron Calibration C GetLCSinglePionsPerf Top algorithm to get local hadronic calibration performance plots for single pions C GetLCWeights Top algorithm to generate Weight histograms for Local Hadron Calibration C gFexByteStreamTool C gFexInputByteStreamTool Implementation of a tool for L1 input data conversion from BS to xAOD and from xAOD to BS (IL1TriggerByteStreamTool interface) C GfexInputMonitorAlgorithm C gFexLRJetRoIsUnpackingTool C gFexLRJetRoIThresholdsTool C GfexMonitorAlgorithm C gFEXRoIByteStreamTool Implementation of a tool for L1 RoI conversion from BS to xAOD and from xAOD to BS (IL1TriggerByteStreamTool interface) ► C GfexSimMonitorAlgorithm C SortableTob C gFexSRJetRoIsUnpackingTool C gFexSRJetRoIThresholdsTool C GL2PSbackend C GL2PScompress C GL2PScontext C GL2PSimage C GL2PSlist C GL2PSpdfgroup C GL2PSprimitive C GL2PSstring C GL2PStriangle C GL2PSvertex C GlobalCableMap_t C GlobalChi2AlignTool Based on SiGlobalChi2Algs and TRT_AlignAlgs. AlignModule . Also provides methods for solving for the final alignment parameters C GlobalFieldManagerTool Tool for setting up a detector-global magnetic field manager ► C GlobalLargeRDNNCalibration C VarRetriever VarRetriever is a generic class to access Jet and/or JetEventInfo variables C GlobalNNCalibration Tool to provide the global NN calibration for jets C GlobalSequentialCorrection C GNN_FasTrackConnection ► C GNN_FasTrackConnector C LayerGroup C GNNTool C GNNVertexWeightCalculator A tool to select the primary vertex associated to the hard-scatter using a GNN C GNTauCondition C GoodRunsListSelectionTool Tool implementing the GRL selection C GoodRunsListSelectorTool This file contains the class definition for the GoodRunsListSelectorTool class C GPUClusterInfoAndMomentsCalculator Standard tool to calculate cluster info (energy, transverse energy, pseudo-rapidity and azimuthal angle) C GPUHelpers ► C GPUKernelSizeOptimizerSvc C KernelRecord ► C KernelsEntry C KernelInfo C gpuParameters ► C GPUToAthenaImporterWithMoments Tool to convert the GPU data representation back to CPU, with selected moments too C MomentsOptionsArray C GraphicsView C GraphTest C grl_run C GRLSelectorAlg Author: will buttinger To use this alg in your joboptions: masterseq = CfgMgr.AthSequencer("AthMasterSeq") ToolSvc += CfgMgr.GoodRunsListSelectionTool("myGRLTool",GoodRunsListVec=["my.grl.xml"]) masterseq += CfgMgr.GRLSelectorAlg(Tool =ToolSvc.myGRLTool) C GSCCalibStep C GSFTsos C gsl_f_params C GTower_ID Helper class for jTower offline identifiers C Guid This class provides a encapsulation of a GUID/UUID/CLSID/IID data structure (128 bit number) ► C GuideSysController C Imp C gvxy_pointHandler C gvxyHandler C gvxysxHandler C gvxysxyHandler C h C h Add on demand proxies to the address registry (SG ) C h C h DetCondFloat is a class to hold sets of Identifiers and arrays of floats for detector element specific information Richard Hawkings, started 29/1/04 C h =============================================================== C h C h C h A "zone" inside the field map Expands BFieldMesh<short> adding an id and a vector of current conductors C h C h C h C h C h C h C h C h C h C h C H1WeightToolCSC12Generic C H5FileSvc C HandleKeyArray< T > Class to hold an array of HandleKeys C HashQuadruplet C HasPtAboveThreshold C header C HeavyFlavorHadronFilter C HECCell A cell of the hadronic endcap calorimeter readout geometry C HECDescriptor LAr HEC Descriptor C HECDetDescr Descriptor for regions of the hadronic endcap calorimeter C HECDetectorElement LAr HEC Detector Element C HECDetectorManager A manager class providing access to readout geometry information for the hadronic endcap calorimeter C HECDetectorRegion Description of a region of homogenous granularity in the hadronic endcap calorimeter C HECHitsTestTool C HECHVDescriptor ► C HECHVManager This class provides direct access to information on the HV electrodes within the barrels. The information may be accessed either directly or iteratively. Direct access is provided by the getHVModule() method. Iterative access is by looping over valid side, eta, phi, and sector indices to retrieve a HV module. From the high voltage modules one can obtain a list of electrodes (iteratively or directly) C Clockwork ► C HECHVData C Payload ► C HECHVModule Describes one HV Module within the HEC C Clockwork C HECHVPayload ► C HECHVSubgap C Clockwork C HECLongBlock C HECRadialSegment Description of a radial segment of a HEC module C HelloAlg C HelloTool C hepeup C HepLorentzVector_p1 C HepLorentzVectorCnv_p1 C HepMC__GenParticle_dict C HepMC__GenVertex_dict C HepMcFloatWriterTool C HepMcLinkToTruthParticleMap ► C HepMcParticleLink Link optimized in size for a GenParticle in a McEventCollection C ExtendedBarCode Persistent representation of a link C HepMcParticleLink_p1 C HepMcParticleLink_p2 C HepMcParticleLink_p3 C HepMcParticleLinkCnv_p1 C HepMcParticleLinkCnv_p2 C HepMcParticleLinkCnv_p3 C HepMcReaderTool C HepMCReadFromFile C HepMCTruthReader Algorithm demonstrating reading of HepMC truth, and printing to screen ► C HepMcTupleWriterTool C HepMcParticles A simple representation of a HepMc particle ► C HepMCWeightSvc Service to read/write HepMC 's WeightContainer key names from/to IOVMetaDataContainers author: will buttinger , NLAA C WeightInfo Cached sets of weights C HepMcWriterTool C heprup C Herwig7 Interface to athena C Herwig7API Interface to the Herwig7 API C HGTD_ALTIROC_RDO C HGTD_ALTIROC_RDO_Cnv_p1 C HGTD_ALTIROC_RDO_Collection C HGTD_ALTIROC_RDO_Collection_p1 C HGTD_ALTIROC_RDO_Container C HGTD_ALTIROC_RDO_Container_p1 C HGTD_ALTIROC_RDO_ContainerCnv C HGTD_ALTIROC_RDO_ContainerCnv_p1 C HGTD_ALTIROC_RDO_p1 C HGTD_Cluster C HGTD_Cluster_p1 C HGTD_ClusterCnv_p1 C HGTD_ClusterContainer_p1 C HGTD_ClusterContainerCnv Create derived converter to customize the saving of identifiable container C HGTD_ClusterContainerCnv_p1 C HGTD_ClusterMakerTool C HGTD_ClusterOnTrack C HGTD_DetectorElementCondAlg C HGTD_DetectorFactory C HGTD_DetectorManager C HGTD_DetectorTool HGTD_DetectorTool is a standard GeoModel tool, which calls HGTD_DetectorFactory::create() , stores HGTD_DetectorManager to the Detector Store and also registers a callback function align() which applies misalignments on top of the 'regular' geometry C HGTD_Digitization C HGTD_DigitizationTool C HGTD_FrontEndTool C HGTD_GeoModelAthenaComps Class to hold various Athena components C HGTD_GMX_DetectorTool C HGTD_GmxInterface C HGTD_ID C HGTD_IDDetDescrCnv This class is a converter for the HGTD_ID an IdHelper which is stored in the detector store C HGTD_IterativeExtensionTool C HGTD_LayerBuilderCond C HGTD_OverlapDescriptor C HGTD_Overlay C HGTD_PRD_Collection_p1 C HGTD_RDO C HGTD_RDO_Cnv_p1 C HGTD_RDO_Collection C HGTD_RDO_Collection_p1 C HGTD_RDO_Container C HGTD_RDO_Container_p1 C HGTD_RDO_ContainerCnv C HGTD_RDO_ContainerCnv_p1 C HGTD_RDO_p1 ► C HGTD_RDOAnalysis C SdoInfo C HGTD_SmearedDigitizationTool C HGTD_SurfaceChargesGenerator C HGTD_TimingResolution C HGTD_TrackingGeometryBuilderCond C HgtdGeoParams C HGTDSensorGmxSD C HGTDSensorSD C HGTDSensorSDTool C hhh_Cell C hhh_HashTable C hhh_MemoryTrace C HICaloRange C HIClusterMaker Algorithm to build HI-style clusters, which are essentially towers. Cluster energy is sum of cell energies x geometric weights eta/phi are (energy x geometric weight)-averaged positions. eta0/phi0 are original tower coordinates. If cluster energy is below m_E_min_mom ent, eta=eta0, phi=phi0 C HIClusterSubtraction Algorithm that applies background subtraction to clusters. The subtraction needs to be handled separately from the making. The unsubtracted clusters are inputs into the jet finding which in turn defines the background (HIEventShapeContainer) C Hid2RESrcID C HIEfficiencyResponseHistos C HIEventShapeFillerTool ► C HIEventShapeIndex C range_index_t C HIEventShapeJetIteration C HIEventShapeMaker C HIEventShapeMapTool ► C HIEventShapeSummaryTool C summary_info_t C HiggsFilter C HiggsTruthCategoryTool C High2LowByGenParticleClassPt C High2LowByJetClassPt ► C HijCrdn Class definition for HijCrdn , which is used to modify the Hijing HIJCRDN common C HIJCRDN C HIJetCellSubtractorTool Concrete implementation of HIJetSubtractorToolBase . Class used by HIClusterSubtraction and HIJetConstituentSubtractionTool to provide kinematics of a cluster after subtraction given an event shape. This version of the tool navigates back to the cells C HIJetClusterIndexAssociationTool JetModifier that associates HIClusters w/ a jet. Necessary because you may want to know all clusters w/in DR < X rather than just the clusters that are constituents of the jet. Since HI-style clusters derive from towers they have a well-defined index For each jet, this tool associates a set of clusters from a pre-determined indexing C HIJetClusterSubtractorTool Concrete implementation of HIJetSubtractorToolBase . Class used by HIClusterSubtraction and HIJetConstituentSubtractionTool to provide kinematics of a cluster after subtraction given an event shape. This version of the tool does not use the cell information and thus should be faster than HIJetCellSubtractorTool C HIJetConstituentModifier C HIJetConstituentModifierTool C HIJetConstituentSubtractionTool JetModifier that actual does the background subtraction. This tool is the most important one applied to HI jets! C HIJetDiscriminatorTool JetModifier that filters collection based on values of moments MaxConstituentET and MaxOverMean set by HIJetMaxOverMeanTool . Only jets w/ values of these moments larger than m_MaxOverMean_cut and m_ET_min_cut respectively are kept. values of these selection cuts are controlled by declareProperty w/ names MinimumETMaxCut and MaxOverMeanCut respectively C HIJetDRAssociationTool JetModifier that stores links to IParticles w/in DR of a jet. In HIJetRec this association is needed to determine which clusters t.o exclude from the HIEventShape recalculation on the basis of some seed jets May not want to only use constituents of seed jets, e.g. R=0.2 jets as seeds but want to exclude DR=0.6 around jet position, track jets, etc C HIJetMaxOverMeanTool JetModifier that calculates moments in HI subtraction bootstrap. The ET of each jet constituent (HI clusters) is considered The maximum ET and maximum / mean are calculated from this set of values and stored as moments MaxConstituentET and MaxOverMean, respectively C HIJetSignificanceTool Modified by R.Longo on May 2020 to include new treatment for JetDecorations C HIJetSubtractorToolBase Abstract base for JetModifiers applying constituent based subtraction C HIJetUEMonitoring C Hijing C HijingEventParams ► C HijJet1 Class definition for HijJet1 , which is used to modify the Hijing HIJJET1 common C HIJJET1 ► C HijJet2 Class definition for HijJet2 , which is used to modify the Hijing HIJJET2 common C HIJJET2 ► C HijJet4 Class definition for HijJet4 , which is used to modify the Hijing HIJJET4 common C HIJJET4 ► C HiMain1 Class definition for HiMain1 , which is used to modify the Hijing HIMAIN1 common C HIMAIN1 ► C HiMain2 Class definition for HiMain2 , which is used to modify the Hijing HIMAIN2 common C HIMAIN2 ► C HiParnt Class definition for HiParnt , which is used to modify the Hijing HIPARNT common C HIPARNT C hist_rec ► C histCollection C histDir_t C histPerDir_t C HistDetails Details of the histogram axes etc C HistFamily C HistHandler Utility class to avoid having to determine the input histo at every single call to the tool Remembers the type and axis binning of a histogram and provides a common interface independent of these details C HistoDefinitionTool C HistogramDefinitionSvc C HistogramOperations ► C HistoGroupBase C HistData Simply a histo and its path in the hiearchy C histoinfo C HistoRetriever C HistosForJetSelection ► C HiStrng Class definition for HiStrng , which is used to modify the Hijing HISTRNG common C HISTRNG C HISubtractedCellMakerTool C Hit C hitData_entry C HitDVSeed C HitDVSpacePoint C HitDVTrk C HitIdHelper C HitInfoStruct C HitMapBuilder HitMapBuilder.h C HITowerWeightTool ► C HitsSoNodeManager C Imp C HitStatistics C HitsToxAODCopier Algorithm to copy RDO hits into xAOD writable format C HitsTruthRelinkBase ► C HitToSoNode C Imp C HitTruthMatching C HIUEModulatorTool C HiveAlgA C HiveAlgB C HiveAlgBase C HiveAlgC C HiveAlgD C HiveAlgE C HiveAlgF C HiveAlgG C HiveAlgL1 C HiveAlgL2 C HiveAlgL3 C HiveAlgM C HiveAlgR C HiveAlgV C HiveDataObj C HiveEventSlot A structure created by HiveMgrSvc and used by SGHiveStoreSvc to forward the StoreGateSvc method to a thread-specific SGImplSvc ► C HiveExSvc C tDat C HiveMgrSvc A service that manages a multi-event collection of StoreGateSvc It implements the IHiveWhiteBoard interface C HiveTool C HllgamRepeatTimeShower Tool that will repeatedly perform time showering on the intial photons from a Higgs decay until at least one is offshell C HLTCalo_L2CaloEMClustersMonitor C HLTCalo_TopoCaloClustersMonitor C HLTCaloCellCorrector C HLTCaloCellMaker NAME: HLTCaloCellMaker.h PACKAGE: Trigger/TrigAlgorithms/TrigT2CaloCommon C HLTCaloCellSumMaker Algorithm tor print and debug cell sums ► C HLTEDMCreator Tool capable of creating collections missing (early rejection) after HLT processing. It declares output handles for all possible collections produced by the trigger C ConstHandlesGroup C HandlesGroup C HLTEDMCreatorAlg Algorithm calling the HLTEDMCreator C HLTEfficiencyMonitoringAlg ► C HltEventLoopMgr AthenaMT event loop manager for running HLT online C EventLoopStatus Flags and counters steering the main event loop execution C HLTHeavyIonMonAlg Monitoring algorithms for HLT_mb_*_hi_* chains C HLTMBTSMonitoringAlgMT C HLTMinBiasEffMonitoringAlg C HLTMinBiasTrkMonAlg C HLTResultCnv C HLTResultMTByteStreamDecoderAlg Algorithm creating HLTResultMT from ByteStream representation C HLTResultMTByteStreamDecoderTool Tool filling an HLTResultMT from ByteStream event data C HLTResultMTMaker Tool to create the HLTResultMT at the end of each event C HLTResultMTMakerAlg Simply calls the result maker tool to create HLTResultMT. The algorithm is meant to be used only offline. Online, the result maker is called directly by the event loop manager C HLTResultMTMakerTool Base class for AlgTools filling information in an HLTResultMT object C HLTriggerMuonPlots ► C HltROBDataProviderSvc ROBDataProvider service for retrieving and serving ROB data in HLT online C EventCache Struct which provides the event cache for each slot C HLTSeeding Collects information from CTP bits and LVL1 RoIs, activates HLT chains and creates seeding RoIs C HLTSeedingNoCtpForTesting Simplified version of HLTSeeding with minimal dependencies to use in testing C HoleSearchValidation C HomogeneousLayerMaterialCnv_p1 C HRoute C HTcalculator C HTConditionFastReduction C HTFilter C HVPoint3D C HWIdentifier C HWIdentifier32 C Hydjet ► C HyFlow C HYFLOW ► C HyfPar C HYFPAR ► C HyiPar C HYIPAR ► C HyJets C HYJETS ► C HyjPar C HYJPAR C HyperbolaStep C HyperbolaStepper C HypoBase Hypothesis algorithms take the output of reco algorithms and the decision from the preceeding InputMaker, to produce a new decision. This is a base class for HLT Hypos to reduce boilerplate and enforce the common naming scheme for decision handle keys. Derived classes will have to add specific reco data read & write keys to suit their purpose C HypoJetLess C HypoJetPtGreater C HypoJetPtLess C HypoJetVectorLess ► C I4MomDumper C Display C I4Momentum C I4MomentumError C IAccumulator C IActsExCellWriterSvc C IActsExtrapolationTool C IActsGeantFollowerHelper C IActsMaterialJsonWriterTool C IActsMaterialStepConverterTool C IActsMaterialTrackWriterSvc C IActsPropStepRootWriterSvc C IActsSurfaceMappingTool C IActsTrackingGeometrySvc C IActsTrackingGeometryTool C IActsTrackingVolumeBuilder C IActsVolumeMappingTool C IAddPhysicsDecayTool C IAddressProvider Interface for IOA providers C IAFP_GenericPixelTool Base class for all pixel identifier tool C IAFP_GeometryTool C IAFP_GlobRecoTool Interface for AFP tools that reconstruct protons from tracks C IAFP_LinkNumTranslator C IAFP_ProtonRecoTool Interface for proton reconstruction tool C IAFP_Raw2DigiTool Interface for AFP tool that translates RawData to xAOD::AFPSiHits C IAFP_SIDLocRecoTool Interface for AFP tools that reconstruct tracks from silicon detector hits C IAFP_TimeRecoTool Interface for proton reconstruction tool C IAFP_VertexRecoTool Interface for AFP tools that reconstruct vertices from protons C IAFP_WordReadOut C IAFPProtonTransportTool C IAFPSiClusterAlgTool Interface for tools with algorithms that clusters silicon pixel hits C IAFPSiClusterTool Interface for AFP tools that create silicon pixel hits clusters C IAFPSiDLocRecoTrackAlgTool Interface for AFP tools that reconstruct tracks from silicon detector hits C IAFPSiRowColToLocalCSTool Interface for tools that translate pixels columns and rows to local position in station and saves output in xAOD format C IAFPTDLocRecoTool Interface for AFP tools that reconstruct tracks from time of flight detector hits C IAFPTDLocRecoTrackAlgTool Interface for AFP tools that reconstruct tracks from time of fight detector hits C IAGDDParser C IAGDDtoGeoSvc C IAGDDToolBase C IAlignResidualCalculator Interface for tool used to calculate residuals C IAlignTool Interface for tool used to accumulate information for each track, and then to solve for the final alignment parameters C IAlignTrackCreator Interface for tool used to create an AlignTrack C IAlignTrackDresser Interface for tool used to dress an AlignTrack with derivatives and other quantities needed for alignment C IAlignTrackPreProcessor Generic interface for alignment algtools which process a track collection and return a collection of AlignTracks (e.g. refits, with or without vertexing, track selection ...) C IAmplifier C IASCIICondDbSvc C IAsgDeadHVCellRemovalTool C IAsgEGammaIsEMSelector Interface to tool to select photons C IAsgElectronChargeIDSelectorTool Interface to tool for ChargeID C IAsgElectronEfficiencyCorrectionTool C IAsgElectronIsEMSelector Interface to tool to select electrons C IAsgElectronLikelihoodTool Interface to tool to select electrons C IAsgForwardElectronIsEMSelector Interface to tool to select electrons C IAsgHelloTool C IAsgPhotonEfficiencyCorrectionTool C IAsgPhotonIsEMSelector Interface to tool to select photons C IAsgSelectionTool C IAssocFilter C IAssociationStrategy C IAthAsgExUnittestTool C IAthenaBarCode C IAthenaEvtLoopPreSelectTool This class provides the interface for AthenaEvtLoopPreSelectTool classes used by AthenaEventLoopMgr C IAthenaIPCTool C IAthenaMPTool C IAthenaOutputStreamTool This is a tool that allows streaming out of DataObjects. This has been factorized out from AthenaOutputStream to allow output streaming to occur from anywhere, for example from the finalized method of an algorithm C IAthenaOutputTool This class provides the interface for AthenaOutputTool classes used by AthenaOutputStream C IAthenaPoolCleanUp This class provides the interface for the AthenaPoolCleanUp which is used to clean up AthenaPoolConverter C IAthenaPoolCleanUpSvc This class provides the interface for the IAthenaPoolCleanUpSvc which is used to clean up AthenaPoolConverter C IAthenaPoolCnvSvc This class provides the interface between Athena and PoolSvc C IAthenaPoolTestCollection Interface class for AthenaPoolTest i/o tests with DataVector C IAthenaPoolTestData Interface class for AthenaPoolTest i/o tests C IAthenaRootCnvSvc This class provides the interface between Athena and RootSvc C IAthenaRootStreamerSvc Gaudi style interface to Athena ROOT streamer service C IAthenaSelectorTool This class provides the interface for AthenaSelectorTool classes used by AthenaEventSelector C IAthenaSerializeSvc C IAthenaSharedWriterSvc C IAthenaSummarySvc Abstract produces summary of Athena stuff C IAthExUnittestTool C IAthHistogramTool C IAthMetaDataSvc This class provides the interface for MetaDataSvc C IAthRNGSvc Manage multiple RandomEngines in thread-safe way ► C IAthSelectionTool IAthSelectionTool is a virtual baseclass for selection methods C CutResult C IAtRndmGenSvc Manage multiple CLHEP random engines as named streams C IbeamHandler C IBeamIntensity C IBeamLuminosity C IBJetCorrectionTool Class IBJetCorrectionTool C IBJetHypoDiscriminantCheck C IBkgStreamsCache Interface to in-memory cache for pileup events C IBLParameterSvc C IBTagConditionalDecorator C IBTagDecorator C IBTaggingEfficiencyJsonTool Class IBTaggingEfficiencyJsonTool C IBTaggingEfficiencyTool C IBTaggingEigenVectorRecompositionTool C IBTaggingSelectionJsonTool Class IBTaggingSelectionJsonTool C IBTaggingSelectionTool C IBTaggingTruthTaggingTool C IByteStreamCnvSvc Interface for bytestream conversion services C IByteStreamEventAccess Interface for accessing raw data C IByteStreamInputSvc This class provides the interface to services to read bytestream data. The concrete class can provide Raw event from a file, transient store, or through network C IByteStreamOutputSvc This class provides the interface to services to write bytestream data. The concrete class can provide RAW event to a file, transient store, or through network C ICaloAffectedTool C ICaloBadChanTool C ICaloCalibClusterTruthAttributerTool Interface class tools calculating calibration hit truth information C ICaloCellMakerTool C ICaloCellNormalizedQualityTool C ICaloCellSelector C ICaloCellsProducer C ICaloCluster_OnTrackBuilder C ICaloClusterGPUConstantTransformer Base class for tools that convert constant information to the GPU-friendly format used in CaloGPUHybridClusterProcessor C ICaloClusterGPUInputTransformer Base class for tools that convert event information from the Athena structures to the GPU-friendly format used in CaloGPUHybridClusterProcessor C ICaloClusterGPUOutputTransformer Base class for tools that convert event information from the GPU-friendly format used in CaloGPUHybridClusterProcessor Athena structures C ICaloClusterGPUPlotter Base class for tools that can be used to plot events within CaloGPUHybridClusterProcessor C ICaloClusterMatchingTool C ICaloConstCellMakerTool Operate on pointers to const CaloCell C ICaloCoolIdTool C ICaloCoordinateTool This (clean) interface is implemented in the (rather dirty) ICaloCoordinateTool class, which depends on data-bases and H8 CTB specificities C ICaloEstimatedGainTool Estimate gain used to read out a certain energy C ICaloGeometry C ICaloMuonLikelihoodTool C ICaloMuonScoreTool C ICaloMuonTag C ICaloRecoMaterialTool This (clean) interface is driven by 2 constraints : C ICaloRecoSimpleGeomTool C ICaloRingerElectronsReader Interface for tool CaloRingerElectronsReader C ICaloRingerInputReader Base Interface for CaloRinger particle reading C ICaloRingerPhotonsReader Interface for tool CaloRingerPhotonsReader C ICaloRingsBuilder Interface for tool CaloRingsBuilder C ICaloSimpleGeomTool T his (clean) interface is driven by 2 constraints : C ICaloSuperCellIDTool Interface for tool to map between calorimeter cells and supercells C ICaloSurfaceBuilder Interface to CaloSurfaceBuilder C ICaloTimeFilterTool C ICaloTopoTowerBuilderToolBase C ICaloTowerBuilderToolBase C ICellWeightTool C IClusterCellWeightTool Interface class for tools weighting cells in CaloCluster objects C IClusterClassificationTool Interface class for tools classifying CaloCluster objects C IClusterFilterTool Interface for extending Particles with calo intersections C ICollectionSize Abstract interface for finding the size of an event collection C IComboHypoTool C ICondition C ICondSvcSetupDone C IConstituentExtractor C icoords C ICoreDumpSvc Interface of a core dump service C ICPJetCorrectionTool Class ICPJetCorrectionTool C ICPJetUncertaintiesTool C ICscAlignmentTool C ICscCalibTool C ICscClusterBuilder ► C ICscClusterFitter C Result C ICscClusterUtilTool ► C ICscSegmentFinder C Cluster C Segment C sortByNunspoilAndChsq C ICscSegmentUtilTool ► C ICscStripFitter C Result C ICTPUnpackingTool Interface for CTP unpacking tools C ICutFlowSvc This class provides an interface between event filtering algorithms and athena input/output streams, C IDAlignMonGenericTracksAlg C IDAlignMonPVBiasesAlg C IDAlignMonResidualsAlg C IDataShare Abstract interface for sharing data C IDBReplicaSvc C IDC_MuonOverlayBase C IDC_OverlayBase C IdCablingInfo C IDCalibHypoAlg Implements Hypo selection on IDCalib stream trigger ► C IDCalibHypoTool Generate the decision for IDCalib stream trigger C IDCalibHypoInfo C IDCCacheCreatorBase C IDCInDetBSErrContainer IDC like storage for BS errors, TODO, customise implementation further so that we store int rather than int* C IDCInDetBSErrContainerCnv C IDCInDetBSErrContainerCnv_p1 C IdContext This class saves the "context" of an expanded identifier (ExpandedIdentifier ) for compact or hash versions (Identifier32 or IdentifierHash ). This context is composed of C IdDictAltRegions C IdDictCnvTest C IdDictDetDescrCnv Converter for the DetDescrCnvSvc which parses the identifier xml dictionaries and creates an IdDictManager in the DetectorStore. This is used by the IdHelpers to initialize themselves C IdDictDictEntry C IdDictDictionary C IdDictDictionaryRef C IdDictField C IdDictFieldImplementation IdDictFieldImplementation is used to capture the specification of a single field of an Identifier C IdDictGroup C IdDictLabel C IdDictManager IdDictManager is the interface to identifier dictionaries C IdDictMgr C IdDictParser C IdDictRange C IdDictRangeRef C IdDictReference C IdDictRegion C IdDictRegionEntry C IdDictSubRegion C IDecisionCollector Tools that collect decisions C IDecisionSvc This class defines a protocol to register boolean decisions and C IDefaultDecorator C IdentContIndex Identifiable container index to a contained object C Identifiable This class provides an abstract interface to an Identifiable object ► C IdentifiableContainerMT C const_iterator C IDC_WriteHandle C IdentifiableValueCache This class is to provide an event wide MT container for concurrent storing of basic types, like ints This is a version of the identifiable container optimized for basic types The cache is designed for event level storage and concurrent writing C IdentifiableValueContainer C IdentifiableValueContainerBase C IdentifiedProfileHistogram ► C Identifier C get_compact_func A get_compact functional for use in STL algorithms C Identifier32 C Identifier_Gpu C IdentifierField This is the individual specification for the range of one ExpandedIdentifier IdentifierField C IdentifierHash This is a "hash" representation of an Identifier . This encodes a 32 bit index which can be used to look-up "Identifiable"s stored in a simple vector. It is intended to be a continuous hash, i.e. it runs from 0 to N-1, where there are N different possible values for an Identifier(32) within a specific context. IdentifierHashes are created by default in an invalid state which can be checked with "is_valid" method. This allows some error checking C IdentifierHashCalc C IdentifierHashCalc< T > C IdentifierHashTable C IdentifierHashTable< T > C Identifiers ► C IdentifierToHash The IdentifierToHash table C RecursiveIndexCall Helper class for IdentifierToHash to automate recursive index call C RecursiveIndexCall< 0, K > C RecursiveIndexCall< 1, K > C RecursiveRangeCheck Helper class for one-go recursive range check on all indices C RecursiveRangeCheck< 0, K > N=0 is invalid C RecursiveRangeCheck< 1, K > Specialise for N=1 to end recursion C IdentityHelper C IDependencyReporter C IDerivCalcTool Interface for tool used to select tracks, to determine detectors (ID or MS) for which to perform alignment, and to calculate first and second derivatives of track chi2 with respect to track and alignment parameters. C IDetDescrCnvSvc C IDetectorConstructionTool C IDetectorElementStatusTool C IDetectorGeometrySvc C IDetectorGeometryTool C IdField C idHasher C IdHashTableHelper Helper base class for instantiation of templated class IdentifierHashTable C IdHelper This is an abstract base class for helper classes that know how to convert Identifier <-> IdentifierHash objects C IDictLoaderSvc C IDPerfMonEoverP C IDPerfMonKshort C IDPerfMonWenu C IDPerfMonZee C IDPerfMonZmumu C IDPerfMuonRefitter C IDQFilterTool C IDScanZFinder C IDVarCalculator C IDynamicDataConsumer C IEFlowCellEOverPTool Pure virtual base class, from which concrete classes inherit and define reference e/p mean and widths, as well as reference energy density radial profile fit parameters C IEFTrackingFPGADataFormatTool Abstrct interface class for EFTrackingFPGADataFromatTool C IEFTrackingFPGAIntegrationTool C IEFTrackingIntegrationTool Abstrct interface class for EFTrackingFPGAIntergration C IEGammaAmbiguityTool C IegammaBaseTool C IEgammaCalibration General Interface for calibrations at the LVL2 Egamma Calo Fex algo C IegammaCaloClusterSelector Used to select clusters for seeding ► C IegammaCellRecoveryTool Interface for the Reconstruction/egamma/egammaCaloTools/egammaCellRecoveryTool C Info C IegammaCheckEnergyDepositTool ► C IegammaIso Interface for the Reconstruction/egamma/egammaCaloTools/egammaIso C Info C IegammaMVACalibTool A tool used by the egammaMVASvc to help manage the MVAs C IegammaMVASvc C IegammaOQFlagsBuilder ► C IegammaShowerShape C Info Info payload C IegammaSwTool ► C IegammaTrkRefitterTool C Cache Struct Holding the result to return and intermediate objects Things are owned by the EDM or the unique_ptr C IElectronLRTOverlapRemovalTool Interface class. Abstract interface class. Provides the user interface for the ElectronLRTOverlapRemovalTool class C IElectronPhotonShowerShapeFudgeTool C IEMClusterTool C IEMConversionBuilder C IEMExtrapolationTools C IEMShowerBuilder C IEMTrackMatchBuilder C IEnhancedBiasWeighter Define interface of EnhancedBias weighting class C IEnvelopeDefSvc C IEquationOfMotionTool C IEventHistoVarTool C IEventSeek Abstract interface for seeking within an event stream C IEventShapeTool C IEventShare Abstract interface for sharing within an event stream C IEvgenOTFTopUpSvc IService to hold some information for topping up algorithms that are running on the fly C IEvtIdModifierSvc C IEvtSelectorSeek Abstract interface for seeking for an event selector ► C IExtendTrackToLayerTool C TrackExtension Helper struct to hold track extrapolation information C IFastCaloSimCaloExtrapolation C IFastCaloSimCaloTransportation C IFastCaloSimGeometryHelper C IFastJetInterfaceTool General tool configuring fastjet functionality C IFastSimDedicatedSD This is the interface for the fast simulation dedicated sensitive detector C IFastSimulation C IFastSimulationMasterTool C IFieldManagerTool C IFillAlignTrkInfo C IFillNtupleTool Interface for tool used to fill an ntuple with useful information for debugging, etc. Implementation is detector-specific and does not have to be implemented if not needed C IFilter IFilter is the main interface to the filters C IFilterCuts IFilterCuts is a class which is used internally C IFitTool C IFluxRecorder C IForwardParentThinningTool Interface class for tools that thin low-level objects based on a selection on associated high-level objects C IForwardRegionProperties C IForwardTransportSvc C IFPGAActsTrkConverter C IFPGAClusterConverter C IFPGATrackSimBankSvc C IFPGATrackSimBinDesc C IFPGATrackSimEventInputHeaderTool C IFPGATrackSimEventSelectionSvc C IFPGATrackSimHitFilteringTool C IFPGATrackSimInputTool Interface of tools responsible for generation of the FPGATrackSim sim wrapper files C IFPGATrackSimMappingSvc C IFPGATrackSimRoadFilterTool A road filter returns a vector of roads given a vector of roads C IFPGATrackSimRoadFinderTool A road finder returns a vector of roads given a vector of hits C IFPGATrackSimTrackExtensionTool A track extension tool takes tracks and hits, and returns a NEW set of roads C IFPGATrackSimTrackingTool C IFrontEnd C IG4AtlasSvc C IG4CaloTransportTool C IG4FieldSvc C IG4GeometryConfigurationTool C IG4GeometryNotifierSvc C IGeantFollowerHelperFollowerHelper C IGeantFollowerMSHelperFollowerHelper C IGeo2G4Svc C IGeoDbTagSvc C IGeoGetIdsAction Ensure that the extensions for the Vector3D are properly loaded C IGeometryDBSvc C IGeometryManagerTool Interface for tool used to build the AlignModules to be used for alignment. The implementation is specific to a detector type C IGeoModelSvc C IGeoModelTool C IGeoSubDetTool C IGeoVisitVolumesAction Define a simple callback for each volume found C IGeoVisitVolumesNoXformAction Define a simple callback for each volume found, without keeping track of geometrical transforms C IGoodRunsListSelectionTool Main tools implementing this interface: GoodRunsListSelectionTool (source code: DataQuality/GoodRunsLists) C IGoodRunsListSelectorTool C IGPUKernelSizeOptimizer Interface for GPU kernel size optimization (allowing adjustment of kernel sizes to the properties of the available device) C IGPUKernelSizeOptimizerSvc Actual Athena inteface for the IGPUKernelSizeOptimizer C IH5GroupSvc C IHadronicCalibrationTool C IHelloTool C IHepMCWeightSvc IService to read/write HepMC 's WeightContainer key names from/to IOVMetaDataContainers author: will buttinger , NLAA C IHGTD_ClusterTruthTool C IHGTD_PadClusterizationTool C IHGTD_SurfaceChargesGenerator C IHGTD_TOFcorrectionTool C IHGTD_TrackTimeExtensionTool C IHIEventShapeFiller C IHIEventShapeMapTool C IHIEventShapeSummaryTool C IHiggsTruthCategoryTool C IHistogramDefinitionSvc Interface class to get the histogram definition for a named histogram in a given directory C IHISubtractorTool Abstract interface for tools that implement constituent based subtraction C IHITowerWeightTool C IHIUEModulatorTool Abstract interface for tools that can provide UE modulation given an HIEventShape C IHiveExSvc C IHiveStore Interface that provides access to the current hive store C IHiveStoreMgr Interface through which HiveWB control StoreGate instances C IHiveTool C IHLTOutputTool IHLTOutputTool implementations help in creation HLT output (EDM gaps filling, BS creation, Views merging, etc.) C IHybridProcessorHelper Helper interface for implementing hybrid MP+MT. Used by the Hybrid Shared Event Queue Consumer MP tool C IHypoJetVectorFilter C IHypoJetVectorGenerator C IIBLParameterSvc C IInDetAlignDBTool C IInDetAlignFillSiCluster C IInDetAlignFillTrack C IInDetAlignHitQualSelTool C IInDetAlignOverlapTool C IInDetAlignTrackSelTool C IInDetConditionsSvc ► C IInDetConditionsTool C IDCCacheEntry C IInDetHardScatterSelectionTool C IInDetPhysValDecoratorTool C IInDetSecVtxTruthMatchTool Class for vertex truth matching C IInDetServMatBuilderTool Tool for building services in SLHC geometry C IInDetUsedInFitTrackDecoratorTool C IInDetVertexTruthMatchTool Class for vertex truth matching C IInsituTrackTools C IIOHepMcTool C IIOMcAodTool C IIoSvc C IIOVCondDbSvc C IIOVDbMetaDataTool This is an interface to a tool used to manage the IOV Meta Data for a given object in the MetaData Store ► C IIOVDbSvc Abstract interface to IOVDbSvc to access IOVRange and tag information C KeyInfo Filled by IIOVDbSvc::getKeyInfo C IIOVRegistrationSvc This is an interface to a service used to register conditions objects in the Interval of Validity (IOV) database C IIOVSvc Abstract interface for IOVSvc . This is used (usually via StoreGateSvc regFcn and regHandle methods) to setup access to time-varying data, such as calibration. See http://annwm.lbl.gov/~leggett/Atlas/IOVSvc/main.shtml for details C IIOVSvcTool C IItemListSvc This class defines a protocol to register boolean decisions and C IITkPixelRawDataProviderTool C IITkPixelRodDecoder C IITkStripCablingTool C IITkStripsRawContByteStreamTool Interface for Athena Algorithm Tool to provide conversion from ITk Strips RDO container to ByteStream C IITkStripsRodEncoder Interface for Athena Algorithm Tool to convert from Strips RDO to ROD format BysteStream C IJacobianManagerTool Interface for tool used to calculate Jacobian terms. Not yet implemented C IJetBuildTool IJetBuildTool is a dual-use tool interface for a tool that builds a jet collection C IJetCalibrationTool Class IJetCalibrationTool C IJetCalibStep C IJetCalibTool This interface is superseding the old version, IJetCalibrationTool C IJetConstituentModifier C IJetConstituentsRetriever C IJetConsumer C IJetDecorator Interface for adding a decoration to a jet container C IJetEventSelector IJetEventSelector is a dual-use tool interface for a tool that selects a jet based on EventInfo selections (e.g C IJetExecuteTool IJetExecuteTool is a dual-use tool interface for generic tools, i.e. those that behave like algorithms C IJetFinder C IJetFromPseudojet IJetFromPseudojet is a dual-use tool interface for a tool that constructs a new ATLAS jet from a fastjet pseudojet C IJetGroomer C IJetGrouper C IJetGroupProduct C IJetHistoFiller C IJetHistoVarTool C IJetModifier IJetModifier is a dual-use tool interface for a tool that modifies a jet collection C IJetProvider C IJetPseudojetRetriever C IJetSelector IJetSelector is a dual-use tool interface for a tool that selects a jet C IJetsMatcher C IJetStream C IJetTagConditionalDecorator C IJetTagDecorator C IJetUncertaintiesTool C IJetUpdateJvt C IJobIDSvc Interface to JobIDSvc C IJSSTaggerUtils C IKinematicConstraint C IL1CaloPersistenceCapable ► C IL1InfoHypoTool C L1Info C IL1TopoHistSvc ► C IL1TriggerByteStreamTool Interface for AlgTools converting ByteStream to xAOD RoI objects and vice versa C Cache Cache which tracks memory allocated for ByteStream data representation in the convertToBS method C ILArAutoCorr This class defines the interface for accessing AutoCorrelation parameters for each channel @stereotype Interface C ILArAutoCorrDecoderTool C ILArBadFebMasker C ILArBarrelGeometry C ILArBarrelPresamplerGeometry C ILArCableAttenuation C ILArCableLength C ILArCalculatorSvc C ILArCalibCalculatorSvc C ILArCaliPulseParams C ILArDAC2uA C ILArDetCellParams C ILArDigitOscillationCorrTool C ILArEMEC_Cphi C ILArEMEC_HValpha C ILArEMEC_HVbeta C ILArFEBTempTool Interface for Tool to provide FEB TEMP DCS information C ILArFEBTimeOffset C ILArfSampl C ILArG4FastSimSvc C ILArG4ShowerLibSvc C ILArGlobalTimeOffset C ILArH6Oscillation C ILArHVFraction C ILArHVMapTool C ILArHVPathologyDbTool C ILArHVPathologyDBTool Interface for Tool which transforms LArHVPathologiesDb into AttributeLists and vice versa C ILArHVScaleCorr C ILArMinBias C ILArMinBiasAverage C ILArMphysOverMcal C ILArNoise C ILArNoisyROTool C ILArOFC C ILArOFCBin C ILArPedestal C ILArPhysCaliTdiff C ILArRamp C ILArRinj C ILArShape C ILArShapeDumperTool C ILArTdrift C ILArTshaper C ILAruA2MeV C ILArWaveDerivedQuantities C ILockable Interface to allow an object to lock itself when made const in SG C ILockableTool Provide an interface for locking and unlocking a tool externally ► C ILoggedMessageSvc C LoggedMessage C ILumiBlockMuTool Provides interface for LumiBlockMuTool C IMatrixTool Interface for tool used to manipulate matrix and vector entries and to solve for alignment parameters C IMBTSTimeFilterTool C IMCTruthclassifier C IMCTruthClassifier C IMcVtxFilterTool C IMDT_DigitizationTool ► C IMdtCalibrationTool C ToolSettings C IMetaDataTool This class provides the interface for MetaDataTools C IMETAssocToolBase C IMETMaker C IMETRecoTool C IMETSignificance C IMETSystematicsTool C IMETToolBase C IMinbiasSvc C IMissingMassTool C IMonitorToolBase C ImpactInCalo The ImpactInCalo collection is created by the TrackToCaloAlg algorithm, which loops on all Tracks of a given collection and extrapolates them to the LAr presampler (_0), strips (_1), middle (_2), back (_3) and to the Tiles C ImpactInCaloCollection C Implementation Uses property of this tool to configure the prescaling C Implementations C Implements C importHandler C IMuonCalibStreamDataProviderSvc C IMuonCalibStreamEventAccess C IMuonDigitizationTool C IMuonEfficiencyScaleFactors Interface class. Abstract interface class. Provides the user interface for the MuonEfficiencyScaleFactors class C IMuonEFTrackIsolationTool Interface for EF muon track isolation tools C IMuonFeatureCnvTool C IMuonHitTimingTool C IMuonHoughPatternTool C IMuonIdCutTool The IMuonIdCutTool is a virtual interface for a practice tool which will cut on an muon ID C IMuonInJetCorrectionTool Class IMuonInJetCorrectionTool C IMuonLRTOverlapRemovalTool Interface class. Abstract interface class. Provides the user interface for the MuonLRTOverlapRemovalTool class C IMuonSystemExtensionTool C IMuonTofTool C IMuTagAmbiguitySolverTool C IMuTagMatchingTool C INav4MomAssocs C INav4MomAssocs_p1 C INav4MomAssocs_p2 C INav4MomAssocs_p3 C INav4MomAssocsCnv C INav4MomAssocsCnv_p1 C INav4MomAssocsCnv_p2 C INav4MomAssocsCnv_p3 C INav4MomDumper C INav4MomLinkContainer INav4MomLinkContainer.h C INav4MomLinkContainer_p1 INav4MomLinkContainer_p1.h C INav4MomLinkContainerCnv Definition of the athena pool converter for INav4MomLinkContainer C INav4MomLinkContainerCnv_p1 INav4MomLinkContainerCnv_p1.h C INav4MomLinkContainerToINavigable4MomentumCollectionConverter C INav4MomToTrackParticleAssocs C INav4MomToTrackParticleAssocs_p1 C INav4MomToTrackParticleAssocsCnv_p1 C INavigable C INavigable4Momentum C INavigationCondition C INavigationSelector C INavigationToken C InDet PRD provider for the Inner detector needed, to optimize search for IdContext ► C InDetAlignCog C Params_t C InDetAlignDBTool C InDetAlignFillSiCluster C InDetAlignFillTrack C InDetAlignHitQualSelTool The InDetAlignHitQualSelTool is to select good quality hits for alignment to build residuals with possible cuts on outlier hits, hits which are too large clusters, hits with large incidence angles, etc C InDetAlignModuleTool Tool derived from AlignModuleTool which implements the method for returning a sub-TrkDetElementBase structure identifier Hash. This is only needed for TRT where the structure is a single straw C InDetAlignOverlapTool The InDetAlignOverlapTool is to select good quality tracks for alignment to build residuals with possible cuts on overlap hits, overlaps in SCT and PIXELs (in Phi and Eta) C InDetAlignTrackSelTool The InDetAlignTrackSelTool serves to select high quality tracks for the inner detector (Pixel+SCT) alignment algorithms. This AlgTool provides a track selection based on the following cut variables: Momentum, pt, number of shared hits, number of holes and chi2 probability. Returns 0 in case a track is not accepted, otherwise 1 C InDetAlignWrt C InDetBasicPlot Class holding Pt plots for Inner Detector RTT Validation and implementing fill methods C InDetBSErrContainer64_p1 C InDetBSErrContainer_p1 C InDetBSErrContainer_p2 C InDetBSErrContainerCnv C InDetBSErrContainerCnv_p1 C InDetBSErrContainerCnv_p2 C InDetConversionFinderTools C InDetDetailedTrackSelectorTool TrackSelector for general use C InDetGeometryManagerTool Tool for setting up Inner Detector alignment geometry C InDetGlobalBeamSpotMonAlg C InDetGlobalLRTMonAlg C InDetGlobalPrimaryVertexMonAlg C InDetGlobalTrackMonAlg C InDetHardScatterSelectionTool C InDetIsoTrackSelectorTool A tool to be used for track preselection in isolation, the given AtaLine is the transported lepton to the BeamLine tracks can be checkec w.r.t to it C InDetLowBetaCandidate_p1 C InDetLowBetaCandidate_tlp1 C InDetLowBetaCandidateCnv C InDetLowBetaCandidateCnv_p1 C InDetLowBetaCandidateCnv_tlp1 C InDetLowBetaContainer_p1 C InDetLowBetaContainer_tlp1 C InDetLowBetaContainerCnv C InDetLowBetaContainerCnv_p1 C InDetLowBetaContainerCnv_tlp1 C IndetMatchCandidate ► C InDetMaterialManager InDetMaterialManager C MaterialByWeight C MaterialComponent C MaterialDef Class to hold information need to create a material C InDetPerfNtuple This class is a base class for the actual ntuples used when writing IDPVM ntuples C InDetPerfNtuple_TruthToReco C InDetPerfNtupleBranch This defines a helper class used for writing output ntuples in IDPVM C InDetPerfNtupleBranch< std::vector< branchType > > C InDetPerfNtupleBranchBase C InDetPerfPlot_Duplicate C InDetPerfPlot_Efficiency Class holding Pt plots for Inner Detector RTT Validation and implementing fill methods C InDetPerfPlot_FakeRate Class holding Pt plots for Inner Detector RTT Validation and implementing fill methods C InDetPerfPlot_HitEfficiency Class holding res plots for Inner Detector RTT Validation and implementing fill methods C InDetPerfPlot_HitResidual Class holding res plots for Inner Detector RTT Validation and implementing fill methods C InDetPerfPlot_Hits Class holding Pt plots for Inner Detector RTT Validation and implementing fill methods C InDetPerfPlot_nTracks Class to hold various counters used in RTT code C InDetPerfPlot_Resolution Class holding res plots for Inner Detector RTT Validation and implementing fill methods C InDetPerfPlot_TrackParameters Class holding Pt plots for Inner Detector RTT Validation and implementing fill methods C InDetPerfPlot_TrkInJet C InDetPerfPlot_TRTExtension Class holding Pt plots for Inner Detector RTT Validation and implementing fill methods C InDetPerfPlot_Vertex Class holding general plots for xAOD::Vertex C InDetPerfPlot_VertexTruthMatching Class holding plots for truth matched vertices C InDetPerfPlot_VerticesVsMu Class holding general plots for xAOD::Vertex C InDetPhysHitDecoratorAlg C InDetPhysValMonitoringTool Tool to book and fill inner detector histograms for physics validation C InDetPhysValTruthDecoratorAlg C InDetPlotBase Mixin class to give extra capabilities to plots such as ATH_MSG and an easier booking interface, as well as access to the HistogramDefinitionSvc which allows an external configuration file (txt or xml) to define the plot limits and titles C InDetProjFlags ► C InDetProjHelper C Imp C InDetProjParams C InDetRawData C InDetRawData_p1 C InDetRawData_p2 C InDetRawDataCollection C InDetRawDataCollection_p1 C InDetRawDataContainer C InDetRawDataContainer_p1 C InDetRawDataContainer_p2 C InDetRawDataContainer_p3 C InDetRawDataFakeCreator Class which encapsulates the creation of an InDetRawDataCollection C InDetRawDataFakeReader Test Algorithm for POOL I/O, reads InDetRawData from transient store C InDetRawDataFakeWriter Test Algorithm for POOL I/O, writes InDetRawData to transient store C InDetRecStatisticsAlg C InDetRttPlotConfig Helper struct - steer the configuration from the parent tool's side C InDetRttPlots Class holding all plots for Inner Detector RTT Validation and implementing fill methods C InDetSDOOverlay C InDetSecVtxTruthMatchTool Class for vertex truth matching C InDetServMatAthenaComps Class to hold various Athena components C InDetServMatFactory C InDetServMatFactory_Lite C InDetServMatGeometryManager C InDetServMatTool C InDetSimData C InDetSimData_p1 C InDetSimData_p2 C InDetSimData_p3 C InDetSimDataCnv_p1 C InDetSimDataCnv_p2 C InDetSimDataCnv_p3 C InDetSimDataCollection C InDetSimDataCollection_p1 C InDetSimDataCollection_p2 C InDetSimDataCollection_p3 C InDetSimDataCollection_p4 C InDetSimDataCollectionCnv C InDetSimDataCollectionCnv_p1 C InDetSimDataCollectionCnv_p2 C InDetSimDataCollectionCnv_p3 C InDetSimDataCollectionCnv_p4 C InDetTrack C InDetTrackCnv C InDetTrackCnv_tlp1 C InDetTrackCnv_tlp2 C InDetTrackPerfMonTool Gaudi includes C InDetTrackSelectorTool A tool to be used for track preselection in primary vertex finding. One possible implementation of the track selector tool. Here all possible cuts used in the primary vertex finding will be implemented. The particular cuts will be turned on and off by user through the python jobOptions C InDetTrackSplitterTool InDetTrackSplitterTool.cxx AUTHOR: John Alison johnd.nosp@m. a@he.nosp@m. p.upe.nosp@m. nn.e.nosp@m. du C InDetTrkAlignDBTool Tool for writing Silicon and TRT alignment constants into oracle DB or ASCII files C InDetUpdateCaches C InDetUsedInFitTrackDecoratorTool C InDetV0Finder C InDetVertexTruthMatchAlgorithm C InDetVertexTruthMatchTool Class for vertex truth matching C IndexedConstituentUserInfo C IndexedSP C IndexedTConstituentUserInfo C IndexSet C IndexVecComp ► C InducedChargeModel C SCT_InducedChargeModelData C INextPassFilter Interface to a tool (typically) that decides whether the event loop mgr (typically) need to do another pass over the evts C InfracolorForce C InnerDetProbeCollectorTool General Classes C inode C InputByteStreamData ► C InputMakerBase Input Makers are used at the start of a sequence: retrieve filtered collection via the input decision from the previous step and write it out directly so it can be used as input by the reconstruction algorithms that follow in sequence. This is a base class for HLT InputMakers to reduce boilerplate and enforce the common naming scheme for decision handle keys. Derived classes implement how the reconstruction is started. Current options are via WriteHandle<TrigROIDecscriptorCollection>, as used by the InputMakerForRoI specialisation. Or via the spawning of EventView instances over a given sequencer, as used by the EventViewCreatorAlgorithm specialisation C MatchingCache Used to cache each incoming Decision object's ElementLink which is being used to identify the Decision object for the purposes of de-duplication merging C InputMakerForRoI Used at the start of a sequence: retrieves filtered collection via menu decision from previous step and writes the RoI collection out directly so it can be used as input by the reco alg that follows in sequence C InputModifier C InputTrackInfoStruct C InsituDataCorrection C InsituTrackTools C IntArray C IntDbArray C IntegrationBase The base class for the EFTracking FPGA integration development C Interface C InternalRegister C InternalSoA ► C Interp3D C VetoInterp C intersectionHandler C IntersectionTest C IObjectIterator_Guard C IObservableTool Interface for tools that want to calculate a quantity from an xAOD::IParticle C IOnlineEventDisplaysSvc ► C IoSvc C FdInfos C IOVAddress C IOVCallbackError C IOVData C IOVDbConn C IOVDbFolder C IOVDbMetaDataTool This is an interface to a tool used to manage the IOV Meta Data for a given object in the Meta Data Store C IOVDbParser C IOVDbSvc Athena service for Interval Of Validity database. The IOVDbSvc may be in one of three time states which determines from where the IOV time is coming: initialization - IOV time must be set from the EventSelector begin run - IOV time should have been set with signalBeginRun event loop - IOV time is from EventInfo C IOVDbTestAlg Algorithm to test writing conditions data and reading them back C IOVDbTestAmdbCorrection C IOVDbTestCoolDCS C IOVDbTestMDTEleMap ► C IOVEntry C IOVEntryStartCritereon C IOVEntryStopCritereon C IOVEntryComp C IOVEntryProxyCritereon ► C IOVEntryT C IOVEntryTStartCritereon C IOVEntryTStopCritereon C IOVInfiniteRange Collection of static functions providing infinite EventIDRanges C IOVMetaDataContainer This class is a container for conditions data. It is intended to be used to store conditions data from COOL as file metadata C IOVMetaDataContainer_p1 This class is a container_p1 for conditions data. It is intended to be used to store conditions data from COOL as file meta data C IOVMetaDataContainerCnv_p1 C IOVMetaDataContainerPTCnv_p1 ► C IOVPayloadContainer This class is a container for the payload of conditions data. It is intended to be used to store conditions data from COOL as file meta data C AttrListCollSortStart C AttrListCollSortStop ► C IOVPayloadContainer_p1 C CondAttrListCollection_p1 C CondAttrListEntry_p1 C IOVRange_p1 C IOVPayloadContainerCnv_p1 C IOVPayloadContainerPTCnv_p1 C IOVRange Validity Range object. Holds two IOVTimes (start and stop) C IOVRegistrationSvc C IOVSvc C IOVSvcTool ► C IOVTime Basic time unit for IOVSvc . Hold time as a combination of run and event numbers C SortByRunEvent Predicate. Used to sort by run and event number C SortByTimeStamp Predicate. Used to sort by time stamp C IPageAccessControlSvc Interface to a service that monitors memory page accesses C IParallelWorldTool C IParticle C IParticleAssocFilter ► C IParticleCollectionSettingsButton C Imp ► C IParticleCollHandle_CaloCluster C Imp ► C IParticleCollHandle_Electron C Imp ► C IParticleCollHandle_Jet C Imp ► C IParticleCollHandle_Muon C Imp ► C IParticleCollHandle_TrackParticle C Imp ► C IParticleCollHandleBase Base class for collections holding AOD objects of iParticle type Handles pt etc cuts Local data: C Imp C IParticleExtractor C IParticleExtrapolationTool Interface for extending Particles with calo intersections ► C IParticleHandle_CaloCluster C Imp ► C IParticleHandle_Electron C Imp ► C IParticleHandle_Jet C Imp ► C IParticleHandle_Muon C Imp ► C IParticleHandle_TrackParticle C Imp ► C IParticleHandleBase C Imp C IParticleLinkContainer IParticleLinkContainer.h C IParticleLinkContainer_p1 IParticleLinkContainer_p1.h C IParticleLinkContainerCnv Definition of the athena pool converter for IParticleLinkContainer C IParticleLinkContainerCnv_p1 IParticleLinkContainerCnv_p1.h C IParticleLinkContainerToIParticleContainerConverter C IParticleToCaloExtensionMap C IParticleWriter C IParticleWriterAlg C IParticleWriterConfig C IPCMatrixTool Based on SiGlobalChi2Algs. C IPerfMonMTSvc STL includes C IPFBaseTool C IPFClusterCollectionTool C IPFClusterSelectorTool C IPFSubtractionTool Algorithm base class which inherits from IAlgTool and defines pure virtual execute method which takes pointers to eflowCaloObjectContainer , eflowRecTrackContainer and eflowRecClusterContainer as input C IPhysicsListSvc C IPhysicsOptionTool C IPileUpTool C IPileUpXingFolder Interface to SG::Folder with an attached bunch crossing interval C IPixelRawDataProviderTool C IPixelRodDecoder C IPlotsDefinitionSvc C IPoolSvc This class provides the interface to the LCG POOL persistency software C IPrescalingTool C IProbeCollectorTool C IProxyDict A proxy dictionary C IProxyProviderSvc C IProxyRegistry Proxy registry (a read/write dictionary) C IPseudoJetGetter IPseudoJetGetter is a dual-use tool interface for retrieving a vector of fastjet pseudojets C IPunchThroughG4Classifier C IPunchThroughG4Tool C IPunchThroughSimWrapper C IPyComponent C IPyComponentMgr C IPythia8Custom C IRandomDisabledCellGenerator C IRDBAccessSvc IRDBAccessSvc is an abstract interface to the athena service that provides the following functionalities: C IRDBQuery C IRDBRecord IRDBRecord is one record in the IRDBRecordset object C IRDBRecordset IRDBRecordset is an abstract interface to the RDB Recordsets, which represent a snapshot of HVS-tagged data tables in the relational database C IReadHistoDef C IReAlgToolCalo Base Class for Tools used for Egamma and Tau Feature Extraction Algorithms C iRecCoordRoI Interface for all reconstructed RoI classes C IRegionCreator C IRegSelLUT C IRegSelTool C IRepeatedCondition C IResetable Resetable object (e.g. a SG DataHandle ) C IROBDataProviderSvc Interface class for managing ROB for both online and offline C IRoiDescriptor Describes the API of the Region of Ineterest geometry C IRoiReader C IRoIsUnpackingTool Interface for RoI unpacking tools C IRoIThresholdsTool C IRoiUpdaterTool C IRootKeyIOHandler C IRootSvc This class provides the interface to the ROOT software C ISchedulerMonSvc Defines interface for interaction with a service monitoring the Scheduler status C ISCT_ByteStreamErrorsTool C ISCT_CablingTool C ISCT_CalibEvtInfo C ISCT_CalibHistoTool C ISCT_CalibModuleListTool C ISCT_ChargeTrappingTool C ISCT_ConditionsParameterSvc C ISCT_ConditionsParameterTool C ISCT_ConditionsTool C ISCT_ConfigurationConditionsTool C ISCT_DCSConditionsTool C ISCT_DetectorLevelConditionsTool C ISCT_ElectricFieldTool C ISCT_FlaggedConditionTool C ISCT_MonitorConditionsTool C ISCT_RadDamageSummaryTool C ISCT_ReadCalibChipDataTool ► C ISCT_ReadCalibDataTool C CalibDefectType C ISCT_ReadoutTool C ISCT_RodDecoder C ISCT_RodEncoder Interface for Athena Algorithm Tool to convert from SCT RDO to ROD format BysteStream C ISCT_SensorsTool C ISCTCalib_EvtInfo C ISCTRawContByteStreamTool Interface for Athena Algorithm Tool to provide conversion from SCT RDO container to ByteStream C ISCTRawDataProviderTool Interface for Athena Algorithm Tool to fill Collections of SCT RDO Containers C ISecondaryEventSelector Abstract interface for secondary event selectors C ISensitiveDetector C ISensitiveDetectorMasterTool C ISetCaloCellContainerName Allow changing the name of the CaloCellContainer used by a tool C ISF_HitAnalysis C ISFFluxRecorder C ISGAudSvc C ISiChargedDiodesProcessorTool C ISignalState C ISiliconConditionsTool C ISiLorentzAngleTool C ISimTestTool Interface for the simulation test tools C ISiPropertiesTool C ISiSurfaceChargesInserter ► C ISkipEventIdxSvc C EvtId C IsKnownFeature ► C IsolationBuilder C CaloIsoHelpHandles C CaloIsoHelpKey C TrackIsoHelpHandles C TrackIsoHelpKey C IsolationTool_AthTest C IsoMuonFeature Class with isolation variables for TrigmuIso algorithm C IsoMuonFeature_p1 C IsoMuonFeature_p2 C IsoMuonFeature_p3 C IsoMuonFeature_tlp1 C IsoMuonFeatureCnv C IsoMuonFeatureCnv_p1 C IsoMuonFeatureCnv_p2 C IsoMuonFeatureCnv_p3 C IsoMuonFeatureCnv_tlp1 C IsoMuonFeatureContainer C IsoMuonFeatureContainer_p1 C IsoMuonFeatureContainer_p2 C IsoMuonFeatureContainer_p3 C IsoMuonFeatureContainer_tlp1 C IsoMuonFeatureContainerCnv C IsoMuonFeatureContainerCnv_p1 C IsoMuonFeatureContainerCnv_tlp1 C ISpacepointFeatureCalculationTool Calculate features for spacepoints to be used as inputs to the GNN-based track finder C IStringPool Abstract interface for looking up strings/CLIDs in a pool C ISubjetRecorderTool C ISurfaceChargesGenerator C ISurveyConstraint C IsValidStore Functor to check if Store is valid C isxAOD C IT2GeometryTool ► C ITagInfoMgr This is a Athena service which manages detector description tag information. It maintains a TagInfo object with current tag values C Listener Listener interface class that client who want to be notified about TagInfo update should implement (and then register themselves calliing addListener() ) C ITauToolBase The base class for all tau tools C ITBCaloPosTool Class ITBCaloPosTool C itemByName C ItemListSvc This implementes the methods for IItemListSvc C ItemModifier C ITGCCablingDbTool C ITgcRawDataMonitorTool C ITileBadChanTool An abstract inteface to get Tile channel and ADC status C ITileCalculator C ITileCalibTool C ITileCondProxy An abstract interface to get Tile conditions data from source (file, DB) C ITileCondToolDspThreshold C ITileCondToolNoise C ITileCondToolOfc C ITileCondToolTMDB C ITileDCSTool An abstract interface to get Tile DCS information from DB C ITileDQstatusTool C ITileRawChannelTool C ITileStuckBitsProbsTool C ITkPixChargeCalibAlg C ITkPixel1RawData C ITkPixelCablingAlg Conditions algorithm which fills the ITkPixelCablingData from plain text (a file) C ITkPixelCablingData C ITkPixelCnvTool ► C ITkPixelDataPackingTool C UnpackedStream C ITkPixelDecodingAlg C ITkPixelDecodingTool C ITkPixelEncodingAlg C ITkPixelEncodingTool C ITkPixelHitSortingTool C ITkPixelOnlineId C ITkPixelRawContByteStreamCnv C ITkPixelRDORawData C ITkPixelTranslatorAlg C ITkPixEncoder C ITkPixLayout C ITkPixV2Encoder C ITkStripCablingAlg Conditions algorithm which fills the ITkStripCablingData from plain text (a file) C ITkStripCablingData C ITkStripCablingTool C ITkStripFrontEnd Simulation of the ITk Strips front-end electronics working as a SiPreDigitsProcessor models response of ABCstar chip amplifiers to collected charges, also does cross-talk, offset variation and gain variation, in a correlated way C ITkStripOnlineId C ITkStripsRawContByteStreamCnv Converter for writing ByteStream from ITkStrips Raw Data C ITkStripsRawContByteStreamTool Athena Algorithm Tool to provide conversion from ITkStrips RDO container to ByteStream C ITkStripsRodEncoder Athena Algorithm Tool that provides conversion from ITkStrips RDO to ROD format Bytestream C ITLorentzVectorFactory C IToolWithConstants Abstact interface for ToolWithConstants C ITPCnvBase C ITPCnvSvc C ITPConverter C ITPConverterFor C ITrackAnalysisDefinitionSvc Athena include(s) C ITrackCaloClusterTool Interface for tools creating particles using TCC methods and filling a FlowElementContainer C ITrackClassifier C ITrackCollectionProvider Interface for tool used to get a collection of tracks C ITrackGradeFactory C ITrackingGeometrySvc C ITrackParticleMonitoring C ITrackTools C ITrigBphysState Base class for TrigBphys state objects C ITrigBStoxAODTool C ITrigCaloDataAccessSvc C ITrigCostSvc Pure virtual interface to be implimented by Trig Cost service(s) C ITrigDkfTrackMakerTool ► C ITrigEgammaFastCaloHypoTool C FastClusterInfo ► C ITrigEgammaFastElectronHypoTool C ElectronInfo ► C ITrigEgammaForwardFastCaloHypoTool C FastClusterInfo ► C ITrigEgammaForwardPrecisionCaloHypoTool C ClusterInfo ► C ITrigEgammaForwardPrecisionElectronHypoTool C ElectronInfo ► C ITrigEgammaPrecisionCaloHypoTool C ClusterInfo ► C ITrigEgammaPrecisionElectronHypoTool C ElectronInfo ► C ITrigEgammaPrecisionPhotonCaloIsoHypoTool C PhotonInfo ► C ITrigEgammaPrecisionPhotonHypoTool C PhotonInfo C ITrigErrorMonTool Interface of a tool which retrieves and monitors all non-success status codes returned by algorithms C ITrigEventLoopMgr EventLoopMgr interface implemented by the HLT event loop manager C ITriggerBitsMakerTool Base class for AlgTools providing a getBits interface to generate trigger bits C ITriggerRegistryTool C ITriggerTime Interface to a tool that returns the time offset of the current trigger. Used by PileUpMergeSvc C ITriggerTranslatorTool C ITrigGlobalEfficiencyCorrectionTool C ITrigHIEventShapeHypoTool C ITrigHypoJetVectorFilterConfig C ITrigInDetAccelerationSvc Service Interface for TrigInDetAccelerationSvc class C ITrigInDetAccelerationTool C ITrigInDetRoadPredictorTool C ITrigInDetTrackFitter C ITrigInDetTrackFollowingTool C ITrigInDetTrackSeedingTool C ITrigJetConditionConfig C ITrigJetHypoInfoCollector C ITrigJetHypoToolHelper C ITrigJetHypoToolNoGrouperConfig C ITrigJetMonitorTool C ITrigJetRepeatedConditionConfig ► C ITrigL2CaloLayersHypoTool C CaloLayersInfo C ITrigL2LayerNumberTool ► C ITrigLArNoiseBurstHypoTool C FlagNoiseInfo C ITrigMissingETHypoTool C ITrigMuonBackExtrapolator C ITrigMuonEFInfoToMuonCnvTool C ITrigNavigationThinningSvc Define interface for doing TrigNavigation thinning C ITrigPrimaryVertexFitter C ITrigRun1ZFinder C ITrigSerConvHelper C ITrigSerConvHelperBase C ITrigSerGuidHelper C ITrigSerGuidHelperBase C ITrigSerializeConvHelper C ITrigSerializeGuidHelper C ITrigSerializer C ITrigSerializerToolBase C ITrigSpacePointConversionTool ► C ITrigStreamerHypoTool C HypoInfo ► C ITrigTauCaloHypoTool Base class for the TrigTauCaloHypoTool C ToolInfo ► C ITrigTauFastTrackHypoTool Base class for the TrigTauFastTrackHypoTool C ToolInfo ► C ITrigTauPrecisionHypoTool Base class for the Precision step hypothesis tools C ToolInfo ► C ITrigTauPrecTrackHypoTool Base class for the TrigTauPrecTrackHypoTool C ToolInfo ► C ITrigTRTHTHhypoTool C RNNOutputInfo C ITrigZFinder C ITrkAlignDBTool Interface for tool use for managing list of AlignModules, detector elements in AlignModules, and AlignPar for both C ITrkToLeptonPV C ITRT_AlignDbSvc C ITRT_ByteStream_ConditionsSvc C ITRT_CablingSvc C ITRT_CalDbTool C ITRT_ConditionsSvc C ITRT_ConditionsTestSvc C ITRT_DAQ_ConditionsSvc C ITRT_DCS_ConditionsSvc Service Interface for TRT_DCS_ConditionsTool C ITRT_DriftFunctionTool C ITRT_DriftTimeData C ITRT_ElectronToTTool C ITRT_HWMappingSvc C ITRT_LocalOccupancy C ITRT_PAITool C ITRT_RodDecoder C ITRT_RodEncoder This class provides conversion from TRT RDO to ROD format C ITRT_SimDriftTimeTool C ITRT_StrawAlignDbSvc C ITRT_StrawNeighbourSvc C ITRT_StrawStatusSummaryTool C ITRT_ToT_dEdx C ITRTAlignDbSvc C ITRTCalibrator C ITRTRawContByteStreamTool C ITRTRawDataProviderTool C ITruthClassificationTool Tool interface to classify particles into multiple categories based on their truth information C ITruthIsolationTool C ITruthParticleCnvTool C ITruthParticleFilterTool C ITruthParticleValidationTool C ITruthParticleVisitor C IUnassociatedHitsGetterTool C IUserDataCalcTool This is the base class for all tools that will be used to calculate UserDate. It is of course not required, but it is meant to simplyfy life C IUserLimitsSvc C IValgrindSvc Abstract interface for ValgrindSvc C IVertexDecorator C IVertexWeightCalculaculator Interface class for signal vertex selection C IVGammaORTool C IViewCreatorROITool C IViewsMergerTool ► C IVP12DDetViewsChannelWidget C Imp ► C IVP12DDetViewsSystem C Imp ► C IVP12DStandardChannelWidget C Imp ► C IVP12DSystem C Imp ► C IVP12DSystemSimple C Imp C IVP12DViewTransformation ► C IVP13DChannelWidget C Imp ► C IVP13DStandardChannelWidget C Imp ► C IVP13DSystem C Imp ► C IVP13DSystemSimple C Imp ► C IVP1ChannelWidget C Imp C IVP1ChannelWidgetFactory ► C IVP1System C Imp C IVrtInclusive C IVTuneProfilerSvc C IWeightTool Interface for tools that want to calculate a weight from different event information C IxAODClusterCompressor C IxAODEgammaTrackRefitterTool C IxAODtoHepMCTool C IZdcDataAccess C IZdcDataAccessV2 C IZdcGeometryDB C JacobianStruct C JEMEtSums_p1 T/P separation for TrigT1Calo::JEMEtSums class C JEMEtSumsCnv_p1 T/P convertor for TrigT1Calo JEMEtSums class C JEMEtSumsCollection_p1 C JEMEtSumsCollection_tlp1 C JEMEtSumsCollectionCnv C JEMEtSumsCollectionCnv_p1 T/P converter for JEMEtSums and JEMEtSums_p1 C JEMEtSumsCollectionCnv_tlp1 T/P converter for JEMEtSums and JEMEtSums_p1 C JEMHits_p1 T/P separation for TrigT1Calo::JEMHits class C JEMHitsCnv_p1 T/P convertor for TrigT1Calo JEMHits class C JEMHitsCollection_p1 C JEMHitsCollection_tlp1 C JEMHitsCollectionCnv C JEMHitsCollectionCnv_p1 T/P converter for JEMHits and JEMHits_p1 C JEMHitsCollectionCnv_tlp1 T/P converter for JEMHits and JEMHits_p1 C JEMRoI_p1 T/P separation for TrigT1Calo::JEMRoI class C JEMRoICnv_p1 T/P convertor for TrigT1Calo JEMRoI class C JEMRoICollection_p1 C JEMRoICollection_tlp1 C JEMRoICollectionCnv C JEMRoICollectionCnv_p1 T/P converter for JEMRoI and JEMRoI_p1 C JEMRoICollectionCnv_tlp1 T/P converter for JEMRoI and JEMRoI_p1 C JEMTobRoI_p1 T/P separation for TrigT1Calo::JEMTobRoI class C JEMTobRoICnv_p1 T/P convertor for TrigT1Calo JEMTobRoI class C JEMTobRoICollection_p1 C JEMTobRoICollection_tlp1 C JEMTobRoICollectionCnv C JEMTobRoICollectionCnv_p1 T/P converter for JEMTobRoI and JEMTobRoI_p1 C JEMTobRoICollectionCnv_tlp1 T/P converter for JEMTobRoI and JEMTobRoI_p1 C JepCmxMonitorAlgorithm C JepJemMonitorAlgorithm C Jet Basic data class defines behavior for all Jet Jet INavigable4Momentum C Jet_p1 C Jet_p2 C Jet_p3 C Jet_p4 C Jet_p5 C Jet_p6 C Jet_ROI Jet RoI class for analysis C Jet_ROI_p1 Persistent representation of Jet_ROI C JetAbsAttributeSelector C JetAlgorithm C JetAssociationBase C JetAssociationBase_p1 C JetAssociationBaseCnv_p1 C JetAttributeHisto A histo building tool (JetHistoBase ) using attributes to fill histograms C JetAttributeRatioSelector IJetSelector implementation which select according to ratio of attributes ► C JetAttributeSelector IJetSelector implementation which select according to an attribute C SelValueRetriever ► C JetBadChanCorrTool JetBadChanCorrTool C ProfileData C JetBalancePFlowJvtTool C JetBottomUpSoftDrop C JetBTaggingAlg C JetCalibrationStep C JetCalibrationTool C JetCalibTool C JetCaloCellQualityTool Calculates calorimeter based variables for jet quality using CaloCell contained in jet object directly C JetCaloEnergies C JetCaloQualityTool C JetCaloQualityToolFE C JetCellAccessor Utility to loop over CaloCell contained in a Jet C JetChargeTool C JetCleaningTool Class for selecting jets that pass cleaning cuts C JetClusterer C JetClustererByVertex C JetClusterMomentsTool Jakub Cuth C JetCnv_p1 C JetCnv_p2 C JetCnv_p3 C JetCnv_p4 C JetCnvProperties C JetCollection Container for Jets C JetCollection_p1 C JetCollection_p2 C JetCollection_p3 C JetCollection_p4 C JetCollection_p5 C JetCollection_p6 C JetCollection_tlp2 Top level container that will store all the various jet objects that are getting stored C JetCollection_tlp5 Top level container that will store all the various jet objects that are getting stored C JetCollection_tlp6 Top level container that will store all the various jet objects that are getting stored C JetCollectionCnv Converter reponsible for reading in the top level object (tlp1) and sending the data off to the real tlp converter that does the translation work C JetCollectionCnv_p1 C JetCollectionCnv_p2 C JetCollectionCnv_p3 C JetCollectionCnv_p4 C JetCollectionCnv_p5 C JetCollectionCnv_p6 C JetCollectionCnv_tlp2 Top level converter for jet collections C JetCollectionCnv_tlp5 Top level converter for jet collections C JetCollectionCnv_tlp6 Top level converter for jet collections ► C JetCollectionSettingsButton C Imp C JetConstitFourMomTool Russell Smith May 2015 C JetConstitRemover C JetConstituentFrac C JetConstituentIterator A safe iterator on jet constituents C JetConstituentModifierBase C JetConstituentModSequence C JetConstituentsRetriever C JetContainerHistoFiller C JetConverterBase C JetConverterBase< Jet_p5 > C JetConverterBase< Jet_p6 > C JetCopier C JetData C JetDecorationAlg C JetDRTrackAssocTool Teng Jian Khoo Oct 2021 C JetDumper Tool to dump jets to the log C JetECPSFractionTool David Adams C JetECS C JetECSCollection C JetEfficiencyMonitorAlgorithm C JetElement_p1 Persistent form of JetElement using T/P separation C JetElementCnv_p1 T/P converter for JetElement and JetElement_p1 C JetElementCollection_p1 C JetElementCollection_tlp1 C JetElementCollectionCnv C JetElementCollectionCnv_p1 T/P converter for JetElement and JetElement_p1 C JetElementCollectionCnv_tlp1 T/P converter for JetElement and JetElement_p1 C JetEMScaleMomTool C JetET_ROI Energy-Sum RoI class for analysis C JetET_ROI_p1 Persistent representation of JetET_ROI C JetEventInfo C JetEventSelector ► C JetFilter Applies the generator level filter for jet candidates C McObj C JetFilterTool C JetFinder Tool to find jets C JetForwardJvtTool C JetForwardJvtToolBDT C JetForwardPFlowJvtTool C JetFromPseudojet C JetGlobalEventSetup Perform setup actions for jet handling at each event C JetGroomer C JetGroomMRatio C JetGroupProduct C JetGroupReducer C JetGroupRegister C JetGroupSingleClique C JetGroupUnion C JetHistoAttributeFiller Function C JetHistoBase C JetHistoEventLevelFiller C JetHistoHTFiller C Jethistoleadingjetsrelations C JetHistoLeadingJetsRelations C JetHistoMatchedFiller C JetHistoPtTool C JetHistoResponseAndEff C JetHistoSelectSort C JetHistoTriggEfficiency C JetHistoVarTool C JetHitAssociation C JetHypoExerciserAlg C JetHypoExerciserCompareAlg C JetINav4MomAssociation A JetAssociation object for a generic object C JetInputElRemovalTool Selec electrons and store a vector of cluster free of the electron ones C JetIsolationTool C JetKeyConstants C JetKeyDescriptor ////////////////////////////////////////////////// C JetKeyDescriptor_p1 C JetKeyDescriptorCnv_p1 C JetKeyDescriptorCollection C JetKeyDescriptorCollection_p1 C JetKeyDescriptorCollection_tlp1 Top level container that will store all the various jet objects that are getting stored C JetKeyDescriptorCollectionCnv_tlp1 Top level converter for jet collections C JetKeyDescriptorInstance C JetKinematicHistos C JetLArHVMoment JetLArHVMoment C JetLArHVTool ► C JetMapBase C record_ptr_t Pointer wrapper, just to make certain the default pointers in maps are NULL C JetMatchData C JetMatcherAlg C JetModiferBase C JetModifiedMassDrop C JetModifierBase ► C JetMoment C MomentData C JetMomentMap C JetMomentMap_p1 C JetMomentMap_p6 C JetMomentMapCollection C JetMomentMapCollection_p6 C JetMomentMapConverterBase C JetMomentMapConverterBase< JetMomentMap_p1 > C JetMomentMapConverterBase< JetMomentMap_p6 > C JetMomentMapManager //////////////////////////////////////// C JetMonitoringAlg C JetMonitoringTool C JetOriginCorrectionTool C JetParticleAssociation C JetParticleCenterOfMassAssociation C JetParticleShrinkingConeAssociation C JetPFlowSelectionAlg C JetPileupCorrection C JetPileupLabelingTool C JetProvider Concrete class that implements the recording of jets & aux container to StoreGate via an externally provided WriteHandle C JetPruner C JetPseudojetCopier C JetPseudojetRetriever C JetPtAssociationTool David Adams C JetPullTool C JetQGTaggerVariableTool Properties: VertexContainer - name of the vertex container EventInfo - name of EventInfo container AssociatedTracks - name for attribute holding the list of associated tracks TVATool - tool to do track-vertex association TrkSelTool - tool to select tracks (none ==> no selection) C JetRecAlg C JetReclusterer C JetReclusteringTool C JetRecTool C JetRecursiveSoftDrop C JetSampling C JetSampling_p1 C JetSampling_p2 C JetSamplingCnv_p1 C JetSamplingCnv_p2 C JetSamplingCollection C JetSamplingCollection_p1 C JetSamplingCollection_p2 C JetSamplingCollectionCnv_p1 C JetSamplingCollectionCnv_p2 C JetSeedBuilder Class to build tau jet seed C JetSelectorAttribute ► C JetSelectorAttributeRunII C SelValueRetriever C JetSmearingCorrection C JetSoftDrop C JetSorter C JetSplitter C JetStreamer C JetSubStructureHistos C JetSubStructureMomentToolsBase C JetSums C JetSumsCollection C JetTagCalibCondData C JetTagInfo Dummy transient object for the over all pool converter C JetTagInfoBase C JetTagInfoBase_p1 C JetTagInfoCnv C JetTagMonitorAlgorithm C JetToBTagLinkerAlg C JetToolRunner Top-level tool for jet reconstruction ► C JetTrackMomentsTool Steven Schramm C TrackMomentStruct C JetTrackSelectionAlg C JetTrackSumMomentsTool James Frost C JetTrackVtxAssoAlg Creates a jet::TrackVertexAssociation object C JetTrigTimer C JetTrimmer ► C JetTruthLabelingTool C DecorHandles Upper mass cut for Z label C JetTruthParticleSelectorTool C JetUncertaintiesTool C JetUsedInFitTrackDecoratorTool Class JetUsedInFitTrackDecoratorTool Decorates tracks with vectors of AMVF vertices and annealing weights --> Needed for Run 3 TTVA C JetVertexFractionTool Steven Schramm C JetVertexNNTagger C JetVertexTaggerTool James Frost C JetViewAlg C JetVoronoiMomentsTool C JetWidthTool Steven Schramm and David Adams C jFexFwdElRoIsUnpackingTool C jFexFwdElRoIThresholdsTool C jFexInputByteStreamTool Implementation of a tool for L1 input data conversion from BS to xAOD and from xAOD to BS (IL1TriggerByteStreamTool interface) C JfexInputMonitorAlgorithm C jFexLRJetRoIsUnpackingTool C jFexLRJetRoIThresholdsTool C JfexMonitorAlgorithm C jFexRoiByteStreamTool C jFEXRoIByteStreamTool Implementation of a tool for L1 RoI conversion from BS to xAOD and from xAOD to BS (IL1TriggerByteStreamTool interface) ► C JfexSimMonitorAlgorithm C SortableTob C jFexSRJetRoIsUnpackingTool C jFexSRJetRoIThresholdsTool C jFexTauRoIsUnpackingTool C jFexTauRoIThresholdsTool ► C JGTowerBase_ID C HashCalc Small class holding the starting hash value, the min eta and the number of phi bins of each region C JiveXMLServer Controls and handles the JiveXML server threads This class creates, handles and controls the JiveXML server threads both for incoming and outgoing data. It also provides an interface for the threads to the TDAQ services, such as error logging C JMSCorrection C JNDAT1_DEF C JNDAT2_DEF C JNINT1_DEF C JNINT2_DEF C JobConfig C JobIDSvc Service to distribute unique job identifier C JpsiAlg C JpsiExample C JRoIsUnpackingTool C JSSTaggerBase C JSSTaggerUtils C JSSWTopTaggerANN C JSSWTopTaggerDNN C JTM_gFexJetRoIContainer C JTM_JetRoIContainer C JTM_jFexLRJetRoIContainer C JTM_jFexSRJetRoIContainer C JTower_ID Helper class for jTower offline identifiers C jTowerContainer Container class for jTower C JVTCondition C KeyClass C KeyConcept C KeyConcept< char *, std::string > C KeyConcept< char, std::string > C KeyConcept< char[N], std::string > C KeyConcept< int, std::string > C KeyConcept< long long, std::string > C KeyConcept< long, std::string > C KeyConcept< short, std::string > C KeyConcept< unsigned char, std::string > C KeyConcept< unsigned int, std::string > C KeyConcept< unsigned long long, std::string > C KeyConcept< unsigned long, std::string > C KeyConcept< unsigned short, std::string > C KitManager C KitManagerBase C klass This class describe the base functionalities of a HypoTool used by the ComboAlg C klass C known C KtDeltaRTool C KtMassDropTool C KTSplittingScaleTool ► C L1CaloBsDecoderRun3 C Logging Interface class for logging, can be overriden to e.g C L1CaloBsDecoderUtil C L1CaloCondAlg C L1CaloCondAlgReader C L1CaloCoolChannelId C L1CaloCTPMonitorAlgorithm Monitoring of L1Calo --> CTP transmission Compares L1Calo data with CTP TIP data C L1CaloDerivedRunPars Folder <-> Object mapping for /TRIGGER/L1Calo/V1/Conditions/DerivedRunPars C L1CaloDerivedRunParsContainer C L1CaloDetectorRegion C L1CaloDisabledTowers Folder <-> Object mapping for /TRIGGER/L1Calo/V1/Conditions/DisabledTowers C L1CaloDisabledTowersContainer C L1CaloDumpRampData C L1CaloEnergyScanResults Class that holds transient information about the calibration for trigger towers C L1CaloEnergyScanResultsContainer Container of L1CaloEnergyScanResults objects, inherit from the abstract base class AbstractL1CaloConditionContainer C L1CaloEnergyScanRunInfoContainer Container of L1CaloEnergyScanRunInfo metadata, inherit from the abstract base class AbstractL1CaloConditionContainer C L1CaloHVCorrections Class that holds mean HV corrections for receivers C L1CaloHVCorrectionsContainer Container of L1CaloHVCorrections objects, inherit from the abstract base class AbstractL1CaloConditionContainer C L1CaloHVCorrectionsForDB This algorithms creates a sqlite database of current HV Corrections C L1CaloHVDummyContainers This algorithms creates dummy containers so HV job will run without data C L1CaloL1TopoMonitorAlgorithm Monitor legacy CMX to L1Topo transmission of TOBs and timing of the L1Topo trigger bits with respect to L1 accept C L1CaloLegacyEDMMonitorAlgorithm C L1CaloLinearCalibration This algorithms creates calibration constants using a linear function C L1CaloModuleType C L1CaloPedestal L1CaloPedestal class C L1CaloPedestalContainer L1CaloPedestalContainer class C L1CaloPedestalCumul Intermediate Class to store pedestal data from the L1CaloPedestalMaker algorithm C L1CaloPedestalGenerator Algorithm to produce TriggerTowers filled with simulated pedestal runs C L1CaloPpmDeadChannels Folder <-> Object mapping for /TRIGGER/L1Calo/V1/Calibration/PpmDeadChannels C L1CaloPpmDeadChannelsContainer C L1CaloPpmFineTimeRefs C L1CaloPpmFineTimeRefsContainer C L1CaloPprChanCalib Folder <-> Object mapping for /TRIGGER/L1Calo/V2/Calibration/Physics/PprChanCalib C L1CaloPprChanCalibContainer C L1CaloPprChanCalibV1 Folder <-> Object mapping for /TRIGGER/L1Calo/V1/Calibration/Physics/PprChanCalib C L1CaloPprChanCalibV1Container C L1CaloPprChanDefaults Folder <-> Object mapping for /TRIGGER/L1Calo/V2/Configuration/PprChanDefaults C L1CaloPprChanDefaultsContainer C L1CaloPprChanDefaultsV1 Folder <-> Object mapping for /TRIGGER/L1Calo/V1/Configuration/PprChanDefaults C L1CaloPprChanDefaultsV1Container C L1CaloPprChanExtra Folder <-> Object mapping for /TRIGGER/L1Calo/V2/Calibration/Physics/PprChanCalib C L1CaloPprChanExtraContainer C L1CaloPprChanStrategy Folder <-> Object mapping for /TRIGGER/L1Calo/V2/Configuration/PprChanStrategy C L1CaloPprChanStrategyContainer C L1CaloPprConditions Transient conditions class for objects defined by the online framework and retrieved from COOL C L1CaloPprConditionsContainer Container of L1CaloPprConditions objects, inherit from the abstract base class AbstractL1CaloConditionContainer C L1CaloPprConditionsContainerRun2 Container of L1CaloPprConditions objects, inherit from the abstract base class AbstractL1CaloConditionContainer C L1CaloPprConditionsRun2 Transient conditions class for objects defined by the online framework and retrieved from COOL for the V2 database version C L1CaloPprDisabledChannel Transient conditions class for objects defined by the online framework and retrieved from COOL C L1CaloPprDisabledChannelContainer C L1CaloPprDisabledChannelContainerRun2 Container of L1CaloPprDisabledChannelRun2 objects, inherit from the abstract base class AbstractL1CaloConditionContainer C L1CaloPprLut Transient class defining the PPM lookup table objects C L1CaloPprLutContainer ► C L1CaloRampCumul Class to store intermediate ramp data for the L1CaloRampMaker algorithm C RampStep C L1CaloRampData Transient class to store the RampData calculated from calibration runs C L1CaloRampDataContainer Container of L1CaloRampData objects C L1CaloRampMaker The L1CaloRampMaker creates a set of L1CaloRampData objects C L1CaloRampRunPlan Transient class defining ramps runplan objects defined by the online framework and retrieved from COOL C L1CaloRampStep Class to store the measured energy per step for either calorimeter or level-1 C L1CaloRdo C L1CaloRdoEfexTob C L1CaloRdoEfexTower C L1CaloRdoFexTob C L1CaloRdoRodInfo C L1CaloReadoutConfig Folder <-> Object mapping for /TRIGGER/L1Calo/V2/Configuration/ReadoutConfig C L1CaloReadoutConfigContainer C L1CaloReadoutConfigContainerJSON C L1CaloReadoutConfigJSON Folder <-> Object mapping for /TRIGGER/L1Calo/V2/Configuration/ReadoutConfigJSON C L1CaloRunParameters Folder <-> Object mapping for /TRIGGER/L1Calo/V1/Conditions/RunParameters C L1CaloRunParametersContainer C L1CaloRxCoolChannelId C L1CaloRxGain Transient conditions class for objects defined by the online framework and retrieved from COOL C L1CaloRxGainContainer C L1CaloRxLayers Class that holds information about calo layers that make up receivers C L1CaloRxLayersContainer Container of L1CaloRxLayers objects, inherit from the abstract base class AbstractL1CaloConditionContainer C L1CaloTriggerTowerSelector This algorithm retrieves a TriggerTower container from storegate, loops through it and stores to an output container only the trigger toweres matching the slection criteria C L1CorrelationAlg C L1DataConsistencyChecker Checks the consistency between CTP active items and L1 RoIs (TOBs) received from RoIB/readout C L1IDFilterAlgorithm C L1InfoHypo C L1InfoHypoTool C L1JetCopyAlgorithm C L1MuonMon ► C L1MuonPtEncoding C code C L1TopoByteStreamCnv ByteStream converter for the L1TopoRDOCollection C L1TopoByteStreamTool Tool doing the L1TopoRDO <-> ByteStream conversion ► C L1TopoOnlineMonitor Algorithm to monitor L1Topo transmission and simulation errors for the (Run-3) L1Topo boards C DecisionBits Helper structure holding decision bitsets, passed between the monitoring methods C L1TopoOnlineMonitorHypo Hypo algorithm for L1Topo online monitoring chains accepting events with potential hardware, decoding or simulation issues C L1TopoOnlineMonitorHypoTool Hypo tool using the xAOD::TrigComposite with information on potential L1Topo hardware, decoding or simulation issues to decide whether an event should be accepted or not C L1TopoPhase1ByteStreamTool ► C L1TopoRatesCalculator C ResultDefinition C TriggerInfo C L1TopoRDO The class that represents the raw data received from an L1Topo board C L1TopoRDOCollection Container of L1TopoRDOs (standard Athena boilerplate) C L1TopoSrcIdMap This class provides conversion between Lower level Source ID to higher level source ID for L1Topo ByteStream fragments C L1TriggerByteStreamDecoderAlg Algorithm calling tools to convert L1 ByteStream into xAOD collections C L1TriggerMuonPlots C L1TriggerResultByteStreamCnv ByteStream converter for L1TriggerResult C L1TriggerResultMaker Algorithm creating L1TriggerResult and linking the relevant L1 xAOD collections to it C L2muCombMon C L2MuonSAIOMon C L2MuonSAMon C L2OverlapRemoverMon C LAr2DWaveBase Per-channel class holding wave information in time bins C LArABBADecoder C LArAbsShape Liquid Argon base class for shape information C LArAccumulatedCalibDigit Data class for calibration ADC samples preprocessed by the DSP C LArAccumulatedCalibDigitContainer Container class for LArAccumulatedCalibDigit C LArAccumulatedCalibDigitContByteStreamCnv C LArAccumulatedCalibDigitContSplitter C LArAccumulatedDigit Data class for ADC samples and autocorr preprocessed by the DSP C LArAccumulatedDigitContainer Container class for LArAccumulatedDigit C LArAccumulatedDigitContByteStreamCnv C LArAccumulatedDigits2Ntuple ► C LArADC2MeV C validVec_t C LArADC2MeV2Ntuple C LArADC2MeVCondAlg C LArAffectedRegionsAlg C LArAlignCondAlg Condition Algorithm for applying LAr Alignments C LArAlignDbAlg Algorithm for writing LAr alignment constants to Cond DB and reading them back C LArAlignHelper Helper class for applying LAr alignments either from LArDetectorToolNV or from LArAlignCondAlg C LArAutoCorr C LArAutoCorr2Ntuple C LArAutoCorrAlgToDB C LArAutoCorrBlob C LArAutoCorrComplete This class implements the ILArAutoCorr interface C LArAutoCorrCompleteCnv C LArAutoCorrCopy C LArAutoCorrDecoderTool C LArAutoCorrExtrapolate C LArAutoCorrFromStdNtuple C LArAutoCorrMaker C LArAutoCorrMC Implementation of the interface ILArAutoCorr for MC Derives from LArAutoCorrComplete , and implements the phi-z symmetry C LArAutoCorrMCCnv C LArAutoCorrNoise C LArAutoCorrNoiseCondAlg C LArAutoCorrP C-struct reproducing the structure of the persistent data C LArAutoCorrP1 C-struct reproducing the structure of the persistent data C LArAutoCorrSC C LArAutoCorrSubset_p1 Persistent class container of LArConditionsSubset for LArAutoCorr data C LArAutoCorrSubsetCnv_p1 C LArAutoCorrSym C LArAutoCorrTotal C LArAutoCorrTotalCondAlg ► C LArAutoCorrValidationAlg C DataPerFEB C LArAverages2Ntuple C LArBadChanBitPacking C LArBadChanContainerHashed C LArBadChanFEBHasher C LArBadChanFebState A class that stores the bad channels of a single FEB ► C LArBadChannel C LArBadChannelEnum C LArBadChannelSCEnum C LArBadChannel2Ascii C LArBadChannelCondAlg C LArBadChannelDBAlg C LArBadChannelDecoder ► C LArBadChannelHunter C Average C CellData C LArBadChannelMask C LArBadChannelParser ► C LArBadChannelParser2 C ISLine ► C LArBadChannelState C CoolChannelData C LArBadChanSCBitPacking C LArBadEventCatcher C LArBadFeb C LArBadFeb2Ascii C LArBadFebBitPacking C LArBadFebCondAlg C LArBadFebEnum C LArBadFebMasker C LArBadFebMaskingTool Mask LAr cells in Febs with decoding errors or listed in the bad feb database ► C LArBadXCont Conditions-Data class holding LAr Bad Channel or Bad Feb information C ChannelLess Comparison functor for sorting and searching C LArBarrelCalculator C LArBarrelPresamplerCalculator C LArBlockCorrections C LArCableAttenuationComplete This class implements the ILArCableAttenuation interface C LArCableAttenuationP C-struct reproducing the structure of the persistent data C LArCableLengthComplete This class implements the ILArCableLength interface C LArCableLengthP C-struct reproducing the structure of the persistent data C LArCablingChecker C LArCablingTest C LArCalculatorSvcImp C LArCalibCalculatorSvcImp C LArCalibCopyAlg C LArCalibDelayMonAlg C LArCalibDigit Base class for LArDigits taken during calibration runs C LArCalibDigitContainer Container class for LArCalibDigit C LArCalibDigitContByteStreamCnv C LArCalibDigitMaker ► C LArCalibDigitsAccumulator Emulator of DSP code in accumulation calibration mode C LArAccumulated Class of intermediate accumulations ► C LArCalibDigitsAccumulatorFreeGain C LArAccumulated Class of intermediate accumulations C LArCalibInject_timeSh The aim of this algorithm is the simulation of the LAr analogue Super-Cell sums C LArCalibLineMapping C LArCalibLineMappingAlg ► C LArCalibParams C CalibBoard C LArCalibParamsCnv C LArCalibPatchingAlg C LArCalibPedMonAlg C LArCalibShortCorrector C LArCalibTriggerAccumulator Helper class to accumulate calibration triggers C LArCalibValidationAlg Algorithm to validate LAr Autocorr; C LArCaliPulseParamsComplete This class implements the ILArCaliPulseParams interface C LArCaliPulseParamsP C LArCaliWave C LArCaliWaveAverage C LArCaliWaveBuilder C LArCaliWaveBuilderXtalk C LArCaliWaveContainer Liquid Argon Cumulative Wave Container C LArCaliWaveContainerCnv C LArCaliWaves2Ntuple This algrithm produces a column-wise NTuple out of a LArCaliWaveContainer or a LArPhysWaveContainer C LArCaliWaveSelector C LArCaliWaveSubset_p1 Persistent class container of LArCaliWave data C LArCaliWaveSubset_p2 Persistent class container of LArCaliWave data C LArCaliWaveSubset_p3 Persistent class container of LArCaliWave data C LArCaliWaveSubsetCnv_p1 C LArCaliWaveSubsetCnv_p2 C LArCaliWaveSubsetCnv_p3 ► C LArCaliWaveValidationAlg C DataPerFEB C LArCaliWaveVec C LArCaloId Liquid Argon class for standalone storage of cell information C LArCell Data object for LAr calorimeter readout cell C LArCellBuilderFromLArRawChannelTool Building LArCell objects from LArRawChannel C LArCellCollection Container Class for LArCell in a ROB used by EF C LArCellCont Class which contains statically allocated LArCellCollections C LArCellContFakeCreator Create a CaloCellContainer with LArCells for POOL I/O tests algs C LArCellContFakeReader Test Algorithm for POOL I/O uses CaloCellContainer as test data C LArCellContFakeWriter Test Algorithm for POOL I/O uses CaloCellContainer for LAr as test data C LArCellContHVCorrTool C LArCelldeadOTXAlg C LArCelldeadOTXTool C LArCellEmMiscalib Apply miscalibration in EM calorimeter at cell level C LArCellGainPathology Apply to MC the pathology on gain corruption between cha0-63, 64-127, which affected 7 samples data April-July 2010 C LArCellInfo Liquid Argon class for standalone storage of cell information C LArCellMaskingTool C LArCellMerger Replace cells in calo cell container with cells from alternate raw channel container ► C LArCellMonAlg C threshold_t C LArCellNoiseMaskingTool C LArCellTimeOffset C LArClusterCellMonAlg ► C LArClusterCollisionTimeAlg C perSide_t C LArCoherentNoisefractionMonAlg C LArCollisionTime Holds information about collisions timing from end-cap LAr calorimeters C LArCollisionTimeAlg C LArCollisionTimeMonAlg C LArCompactSubsetChannelPointer This acts as a pointer to a LArCompactSubsetChannelProxy C LArCompactSubsetChannelProxy A more compact way of storing shape/ofc data — non-const portion ► C LArCompactSubsetChannelVector This acts like a vector of channel objects C const_iterator Iterator for LArCompactSubsetChannelVector C LArCompactSubsetChannelVectorPointer This acts as a pointer to a LArCompactSubsetChannelVector C LArCompactSubsetConstChannelProxy A more compact way of storing shape/ofc data — const portion C LArCompactSubsetConstChannelVector This acts like a vector of channel objects — const version C LArCompactSubsetConstFebPair This acts like a FEB ID/channel vector pair C LArCompactSubsetFebPair This acts like a FEB ID/channel vector pair ► C LArCompactSubsetVector This acts like a vector of FEB ID / channel vector pairs C const_iterator Const_iterator class C iterator Iterator class C LArCompleteToFlat C LArCond2NtupleBase C LArCond2NtupleBaseEB C LArCondDataTest Athena algorithm used for testing LAr conditions data access C LArCondFEBIdChanMap This class maps FEB IDs to/from COOL channel ids C LArCondFlatBase C LArConditionContainer Template class for providing interface for accessing conditions data. ► C LArConditionsChannelSet Template class for use for I/O of conditions data correction sets C PairSort ► C LArConditionsContainer C SubsetSort C LArConditionsContainerBase This is a non-template implementation base class for LArConditionsContainer ► C LArConditionsContainerDB LArConditionsContainerDB template class Author: Walter Lampl Initial Version: April, 22nd 2005 C iteratorT Declaration of const iterator C LArConditionsException C LArConditionsMergerAlg ► C LArConditionsSubset Template class for use for I/O of conditions data C PairSort C LArConditionsSubset_p1 Persistent class container of LAr conditions data. Holds the generic information a LArConditionsSubset , i.e. not the details for each conditions object C LArConditionsSubsetTraits Traits class giving the types to use for the objects contained within the subset C LArConditionsSubsetTraits< LArOFCP1 > When storing these data in a LArConditionsSubset , use LArCompactSubset C LArConditionsSubsetTraits< LArShapeP2 > When storing these data in a LArConditionsSubset , use LArCompactSubset C LArConditionsTestAlg Athena algorithm used for testing LAr conditions data access C LArCondSuperCellBase C LArCosmicsMonAlg C LArCoudeAbsorbers C LArCoudeElectrodes C LArCoudes ► C LArCoverageAlg C LArChanHelp C LArCrateTool C LArDAC2uAComplete This class implements the ILArDAC2uA interface C LArDAC2uACompleteCnv C LArDAC2uAFlat C LArDAC2uAMC Implementation of the interface ILArDAC2uA for MC Derives from LArDAC2uAComplete , and implements the phi-z symmetry C LArDAC2uAMCCnv C LArDAC2uAP C-struct reproducing the structure of the persistent data C LArDAC2uASC C LArDAC2uASym C LArDeadOTXFromSC C LArDeltaRespPredictor C LArDeltaRespTool C LArDetCellParamsComplete This class implements the ILArDetCellParams interface C LArDetCellParamsP C LArDetectorManager Stored in storegate. Provides access to EMB, EMEC, HEC and FCAL Detector Managers. This manager for the whole LAr can purvey not only physical volumes but also pointers to managers for the sub-calorimeters:EMB, EMEC, HEC and FCAL C LArDetectorToolNV LArDetectorToolNV is a standard GeoModel tool, which calls LArDetectorFactory::create(), stores LArDetectorManager to the Detector Store and also implements the align() function which applies misalignments on top of the 'regular' geometry C LArDetectorToolTBEC C LArDigit Liquid Argon digit base class C LArDigitalTriggMonAlg C LArDigitContainer Container class for LArDigit C LArDigitContainer_p1 C LArDigitContainer_p2 C LArDigitContainer_p3 C LArDigitContainerCnv C LArDigitContainerCnv_p1 C LArDigitContainerCnv_p2 C LArDigitContainerCnv_p3 C LArDigitContByteStreamCnv C LArDigitMonAlg C LArDigitOscillationCorrTool C LArDigits2Ntuple C LArDigits2NtupleEB ► C LArDigitsAccumulator Emulator of DSP code in accumulation pedestal mode C LArAccumulated Class of intermediate accumulations C LArDigitsThinner Algorithm to copy a selected subset of LArDigits C LArDigitThinner C LArDigitThinnerFromEMClust C LArDSPConfig C LArDSPConfig2Ntuple C LArDSPConfigWrite C LArDSPThresholdFillInline C LArDSPThresholds2Ntuple C LArDSPThresholdsComplete C LArDSPThresholdsCompleteCnv C LArDSPThresholdsFlat C LArDSPThresholdsP C LArDSPThresholdsSubset_p1 Persistent class container of LArConditionsSubset for LArDSPThresholds data C LArDSPThresholdsSubsetCnv_p1 C LArDumpShapes Dump out shape information to a ROOT file C LArDuplicateConstants C LArElectrodeID Helper for the Liquid Argon Calorimeter cell at the electrode level C LArElectrodeIDDetDescrCnv This class is a converter for the LArElectrodeID an IdHelper which is stored in the detector store ► C LArEM_Base_ID This class factors out code common between LArEM_ID and LArEM_SuperCell_ID C HashCalc Small class holding the starting hash value, the min eta and the number of phi bins of each region C LArEM_ID Helper class for LArEM offline identifiers C LArEM_region This class provides an interface to deal with regions in the neighbours finding C LArEM_SuperCell_ID Helper class for LArEM offline identifiers for supercells C LArEMEC_CphiComplete This class implements the ILArEMEC_Cphi interface C LArEMEC_CphiP C-struct reproducing the structure of the persistent data C LArEMEC_HValphaComplete This class implements the ILArEMEC_HValpha interface C LArEMEC_HValphaP C-struct reproducing the structure of the persistent data C LArEMEC_HVbetaComplete This class implements the ILArEMEC_HVbeta interface C LArEMEC_HVbetaP C-struct reproducing the structure of the persistent data C LarEMSamplingFraction C LArEndcapPresamplerCalculator C LArFanSections C LArFastShower NEEDS DOCUMENTATION C LArFastShowerTool NEEDS DOCUMENTATION C LArFCAL_Base_ID C LArFCAL_ID Helper class for LArFCAL offline identifiers C LArFCAL_region This class provides an interface to deal with regions in the neighbours finding C LArFCAL_SuperCell_ID Helper class for LArFCAL offline identifiers for supercells C LArFCALCalculatorBase C LArFCALH62004CalibCalculatorBase C LArFCalSamplingFraction C LArFCalTowerBuilderTool Special tower builder for FCal C LArFCalTowerBuilderToolTestAlg C LArFCalTowerStore Intermediate store for cell/tower maps C LArFCS_StepInfoSD C LArFebConfig C LArFEBConfigCondAlg C LArFebEnergy Holds partial energy sums Ex,Ey,Ez for each Feb C LArFebEnergyCollection Container class for LArFebEnergy C LArFebErrorSummary Holds information from the FEB Error Summary C LArFebErrorSummary_p1 Persistent class for LArFebErrorSummary , version p2 C LArFebErrorSummaryCnv C LArFebErrorSummaryCnv_p1 C LArFebErrorSummaryMaker ► C LArFebHeader Holds information from the FEB Header C DspHeader DSP-Header (most of it is actually in the DSP-Trailer) C RodHeader ROD-Header, always present (is part of the FEB-Header) C LArFebHeaderContainer Container class for LArFebHeader C LArFebHeaderContByteStreamCnv C LArFEBMonAlg C LArFebRodMapConvert C LArFebRodMapping C LArFebRodMappingAlg C LArFEBTemp2Ntuple This algrithm produces a column-wise NTuple out of a LArFEBTempTool C LArFEBTempAlg C LArFEBTempData C LArFEBTimeOffset C LArFebTimeOffset2Ntuple C LArFillDSPConfig C LArFlatConditionsAlg C LArFlatFromFile C LArfSampl2Ntuple C LArfSamplComplete This class implements the ILArfSampl interface C LArfSamplMC Implementation of the interface ILArfSampl for MC Derives from LArfSamplComplete , and implements the phi-z symmetry C LArfSamplP C-struct reproducing the structure of the persistent data C LArfSamplSC C LArfSamplSym Implementation of the interface ILArfSampl for MC using the z-phi symmetry C LArG4BirksLaw ► C LArG4CalibSD A specialized SD class for saving LAr calibration hits C LessHit C LArG4FastSimSvc Class for fast simulation option service C LArG4GenShowerLib Class for shower library generation algorithm C LArG4H62004ActiveSDTool DEPRECATED AND WILL BE REMOVED C LArG4H62004CalibSD C LArG4H62004DeadCalibrationCalculator C LArG4H62004DeadSDTool DEPRECATED AND WILL BE REMOVED C LArG4H62004EMECSDTool DEPRECATED AND WILL BE REMOVED C LArG4H62004FCALSDTool DEPRECATED AND WILL BE REMOVED C LArG4H62004HECSDTool DEPRECATED AND WILL BE REMOVED C LArG4H62004InactiveSDTool DEPRECATED AND WILL BE REMOVED C LArG4H62004SD C LArG4H6BeamSD C LArG4H6BeamSDTool C LArG4H6COLDTCMod0Calculator C LArG4H6COLDTCMod0CalibCalculator C LArG4H6COLDTCMod0ChannelMap C LArG4H6FrontHit C LArG4H6LeakHit C LArG4H6WarmTCCalculator C LArG4H6WarmTCHit C LArG4H6WarmTCSD C LArG4H6WarmTCSDTool C LArG4Identifier C LArG4SDTool A base class for tools that manage LAr SDs C LArG4ShowerLibSvc Class for shower library service C LArG4ShowerLibSvcTest ► C LArG4SimpleSD Common sensitive detector class for LAr systems C LessHit C LArG4TBECBeamChCalculator C LArG4TBECBeamChHit C LArG4TBECBeamChSDTool C LArG4TBECBeamChSensitiveDetector C LArG4TBPosOptions C LArGainThresholds2Ntuple C LArGeoTB2004Options C LArGeoTBGeometricOptions C LArGeoTBH1GeoOptions C LArGeoWeightsFill C LArGlobalTimeOffset C LArGraphShape Liquid Argon class for standalone storage of cell shape information C LArH6OscillationComplete This class implements the ILArH6Oscillation interface C LArH6OscillationP C-struct reproducing the structure of the persistent data ► C LArHEC_Base_ID This class factors out code common between LArEM_ID and LArEM_SuperCell_ID C HashCalc Small class holding the starting hash value, the min eta and the number of phi bins of each region C LArHEC_ID Helper class for LArHEC offline identifiers C LArHEC_region This class provides an interface to deal with regions in the neighbours finding C LArHEC_SuperCell_ID Helper class for LArHEC offline identifiers for supercells C LArHECLocalCalculator C LArHECNoise C LArHECWheelCalculator C LArHit Class to store hit energy and time in LAr cell from G4 simulation C LArHit_p1 Persistent LArHit class, version p1 C LArHitCnv_p1 C LArHitContainer Hit collection C LArHitContainer_p1 Persistent represenation of a LArHitContainer , C LArHitContainer_p2 Persistent represenation of a LArHitContainer , C LArHitContainerCnv C LArHitContainerCnv_p2 C LArHitData C LArHitEMap C LArHitEMapMaker C LArHitEMapToDigitAlg C LArHitFilter C LArHitFloat Class to store hit energy and time in LAr cell from G4 simulation C LArHitFloatCnv_p1 C LArHitFloatContainer Container for LArHitFloat C LArHitFloatContainerCnv C LArHitFloatContainerCnv_p1 C LArHitFloatContainerCnv_p2 C LArHitList C LArHitMerger C LArHitsTestTool C LArHITtoCell Make a dummy supercell LArRawChannelContainer CaloCallContainer C LArHV2Ntuple C LArHVCablingSimTool Mapping from HV lines to electrodes ► C LArHVCondAlg C DCS_t C LArHVCorr C LArHVCorrectionMonAlg C LArHVCorrMaker C LArHVCorrToSCHVCorr ► C LArHVData C HV_t Struct for HV, current and weight C LArHVFraction C LArHVIdMapping C LArHVIdMappingAlg C LArHVIdMappingReader Helper to read HV ID mapping data from a file or conditions C LArHVLineID Helper for the Liquid Argon Calorimeter High-Voltage identifiers C LArHVLineIDDetDescrCnv This class is a converter for the LArHVLineID an IdHelper which is stored in the detector store C LArHVlineMapAlg C LArHVManager This class provides access to the High Voltage throughout the LAr . High voltage conditions can also be accessed through the readout Geometry, if appropriate C LArHVMapTool C LArHVNMap ► C LArHVPathologiesDb C LArHVElectPathologyDb C LArHVPathology C LArHVPathologyBits C LArHVPathologyDbAlg C LArHVPathologyDbCondAlg C LArHVPathologyDbTool C LArHVScaleCorr2Ntuple C LArHVScaleCorrComplete This class implements the ILArHVScaleCorr interface C LArHVScaleCorrCompleteCnv C LArHVScaleCorrFlat C LArHVScaleCorrSC ► C LArHVScaleCorrTool C HV_t C HVfix_t C LArID_Exception Exception class for LAr Identifiers C LArIdCablingTest C LArIdMapConvert C LArIdTranslatorHelper C LArLATOMEBuilderAlg ► C LArLATOMEDecoder C EventProcess C LatomeAveragedRawData C LatomeCalibPatterns C LatomeRawData 4th bit should be this value if the word indicate ADC value C LArLATOMEHeader Holds information from the LATOME Header C LArLATOMEHeaderContainer Container class for LArLATOMEHeader C LArLATOMEHeaderContainer_p1 C LArLATOMEHeaderContainerCnv C LArLATOMEHeaderContainerCnv_p1 C LArLATOMEHeaderContByteStreamCnv C LArLATOMEMapping Class to provide SC mapping C LArLATOMEMappingAlg Class to fill SC mapping object from conditions DB C LArMasterWaveBuilder C LArMaterialManager C LArMCSym Helper class to handle z-phi symmetry of calibration constants in MC C LArMCSymCondAlg C LArMinBias2Ntuple ► C LArMinBiasAlg C CellInfo C LArMinBiasAverageComplete This class implements the ILArMinBiasAverage interface History: C LArMinBiasAverageMC Implementation of the interface ILArMinBiasAverage for MC Derives from LArMinBiasAverageComplete , and implements the phi-z symmetry History: C LArMinBiasAverageP C-struct reproducing the structure of the persistent data C LArMinBiasAverageSC C LArMinBiasAverageSym C LArMinBiasComplete This class implements the ILArMinBias interface History: C LArMinBiasMC Implementation of the interface ILArMinBias for MC Derives from LArMinBiasComplete , and implements the phi-z symmetry History: C LArMinBiasP C-struct reproducing the structure of the persistent data C LArMinBiasSC C LArMinBiasSym C LArMiniFCAL_ID Helper class for LArMiniFCAL offline identifiers C LArMLencoding C LArMonValues C LArMphysOverMcal2Ntuple This algrithm produces a column-wise NTuple out of a LArMphysOverMcalDB C LArMphysOverMcalComplete This class implements the ILArMphysOverMcal interface C LArMphysOverMcalCompleteCnv C LArMphysOverMcalFlat C LArMphysOverMcalFromTuple C LArMphysOverMcalMC Implementation of the interface ILArMphysOverMcal for MC Derives from LArMphysOverMcalComplete , and implements the phi-z symmetry C LArMphysOverMcalMCCnv C LArMphysOverMcalP C-struct reproducing the structure of the persistent data C LArMphysOverMcalP1 C-struct reproducing the structure of the persistent data C LArMphysOverMcalSC C LArMphysOverMcalSubset_p1 Persistent class container of LArConditionsSubset for LArMphysOverMcal data C LArMphysOverMcalSubsetCnv_p1 C LArMphysOverMcalSym C LArNNRawChannelBuilder C LArNoise2Ntuple C LArNoiseBursts C LArNoiseComplete This class implements the ILArNoise interface ► C LArNoiseCorrelationMonAlg C perFeb_t Internally used data structure C LArNoiseMC Implementation of the interface ILArNoise for MC Derives from LArNoiseComplete , and implements the phi-z symmetry C LArNoiseP C LArNoiseSC C LArNoiseSym C LArNoisyROAlg Find list of suspicious preamplifiers and Front End Boards from cell collection ► C LArNoisyROMonAlg C CandidateMNBStruct C LArNoisyROSummary Summary information for noisy LAr preamp / FEBs C LArNoisyROSummary_p1 C LArNoisyROSummary_p2 C LArNoisyROSummary_p3 C LArNoisyROSummary_p4 C LArNoisyROSummary_p5 C LArNoisyROSummary_p6 C LArNoisyROSummaryCnv C LArNoisyROSummaryCnv_p1 C LArNoisyROSummaryCnv_p2 C LArNoisyROSummaryCnv_p3 C LArNoisyROSummaryCnv_p4 C LArNoisyROSummaryCnv_p5 C LArNoisyROSummaryCnv_p6 ► C LArNoisyROTool C FEBEvtStat C LArNonLinearity Add non linearity in calorimeter for test at L2 C LArOFC C LArOFC2Ntuple ► C LArOFCAlg C Looper C perChannelData_t C LArOFCBin2Ntuple C LArOFCBin_PhysCaliTdiffFromStdNtuple C LArOFCBinAlg C LArOFCBinComplete C LArOFCBinCompleteCnv C LArOFCBinP C LArOFCBinSubsetCnv_p1 C LArOFCComplete This class implements the ILArOFC interface C LArOFCCompleteCnv C LArOFCCondAlg C LArOFCCopy C LArOFCFlat C LArOFCP C-struct reproducing the structure of the persistent data C LArOFCP1 C-struct reproducing the structure of the persistent data C LArOFCSC C LArOFCSubset_p1 Persistent class container of LArConditionsSubset for LArOFC data C LArOFCSubsetCnv_p1 C LArOFCtoOFC C LArOFCweightSC C LArOFIterResults C LArOFIterResultsContainer C LArOFPeakRecoTool C LArOFPhaseFill C LArOFPhasePicker C LArOnlID_Exception Exception class for LAr online Identifiers C LArOnline_SuperCellID C LArOnline_SuperCellIDDetDescrCnv This class is a converter for the LArOnline_SuperCellID an IdHelper which is stored in the detector store C LArOnlineID ► C LArOnlineID_Base Helper for the Liquid Argon Calorimeter cell identifiers C HashCalc Define the Hash identifier for channels and febs C HashCalcFeb C LArOnlineIDDetDescrCnv This class is a converter for the LArOnlineID an IdHelper which is stored in the detector store C LArOnOffIdMapping C LArOnOffMappingAlg C LArParabolaPeakRecoTool ► C LArParams2Ntuple This algorithm produces a column-wise NTuple out of several complete structures C DumpFlags C LArParamsFromStdNtuple C LArPedestal C LArPedestalAutoCorrBuilder C LArPedestalBlob C LArPedestalComplete This class implements the ILArPedestal interface C LArPedestalCompleteCnv C LArPedestalCopy C LArPedestalFlat C LArPedestalMaker C LArPedestalMC Implementation of the interface ILArfSampl for MC : only one constant is needed for MC C LArPedestalMC_p1 Persistent class container of LArConditionsMC for LArPedestal data C LArPedestalMCCnv C LArPedestalMCCnv_p1 C LArPedestalP C LArPedestalP1 C LArPedestals2Ntuple This algrithm produces a column-wise NTuple out of a LArPedestalDB C LArPedestalSC C LArPedestalSubset_p1 Persistent class container of LArConditionsSubset for LArPedestal data C LArPedestalSubset_p2 Persistent class container of LArConditionsSubset for LArPedestal data C LArPedestalSubsetCnv_p1 C LArPedestalSubsetCnv_p2 ► C LArPedestalValidationAlg C DataPerFEB C LArPhysCaliTDiffAlg C LArPhysCaliTdiffComplete This class implements the ILArPhysCaliTdiff interface ` * C LArPhysCaliTdiffP C LArPhysWave C LArPhysWaveContainer Liquid Argon Physics Wave Container C LArPhysWaveContainerCnv C LArPhysWaveFromStdNtuple C LArPhysWaveFromTuple C LArPhysWaveHECTool C LArPhysWavePredictor C LArPhysWaves2Ntuple This algrithm produces a column-wise NTuple out of a LArPhysWaveContainer C LArPhysWaveShifter C LArPhysWaveSubset_p1 Persistent class container of LArPhysWave data C LArPhysWaveSubsetCnv_p1 C LArPhysWaveTool ► C LArPileUpTool C perEventData_t C LArPulseShape C LArRampAdHocPatchingAlg C LArRampBlob C LArRampBuilder C LArRampComplete C LArRampCompleteBase This class implements the ILArRamp interface C LArRampCompleteCnv C LArRampCopy C LArRampCorr C LArRampFCalCorr C LArRampFlat C LArRampMC Implementation of the interface ILArRamp for MC Derives from LArRampComplete , and implements the phi-z symmetry C LArRampMCCnv C LArRampP Persistent data for LArRamp Copied from LAr C LArRampP1 Persistent data for LArRamp Copied from LAr C LArRampPTmp Persistent data for LArRamp Copied from LAr C LArRamps2Ntuple This algrithm produces a column-wise NTuple out of a LArRawRampContainer C LArRampSC C LArRampSubset_p1 Persistent class container of LArConditionsSubset for LArRamp data C LArRampSubsetCnv_p1 C LArRampSym ► C LArRampValidationAlg C DataPerRegion C LArRawCalibDataReadingAlg C LArRawChannel Liquid Argon ROD output object base class C LArRawChannel_p1 Persistent class for LArRawChannel , version p1 C LArRawChannel_p2 Persistent class for LArRawChannel , version p2 C LArRawChannelBuilderAlg C LArRawChannelBuilderIterAlg C LArRawChannelBuilderSCAlg C LArRawChannelCnv_p1 C LArRawChannelCnv_p2 C LArRawChannelCollection_p1 Persistent LArRawChannelCollection, version p1 C LArRawChannelCollection_p2 Persistent LArRawChannelCollection, version p2 C LArRawChannelContainer Container for LArRawChannel (IDC using LArRawChannelCollection) C LArRawChannelContainer_p1 Persistent LArRawChannelContainer , version p1 C LArRawChannelContainer_p2 Persistent LArRawChannelContainer , version p2 C LArRawChannelContainer_p3 Persistent LArRawChannelContainer , version p3 C LArRawChannelContainer_p4 Persistent LArRawChannelContainer , version p3 C LArRawChannelContainerCnv_p1 C LArRawChannelContainerCnv_p2 C LArRawChannelContainerCnv_p3 C LArRawChannelContainerCnv_p4 C LArRawChannelContByteStreamCnv C LArRawChannelMonAlg C LArRawChannelSimpleBuilder CTB simplified LArRawChannelBuilder using hardcoded calib. constants C LArRawDataContByteStreamTool An AlgTool class to help converting LAr raw data objects to/from ByteStream C LArRawDataReadingAlg C LArRawDetSelector This class provide access to LArRawChannels in each sub detector Input: LAr Detector Identifier Allowed are lar_em lar_hec lar_fcal C LArRawEventContainerCnv C LArRawOrdering ► C LArRawRamp This class stores a unfittet ramp (=a vector a ADC and DAC values) C RAMPPOINT_t C LArRawRampContainer C LArRawSC Liquid Argon SuperCell raw data C LArRawSCCalibDataReadingAlg C LArRawSCContainer Container class for LArRawSC C LArRawSCContainer_p1 C LArRawSCContainerCnv_p1 C LArRawSCDataReadingAlg C LArRAWtoSuperCell C LArRDOAnalysis C LArReadCells C LArReadHadDMCoeffFile C LArReadHadDMCoeffFile2 C LArReadoutModuleService Service for creating and interpreting LAr readout modules identifiers C LArReadParamsFromFile This algorithm reads an ascii file and fill a paremeters structure into the detector store C LArRecoMaterialTool This class implements the CaloDetDescr/ICaloRecoMaterialTool and provides the average materials needed for the LAr part of the Calorimeter/CaloTrackingGeometry volumes C LArRecoSimpleGeomTool This class implements the CaloDetDescr/ICaloRecoSimpleGeomTool and provides the simplified geometry needed for the LAr part of the Calorimeter/CaloTrackingGeometry volumes C LArRinj2Ntuple C LArRinjComplete This class implements the ILArRinj interface C LArRinjP C-struct reproducing the structure of the persistent data C LArRodBlockAccumulatedV3 This class provides decoding/encoding from/to ROD format C LArRodBlockCalibrationV0 C LArRodBlockCalibrationV1 This class provides decoding/encoding from/to ROD format C LArRodBlockCalibrationV2 This class provides decoding/encoding from/to ROD format C LArRodBlockCalibrationV3 This class provides decoding/encoding from/to ROD format C LArRodBlockHeaderCalibrationV0 This class provides decoding/encoding from/to ROD format C LArRodBlockHeaderTransparentV0 This class provides decoding/encoding from/to ROD format C LArRodBlockPhysicsV0 C LArRodBlockPhysicsV1 C LArRodBlockPhysicsV2 C LArRodBlockPhysicsV3 C LArRodBlockPhysicsV4 C LArRodBlockPhysicsV5 C LArRodBlockPhysicsV6 C LArRodBlockStructure C LArRodBlockTransparentV0 C LArRodDecoder This class provides conversion between ROD data and LArRawChannels ► C LArRodEncoder This class provides conversion from LArRawChannel and LArDigit to ROD format C FebData_t C LArRodIdHash Class that provides LArReadoutModuleID to integer hash ID mapping ► C LArRODMonAlg C diff_t C ERRCOUNTER C LArRoIMap Mapping between calorimeter trigger id to offline/online Identifier C LArRoIMapCondAlg Conditions algorithm producing LArRoIMap ► C LArRTMParamExtractor C helperParams C Looper C LArSamplesData Liquid Argon class for compact storage of samples data C LArSamplesDataContainer Liquid Argon class for compact storage of samples data C LArSamplesDataTweaker Storage of a collection of digits for one cell C LArSamplesEventData Liquid Argon class for compact storage of samples data C LArSamplesFilterList Storage of a collection of digits for one cell C LArSamplesFilterParams Storage of a collection of digits for one cell C LArSamplesHistory Class to calculate chi^2s C LArSamplesHistoryContainer Storage of a collection of digits for one cell C LArSamplesOFC Liquid Argon class for standalone storage of cell shape information C LArSamplesRunData Liquid Argon class for compact storage of samples data C LArSC2Ntuple C LArSC2NtupleEB C LArSCDigit Base class for LArDigits taken by LATOME C LArSCDigitContainer Container class for LArSCDigit C LArSCDigitContainer_p1 C LArSCDigitContainerCnv_p1 C LArSCIdvsIdTest C LArSCL1Maker The aim of this algorithm is the simulation of the LAr analogue Super-Cell sums C LArSCSimpleMaker Make a dummy supercell LArRawChannelContainer CaloCallContainer C LArSCvsRawChannelMonAlg C LArShape2Ntuple C LArShape32MC This class implements the ILArShape interface C LArShape32MCCnv C LArShape32Sym C LArShapeBlob C LArShapeComplete This class implements the ILArShape interface C LArShapeCompleteCnv C LArShapeCompleteMaker C LArShapeCompleteMakerAlg C LArShapeCopy C LArShapeCorrector C LArShapeDumper C LArShapeDumperTool C LArShapeFlat C LArShapeFromStdNtuple C LArShapeInfo Liquid Argon class for standalone storage of cell shape information C LArShapeP C-struct reproducing the structure of the persistent data C LArShapeP1 C-struct reproducing the structure of the persistent data C LArShapeP2 C-struct reproducing the structure of the persistent data C LArShapePeakRecoTool C LArShapeSC C LArShapeSubset_p1 Persistent class container of LArConditionsSubset for LArShape data C LArShapeSubset_p2 Persistent class container of LArConditionsSubset for LArShape data C LArShapeSubsetCnv_p1 C LArShapeSubsetCnv_p2 C LArShapeToSCShape C LArSimpleShape Liquid Argon class for standalone storage of cell shape information C LArSimpleShapeDumper C LArSingleFloatBlob C LArSingleFloatConverter C LArSingleFloatP C LArSingleFloatSubset_p1 Persistent class container of LArConditionsSubset for LArSingleFloat data C LArSingleFloatSubsetCnv_p1 C LArSingleFloatUpdater C LArSingleIntSubset_p1 Persistent class container of LArConditionsSubset for LArSingleInt data C LArStraightAbsorbers C LArStraightElectrodes C LArStrHelper Helper class to manipulate strings for LArOnlineID names ► C LArStripsCrossTalkCorrector C neighbour_t C LArSuperCellBCIDAlg C LArSuperCellBCIDEmAlg C LArSuperCellMonAlg C LArSymConditionsAlg C LArTBFrontHit C LArTBH6BeamInfo C LArTBH6TriggerTimeTool C LArTBLeakHit C LArTBWarmTCHit C LArTdriftComplete This class implements the ILArTdrift interface C LArTdriftP ► C LArTemperatureCorrectionTool Correction on the energy for temperature fluctuations authors: Ruggero Turra 2015 C AllValues C LArTimePhysPrediction C LArTimeVetoAlg C LArTowerBuilderTool Concrete tool for CaloTower building in LAr C LArTshaperComplete This class implements the ILArTshaper interface C LArTshaperP C-struct reproducing the structure of the persistent data C LArTT_Sampling ► C LArTT_Selector C const_iterator ► C LArTTCell_P This is a database object holding the offline TT-cell map C LArTTCell_P_t Structure of the map C LArTTCell_t Structure definition of the LArTTCellMap C LArTTCellMap This is a StoreGate object holding the offline TT-cell map C LArTTCellMapCnv Create derived converter to customize the saving of MyClass C LArTTL1 Liquid Argon TT L1 sum class C LArTTL1_p1 C LArTTL1Calib This algorithm is meant to be run in standalone only for TTL1 calibration purposes C LArTTL1Cnv_p1 C LArTTL1Container Container class for LArTTL1 C LArTTL1Container_p1 C LArTTL1ContainerCnv C LArTTL1Maker The aim of this algorithm is the simulation of the LAr analogue trigger tower sums C LAruA2MeV2Ntuple This algrithm produces a column-wise NTuple out of a LAruA2MeVDB C LAruA2MeVComplete This class implements the ILAruA2MeV interface C LAruA2MeVCompleteCnv C LAruA2MeVFlat C LAruA2MeVMC Implementation of the interface ILAruA2MeV for MC Derives from LAruA2MeVComplete , and implements the phi-z symmetry C LAruA2MeVMCCnv C LAruA2MeVP C-struct reproducing the structure of the persistent data C LAruA2MeVSC C LAruA2MeVSym C LArVectorProxy Proxy for accessing a range of float values like a vector C LArWave C LArWaveCumul C LArWaveDerivedQuantitiesComplete This class implements the ILArWaveDerivedQuantities interface C LArWaveDerivedQuantitiesP C LArWaveHelper C LArWaves2Ntuple C LArWFParams C LArWFParams2Ntuple This algorithm produces a column-wise NTuple out of a LArWFParamsContainer C LArWFParamsComplete C LArWFParamsContainer Liquid Argon Wave Parameters Container ► C LArWFParamTool C omegaScanParams_t C waveRange_t C WaveTiming_t C LArWheelCalculator C LArWheelSliceSolid C LArWheelSolid C LArWheelSolidDDProxy C LArXTalkWeight C LArXTalkWeightCondAlg C LArXTalkWeightCondAlg_2strip C LArXTalkWeightCondAlg_2strip_ec C LArXTalkWeightCondAlg_middle1 C LArXTalkWeightCondAlg_middle1_ec C LArXTalkWeightCondAlg_middle2 C LArXTalkWeightCondAlg_middle2_ec C LArXTalkWeightCondAlg_middleback C LArXTalkWeightCondAlg_middleback_eciw C LArXTalkWeightCondAlg_middleback_ecow C LArXTalkWeightCondAlg_strip C LArXTalkWeightCondAlg_strip_ec C LArXTalkWeightCondAlg_stripmiddle C LArXTalkWeightCondAlg_stripmiddle_ec C LArXTalkWeightGlobal C LArXTalkWeightGlobalCondAlg C LATOMEMapping Tool to get LATOME SC and SCID mapping file and fill std::map variable with it C LayerDisk C LayerInfo C LayerMaterialMapCnv C LayerMaterialMapCnv_p1 C LayerMaterialMapCnv_tlp1 C LayerSection C LayerTestTool C LayerValidationTree C LB_IOVRange C LBDurationCondAlg Produce LBDurationCondData from /TRIGGER/LUMI/LBLB C LBDurationCondData Hold luminosity block duration data produced from /TRIGGER/LUMI/LBLB ► C LCE_CellList C thrCounter_t C lcoords C LeadingJetsRelations C Legend Slightly more convenient legend class C Lepton2gamma2 C LeptonCFEValidationPlots C LeptonFilter Filter events based on presence of charged leptons C LeptonNFEValidationPlots C LeptonPairFilter C LhoodMMEvent C lims C LinearityADC Parameterization of correction for ADC non linearity C LinearService C LinearTrack C LineFormatter C lnk_helper C lnk_helper< CONTAINER, false > C lnk_helper< CONTAINER, true > C LoadGpuFuncHist C LoadGpuHist C LocalDirectionCnv_p1 C LocalEstimate C LocalParametersCnv_p1 C LocalPositionCnv_p1 C LogFileMsgStream ► C LoggedMessageSvc C MsgAry Private helper class to keep the count of messages of a type (MSG::LEVEL) C LogSampler C LongDbArray C LookUpTable C LPhi_Storage ► C LPhiSector C compareR C compareRless C compareZ C greaterThanR C greaterThanR_i C greaterThanZ C smallerThanR C smallerThanR_i C smallerThanZ C LRTElectronValidationPlots C ltIdHash C LUCID_ByteStreamRawDataCnv C LUCID_DetectorFactory C LUCID_DetectorManager C LUCID_DetectorTool C LUCID_DetElemHash ► C LUCID_DigiSettings C parDouble C parInt C LUCID_Digit C LUCID_Digit_p1 C LUCID_Digit_p2 C LUCID_DigitByteStreamCnv C LUCID_DigitCnv_p1 C LUCID_DigitCnv_p2 C LUCID_DigitContainer C LUCID_DigitContainer_p1 C LUCID_DigitContainer_p2 C LUCID_DigitContainerCnv C LUCID_DigitContainerCnv_p1 C LUCID_DigitContainerCnv_p2 C LUCID_DigitizationToolBox C LUCID_DigiTop Algorithm to perform the digitization of LUCID SimHits C LUCID_DigitRawDataCnv C LUCID_HardwareID C LUCID_HitHelper C LUCID_ID C LUCID_PileUpTool C LUCID_RawData C LUCID_RawData_p1 C LUCID_RawDataCnv_p1 C LUCID_RawDataContainer C LUCID_RawDataContainer_p1 C LUCID_RawDataContainerCnv C LUCID_RawDataContainerCnv_p1 C LUCID_RDBAccess C LUCID_RodDecoder ► C LUCID_RodEncoder C Cache C LUCID_SensitiveDetector C LUCID_SensitiveDetectorTool C LUCID_SimHit C LUCID_SimHit_p1 C LUCID_SimHit_p2 C LUCID_SimHit_p3 C LUCID_SimHitCnv_p1 C LUCID_SimHitCnv_p2 C LUCID_SimHitCnv_p3 C LUCID_SimHitCollection_p1 C LUCID_SimHitCollection_p2 C LUCID_SimHitCollection_p3 C LUCID_SimHitCollectionCnv C LucidHitAnalysis C LucidHitsTestTool C LucidPhysicsTool ► C LuDatr C LUDATR ► C LuJets C LUJETS C LumiBlobUtil Utility class to to decode data from FILLPARAMS COOL folder ► C LumiBlockCollection C SortIOVRangeByStart C LumiBlockCollection_p1 C LumiBlockCollection_p2 C LumiBlockCollectionCnv C LumiBlockCollectionConverter C LumiBlockMetaDataTool Declaration of the LumiBlockMetaDataTool class C LumiBlockMuTool Tool to provide interactions per crossing (mu) from reading values stored in DB C LumiBlockMuWriter Algorithm to write interactions per crossing (mu) into xAOD::EventInfo as decorations C LumiBlockRange_p1 C LumiBlockRange_p2 C LumiBlockRangeCnv_p1 C LumiBlockRangeCnv_p2 C LumiBlockRangeContainerConverter C LumiBlockTester Algorithm to test luminosity tools C LumiCalculator C LumiCalibrator Utility class to apply calibrations from /TDAQ/OLC/CALIBRATIONS folder C lumiList C LuminosityCondAlg Conditions algorithm for luminosity data C LuminosityCondData C lumiParser C LumiProfileSvc C LVL1_ROI Top level AOD object storing LVL1 RoIs C LVL1_ROI_p1 Persistent representation of LVL1_ROI C LVL1_ROICnv POOL converter for LVL1_ROI C LVL1_ROICnv_p1 T/P converter for LVL1_ROI and LVL1_ROI_p1 C Lvl1ResultCnv C Lvl1ResultCnv_impl C LVNotifier C LWTNNCollection C M4MuIntervalFilter C MakeEventStreamInfo This class provides an algorithm to make the EventStreamInfo object and update it C MakeInputDataHeader This class provides an algorithm to make an OutputDataHeader the InputDataHeader ► C MakeLArCellFromRaw Building LArCell objects from LArRawChannel C CellInfo ► C ManagedMonitorToolBase Provides functionality for users to implement and save histograms, ntuples, and summary data, while allowing a central manager to coordinate and configure many ManagedMonitorToolBase instances C DefaultStream C GlobalDirectoryRestore Private helper class C Imp C MgmtParams C MonGroup A container of information describing a monitoring object C NoOutputStream C OfflineStream C OnlineStream C OutputMetadata C StreamNameFcn A function-object base class allowing the specific implementation of getStreamName to be decided at runtime C ManagedMonitorToolTest C MapEta C MarsBeamGasInteraction A class to describe the beam gas interaction that produced a iven MARS particle C MarsHaloGenerator A class to provide conversion from a MARS format ASCII input record into HepMC format, with or without sampling C MarsParticle A class to describe a MARS particle read from an input ASCII file C MarsShowerPrimary A class to describe the primary shower that produced a given MARS particle C MassRangeFilter Filters on two particles' invariant mass C master_search C MatchedParent C MatchingOptions C MaterialCnv_p1 C MaterialDescriptionTool C MaterialEffectsBaseCnv_p1 Converter for T/P separation of the TrkMaterialOnTrack/MaterialEffectsBase class C MaterialEffectsBaseCnv_p2 Converter for T/P separation of the TrkMaterialOnTrack/MaterialEffectsBase class C MaterialEffectsOnTrackCnv_p1 C MaterialEffectsOnTrackCnv_p2 T/P converter v2 for MaterialEffectsOnTrack C materialHandler C MaterialMapperTree C MaterialPropertiesCnv_p1 C materialsHandler C MaterialStepCnv_p1 C MaterialStepCollectionCnv C MaterialStepCollectionCnv_p1 C MaterialStepRecorder ► C Matrix C rpcdata ► C MatrixReadOut C CMROData C MatrixReadOutStructure C MatrixTool Based on SiGlobalChi2Algs. C MatVisAttributes C MaxCombinationCondition C MaxMultFilter C MBTSCollisionTime Holds information about collisions timing from MBTS counters C MbtsDetDescrManager C MbtsDetectorElement Mbts Detector Element C MbtsFex C MbtsHypoAlg ► C MbtsHypoTool C Counts C MbtsHypoInfo C MBTSInfoCopier C MBTSTimeDiffEventInfoAlg C MBTSTimeFilterTool C McAddress C McAodFilter C McAodTupleWriter ► C McAodTupleWriterTool C McAodParticles A simple representation of a TruthParticle C McAodValidationAlg C McAodWriterTool C McBremPoint C McCnvSvc C McContext C McEtIsolVisitor C McEventCnv C McEventCollection This defines the McEventCollection , which is really just an ObjectVector of McEvent objects C McEventCollection_p1 C McEventCollection_p2 C McEventCollection_p3 C McEventCollection_p4 C McEventCollection_p5 C McEventCollection_p6 C McEventCollection_p7 C McEventCollectionCnv C McEventCollectionCnv_p1 C McEventCollectionCnv_p2 C McEventCollectionCnv_p3 C McEventCollectionCnv_p4 C McEventCollectionCnv_p5 C McEventCollectionCnv_p6 C McEventCollectionCnv_p7 C McEventCollectionFilter C McEventSelector C McEventWeight C McTrack C MCTruthClassifier C McVtxFilter McVtxFilter allows to select HepMC::GenParticle based on the decay pattern ► C McVtxFilterTool C VtxType ► C MD5 C Context C MDT_Hid2RESrcID C mdt_hit_info C MDT_HitsTruthRelink C MDT_IDDetDescrCnv Converter for MdtIdHelper C MDT_RDOAnalysis C MDT_RegSelCondAlg C MDT_Response C MDT_Response_DigiTool C MDT_SortedHitVector ► C MdtAlignmentStore Helper struct to cache simulatenously the As-built and the BLine corrections of the Mdts for fast access within the new MdtReadout geometry C chamberDistortions Helper struct to store the pointer to the Mdt distrotion parameters, namely the As-built and the BLine chamber deformations C MdtAmtHit MDT RDO's : data from a single channel of an AMT Atlas Muon TDC C MdtAmtHit_p1 C MdtAmtHitCnv_p1 C MdtAmtReadOut C MdtAsBuiltCondAlg C MdtAsBuiltJsonDumpAlg ► C MdtAsBuiltPar Container classifier the MDT as-built parameters See parameter description in http://atlas-muon-align.web.cern.ch/atlas-muon-align/endplug/asbuilt.pdf C AlignmentParameters C MdtCablingData C MdtCablingJsonDumpAlg C MdtCablingOffData Split the offline part of the cabling apart to use it later for sorting C MdtCablingOnData C MdtCablingTestAlg Algorithm to test the validity of the MDT cabling C MdtCalibDbAlg MdtCalibDbAlg reads raw condition data and writes derived condition data to the condition store C MdtCalibHit C MdtCalibInput C MdtCalibInputSvc C MdtCalibOutput C MdtCalibOutputDbSvc C MdtCalibrationShiftMapBase C MdtCalibrationT0ShiftTool C MdtCalibrationTMaxShiftTool C MdtCalibrationTool C MdtCalibRawDataProvider C MdtCalibTwinOutput ► C MdtChamber Helper struct to represent a full Mdt chamber C TubePositioning C MDTChamber C MdtChamberTypeInfo Simple data class that holds the MDT chamber type information: number of multilayers, number of layers, number of tubes C MdtCondDbAlg C MdtCondDbData C MdtConditionsTestAlg Example class to show calling the MdtConditionsTestAlg C MdtCondJsonDumpAlg C MdtCsm MDT RDOs : Chamber Service Module, container of AmtHits of a single Mdt chamber C MdtCsm_p1 C MdtCsmCnv_p1 C MdtCsmContainer This container provides acces to the MDT RDOs C MdtCsmContainer_p1 C MdtCsmContainerCnv_p1 C MdtCsmContByteStreamCnv C MdtCsmIdHash Hash function for Mdt module Identifier to be used in MdtDigitContainer (IdentifiableContainer) C MdtCsmReadOut C MdtDigit C MdtDigitCollection C MdtDigitContainer Use IdentifiableContainer with MdtDigitCollection ► C MdtDigitizationTool C GeoCorOut C MdtDigiToolInput C MdtDigiToolOutput C MdtDigitToMdtRDO C MdtDriftCircleOnTrackCnv_p1 C MdtDriftCircleOnTrackCnv_p2 C MdtHistCoder C mdthit C MDTHitAnalysis C MdtHitIdHelper C MDTHitsTestTool C MdtHptdcReadOut C MdtIdHelper ► C MdtMezzanineCard MdtMezzanineCard - Helper struct to represent the structure of a mezzanine card in a consistent way Each mezzanine card reads out in total 24 tubes of a chamber covering all tube layers of a chamber C OfflineCh Helper struct to pipe the result from the tdc -> offline channel translation C MDTNoisyTubes C MdtOverlay C MDTOverviewHistogramStruct C MdtPrepDataCnv_p1 C MdtPrepDataCnv_p2 C MdtPrepDataContainerCnv Create derived converter to customize the saving of identifiable container C MdtPrepDataContainerCnv_tlp1 C MdtRawDataMonAlg C MdtRdoToMdtDigit C MdtReadOut C MDTRIO_OnTrackErrorScaling C MDTRIO_OnTrackErrorScalingKit C MdtROD_Decoder C MdtROD_Encoder C MdtRODReadOut C MDTSegmentHistogramStruct C MDTSensitiveDetector C MDTSensitiveDetectorCosmics C MDTSensitiveDetectorCosmicsTool C MDTSensitiveDetectorTool C MDTSimHit C MDTSimHitCollectionCnv Create derived converter to customize the saving of identifiable container C MDTSimHitCollectionCnv_p1 C MDTSimHitCollectionCnv_p2 C MDTSimHitCollectionCnv_p3 C MDTSimHitCollectionCnv_p4 C MdtStationT0Container C MDTSummaryHistogramStruct C MdtTdcMap C MdtTdcOffSorter Helper struct to search through the std::set if a conversion from offline -> online is needed C MdtTdcOnlSorter Helper struct to search through the std::set if a conversion from online -> offline is needed C MdtToyCablingJsonDumpAlg : Simple algorithm to generate a toy cabling map for the Mdt detectors C MdtToyTwinCablingDumpAlg : Simple algorithm to generate a toy cabling map for the twin tubes C MdtTubeInChamberHashTable Class for making an MDT tube hash within one chamber C MdtTubeInChamberHashTableType Holds the MDT chamber type information in the form of a MdtChamberTypeInfo data member C MdtTubeInChamberIdFields Helper class implementation to instantiate the templated IdentifierHashTable class C MdtTwinPrepDataCnv_p1 C MdtVsRpcRawDataValAlg C MdtVsTgcRawDataValAlg C MeanAndRMS C MeasuredAtaCylinderCnv_p1 C MeasuredAtaDiscCnv_p1 C MeasuredAtaPlaneCnv_p1 C MeasuredAtaStraightLineCnv_p1 C MeasuredAtaSurfaceCnv_p1 C MeasuredCurvilinearParametersCnv_p1 C MeasuredNeutralAtaCylinderCnv_p1 C MeasuredNeutralAtaDiscCnv_p1 C MeasuredNeutralAtaPlaneCnv_p1 C MeasuredNeutralAtaStraightLineCnv_p1 C MeasuredNeutralAtaSurfaceCnv_p1 C MeasuredNeutralPerigeeCnv_p1 C MeasuredPerigeeCnv_p1 C MeasuredPerigeeCnv_p2 C MeasurementContainerListWithDimension C MeasurementContainerWithDimension ► C MeasurementSelectorBase C MatchingMeasurement C ProjectorBitSetMaker C MeasurementSelectorBaseImpl C MeasurementSelectorMatrixTraits ► C MeasurementSelectorTraits C MeasurementContainerTraits ► C MeasurementSelectorTraits< AtlasMeasurementSelector< NMeasMax, traj_t, measurement_container_variant_t > > Types to be used for the measurement selection measurement and covariance types during measurement selection and for the final calibration are different to directly use the value of the uncalibrated measurement @TODO a first assessment does not indicate any performance improvement C MeasurementContainerTraits C MeasurementSelectorWithDispatch C MemorySnooper C menu Make the sidebar many part of the config C MergeCalibHits Algorithm to propagate CaloCalibrationHitContainers into the overlay store C MergeCalibHitsTool Algorithm to copy in the overlayed store the calib hits from the signal event C MergedEventInfo This class provides general information about an event. It extends MergedEventInfo with a list of sub-evts (the original and the bkg ones) C MergedEventInfo_p1 C MergedEventInfo_p2 C MergedEventInfoCnv_p1 C MergedEventInfoCnv_p2 C MergeEFMuonsAlg C MergeGenericMuonSimHitColl Algorithm to merge truth jet collections in the overlay store C MergeGenericMuonSimHitCollTool Algorithm to merge MC track record collTool in the overlay store C MergeHijingPars Algorithm to copy in the overlayed store the HijingEventParams from the signal event C MergeHijingParsTool Algorithm to propagate HijingPars to the overlay store C MergeMcEventCollection Algorithm to merge MC truth collection in the overlay store C MergeMcEventCollTool PileUpTool to merge MC truth collection in the overlay store C MergeMuonInDetTracksAlg C MergeTrackRecordCollection Algorithm to propagate TrackRecordCollections into the overlay store C MergeTrackRecordCollTool Algorithm to merge MC track record collTool in the overlay store C MergeTruthJets Algorithm to merge truth jet collections in the overlay store C MergeTruthJetsTool Algorithm to merge truth jet collections in the overlay store C MergeTruthParticles Algorithm to merge truth jet collections in the overlay store C MergeTruthParticlesTool Algorithm to merge truth particles collections in the overlay store C MergeViews C MessageHelper C MetaCont C MetaContBase ► C MetaDataSvc Manages the content of the metadata stores C ToolLockGuard C METMonitoringAlg C METRoIsUnpackingTool C micromegas_hit_info C micromegasHandler C MicromegasHitIdHelper C MicromegasSensitiveDetector C MicromegasSensitiveDetectorTool C MinBiasPRDAssociation C MinBiasScintillatorSD C MinBiasScintillatorSDTool C MinBiasScintSDOptions C MinimalSumAssociation C miniRoad C minTrkPar C MioctGeometry C MioctROIGeometry C MioctSectorGeometry C MioctTopoCellGeometry C MissingCellListTool MissingCellListTool.h Header file for class MissingCellListTool Author: P.A C MissingET C MissingET_p1 C MissingET_p2 C MissingET_p3 C MissingEtCalo C MissingEtCalo_p1 C MissingEtCalo_p2 C MissingEtCalo_p3 C MissingEtCaloCnv C MissingEtCaloCnv_p1 C MissingEtCaloCnv_p2 C MissingEtCaloCnv_p3 C MissingETCnv C MissingETCnv_p1 C MissingETCnv_p2 C MissingETCnv_p3 ► C MissingEtCollectionSettingsButton C Imp ► C MissingEtCollHandle C Imp ► C MissingETComposition C const_iterator ► C MissingETComposition_p1 C Weight_p1 C MissingETComposition_p2 C MissingETCompositionCnv C MissingETCompositionConverterBase C MissingETCompositionConverterBase< MissingETComposition_p1 > C MissingETCompositionConverterBase< MissingETComposition_p2 > C MissingETContainer ► C missingEtController C Imp C MissingETEventDict C MissingEtFilter Filters on total missing energy from nus and LSPs ► C MissingEtHandle C Imp C MissingEtRegions C MissingEtRegions_p1 C MissingEtRegions_p2 C MissingEtRegions_p3 C MissingEtRegionsCnv_p1 C MissingEtRegionsCnv_p2 C MissingEtRegionsCnv_p3 C MissingETtags C MissingEtTruth C MissingEtTruth_p1 C MissingEtTruth_p2 C MissingEtTruth_p3 C MissingEtTruthCnv C MissingEtTruthCnv_p1 C MissingEtTruthCnv_p2 C MissingEtTruthCnv_p3 ► C MistimedStreamMonitorAlgorithm C MonitorCPM Struct to contain CPM tower info C MonitorJE Struct to contain JE info C MonitorTT Struct to contain PPM trigger tower info ► C MixingEventSelector Stream of events read from different selectors C Context Dummy for now C Trigger Selector with an associated frequency C TriggerList List of available selectors with their frequency range C MM_ClusterOnTrackCnv_p1 C MM_DigitizationTool C MM_DigitToolInput C MM_DigitToolOutput C MM_DigitToRDO C MM_Electron ► C MM_ElectronicsResponseSimulation C ConfigModule C DataCache C MM_ElectronicsToolInput C MM_HitsTruthRelink C MM_IDDetDescrCnv Converter for MmIdHelper C MM_IonizationCluster C MM_Overlay C MM_RawDataContainerCnv C MM_RdoToDigit C mm_readoutHandler C MM_RegSelCondAlg C MM_SimIdToOfflineId C MM_StripResponse ► C MM_StripsResponseSimulation C ConfigModule C DataCache C MM_StripToolOutput C mm_TechHandler C MmAlignmentStore C MMCablingTestAlg Algorithm to test the validity of the MDT cabling ► C MmChamber Helper struct to represent a full MicroMegas chamber C MmChannel C MmLayer Helper struct to assess that the layers are properly oriented C MmCTPCondDbAlg C MMDetectorDescription C MMDetectorHelper C MmDigit C MmDigitCollection C MmDigitContainer Use IdentifiableContainer with MmDigitCollection C MmDigitEffiCondAlg Conditions algorithm to load the sTGC efficiency constants that are used in digitization C MMHitAnalysis C MMHitsTestTool C MmIdHelper C MMLoadVariables C MMPrepDataCnv_p1 C MMPrepDataCnv_p2 C MMPrepDataContainerCnv Create derived converter to customize the saving of identifiable container C MMRawDataMonAlg C MMReadoutParameters C MmSensitiveDetector C MMSimHit C MMSimHitCollectionCnv Create derived converter to customize the saving of identifiable container C MMSimHitCollectionCnv_p1 C MMSimHitCollectionCnv_p2 C MMSimHitCollectionCnv_p3 C MmSortedHitVector C mmSpacer_TechHandler C mmSpacerHandler C MMT_Diamond C MMT_Hit C MMT_Parameters C MMT_Road C MockCondition C MockJet C MockJetWithLorentzVector C Mode3dFinder C ModulePosition C ModUniformSampler C MomentCondition C MomentumFilter MomentumFilter can filter objects upon their four-momentum properties C MomSampler C Mon Tool to store LATOME mon header and footer data C MonitorAlgorithm Concrete implementation of Monitor to monitor all Algorithm instances in an event C MonitorAlgorithmClass Concrete implementation of Monitor to monitor all Algorithm instances in an event, grouped by their instance class C MonitorBase Forward declare C MonitorChain C MonitorChainAlgorithm Concrete implementation of Monitor to monitor all Algorithm instances associated with chain in an event C MonitoredAlg C MonitoredRange Container which represents a time range and holds a collection of Monitors which monitor this range C MonitorElectronAlgorithm C MonitorFwdElectronAlgorithm C MonitorGlobal Concrete implementation of Monitor to monitor global properties of event execution C MonitorPhotonAlgorithm C MonitorROS Concrete implimentation of Monitor to monitor Read Out System C MonitorSequence Concrete implementation of Monitor to monitor all sequences in an event C MonitorThreadOccupancy Concrete implementation of Monitor to monitor utilisation of individual threads in a MT job C MonitorTnPAlgorithm C MonopolePhysicsTool C MonValues C MooHists C mposPhiHandler C mposWedgeHandler C msgHandler C MsgStreamMember Not terribly useful per se, since one could simply use the IMessageSvc* directly, but helps implementing C MSVertex C MSVertexRecoAlg ► C MSVtxPlotComparison C PlotInfo ► C MSVtxPlotMaker C AngularVtxConstiTH1 C Chi2TH1 C EffInputTH1 C NHitsTH1 C NVtxTH1 C ResidualTH1 C VtxPosTGraph C VtxPosTH C MSVtxValidationAlg C MTCalibPebHypoAlg Hypo algorithm for framework testing ► C MTCalibPebHypoTool Base class for tools used by MTCalibPebHypoAlg C Input C ROBRequestInstruction ROB request instruction description C MtStraightLine C MTT0PattternRecognition C MTTmaxPattternRecognition C muComb Main LVL2 Algorithm C MuCTPI_DataWord_Decoder Class helping to decode the MuCTPI data words C MuCTPI_MultiplicityWord_Decoder Class helping to decode the MuCTPI multiplicity words C MuCTPI_Phase1_RDO Class representing the readout data of the MuCTPI hardware and simulation C MuCTPI_RDO Class representing the readout data of the MuCTPI hardware and simulation C MuCTPI_RDO_p1 Persistent representation of MuCTPI_RDO C MuCTPI_RDOCnv POOL converter for MuCTPI_RDO C MuCTPI_RDOCnv_p1 T/P converter for MuCTPI_RDO_p1 C MuCTPI_RDOToRoIBResult Algorithm fixing the muon RoI information in the data ► C MuCTPI_RIO Reconstruction Input Object of the MuCTPI hardware and simulation C MyRoI Custom private object to hold information about the stored reconstructed RoIs C MuCTPIByteStreamCnv ByteStream converter for the MuCTPI_RDO object C MuCTPIByteStreamTool Tool doing the MuCTPI_RDO <-> ByteStream conversion C MuCTPiGeometry C MuCTPIL1Topo_p1 Persistent representation of MuCTPIL1Topo C MuCTPIL1TopoCandidate_p1 Persistent representation of MuCTPIL1TopoCandidate C MuCTPIL1TopoCandidateCnv_p1 T/P converter for MuCTPIL1TopoCandidate_p1 C MuCTPIL1TopoCnv POOL converter for MuCTPIL1Topo C MuCTPIL1TopoCnv_p1 T/P converter for MuCTPIL1Topo_p1 C MuCTPIPhase1ByteStreamAlgo This is done in the original (run2) tool; trying to replace this with an include above C MuCTPISrcIdMap This class provides conversion between Lower level Source ID to higher level source ID for MuCTPI ByteStream fragments C MuctpiXMLHelper C MuctpiXMLParser C MuDstarFilter C MuFastSteering C MuidCaloEnergyMeas C MuidCaloEnergyParam C MuidCaloEnergyTool C MuidCaloMaterialParam C MuidCaloTrackStateOnSurface C MuidMaterialEffectsOnTrackProvider C MuidTrack C MuidTrackContainer C MuidTrackIsolation C MultiBjetFilter C MultiCjetFilter C MultiComponentStateOnSurfaceCnv_p1 C MultiDimArray Multi-dimensional array with a compile-time number of dimensions, and a run-time complete freedom over the size of the dimensions C MultiDimArrayTypes General recursive subtyping trait C MultiDimArrayTypes< T, 0 > General recursive subtyping trait C MultiDimArrayTypes< T, 1 > General recursive subtyping trait C MultiElecMuTauFilter Select multiple charged leptons taking into account electrons, muons and taus (inc C MultiElectronFilter C MultiHisto C MultiLeptonFilter C MultiMuonFilter C MultiParticleFilter C MultiParticleGunPileup C MultipleEventLoopMgr A specialized AthenaEventLoopMgr that allows multiple passes over an event collection C MultiplicitiesTool C MultiplicityCondition C MultiPy8Pileup ► C MultiRange A MultiRange combines several Ranges C const_identifier_factory C identifier_factory This factory is able to generate all possible identifiers, from a Range C munkres C Muon_p1 C Muon_p2 C Muon_p3 C Muon_p4 C Muon_p5 C Muon_p6 C Muon_ROI Muon RoI class for analysis C Muon_ROI_p1 Persistent representation of Muon_ROI C MuonABLineJsonDumpAlg C MuonAGDDTool C MuonAGDDToolHelper C MuonAlignmentCondAlg ► C MuonAlignmentErrorData MuonAlignmentErrorData is condition data which is derived and recorded by MuonAlignmentErrorDbAlg C MuonAlignmentErrorRule C MuonAlignmentErrorRuleCache C MuonAlignmentErrorDbAlg MuonAlignmentErrorDbAlg reads raw condition data and writes derived condition data (MuonAlignmentErrorData ) to the condition store C MuonAlignmentPar Basic class to map the MuonAlignment parameters to the different subdetectors inside the muon system C MuonCacheCreator C MuonCalibPatternCollection C MuonCalibRunLumiBlockCoolSvc C MuonCalibStreamAddress C MuonCalibStreamAddressProviderSvc C MuonCalibStreamCnvSvc C MuonCalibStreamDataProviderSvc C MuonCalibStreamFileInputSvc C MuonCalibStreamInputSvc C MuonCalibStreamTestAlg C MuonCaloEnergiesCnv C MuonCaloEnergyContainer Data object for a StoreGate container holding a vector of CaloEnergy , the detailed energy loss description associated to combined muons C MuonCaloEnergyContainer_p1 C MuonCaloEnergyContainer_tlp1 C MuonCaloEnergyContainerCnv C MuonCaloEnergyContainerCnv_tlp1 C MuonChainFilterAlg C MuonChamberIDSelector ► C MuonChamberProjectionHelper ► C Imp C MDTChamberInfo ► C MuonCluster C lvl1_muclu_roi C MuonClusterHypoAlg ► C MuonClusterHypoTool C DecisionInfo C MuonClusterOnTrackCnv_p1 NO LONGER NEEDED, except for backwards compatibility C MuonClusterOnTrackCreator C MuonCnv_p1 C MuonCnv_p2 C MuonCnv_p3 C MuonCnv_p4 C MuonCnv_p5 C MuonCnv_p6 ► C MuonCollectionSettingsButton C Imp C MuonCombinedAlg ► C MuonCombinedInDetCandidateAlg C InDetCandidateCache C MuonCombinedInDetExtensionAlg C MuonCombinedMuonCandidateAlg ► C MuonCombinePatternTool C ChamberInfo C MuonConditionsAthenaPoolDict C MuonContainer_p1 C MuonContainer_p2 C MuonContainer_p3 C MuonContainer_p4 C MuonContainer_p5 C MuonContainer_p6 C MuonContainerCnv C MuonContainerCnv_p1 C MuonContainerCnv_p2 C MuonCreatorAlg C MuonDetailedTrackTruthMaker This algorithm produces track truth data using Muon PRD truth collections C MuonDetectorCondAlg C MuonDetectorTool C MuonDictionary EDM dictionary providing the muon, calo energy and SpShower classes C MuonDigit C MuonDigitizer C MuonDQAHistList C MuonDQAHistMap C MuonEDM_AssociationObjectsDummyDict C MuonEtaPhiRIO_OnTrackErrorScaling C MuonEtaPhiRIO_OnTrackErrorScalingKit C MuonFeature C MuonFeature_p1 C MuonFeature_p2 C MuonFeature_p3 C MuonFeatureCnv C MuonFeatureCnv_p1 C MuonFeatureCnv_p2 C MuonFeatureCnv_p3 C MuonFeatureCnvTestAlg C MuonFeatureCnvTool C MuonFeatureContainer C MuonFeatureContainer_p1 C MuonFeatureContainer_p2 C MuonFeatureContainer_p3 C MuonFeatureContainer_tlp1 C MuonFeatureContainer_tlp2 C MuonFeatureContainerCnv C MuonFeatureContainerCnv_p1 C MuonFeatureContainerCnv_p2 C MuonFeatureContainerCnv_tlp1 C MuonFeatureContainerCnv_tlp2 C MuonFeatureDetails C MuonFeatureDetails_p1 C MuonFeatureDetails_p2 C MuonFeatureDetailsCnv C MuonFeatureDetailsCnv_p1 C MuonFeatureDetailsCnv_p2 C MuonFeatureDetailsContainer C MuonFeatureDetailsContainer_p1 C MuonFeatureDetailsContainer_p2 C MuonFeatureDetailsContainer_tlp1 C MuonFeatureDetailsContainerCnv C MuonFeatureDetailsContainerCnv_p1 C MuonFeatureDetailsContainerCnv_tlp1 C MuonFilter Filters and looks for muons C MuonFilterAlg C MuonFixedLonId C MuonFullIDHelper Generate the appropiate full Identifier string for the differen Muon subsystem IDs C MuonHitTestToolBase C MuonHitTimingTool C MuonHoughDataNtuple Register all hit and truth info into a ttree C MuonHoughHisto2D Histogram class, similar to Root 's TH2D C MuonHoughHisto2DContainer C MuonHoughHit C MuonHoughHitContainer C MuonHoughMathUtils C MuonHoughPattern C MuonHoughPatternTool ► C MuonHoughTransformer Abstract base class, Strategy pattern C maximaCompare C MuonHoughTransformer_CurvedAtACylinder C MuonHoughTransformer_rz C MuonHoughTransformer_rzcosmics C MuonHoughTransformer_xy C MuonHoughTransformer_xyz Abstract base class for hough transform with carthesian coordinates C MuonHoughTransformer_yz C MuonHoughTransformSteering C MuonIdCutTool Implementation of an IMuonIdCutTool C MuonIdHelper C MuonInDetExtensionMergerAlg The MuonInDetExtensionMergerAlg merges several InDetCandidate collections and dumps them into a single container ► C MuonInDetToMuonSystemExtensionAlg The MuonInDetToMuonSystemExtensionAlg processes further the InDetCandidates created by the MuonCombinedInDetCandidateAlg C InDetCandidateCache C MuidCoCache Helper struct to cache the MuidCo track and it's associated segments while keeping the association InDetCandidate <– > muidCo Tag C MuonInJetCorrectionTool C MuonLayerHoughAlg C MuonMatch C MuonMatchingTool Class that provides functionalities for searching for online muons close to a given offline muon and judging they are matched with the specific criteria C MuonMCData C MuonMCDataCnv_p1 C MuonMDT_CablingAlg MuonMDT_CablingAlg reads raw condition data and writes derived condition data to the condition store ► C MuonMDT_CablingMap C MdtOffChModule Helper struct to group the Mezzanine cards mounted on each multilayer The object provides the following information 1) List of all mezzanine cards associated with the particular multilayer 2) The BME / BIS78 chambers are split into 2 CSM modules due to their C MdtTdcModule The online -> offline conversion needs to treat two cases tdcId && channelId == 0xFF: ** Decode the station name using the first module in the set with tdcZero() == 0 ** Ordinary channel decoding Helper struct below is collection of all the modules & the first module used to decode the stationName C MuonMeasurementsCnv C MuonMeasurementsCnv_tlp1 C MuonMeasurementsCnv_tlp2 C MuonNSW_CablingAlg MuonNSW_CablingAlg reads raw condition data and writes derived condition data to the condition store C MuonPatternCombinationDetailedTrackTruthMaker This algorithm produces track truth data using Muon PRD truth collections C MuonPatternDummyDict C MuonPerformanceAlg C MuonPhiHitSelector C MuonPRD_MultiTruthMaker C MuonPRDCacheCreator C MuonPrdSelectorAlg C MuonPrecisionLayerDecorAlg C MuonQualityWord A bitted word defining different levels of muon identification qualities (in terms of purity and efficiency), based solely on type of identification and reconstruction properties C MuonRdoContainerCnv C MuonRdoContainerTPCnv C MuonRdoToPrepDataAlg Algorithm to decode RDO into MdtPrepData get the RDO container from Storegate loop over the RDO Decode RDO into PrepRawData loop over the PrepRawData and build the PrepRawData container store the PrepRawData container in StoreGate C MuonRegSelCondAlg C MuonRoIByteStreamTool Tool for converting MUCTPI ROB from BS to xAOD and from xAOD to BS (IL1TriggerByteStreamTool interface) C MuonRoIsUnpackingTool ► C MuonRpcTimingDecorAlg C RpcInfo C MuonSegContainerMergerAlg The MuonSegContainerMergerAlg merges all MuonSegments assocaited with the combined muon tags into a single Trk::Segment container C MuonSegmentAmbiCleaner C MuonSegmentCnv_p1 C MuonSegmentCnv_p2 C MuonSegmentDict_Dummy C MuonSegmentExtractor C MuonSegmentFilterAlg The muon segment filter alg thins all segments coming from a certain detector technology, or in a certain region of the muon spectrometer, e.g C MuonSegmentFinderAlg C MuonSegmentMomentum C MuonSegmentMomentumFromField C MuonSegmentPerformanceAlg C MuonSegmentPseudoJetAlgorithm A PseudoJetAlgorithm for muon segments (which are not IParticles) C MuonSegmentQualityCnv_p1 C MuonSegmentRegionRecoveryTool C MuonSegmentTagAlg C MuonSegmentValidationPlots C MuonSelector C MuonSimData C MuonSimDataCnv_p1 C MuonSimDataCnv_p2 C MuonSimDataCnv_p3 C MuonSimDataCollection C MuonSimDataCollectionCnv Create derived converter to customize the saving of identifiable container C MuonSimDataCollectionCnv_p1 C MuonSimDataCollectionCnv_p2 C MuonSimDataCollectionCnv_p3 C MuonSimDataOverlay C MuonSimHitSortingAlg C MuonSimuTrack C MuonSpectrometerProbeCollectorTool General Classes C MuonSpShower_p1 Persisent representation of the transient Rec::MuonSpShower class C MuonSpShowerCnv_p1 C MuonSpShowerContainer_p1 Persisent representation of the transient Rec::MuonSpShowerContainer class C MuonSpShowerContainerCnv C MuonSpShowerContainerCnv_p1 C muonStationHandler C MuonStationIntersectCondAlg C MuonTGC_CablingSvc C MuonTrackMonitorAlgorithm ► C MuonTrackPerformanceAlg C ChamberData C EventData C EventSummary C TrackData C TrackSummary C MuonTrackStatisticsAlg ► C MuonTrackStatisticsTool C TrackCounters C TruthTrackCounters C MuonTrackSummaryCnv_p1 C MuonTrackSummaryCnv_p2 C MuonTrackValidationPlots C MuonTriggerCount C MuonTriggerSFTester C MuonTrkAEOTDecorationAlg C MuonTrkIDMSScatterDecorAlg C muonTrkTrackThinTool C MuonTruthAssociationAlg C MuonValidationPlots C MuonVolumeHandle C MuonWallSD C MuonWallSDTool C MuonWallTool C MuPatTrackBuilder C MURoIsUnpackingTool C MURoIThresholdsTool C MuTagAmbiguitySolverTool C MuTagMatchingTool ► C MvaTESEvaluator C MvaInputVariables C MvaTESVariableDecorator C MVFVxCandidateCnv_p1 C MVFVxContainer C MVFVxContainerCnv C MVFVxContainerCnv_p1 C MVFVxContainerCnv_tlp1 C MVFVxTrackAtVertexCnv_p1 ► C my_arg C functor C my_functor C my_result C MyContObj C MyDataObj C myfloat2 C myint4 C MyKey C MyLockableDataObj To test SG lock functionality C MyMuon C mysort C MyTestClass C myushort2 C myushort4 C NameEquals C natomsHandler C Nav4MomWrapper C Navigable Navigable template generalization to handle navigation C Navigable_p1 C Navigable_p1< INDEX_TYPE > Persistent representation of Navigable - which is in fact an ElementLinkVector with additional weight parameter C Navigable_p1< INDEXTYPE, void > C Navigable_p2 C Navigable_p2< INDEX_TYPE > Persistent representation of Navigable - as a vector of ElementLinks with an optional, additional weight parameter C Navigable_p2< INDEXTYPE, void > C NavigableCnv_p1 C NavigableCnv_p1< NAV > Converter template for converters between transient Navigable and its persistent representation. Template argument NAV is the type of the transient Navigable C NavigableCnv_p1< NAV, NavigationDefaults::DefaultWeight > C NavigableCnv_p2 C NavigableCnv_p2< NAV > Converter template for converters between transient Navigable and its persistent representation. Template argument NAV is the type of the transient Navigable C NavigableCnv_p2< NAV, NavigationDefaults::DefaultWeight > C NavigableIterator C NavigableTerminalNode Dummy type needed fro specialized implementation C NavigableVector C NavigableVector_p1 C NavigableVector_p1< INDEX_TYPE > Persistent representation of set of Navigables - which is in fact an ElementLinkVector with additional weight parameter C NavigableVector_p1< INDEXTYPE, void > C NavigableVector_p2 C NavigableVector_p2< INDEX_TYPE > Persistent representation of set of Navigables - which is in fact an VectorElementLink with additional weight parameter C NavigableVector_p2< INDEXTYPE, void > C NavigableVectorIterator ► C NavigationToken C NavigationTokenIterator C NavigationTokenHash C NavigationTokenIteratorTag C NavWrapper Wrapper for Navigable implementation C NavWrapper< NavigableTerminalNode > Specialized wrapper for singular navigable data objects C NestedContainerDaugtherAccessor C NeutralAtaCylinderCnv_p1 C NeutralAtaDiscCnv_p1 C NeutralAtaPlaneCnv_p1 C NeutralAtaStraightLineCnv_p1 C NeutralAtaSurfaceCnv_p1 C NeutralParametersCnv_p1 C NeutralPerigeeCnv_p1 C Neutrino C Neutrino_p1 C Neutrino_p2 C NeutrinoCnv_p1 C NeutrinoCnv_p2 C NeutrinoContainer C NeutrinoContainer_p1 C NeutrinoContainer_p2 C NeutronFastSim C NeutronFastSimTool C nevcounter C NewMergeMcEventCollTool PileUpTool to merge MC truth collection in the overlay store C NHitStack C NNJVTCondition C node C NonConst C NonConst< const T > C NonPointer C NonPointer< T * > C NoopFilterTool C NoPileUpMuWriter Algorithm to write interactions per crossing (mu) into xAOD::EventInfo as decorations C NoProfileSvc C NP C NPVBeamspotCorrection ► C NSubjettinessRatiosTool C moments_t ► C NSubjettinessTool C moments_t C Nsw_CablingMap C NSW_PadTriggerDataContainerCnv C NSW_TrigRawDataContainerCnv C NSWAGDDTool C NswAsBuiltCondAlg C NswAsBuiltDbData C NswCalibDbAlg C NswCalibDbThresholdData ► C NswCalibDbTimeChargeData C CalibConstants Helper struct to cache all calibration constants in a common place of the memory C CalibModule C NswCondTestAlg C NSWDataMonAlg C NswDcsDbAlg ► C NswDcsDbData C DcsModule C TDaqConstants C NswDcsTestAlg ► C NswErrorCalibData C ErrorConstants Helper struct to store different error calibrations for a certain channel range & also for seperate ClusterBuilders (ROT & Prd making stage) C ErrorIdentifier C Input Helper struct to be parsed to the object to derive the specific error of the cluster C NSWGeoPlottingAlg C NswOccupancyAlg C NswPassivationDbAlg ► C NswPassivationDbData C PCBPassivation Helper struct to save the four passivation values of each PCB C NswPassivationTestAlg C NswT0Data C NswUncertDbAlg C NswZebraData C NtupleCalibrationTool C NtupleTrackSelector C Nucleus2gamma2 C NullMomSampler C NumberEquals C NumJetVarTool C NWJNWGT_DEF C ObjContainer Helper classes to manage shared objects in a scope C ObjContainerBase Object container base class C Object2Container C Object2Features ► C ObjectMatching ObjectMatching is a base class that performs generic matching of objects using the distance functor framework C DistanceCompare ► C ObjExCellWriter C Config C ObjPtr Pointer to objects managed by ObjContainer C ObjRef Helper class to refer to objects in the container ObjContainer C OccupancyMapMaker C OdoMeter C oh_lock_histogram Lock to be used for thread unsafe histogram operations C oh_lock_histogram_mutex Helper class to set histogram mutex C oh_scoped_lock_histogram Scoped lock to be used for threaded histogram operations C OldSpclMcFilterTool C OnDemandMinbiasSvc C OnlineErrorCode Error codes saved to ByteStream status word in case of HLT failure online C OnlineEventDisplaysSvc C OnlineLumiCalibrationCondAlg Produce lumi calibration data from COOL C OnlineLumiCalibrationCondData Luminosity calibration data, produced by OnlineLumiCalibrationCondAlg C OnlineLumiCalibrator Utility class to apply calibrations from /TDAQ/OLC/CALIBRATIONS folder C OnnxRuntimeBase C ONNXWrapper C order_by_clid_and_index C OrderBySampling C OrderInitialRdos C OrderRdos C OriginalAodCounts C OrphanJetCounter C OrphanJetMomentMap C ORToolBoxTestAlg A testing algorithm for the dual-use overlap removal tool in Athena C out_t C OutputConditionsAlg C OutputConversionTool C OutputFromSectorLogic C OutputStreamSequencerSvc This class provides configuration properties to enable OutputStream file sequences C OutputTrackInfoStruct ► C OverlapRemovalGenUseAlg Algorithm to implement basic OR procedure as a prerequisite for event cleaning C DataKeyHandler C OverlapRemovalTestAlg A testing algorithm for the dual-use overlap removal tool in Athena C OverlayVertexSkimmingAlg C OverviewMonitorAlgorithm C P4BaseEEtaPhiM C P4BaseIPtCotThPhiM C P4BasePtEtaPhiM C P4BasePxPyPzE C p4Decorator C P4DummyTest C P4EEtaPhiM C P4EEtaPhiM_p1 C P4EEtaPhiMBase C P4EEtaPhiMCnv_p1 C P4EEtaPhiMCnv_p2 C P4EEtaPhiMFloat_p2 C P4Impl C P4ImplEEtaPhiM C P4ImplEEtaPhiMCnv_p1 C P4ImplEEtaPhiMCnv_p2 C P4ImplIPtCotThPhiM C P4ImplIPtCotThPhiMCnv_p1 C P4ImplPtEtaPhiM C P4ImplPtEtaPhiMCnv_p1 C P4ImplPtEtaPhiMCnv_p2 C P4ImplPxPyPzE C P4ImplPxPyPzECnv_p1 C P4IPtCotThPhiM C P4IPtCotThPhiM_p1 C P4IPtCotThPhiMBase C P4IPtCotThPhiMCnv_p1 C P4JacobianEEtaPhiM2PtEtaPhiM C P4JacobianEEtaPhiM2PxPyPzE C P4JacobianPxPyPzE2EEtaPhiM C P4JacobianPxPyPzE2PxPyPzM C P4JacobianPxPyPzM2PxPyPzE C P4PtEtaPhiM C P4PtEtaPhiM_p1 C P4PtEtaPhiMBase C P4PtEtaPhiMCnv_p1 C P4PtEtaPhiMCnv_p2 C P4PtEtaPhiMFloat_p2 C P4PxPyPzE C P4PxPyPzE_p1 C P4PxPyPzEBase C P4PxPyPzECnv_p1 C P4SignalState C P5Jacobiand0z0PhiThetaqOverP2d0z0PhiEtaP C P5toP4JacobianPhiThetaEM2PxPyPzE Jacobian to transfrom trk perigee parameters (d0,z0,phi,theta,E) to (px,py,pz,E) C Pad C PADdata C padhit C PADpatterns C PadReadOut C PADreadout C PadReadOutStructure C PageAccessControl FIXME Access to the underlying C PageAccessControl Using the underlying ► C PageAccessControl C Entry C PageAccessControlSvc Service to monitor access to memory pages C PairBuilder Class to build pairs of XY values C PairMeter C Panel C ParabolaCscClusterFitter C ParallelCallTest Provides interface and helper functions to perform stress testing of the thread-safe code C ParallelFileMerger C ParameterErrDecoratorAlg C ParameterMapping C ParametersAtBoundarySurface C ParentChildFilter Allows the user to search for any given decay Parent -> Child + X C ParentChildwStatusFilter C ParentTwoChildrenFilter Allows the user to search for any given decay Parent -> Child1 + anti(Child1) AND Parent -> Child2 + anti(Child2).. C Parity Calculates the parity of a passed word C PartialEventBuildingInfo C ParticleBase C ParticleBase_p1 C ParticleBase_p2 C ParticleBaseCnv_p1 C ParticleBaseCnv_p2 C ParticleBaseLinksCnv C ParticleBaseLinksCnv_p1 C ParticleCandidateList A simple wrapper for std::list<int> to model a list of particle identity candidates C ParticleDecayer C ParticleDecayFilter Class to filter events based on the decay of a parent particle into a set of children particles C ParticleDef C ParticleFilter The filter will pass only if it finds a particle with the specified properties C ParticleImpl C ParticleJet_p1 C ParticleJetCnv_p1 C ParticleJetContainer_p1 C ParticleJetDeltaRLabelTool C ParticleJetGhostLabelTool C ParticleLinks C ParticleLinks_p1 C ParticleLinksCnv_p1 C ParticleMasses C ParticleRemoverAlg C ParticleSampler ► C ParticleScaleFactorTool C Hists C ParticleSelectionAlg C ParticleShallowClone_p1 C ParticleShallowCloneCnv_p1 C ParticleShallowCloneContainer C ParticleShallowCloneContainer_p1 C ParticleShallowCloneContainerCnv_p1 C ParticleSigStateImpl C ParticleSortingAlg C ParticleSortingTool C ParticleSwitcher C particleType C PassFilter Filter algorithm that always pass, needed to fill gaps in HLT CF C PassThroughFilter C PassThroughTool C PathLengthUtils C PathResolver C PATTERNidentity C pconHandler C PD C PDFWeight C PDG20 C PdgIdFilter PdgIdFilter selects particles from their pdg id code C PEBInfoWriterAlg Pass-through hypo algorithm writing decisions with attached partial event building information ► C PEBInfoWriterToolBase Base class for tools used by PEBInfoWriterAlg C Input Input to the tool's decide method C PEBInfo Structure holding the list of ROBs and SubDets C PerfMonMTAuditor C PerfMonMTSvc C PerfMonServices C PerfUtils C PerigeeCnv_p1 C PerigeeCnv_p2 C perigeeParameters C PerigeeSurfaceCnv_p1 C PerigeeSurfaceCnv_p2 C PFAlgorithm C PFCalcRadialEnergyProfiles C PFCellEOverPTool Class to store reference e/p mean and widths, as well as reference energy density radial profile fit parameters C PFChargedFlowElementCreatorAlgorithm C PFClusterCollectionTool Inherits from IPFClusterCollectionTool and AthAlgTool C PFClusterFiller C PFClusterSelectorTool C PFClusterWidthCalculator C PFClusterWidthDecorator C PFData C PFEGamFlowElementAssoc This is the algorithm, which inherits from AthReentrantAlgorithm , that adds element links between particle flow objects (Flow Elements) and Egamma objects C PFEnergyPredictorTool C PFLCCalibTool This tool can either use a series of CaloClusterProcessor to calibrate the modified xAOD::CaloCluster (modified when we do the charged shower subtraction) using recalculated LC weights or its own internal method to use the stored LC weights in the eflowRecCluster objects C PFLCNeutralFlowElementCreatorAlgorithm C PFLeptonSelector C PFlowCalibPFODecoratorAlgorithm This algorithm decorates xAOD::FlowElement with calibration hit truth information C PFMomentCalculatorTool This tool uses a CaloClusterCollectionProcessor to calculate new moments for the modified calorimeter clusters (modified when we do the charged shower subtraction), and makes use of IPFClusterCollectionTool to generate a VIEW container of xAOD::CaloCluster to be used in the CaloClusterCollectionProcessor tool C PFMuonFlowElementAssoc AthReentrantAlgorithm to associate Flow Elements (FEs) to Muons C PFNeutralFlowElementCreatorAlgorithm C PFOChargedValidationPlots C PFOMonitorAlgorithm C PFONeutralValidationPlots C PFSimulateTruthShowerTool C PFSubtractionEnergyRatioCalculator Class to calculate the ratio of new to old energies of CaloClusters after the particle flow charged shower subtraction has been run C PFSubtractionStatusSetter This class contains a few functions to set the amount of energy removed from a xAOD::CaloCluster by a xAOD::Track in eflowRec C PFSubtractionTool C PFTauFlowElementAssoc This is the algorithm, which inherits from AthReentrantAlgorithm , that adds element links between FlowElements (FEs) and Tau objects C PFTrackClusterMatchingTool This is the tool, which inherits from AthAlgTool , which clients can use for track-cluster matching C PFTrackFiller C PFTrackMuonCaloTaggingAlg Algorithm to use calorimeter information to remove potential muons C PFTrackMuonIsoTaggingAlg C PFTrackPreselAlg Algorithm producing a preselected set of tracks C PFTrackSelector C pgonHandler C PhiCondition ► C PhiEtaHash C compare ► C PhiEtaHashITk C compare C PhiFilterRange PhiFilterRange implements the range (ie: [min, max]) the filters will use to take their filtering decisions C PhiModule ► C PhiSectionWidget C Imp ► C PhiSectorManager C Imp C PhiSlice C Photon Class describing an photon C Photon C Photon_p1 C Photon_p2 C Photon_p3 C Photon_p4 C Photon_p5 C PhotonCnv_p1 C PhotonCnv_p2 C PhotonCnv_p3 C PhotonCnv_p4 C PhotonCnv_p5 C PhotonContainer C PhotonContainer_p1 C PhotonContainer_p2 C PhotonContainer_p3 C PhotonContainer_p4 C PhotonContainer_p5 C PhotonContainerCnv C PhotonFilter Filters and looks for photons C photonHist C photonMonTool C photonSuperClusterBuilder Create supercluster under photon hypothesis C PhotonValidationPlots C Photospp_i C PhysicalVolumeAccessor C PhysicsConfigurationHelper C PhysicsListSvc C PhysValCluster C PhysValFE C PhysValSecVtx C PhysValTau C Pileup1DResidualCalibStep C PileupAreaCalibStep C PileUpClassification ► C PileUpEventInfo This class provides information about an overlaid event. It extends EventInfo with a list of sub-evts (the original and the bkg ones) C SubEvent Triple allowing access to a sub-event ► C PileUpEventInfo_p1 C SubEvent ► C PileUpEventInfo_p2 C SubEvent ► C PileUpEventInfo_p3 C SubEvent ► C PileUpEventInfo_p4 C SubEvent ► C PileUpEventInfo_p5 C SubEvent C PileUpEventInfoCnv_p1 C PileUpEventInfoCnv_p2 C PileUpEventInfoCnv_p3 C PileUpEventInfoCnv_p4 C PileUpEventInfoCnv_p5 C PileUpEventLoopMgr The ATLAS event loop for pile-up applications C PileupFilterTool C PileUpHashHelper ► C PileUpMergeSvc Preferred mechanism to access information from the different event stores in a pileup job C Range Active crossing range for a data object (CLID/key combination) C TimedList Generate the types of the timed data objects C PileUpMTAlg C PileupRemovalCondition C PileUpStream Triple selector/context/store defines a stream C PileUpTimeEventIndex Struct encapsulating the identifier of a pile-up event C PileUpToolBase C PileUpToolsAlg C PileUpTruthDecoration C PileupTruthParticleSlimmer Algorithm to skim the xAOD truth particle container for pileup minbias samples C PileUpType For details on how the MC particles are defined and organized see https://twiki.cern.ch/twiki/bin/view/Atlas/PileupPerformance#MC_Truth_Task_Force_Recommendati C PileUpXingFolder Specify time interval we want to study pileup for a set of data objs C Pixel1RawData C Pixel1RawDataCnv_p1 C Pixel1RawDataCnv_p2 C Pixel1RawDataContainerCnv_p1 C Pixel1RawDataContainerCnv_p2 C PixelActiveDetectorElementStatusTool C PixelAlignCondAlg C PixelAthClusterMonAlg C PixelAthErrorMonAlg C PixelAthHitMonAlg ► C PixelAthMonitoringBase C AccumulatorArrays C VecAccumulator2DMap Helper class to accumulate points to fill a 2D plot with C PixelAthMVAMonAlg C PixelByteStreamErrorDetectorElementStatusTool Tool to extend pixel detector element status data by the status extracted from the bytestream error container C PixelCablingCondAlg C PixelCablingCondData C PixelChargeCalibCondAlg C PixelChargeCalibCondData C PixelChargeInterpolationParameters C PixelChargeLUTCalibCondAlg C PixelChargeToTConversion C PixelCluster C PixelClusterAnalysis C PixelClusterCnv_p1 C PixelClusterCnv_p2 C PixelClusterCnv_p3 C PixelClusterContainerCnv Create derived converter to customize the saving of identifiable container C PixelClusterContainerCnv_p0 C PixelClusterContainerCnv_p2 C PixelClusterContainerCnv_p3 C PixelClusterContainerCnv_tlp1 C PixelClustering C PixelClusterOnTrackCnv_p1 C PixelClusterOnTrackCnv_p2 C PixelClusterOnTrackErrorData C PixelClusterStorage C PixelConditionsSummaryTool C PixelConfigCondAlg C PixelDCSCondHVAlg C PixelDCSCondStateAlg C PixelDCSCondStatusAlg C PixelDCSCondTempAlg C PixelDCSHVData C PixelDCSStateData C PixelDCSStatusData C PixelDCSTempData C PixelDeadMapCondAlg C PixelDeadMapCondData C PixeldEdxAlg C PixeldEdxData C PixelDetectorElementCondAlg C PixelDetectorElementStatusCloneTool Tool to extend pixel detector element status data by the status extracted from the bytestream error container C PixelDetectorElementStatusToolBase C PixelDetectorFactory C PixelDetectorFactoryDC2 C PixelDetectorFactoryLite C PixelDetectorFactorySR1 C PixelDetectorTool C PixelDigitization C PixelDigitizationTool C PixelDistortionAlg C PixelDistortionData C PixelFastDigitization Top algorithm class for Pixel digitization C PixelFastDigitizationTool C PixelFastRDOAnalysis C PixelGangedClusterAmbiguitiesCnv C PixelGangedClusterAmbiguitiesCnv_p1 C PixelGeometryManager C PixelGeometryManagerTool Tool for setting up Pixel alignment geometry C PixelGeometryStorage C PixelGeoModelAthenaComps Class to hold various Athena components ► C PixelHistoConverter C Axis C PixelHitDiscCnfgAlg C PixelHitDiscCnfgData C PixelID C PixelIDDetDescrCnv This class is a converter for the PixelID an IdHelper which is stored in the detector store C PixelLegacyManager ► C PixelMaterialMap C Key C PixelModuleConfigCondAlg C PixelModuleData C PixelModuleGeoInfo C PixelNtupleTracks C PixelOfflineCalibCondAlg C PixelOfflineCalibData C PixelOverlay C PixelPrepDataToxAOD C PixelRadiationDamageFluenceMapData C PixelRadSimFluenceMapAlg C PixelRawContByteStreamCnv C PixelRawContByteStreamTool C PixelRawDataProvider C PixelRawDataProviderTool C PixelRDO_ContainerCnv C PixelRDO_ContainerCnv_p0 C PixelRDOAnalysis C PixelRDOElemLinkVec Vector containing element links to pixel RDOs C PixelRDOElemLinkVec_p1 C PixelRDOElemLinkVecCnv_p1 C PixelRDORawData C PixelReadoutSpeedAlg C PixelReadoutSpeedData C PixelRIO_OnTrackErrorScaling C PixelRIO_OnTrackErrorScalingKit C PixelRIO_OnTrackErrorScalingRun1Kit C PixelRodDecoder C PixelRODErrorCollection C PixelSensorGmxSD C PixelSensorSD C PixelSensorSDTool C PixelServMatFactory C PixelSiliconConditionsTestAlg C PixelSiLorentzAngleCondAlg C PixelSimHelper C PixelSiPropertiesCondAlg C PixelSpacePointType ► C PixelStaveTypes C Datum C Key C PixelSwitches C PixelTB04RawData C PixelTDAQCondAlg C PixelTDAQData C PixLayers C Placement This class holds all the necessary information to guide the writing of an object in a physical place C plainGenerator C PlanarFlowTool C PlaneSurfaceCnv_p1 C PlaneSurfaceCnv_p2 C PLATEPARAMS C PlotBase C PlotMuons C Plots Set of generic plots C PlotsDefinitionSvc Athena include(s) C PlotValNtuple C PLR_ID This is a Identifier helper class for the PLR subdetector. This class inherits from PixelID C PLR_IDDetDescrCnv This class is a converter for the PLR_ID an IdHelper which is stored in the detector store C PLRDetectorTool C PolyconicalEnvelope ► C PolygonTriangulator C Polygon C Polyplane C polyplaneHandler C PoolCollectionConverter This class provides an interface to POOL collections C PoolFilePeeker C PoolMapElement ► C PoolSvc This class provides the interface to the LCG POOL persistency software C ContextLock C posRPhiZHandler C PosSampler C posXYZHandler ► C PPMSimBSMonitorAlgorithm C MonitorTT Struct to contain PPM trigger tower info ► C PprMonitorAlgorithm C MonitorTT Struct to contain PPM trigger tower info C PRD_MultiTruthCollection A PRD is mapped onto all contributing particles C PRD_MultiTruthCollectionCnv C PRD_MultiTruthCollectionCnv_p1 C PRD_MultiTruthCollectionCnv_p2 C PRD_MultiTruthCollectionCnv_p3 C PRD_MultiTruthCollectionCnv_p4 ► C PRDCollHandle_CSC C Imp ► C PRDCollHandle_CSC_Strip C Imp ► C PRDCollHandle_MDT C Imp ► C PRDCollHandle_MM C Imp ► C PRDCollHandle_Pixel C Imp ► C PRDCollHandle_RPC C Imp ► C PRDCollHandle_SCT C Imp ► C PRDCollHandle_SpacePoints C Imp ► C PRDCollHandle_sTGC C Imp ► C PRDCollHandle_TGC C Imp ► C PRDCollHandle_TRT C Imp ► C PRDCollHandleBase C Imp C PRDCommonFlags C PRDDetType C PRDHandle_CSC C PRDHandle_CSC_Strip C PRDHandle_MDT C PRDHandle_MM C PRDHandle_Pixel C PRDHandle_RPC C PRDHandle_SCT ► C PRDHandle_SpacePoint C Imp C PRDHandle_sTGC C PRDHandle_TGC C PRDHandle_TRT ► C PRDHandleBase C Imp ► C PRDSysCommonData C Imp ► C PRDSystemController C Imp ► C PRDTrackSegmentHelper C Imp C TracksAndSegments C PrdWrapper Helper class to help reflex/gccxml to discover the right types C PrepRawDataCnv_p1 C PrescalingEmulationTool C PrescalingTool C PrimaryDPDPrescaler C PrimaryParticleInformation This class is attached to G4PrimaryParticle objects as UserInformation. The member variable m_theParticle holds a pointer to the HepMC::GenParticle which was used to create the G4PrimaryParticle. Tthe member variable m_theISFParticle holds a pointer to the ISFParticle used to create the G4PrimaryParticle. (See ISF::InputConverter::getG4PrimaryParticle() .) The behaviour is slightly different inside and outside ISF : C Primitive C PrintHijingPars C PrintMC Print MC event details for a range of event numbers C PrintSiElements C ProcedureHolder Hold procedure dependent procedure vector ► C procmaps A simple API to access /proc/self/maps info C Entry C ProductGen C ProgressBar ► C ProjectionSurfacesHelper C Imp C Property Support class for PropertyMgr C Prophecy4fMerger C ProtoTrack C ProtoTrackStorage C ProxyProviderSvc Manages the address providers and add proxies on demand to the store C PseudoJetAlgorithm PseudoJetAlgorithm retrieves and builds the pseudojet inputs used in jet finding ► C PseudoJetContainer C ExtractorRange C PseudoJetMerger PseudoJetMerger collects a list of PseudoJetContainers into a single PseudoJetContainers C PseudoJetTranslator C PseudoMeasurementOnTrackCnv_p1 C PseudoMeasurementOnTrackCnv_p2 C PsMap C PtCondition C PtDependence C PtEtaMPhiSampler C PtrAccessSEGVHandler C PtrEq C PtrLess C PtrSEGVHandler C PU3DCorrectionHelper C PunchThroughG4Classifier C PunchThroughG4Tool Punch through calculations C PunchThroughParticle C PunchThroughPDFCreator C PunchThroughSimWrapper Class to wrap PunchThrough simulation inside FastCaloSim ; Runs both PunchThroughG4Classifier and PunchThroughG4Tool methods C Puppi C PuppiUserInfo C PuppiWeightTool C PurityAnalysis C PV0TrackSelectionAlg C PVNotifier C PyAthenaEventLoopMgr Implementation of the AthenaEventLoopMgr that allows selective and specific overrides in python. The idea is to maximize code-sharing with AthenaEventLoopMgr to reduce maintainance C PyClassIDSvc A wrapper for ClassIDSvc ► C PyDat1 C PYDAT1 C PyDataHeader A wrapper for DataHeader C PyDumperDict C PyEventStreamInfo C PyEventType C PyGate C PyItPatch This class provides some pathces for an iterator ► C PyPars C PYPARS ► C PyqPar C PYQPAR C PyReverseProxy A utility class to convert a C++ object to a PyObject ► C PySubs C PYSUBS ► C Pythia8_i C CommandException C Pythia8B_i Authors: James Catmore and Maria Smizanska James.nosp@m. .Cat.nosp@m. more@.nosp@m. cern.nosp@m. .ch / Maria.nosp@m. .Smi.nosp@m. zansk.nosp@m. a@ce.nosp@m. rn.ch Inherits from Pythia8_i by James Monk C Pythia8ForDecays C QCDTruthJetFilter C QCDTruthMultiJetFilter C QjetMassCondition C QratCscClusterFitter C QuasianalyticLineReconstruction C Quirk C QuirksPhysicsTool C QuirkStackingAction C QuirkTransportation C QuirkWatcher C Qw C QwTool Dual-use tool wrapper to set the Qw substructure variable C RadDamageUtil C RALEmb Access the EMB parameters from the geometry database C RALEmec Access the EMEC parameters from the geometry database C RALExperimentalHall Access the experimental hall parameters from the geometry database C RALHec Access the HEC parameters from the geometry database C Rand4Hits C RandDouble C Random C RandomError Throw an error with given probability C RandomErrorAlg C RandomSignalHypoJetVectorGenerator C RandUint C Range A Range describes the possible ranges for the field values of an ExpandedIdentifier C RangeFilter C RangeIterator This iterator is able to generate all possible identifiers, from a Range ► C RanSeed Class definition for RanSeed , which is used to modify the Hijing RANSEED common C RANSEED C RatesAnalysisAlg Virtual analysis class for performing rates studies on AOD Pure virtual base class for trigger rate studies on EnhancedBias or MC AOD files C RatesCPS Helper class to keep track of coherent prescales between chains in a group This class knows about its group's common prescale factor and can hence apply it coherently at the end C RatesEmulationExample C RatesGroup Used to calculate the rate for a group of RatesTrigger objects at L1 or the HLT C RatesHistoBase Basic base class for any common functionality between RatesTrigger and RatesGroup This means that everyone has access to the same histograms C RatesScanTrigger Used to calculate a rate scan as a function of some threshold value C RatesTrigger Used to calculate the rate for a single trigger at L1 or the HLT C RawConf Declare a configuration param struct C RD53SimTool C RDBAccessSvc RDBAccessSvc is the implementation of IRDBAccessSvc interface C RDBMaterialManager C RDBParamReader C RDBParamRecords C RDBQuery RDBQuery is an implementation of IRDBQuery interface C RDBRecord RDBRecord is one record in the RDBRecordset object C RDBRecordset RDBRecordset is an implementation of IRDBRecordset interface C RDBVersionAccessor RDBVersionAccessor is a helper class navigating HVS tree and getting child node tag by the tag of one of its parents C RDOindex C RDOReaderDoubleSelector C ReadCards Get tag-value pairs from a file C ReadData C ReadDataReentrant C ReadDecorHandleKeyArray< T > Class to hold an array of ReadDecorHandleKeys C ReadFromXmlDom C ReadHandle< T > Smart pointer to an object of a given type in an IProxyDict StoreGateSvc ). It d-casts and caches locally the pointed-at object, to speed-up subsequent accesses. It can be reset by the store for asynchronous updates (IOVSvc ) C ReadHandleKeyArray< T > Class to hold an array of ReadHandleKeys C ReadHepEvtFromAscii ► C ReadLArDigits CTB: code to read digits C SortDigits CTB: code to read digits C ReadLArRaw CTB: code to read raw channels C ReadLumiBlock Helper class to read in lumi block length info from COOL for a run C readOutput C ReadSiDetectorElements C ReadTBLArCalibDigits ► C ReadTBLArDigits C SortDigits C ReadTriggerDecision Algorithm demonstrating use of trigger decision information C ReadTRT_DetectorElements Algorithm to demonstrate access to TRT detector elements, printing out parameters of specific straws C ReadxAOD Algorithm demonstrating reading of xAOD containers C RealQuadradicEquation C RealQuadradicEquation C RecCTPByteStreamCnv ByteStream converter for the CTP_RIO object C RecCTPByteStreamTool Tool doing the ByteStream -> CTP_RIO conversion C RecMuCTPIByteStreamCnv ByteStream converter for the MuCTPI_RIO object C RecMuCTPIByteStreamTool Tool doing the ByteStream -> MuCTPI_RIO conversion C RecoLumiPlots C RecoMuonIDTrackPlots C RecoMuonPlots C RecoMuonSegmentPlots C RecoMuonTrackPlots C RecoPhysPlots C Record C RecordingEnvelope Responsible for finding the G4LogicalVolume pointer for each recording envelope and for creating and filling the corresponding TrackRecordCollection C RecoTimingObj C RecoTimingObj_p1 C RecoTimingObjCnv C RecoTimingObjCnv_p1 C RecoVertexPlots C RecoverZeroPixelHitMuons C RectangleBoundsCnv_p1 C RecTrack C RecVertexCnv_p1 C RecVertexCnv_p2 C reference C ReferenceSurfaceTree C RefitTracksAndVertex C RegionCreator C RegionSelectionSvc C RegionSelectorLUT C register_aux C register_aux< HLT::TypeInformation::no_aux > C register_feature C registertype C RegSelCondAlg_LAr C RegSelCondAlg_Tile C RegSelCondData C RegSelectorHashMap C RegSelectorMap C RegSelectorMapElement C RegSelEtaPhiLUT ► C RegSelLayer C PhiCluster C RegSelModule C RegSelName C RegSelROB C RegSelROBList C RegSelRoI C RegSelSiLUT C RegSelSubDetector C RegSelTool Emacs: this is -*- c++ -*- C RemoveData Functor to remove a sampling from the Store C RemoveSampling Functor to remove all sampling in a store C RepeatedCondition C ReplicaSorter C Residual Residual is a class that stores the residual, error, and type of residual C ResidualOffsetCorrection C ResidualPlots C resonancevetos C ResoTriggerMuonPlots ► C Resplot C ResException C Result C result_handler C result_handler< queried, result, HLT::TypeInformation::nil > C RevolutionSurfaceUtil C Rg_Sample_Index C RHadronPythiaDecayer C RHadronsPhysicsTool C RingerCommonSelecto ► C RingerReFex C RingSet C RingerRings This class carries the generated Rings C RingerRings_p1 C RingerRings_p2 C RingerRings_tlp1 C RingerRingsCnv C RingerRingsCnv_p1 C RingerRingsCnv_p2 C RingerRingsCnv_tlp1 C RingerRingsContainer C RingerRingsContainer_p1 C RingerRingsContainer_p2 C RingerRingsContainer_tlp1 C RingerRingsContainerCnv C RingerRingsContainerCnv_p1 C RingerRingsContainerCnv_tlp1 C ringHandler C RingSet C RIO_OnTrackCnv_p1 C RIO_OnTrackCnv_p2 C RIO_OnTrackErrorScaling C RIO_OnTrackErrorScalingCondAlg C RIO_OnTrackErrorScalingDbOverrideCondAlg C RIO_OnTrackErrorScalingKit C RIO_OnTrackErrorScalingSpecialisedKit C RIOs C Rivet_i Interface to the Rivet analysis package C RNTupleAuxDynStore ► C ROBData_T Templete data class to wrap ROB fragment for accessing ROD data C iterator This class defines how to iterate over the ROBData_T , in different formats C ROBDataProviderMTTest ► C ROBDataProviderSvc C EventCache C ROBPrefetchingAlg Algorithm taking a list of decision objects, extracting RoI from each and prefetching ROBs (i.e. calling ROBDataProviderSvc::addROBData ) for all these RoIs from specific detectors configured in the RegionSelectorTools property C RODHeader_p1 Persistent form of RODHeader using T/P separation C RODHeaderCnv_p1 T/P converter for RODHeader and RODHeader_p1 C RODHeaderCollection_p1 C RODHeaderCollection_tlp1 C RODHeaderCollectionCnv C RODHeaderCollectionCnv_p1 T/P converter for RODHeader and RODHeader_p1 C RODHeaderCollectionCnv_tlp1 T/P converter for RODHeader and RODHeader_p1 C RodRobIdMap This implements just the ROD->ROB conversion part of Hid2RESrcID C RoIBResult_p1 Persistent representation of ROIB::RoIBResult C RoIBResultByteStreamCnv ByteStream converter for the RoIBResult object ► C RoIBResultByteStreamTool Tool doing the RoIBResult <-> ByteStream conversion C DataStatus Structure holding the status words and rob/rod error flags C RoIBResultCnv POOL converter for ROIB::RoIBResult C RoIBResultCnv_p1 T/P converter for RoIBResult_p1 C RoIBResultToxAOD RoIB result to xAOD converter C RoiDescriptor Describes the Region of Ineterest geometry It has basically 9 parameters C RoiFilter C RoIPEBInfoWriterTool Tool writing ROB list corresponding to an RoI in given detectors for use in PEBInfoWriterAlg C ROIPhiRZ C ROIPhiRZContainer Container for phi sorted ROIs defined by phi, r and z C RoiReader RoiDescriptor collection ► C RoIsUnpackingEmulationTool C FakeRoI C RoIsUnpackingToolBase Base class for RoI unpackers C RoIsUnpackingToolPhase1 C RoIThresholdsTool C RoiUpdaterTool C RoiWriter Algorithm creating xAOD::RoiDescriptorStore objects C ROMAPOT C RootAuxDynStore C RootcollectionCursor ► C RootExCellWriter C Config C ExtrapolationStep C RootPropStepWriter C RootTruthParticleCnvTool C RootUtilsInit C RoRSeqFilter C RotatedDiamondBoundsCnv_p1 C RotatedTrapezoidBoundsCnv_p1 C Route C Routing2 C RPC_Hid2RESrcID C RPC_HitsTruthRelink C RPC_IDDetDescrCnv Converter for RpcIdHelper C RPC_RDOAnalysis C RPC_RegSelCondAlg C RPC_TimingTool C RPCbytestream C RpcByteStreamDecoder C RpcByteStreamEncoder C RpcByteStreamErrorContainerCnv C RpcByteStreamErrorContainerCnv_p1 C RpcCablingCondAlg C RpcCablingCondData C RpcCalibRawDataProvider ► C RpcChamber Helper struct to represent a full Rpc chamber C RpcLayer Helper struct to assess that the layers are properly oriented C RpcStrip C RpcClusterBuilderPRD C RpcClusterOnTrackCnv_p1 C RpcClusterOnTrackCnv_p2 C RpcClusterOnTrackCnv_p3 C RpcCoinDataCnv_p1 C RpcCoinDataContainerCnv Create derived converter to customize the saving of identifiable container C RpcCoinMatrix C RpcCoinMatrix_p1 Persistent representation of RpcCoinMatrix class C RpcCoinMatrixCnv_p1 C RpcCondDataContainer Holds all information of the cscRPC Conditions data C RpcCondDbAlg C RpcCondDbData C RpcConditionPar C RPCdata C RPCdecoder C RpcDigit C RPCdigit C RpcDigitCollection C RpcDigitContainer Use IdentifiableContainer with RpcDigitCollection C RpcDigitizationTool C RpcDigitToRpcRDO C RpcFiredChannel C RpcFiredChannel_p1 Persistent representation of RpcFiredChannel class C RpcFiredChannelCnv_p1 C RPCHitAnalysis C RpcHitIdHelper C RPCHitsTestTool C RpcIdHelper C RPCofflineId C RpcOverlay C RpcPad C RpcPad_p1 C RpcPadCnv_p1 C RpcPadContainer Use IdentifiableContainer with RpcPad C RpcPadContainer_p1 C RpcPadContainer_p2 C RpcPadContainerCnv_p1 C RpcPadContainerCnv_p2 C RpcPadContByteStreamCnv C RPCPadParameters C RpcPanel C RpcPrepDataCnv_p1 C RpcPrepDataCnv_p2 C RpcPrepDataCnv_p3 C RpcPrepDataContainerCnv Create derived converter to customize the saving of identifiable container C RpcPrepDataContainerCnv_tlp1 C RPCrawData C RPCrawDigit C RPCReadOut C RpcROD_Encoder This class provides conversion from BS to ROD format C RPCRODDecode C RPCRODStructure C RPCRXRODDecode C RpcSectorLogic C RpcSectorLogicContainer C RpcSectorLogicContainer_p1 Class to represent C RpcSectorLogicContainerCnv C RpcSectorLogicContainerCnv_p1 C RPCSensitiveDetector C RPCSensitiveDetectorCosmics C RPCSensitiveDetectorCosmicsTool C RPCSensitiveDetectorTool C RPCSimHit C RPCSimHitCollectionCnv Create derived converter to customize the saving of identifiable container C RPCSimHitCollectionCnv_p1 C RPCSimHitCollectionCnv_p2 C RPCSimHitCollectionCnv_p3 C RPCSimHitCollectionCnv_p4 C RPCsimuData C RPCsimuDigit C RpcSLTriggerHit C RpcTrackAnaAlg C RPCtrigDataObject C RPPINS C RPPOSPARAMS C RresTbin C RT_Relation_DB_DigiTool C RtBinning C RtCalibrationCurved C RtColor C RtGraph A class for generating a r-t and t-r graphs by binning the 2D histograms in Calibrator::rtHists in r ot t bins C RtGraphs C RtParabolicExtrapolation C RtResolutionFromPoints C Run2ToRun3TrigNavConverterV2 C RunInput C RunInputOperations C RunningStat C RunTriggerMatching Algorithm demonstrating trigger matching in Athena User provides a trigger string (wildcards possible) and the name of an offline object container, and the algorithm counts how many offline objects are matched to that trigger C RXReadOutStructure C SaggedLineSurfaceCnv_p2 C SaltModel C SameParticleHardScatteringFilter Allows the user to search for any given production Parent1 + Parent 2 -> Child1 C SampledParticle C Sampler C SbFacet C SbPolyhedrizeAction C SbPolyhedron C SbPolyhedronArbitrary C SbPolyhedronBox C SbPolyhedronCone C SbPolyhedronCons C SbPolyhedronGenericTrap C SbPolyhedronPara C SbPolyhedronPcon C SbPolyhedronPgon ► C SbPolyhedronPolygonXSect C Internals C SbPolyhedronSphere C SbPolyhedronTorus C SbPolyhedronTrap C SbPolyhedronTrd1 C SbPolyhedronTrd2 C SbPolyhedronTube C SbPolyhedronTubs C SC_MonValues C ScaledErrorData Liquid Argon class for standalone storage of cell shape information C ScaledShiftedShape Liquid Argon class for standalone storage of cell shape information C ScaleE0 C ScaleE1 C ScaleE1overE2 C ScaleE2 C ScaleE3 C ScaleEaccordion C ScaleEcalorimeter C ScatteringAngleOnTrackCnv_p1 C SchedulerMonSvc Service monitoring the Scheduler status and producing relevant online histograms C ScintillatorHit C ScoutingInfo C SCT1_RawData C SCT1_RawDataCnv_p1 C SCT1_RawDataCnv_p2 C SCT1_RawDataContainerCnv_p1 C SCT3_RawData C SCT3_RawData_p1 C SCT3_RawData_p2 N.Barlow, Apr 2008 replace float[20] with vector<int> to represent strips with errors C SCT3_RawData_p3 N.Barlow, Apr 2008 replace float[20] with vector<int> to represent strips with errors C SCT3_RawData_p4 S.Oda, Oct 2018 replace unsigned int by unsigned short for for the presampling samples for Overlay MC C SCT3_RawDataCnv_p1 C SCT3_RawDataCnv_p2 C SCT3_RawDataCnv_p3 C SCT3_RawDataCnv_p4 C SCT_AlignCondAlg C SCT_Amp Header file for SCT_Amp Class C SCT_Barrel C SCT_BarrelCluster C SCT_BarrelModuleParameters C SCT_BarrelParameters C SCT_BaseBoard C SCT_Bracket C SCT_ByteStreamErrorsTestAlg ► C SCT_ByteStreamErrorsTool C IDCCacheEntry C SCT_CablingCondAlgFromCoraCool Condition algorithm which fills the SCT Cabling from the database, using CoraCool C SCT_CablingCondAlgFromText Condition algorithm which fills the SCT Cabling from plain text (a file) C SCT_CablingData C SCT_CablingTool C SCT_CalibBsErrorTool ► C SCT_CalibDefectData Container with a list of defects derived from calibration data and used in SCT_ReadCalibDataCondAlg and SCT_ReadCalibDataTool C CalibModuleDefects C SCT_CalibEventInfo C SCT_CalibHitmapTool C SCT_CalibHvTool C SCT_CalibLbTool C SCT_CalibModuleListTool C SCT_ChargeTrappingCondData Data object for SCT_ChargeTrappingTool , SCT_RadDamageSummaryTool , SCT_SurfaceChargesGenerator C SCT_ChargeTrappingTool C SCT_ChargeTrappinTool C SCT_Chip Class which stores infomration on the SCT chips: id, config, mask C SCT_Clamp C SCT_CloseOut C SCT_Cluster C SCT_ClusterAnalysis C SCT_ClusterCnv_p1 C SCT_ClusterCnv_p2 C SCT_ClusterCnv_p3 C SCT_ClusterContainerCnv Create derived converter to customize the saving of identifiable container C SCT_ClusterContainerCnv_p0 C SCT_ClusterContainerCnv_p2 C SCT_ClusterContainerCnv_p3 C SCT_ClusterContainerCnv_tlp1 C SCT_ClusterOnTrackCnv_p1 C SCT_ClusterOnTrackCnv_p2 C SCT_ComponentFactory C SCT_ConditionsParameterCondAlg C SCT_ConditionsParameterTestAlg This class acts as a test/sample client the ConditionsParameter class C SCT_ConditionsParameterTool C SCT_ConditionsSummaryTestAlg Example class to show calling the SCT_ConditionsSummaryTool C SCT_ConditionsSummaryTool C SCT_CondParameterData Data object for SCT_ConditionsParameterTool and SCT_ConditionsParameterCondAlg C SCT_ConfigurationCondAlg C SCT_ConfigurationCondData Class for data object used in SCT_ConfigurationCondAlg and SCT_ConfigurationConditionsTool C SCT_ConfigurationConditionsTestAlg This class acts as a test/sample client for the SCT_ConfigurationSConditionsSvc class C SCT_ConfigurationConditionsTool C SCT_CoolingBlock C SCT_CoolingEnd C SCT_CoolingPipe C SCT_DataBase C SCT_DCSConditionsHVCondAlg C SCT_DCSConditionsStatCondAlg C SCT_DCSConditionsTempCondAlg C SCT_DCSConditionsTestAlg This class acts as a test/sample client the DCSConditions class C SCT_DCSConditionsTool Class to provide DCS information about modules from the COOL database C SCT_DCSFloatCondData Class for data object used in SCT_DCSConditions{HV,Temp}CondAlg, SCT_DCSConditionsTool , SCT_SiliconConditions{HV,Temp}CondAlg, SCTSiPropertiesCondAlg , SCTSiLorentzAngleCondAlg C SCT_DCSStatCondData Classs for data object used in SCT_DCSConditionsStatCondAlg , SCT_DCSConditionsTool , SCT_Silicon{HV,Temp}CondAlg C SCT_DetailedSurfaceChargesGenerator Class to take calculate Charge Transport in the SCT with a detailed charge transport model C SCT_DetectorElementCondAlg C SCT_DetectorFactory C SCT_DetectorFactoryCosmic C SCT_DetectorFactoryLite C SCT_DetectorLevelConditionsTool C SCT_DetectorTool C SCT_Digitization Top algorithm class for SCT digitization C SCT_DigitizationTool C SCT_Dogleg C SCT_ElectricFieldTool C SCT_EndCapCluster C SCT_FastDigitization Top algorithm class for SCT digitization C SCT_FastDigitizationTool C SCT_FastRDOAnalysis C SCT_FlaggedCondData_p1 C SCT_FlaggedCondDataCnv C SCT_FlaggedCondDataCnv_p1 C SCT_FlaggedConditionTestAlg C SCT_FlaggedConditionTool C SCT_Flange C SCT_Forward C SCT_ForwardModuleParameters C SCT_ForwardParameters C SCT_FrontEnd C SCT_FrontEndData Simulation of the SCT front-end electronics working as a SiPreDigitsProcessor models response of ABCD chip amplifiers to collected charges, also does cross-talk, offset variation and gain variation, in a correlated way C SCT_FSIEndJewel C SCT_FSIFibreMask C SCT_FSIScorpion C SCT_FwdCoolingBlock C SCT_FwdCoolingPipe C SCT_FwdCylinderServices C SCT_FwdDiscFixation C SCT_FwdDiscPowerTape C SCT_FwdDiscSupport C SCT_FwdFSI C SCT_FwdHybrid C SCT_FwdModule C SCT_FwdModuleConnector C SCT_FwdOptoHarness C SCT_FwdPatchPanel C SCT_FwdPowerTape C SCT_FwdPPConnector C SCT_FwdPPCooling C SCT_FwdRing C SCT_FwdRingCooling C SCT_FwdSensor C SCT_FwdSpine C SCT_FwdSubSpine C SCT_FwdSupportFrame C SCT_FwdThermalShieldElement C SCT_FwdWheel C SCT_GeneralParameters C SCT_GeometryManager C SCT_GeoModelAthenaComps Class to hold various Athena components C SCT_Harness C SCT_Hybrid C SCT_ID C SCT_IDDetDescrCnv This class is a converter for the SCT_ID an IdHelper which is stored in the detector store C SCT_Identifier C SCT_InnerSide C SCT_InterLink C SCT_Layer C SCT_LinkMaskingCondAlg C SCT_LinkMaskingTestAlg Example class to show calling the SCT_LinkMaskingTool C SCT_LinkMaskingTool C SCT_MajorityCondAlg C SCT_MajorityCondData Class for data object used in SCT_MajorityCondAlg and SCT_MajorityConditionsTool C SCT_MajorityConditionsTestAlg Example class to show calling the SCT_MajorityConditionsSvc C SCT_MajorityConditionsTool C SCT_MaterialManager C SCT_Module C SCT_ModuleVetoCondAlg C SCT_ModuleVetoCondData Class for data object used in SCT_ModuleVetoCondAlg , SCT_LinkMaskingCondAlg , SCT_ModuleVetoTool , SCT_LinkMaskingTool C SCT_ModuleVetoTestAlg Example algorithm to show calling the SCT_ModuleVetoSvc to exclude bad components C SCT_ModuleVetoTool C SCT_MonitorCondAlg C SCT_MonitorCondData Class for data object used in SCT_MonitorCondAlg and SCT_MonitorConditionsTool C SCT_MonitorConditionsTestAlg Example class to show calling the SCT_MonitorConditions C SCT_MonitorConditionsTool Class for keeping track of errors caught by the monitoring C SCT_OnlineId C SCT_Options C SCT_OuterSide C SCT_Pigtail C SCT_PixelAttachment C SCT_PortMap Helper class to map the input/output ports of a chip C SCT_PowerTape C SCT_PrepDataToxAOD C SCT_RadDamageSummaryTool C SCT_RandomDisabledCellGenerator C SCT_RawDataContainer_p1 C SCT_RawDataContainer_p2 Persistent represenation of an SCT_RawDataContainer C SCT_RawDataContainer_p3 Persistent represenation of an SCT_RawDataContainer C SCT_RawDataContainer_p4 Persistent represenation of an SCT_RawDataContainer C SCT_RawDataContainerCnv_p1 C SCT_RawDataContainerCnv_p2 C SCT_RawDataContainerCnv_p3 C SCT_RawDataContainerCnv_p4 C SCT_RawDataToxAOD Algorithm to read RDO information from SCT ntuple and write augmented xAOD C SCT_RDO_ContainerCnv C SCT_RDO_ContainerCnv_p0 C SCT_RDOAnalysis C SCT_RDORawData C SCT_ReadCalibChipDataTestAlg This class acts as a test/sample client to the SCT_ReadSCalibChipDataSvc class C SCT_ReadCalibChipDataTool This class contains a Tool that reads SCT calibration data and makes it available to other algorithms C SCT_ReadCalibChipGainCondAlg C SCT_ReadCalibChipNoiseCondAlg C SCT_ReadCalibDataCondAlg C SCT_ReadCalibDataTestAlg This class acts as a test/sample client to the SCT_ReadSCalibDataSvc class C SCT_ReadCalibDataTool This class contains a Tool that reads SCT calibration data and makes it available to other algorithms C SCT_ReadoutData C SCT_ReadoutTestAlg C SCT_ReadoutTool C SCT_ReClustering This performs reclustering after identifying dead or noisy channels ► C SCT_RodDecoder Athena Algorithm Tool to decode the SCT binary format to create RDOs and inserts them to the collection C CacheHelper Temp object to help with trigger caching ► C SharedData Struct to hold data shared in methods used in fillCollection method C Hasher C SCT_RodDecoderErrorsHelper Allows to accumulate errors in one fillColection call C SCT_RodEncoder Athena Algorithm Tool that provides conversion from SCT RDO to ROD format Bytestream C SCT_RODVetoCondAlg Algorithm needs to show calling the SCT_RODVeto to exclude bad components C SCT_RODVetoTestAlg Example algorithm to show calling the SCT_RODVeto to exclude bad components C SCT_RODVetoTool C SCT_Sensor C SCT_SensorCondData Class for data object used in SCT_SensorsCondAlg and SCT_SensorsTool C SCT_SensorsCondAlg C SCT_SensorsTestAlg This class acts as a test/sample client the ConditionsParameter class C SCT_SensorsTool C SCT_SerialNumber C SCT_ServMatFactory C SCT_SharedComponentFactory C SCT_SiliconConditionsTestAlg Example class to show calling the SCT_SiliconConditionsTool C SCT_SiliconConditionsTool C SCT_SiliconHVCondAlg C SCT_SiliconTempCondAlg C SCT_SimHelper C SCT_Ski C SCT_SkiAux C SCT_SkiPowerTape C SCT_Spider C SCT_StripVetoTestAlg C SCT_StripVetoTool C SCT_SupportCyl C SCT_SurfaceChargesGenerator C SCT_TB03_RawData C SCT_TB04_RawData C SCT_TdaqEnabledCondAlg C SCT_TdaqEnabledCondData Class for data object used in SCT_TdaqEnabledCondAlg and SCT_TdaqEnabledTool C SCT_TdaqEnabledTestAlg Example algorithm to show calling the SCT_ModuleVeto to exclude bad components C SCT_TdaqEnabledTool C SCT_TestCablingAlg C SCT_UniqueComponentFactory C SCTCalib C SCTCalibWriteTool Algorithm to test writing conditions data and reading them back C SctClusterStorage ► C SCTErrMonAlg C CacheEntry C categoryErrorMap_t C SCTEventFlagWriter Athena reentrant Algorithm to flag an event bad if the number of errors exceed threshold C SCTExtensionAlg C SCTGeometryManagerTool Tool for setting up SCT alignment geometry C SctGeometryStorage C SCTHitEffMonAlg C SCTHitsNoiseMonAlg C SCTLorentzMonAlg C SctModuleGeoInfo C SCTOverlay C SCTRawContByteStreamCnv Converter for writing ByteStream from SCT Raw Data C SCTRawContByteStreamTool Athena Algorithm Tool to provide conversion from SCT RDO container to ByteStream C SCTRawDataProvider Athena Algorithm to decode the SCT Byte Stream C SCTRawDataProviderTool Athena Algorithm Tool to fill Collections of SCT RDO Containers C SCTRIO_OnTrackErrorScaling C SCTRIO_OnTrackErrorScalingKit C SctSensor_CTB C SctSensor_CTBTool C SctSensorGmxSD C SctSensorSD C SctSensorSDTool C SCTSiLorentzAngleCondAlg C SCTSiLorentzAngleTestAlg C SCTSiPropertiesCondAlg C SCTSiPropertiesTestAlg C SctSpacePointStruct C SCTTimeHists C SCTTracksMonAlg C sectionHandler C sectorHandler C SectorL C SectorLogic ► C SectorLogicReadOut C SLROData C SectorLogicReadOutStructure ► C SectorLogicRXReadOut C SLRXROData C SectorLogicRXReadOutStructure C SecVtxValidationPlots C SeededOutput C SeedingToolBase C SeedJetBuilder C SeedMakingDeviceContext C SeedMakingManagedDeviceContext C SeedMakingWorkCuda C SeedMakingWorkCudaITk C SeedMakingWorkCudaManaged C SeedMakingWorkCudaManagedITk C SegMemSvc Service to access an arena caching allocator C SegmentCnv_p1 C SegmentCollectionCnv C SegmentCollectionCnv_p1 C SegmentCollectionCnv_tlp1 C SegmentCollectionCnv_tlp2 C SegmentCollectionCnv_tlp3 C SegmentCollectionCnv_tlp4 C SegmTrack ► C SelectAllObjectMT C const_iterator C SelectedParticles C SelectedParticles_p1 C SelectedParticlesCnv_p1 C SelectEventNumber This class is an algorithm that can be run before track fitting to select events from an ascii file C SelectionCriterion ► C SelectObject C const_iterator C SelectorBase C semilCorr C SensitiveDetectorBase Common base class for tools that create and manage Geant4 sensitive detectors C SensitiveDetectorMasterTool Public tool which manages all the sensitive detector tools C SensorSim3DTool C SensorSimPlanarTool C SensorSimTool C SerializeCommon C ServiceHandle ► C ServiceMaterial C Entry Structure holding one service material C ServicesLayer C ServicesStave There are several possible types of staves from services point of view: C ServicesTracker C ServicesTrackerBuilder C ServiceVolume C SettingsInfo C SGAccessAlg Algorithm that loads data objects listed in a SG::Folder C SGAudSvc C SGCommitAuditor C SGDeleteAlg Algorithm that resets the data objects listed in a SG::Folder C SGImplSvc The Athena Transient Store API C SGInputLoader C SGRead C SgStressConsumer C SgStressProducer C SGWrite C ShapeCreator C ShapeErrorData Liquid Argon class for standalone storage of cell shape information C SharedEvtQueueConsumer C SharedEvtQueueProvider C SharedHitMapper C SharedHitTrackAssoc C SharedHiveEvtQueueConsumer C SharedObject C SharedWriterTool C Sherpa_i C ShiftingDerivCalcTool Tool used to calculate total derivatives of residuals w.r.t. alignment parameters by shifting chambers in various directions, refitting tracks, and determining chi2 vs. chamber positions. This is used to calculate first derivatives C ShortDbArray C ShowData C ShowerDeconstructionTool C ShowRequest C SiCharge C SiChargedDiode C SiChargedDiodeCollection C SiChargedDiodeHash C SiChargedDiodeOrderedSetCompare C SiCluster C SiClusterCnv_p1 C SiClusterizationToolNormalizationException C SiClusterOnTrackCnv_p1 C Side C SideBand C SiDetectorElementMap C SiDetElementsRoadUtils_xk C SiDistWriteAlg C SigAnalysis C SiGeometryManagerTool Tool for setting up Silicon alignment geometry C siginfo_t C SignalStateCnv C SignalStateConstHelper C SignalStateHelper C SiHelper C SiHit C SiHit_p1 C SiHit_p2 C SiHitAnalysis C SiHitCnv_p1 C SiHitCnv_p2 C SiHitCollection_p1 C SiHitCollection_p2 C SiHitCollection_p3 C SiHitCollection_p4 C SiHitCollectionCnv C SiHitCollectionCnv_p2 C SiHitCollectionCnv_p3 C SiHitCollectionCnv_p4 C SiHitIdHelper C SiHitsTestTool C SiliconHitsTruthRelink C SiliconID This is an Identifier helper class for both the Pixel and SCT subdetectors. This class defines identifier hashes which span BOTH the pixels and the scts C SiliconIDDetDescrCnv This class is a converter for the SiliconID an IdHelper which is stored in the detector store C SiliconPlane C SillyKey C SiLorentzAngleCondData C SiLorentzAngleTool C SimBarCode ► C SimHitHandle_ForwardHit C Imp ► C SimHitHandle_SiHit C Imp C SimHitHandle_TrackRecord ► C SimHitHandle_TRTHit C Imp C SimHitHandleBase C SimpleConstraintPointMinimizer C SimpleCscClusterFitter C SimpleElectronEfficiencyCorrectionTool C SimpleFastKiller C SimpleFastKillerTool C SimpleHypoJetVectorGenerator C SimpleIDNtupleTool Tool for writing information to ntuple for debugging C SimpleJetStream C SimpleMergeMcEventCollTool PileUpTool to merge MC truth collection in the overlay store C SimpleMuonTriggerScaleFactors C SimplePhotonEfficiencyCorrectionTool C SimpleScintillatorHit C SimpleSingleTool C SimplestToyDetectorFactory C SimpleTestClass C SimpleToolPair C SimpleView Very simple pass-through implementation of IProxyDict C SimTestHisto Utility helper class for dealing with histograms in the sim tests C SimTestToolBase C SimTimeEstimate Algorithm to estimate the amount of CPU time that simulation will take ► C SimulationHit C StepPoint C SimulationHit_p1 C SimulationHitCnv_p1 C SimulationHitCollection_p1 C SimulationHitCollectionCnv C SimuTrackData C SinDependence C SingleHistogramDefinition Almost-a-struct for holding the single histogram definition C SingleJetGrouper C SingleLogicalVolumeFactory ► C SingleTrackValidation C Clockwork C SiPropertiesTool C SiRegSelCondAlg C SiSmearedDigitization Top algorithm class for Pixel digitization C SiSmearedDigitizationTool C SiSurfaceCharge C SiTotalCharge C SITrkAlignDBTool Tool for writing Silicon alignment constants into oracle DB or an ASCII file C SiWidthCnv_p1 C SkimDecision C SkimDecision_p1 C SkimDecisionCnv C SkimDecisionCnv_p1 C SkimDecisionCollection C SkimDecisionCollection_p1 C SkimDecisionCollectionCnv C SkipEventIdxSvc C SLdata C SleptonsPhysicsTool C slope_t C SlowMuonValidationPlots C SLpatterns C SMCCondition C SmearingCalibStep C SmoothedTopTagger C SmoothedWZTagger C snake_pointHandler C snakeHandler C SoCons SoCons - Inventor version of the G4Cons Geant Geometry entity C SoCooperativeSelection C SoftDropObservablesTool C SoftKillerWeightTool C SoftLeptonInJetFilter C SoGenericBox C SoGL2PSAction SoGL2PSAction inherits Inventor/SoGLRenderAction C SoLAr SoLAr - Inventor version of the G4Cons Geant Geometry entity C SoPcons SoPcons - Inventor version of the G4Cons Geant Geometry entity ► C SoPolyhedron SoPolyhedron is an Inventor encapsulation of the HepPolyedron class written by E.Chernyaev C Vertex C SortByE C SortDistToMedian C SortDPptr C SortTADptr C SortTruthParticleLink C SoshiFormat C SoTessellated C SoTools C SoTransparency C SoTubs SoTubs - Inventor version of the G4Tubs Geant Geometry entity C SourceCompAlg C SoVisualizeAction C SpacePoint C SpacePointAnalysis C SpacePointCollection C SpacePointCollectionCopyConstructorCalled C SpacePointContainer C SpacePointCopier C SpacePointOverlapCollection C Spacepoints C SpclMcValidationTool C SPCountHypoAlg ► C SPCountHypoTool C SPCountsInfo C Specialized C SpecifiedJetsCondition C SPLayer C SplitPhotonFilter C SqliteReadSvc SqliteReadSvc implementats IRDBAccessSvc interface for reading plain tables in the Geometry SQLite database C SqliteRecord SqliteRecord is one record in the SqliteRecordset object C SqliteRecordset SqliteRecordset implements IRDBRecordset interface. It is a container of records read from an SQLite table C SquirrelCageFactory C SrcIdMap This class provides default conversion between Lower level Source ID to higher level source ID C StackCursor_ Cursor object used to move between nodes of the tree C StackHandle_ Unique reference for a stack trace C StackNode_ Node used to store trace data ► C StandaloneDataIO C ConstantInformation C EventInformation C FolderLoad C FolderLoadOptions ► C StandaloneL1TopoHistSvc C StandaloneL1TopoHistSvcImpl C StandardFieldSvc Athena service for constructing the AtlasField object C Starlight_i C StatDouble C StateAtBoundarySurface C StaticNavigationEntine C StaticPEBInfoWriterTool Tool writing a configurable constant list of ROBs and SubDetectors for use in PEBInfoWriterAlg C StatInt C StatVal Simple struct to hold a value and it's associated uncertainty C StaveServices Class storing all the services of a stave (or a petal, etc...) classifying them by function and by number of items C StdCalibrationInputs Name : egammaLayerRecalibTool.h Package : egammaLayerRecalibTool Author : R C StepArrayBM C stepInfoDistCompare C STGC_ClusterOnTrackCnv_p1 C STGC_DigitToRDO C sTGC_HitsTruthRelink C sTGC_IDDetDescrCnv Converter for sTgcIdHelper C STGC_Overlay C STGC_RawDataContainerCnv C STGC_RawDataToPrepDataTool C STGC_RdoToDigit C sTGC_readoutHandler C sTGC_RegSelCondAlg NB: this sTGC class follows the naming convention from the sTGC detector code base hence the non-standard naming convention sTGC rather than STGC etc C sTGC_TechHandler C sTgcAlignmentStore C sTGCAsBuiltCondAlg2 Conditions algorithm to load the alternativ sTGC as built constants ► C sTGCAsBuiltData2 Class holding the sTGC as built conditions data and applying it. The model consists of four parameters: C Parameters ► C sTgcChamber Helper struct to represent a full sTgc chamber C sTgcChannel C sTgcLayer Helper struct to assess that the layers are properly oriented C sTgcPad C sTGCDetectorDescription C sTGCDetectorHelper C sTgcDigit C sTgcDigitCollection C sTgcDigitContainer Use IdentifiableContainer with sTgcDigitCollection C sTgcDigitEffiCondAlg Conditions algorithm to load the sTGC efficiency constants that are used in digitization ► C sTgcDigitizationTool C sTgcSimDigitData ► C sTgcDigitMaker C DigiConditions Digitize a given hit, determining the time and charge spread on wires, pads and strips C GammaParameter Parameters of a gamma probability distribution function, required for estimating wire digit's time of arrival C Ionization Ionization object with distance, position on the hit segment and position on the wire C sTGCHandler C sTGCHitAnalysis C sTgcHitIdHelper C sTGCHitsTestTool C sTgcIdHelper C sTgcPadPlottingAlg Simple algorithm to plot the sTGC pad positions C sTgcPrepDataCnv_p1 C sTgcPrepDataCnv_p2 C sTgcPrepDataCnv_p3 C sTgcPrepDataContainerCnv Create derived converter to customize the saving of identifiable container C sTgcRawDataMonAlg C sTGCReadoutParameters C sTGCSensitiveDetector C sTgcSensitiveDetector C sTGCSensitiveDetectorTool C sTGCSimHit C sTGCSimHitCollectionCnv Create derived converter to customize the saving of identifiable container C sTGCSimHitCollectionCnv_p1 C sTGCSimHitCollectionCnv_p2 The _p2 converter was added to support HepMcParticleLink_p2 in 21.3 C sTGCSimHitCollectionCnv_p3 C sTGCSimHitCollectionCnv_p4 C sTgcSimIdToOfflineId C StlAthenaPoolCnv C StoppedParticleFastSim C StoppedParticleFastSimTool C StoreClearedIncident Incident sent after a store is cleared C StoredAlignX C StoredLArCalibHitContainers Store pointers to the different hit collections C StoredMaterialManager This class holds one or more material managers and makes them storeable, under StoreGate C StoredPhysVol ► C StoreGateSvc The Athena Transient Store API C BadListItem C StoreID Defines an enum used by address providers to decide what kind of StoreGateSvc they are providing addresses for. A hack, really.. C StorePIDinfo C StraightLineSurfaceCnv_p1 C StraightLineSurfaceCnv_p2 C StraightPatRec C straw_edge_struct C straw_shifter_struct C straw_struct C straw_struct_prob C strawMap C StreamSelectorTool This class provides an example for reading with a ISelectorTool to veto events on AttributeList C StreamTagMakerTool Makes stream tags out of chain decisions C StringParse Utility object for parsing a string into tokens and returning them as a variety of types C StringSerializer Utility class (not a tool or so) to serialize strings into stream of 32bit integers C StringVector C StripInformationHelper C StripsResponse ► C SubDetHitStatistics C OverflowControlledRef A simple class to retrofit overflow protection into the existing code C SubDetHitStatisticsCnv_p0 C SubjetBuilder C SubjetFinderTool C SubjetMakerTool C SubjetRecorderTool C SubSysResult_p1 Persistent class used by RoIBResult_p1 C subtractionHandler C Suep_shower Auxiliary class for SUEP generation C SumOfWeightsAlg C SuperCellVsCaloCellTestAlg C SupportRailFactory C Surface C SurfaceCnv_p1 C SurfaceCnv_p2 C SurfaceToSoNode C SurfaceValidationTree C SurveyConstraint C SurveyConstraintModule C SurveyConstraintPoint C SurveyConstraintTestAlg C SUSYIDWeight C SUSYToolsAlg C SvcFactory C SwitchingFieldManager G4FieldManager that sets tight stepping for muons; disables magnetic field for other particles C T0CalibTypeXY C T0CalTypeXY C T0MTSettingsT0 C T0MTSettingsTMax C T0Refinement C T2CaloEgammaForwardReFastAlgo Main LVL2 Algorithm C T2CaloEgammaReFastAlgo Main LVL2 Algorithm C T2GeometryTool C T_AnalysisConfig C T_AnalysisConfig_Tier0 C T_AnalysisConfigMT_Tier0 C T_AnalysisConfigR3_Tier0 C T_AthenaHitsVectorCnv C T_AthenaPoolAuxContainerCnv Athena pool converter for aux store classes C T_AthenaPoolCnv This templated class provides the converter to translate an object to/from its persistent POOL representation C T_AthenaPoolCnvBase This templated class provides the converter to translate an object to/from its persistent POOL representation C T_AthenaPoolCoolMultChanCnv This templated class provides the POOL converter to translate a DataVector<T> to and from a CondAttrListCollection . In this case, the elements of T are written/read and their POOL tokens are stored in CondAttrListCollection C T_AthenaPoolCustCnv This templated class provides the converter to translate an object to/from its persistent POOL representation C T_AthenaPoolCustomCnv Compatibility for old converter classes that don't get passed the key C T_AthenaPoolCustomCnvWithKey This templated class extends T_AthenaPoolCustCnv to provide management of the persistent objects created by the converter and to correctly delete retrieved persistent objects C T_AthenaPoolExtendingCnv This templated class extends T_AthenaPoolCustomCnv to provide additional/chaged functionality for AthenaPool converters for top-level TP separated persistent objects that are an extension to some other, top-level TP separated object C T_AthenaPoolFindBase Class to find the proper pool converter type for an EDM object C T_AthenaPoolFindBase< ViewVector< DV > > Specialize to use the proper converter for ViewVector classes ► C T_AthenaPoolLegacyCnv This templated class extends T_AthenaPoolCustomCnv with the ability to write odditional persistent representation (usually an old one) if the user-provided writingLegacy() method returns true C LegacyCnv C T_AthenaPoolTPCnvCnv Athena pool converter for a class using TP separation C T_AthenaPoolViewVectorCnv Athena pool converter for a ViewVector class C T_AthenaPoolxAODCnv Athena pool converter for xAOD classes C T_AthenaRootConverter C T_AthenaRootConverterBase C T_AtlasHitsVectorCnv C T_AuxContainerCopyTPCnv Convert aux container version by generic copy C T_Efficiency C T_LArCondAthenaPoolCnv C T_Muon_IDDetDescrCnv Templated base class for Muon detector description converters C T_TilePoolContainerCnv C T_TPCnv C T_TPCnv< AFP_SIDLocRecoEvCollection, AFP_SIDLocRecoEvCollection_p1 > C T_TPCnv< AFP_TDLocRecoEvCollection, AFP_TDLocRecoEvCollection_p1 > C T_TPCnv< ALFA_DigitCollection, ALFA_DigitCollection_p1 > C T_TPCnv< ALFA_GloRecEvCollection, ALFA_GloRecEvCollection_p1 > C T_TPCnv< ALFA_LocRecCorrEvCollection, ALFA_LocRecCorrEvCollection_p1 > C T_TPCnv< ALFA_LocRecCorrODEvCollection, ALFA_LocRecCorrODEvCollection_p1 > C T_TPCnv< ALFA_LocRecEvCollection, ALFA_LocRecEvCollection_p1 > C T_TPCnv< ALFA_LocRecODEvCollection, ALFA_LocRecODEvCollection_p1 > C T_TPCnv< ALFA_ODDigitCollection, ALFA_ODDigitCollection_p1 > C T_TPCnv< ByteStreamMetadata, ByteStreamMetadata_p1 > C T_TPCnv< ByteStreamMetadataContainer, ByteStreamMetadataContainer_p1 > C T_TPCnv< CTP_Decision, CTP_Decision_p1 > C T_TPCnv< CTP_Decision, CTP_Decision_p2 > C T_TPCnv< eflowObjectContainer, eflowObjectContainer_p1 > C T_TPCnv< eflowObjectContainer, eflowObjectContainer_p2 > C T_TPCnv< eflowObjectContainer, eflowObjectContainer_p3 > C T_TPCnv< eflowObjectContainer, eflowObjectContainer_p4 > C T_TPCnv< eflowObjectContainer, eflowObjectContainer_p5 > C T_TPCnv< EventBookkeeper, EventBookkeeper_p1 > C T_TPCnv< EventBookkeeper, EventBookkeeper_p2 > C T_TPCnv< EventBookkeeperCollection, EventBookkeeperCollection_p1 > C T_TPCnv< EventBookkeeperCollection, EventBookkeeperCollection_p2 > C T_TPCnv< EventInfo, EventInfo_p1 > C T_TPCnv< EventInfo, EventInfo_p2 > C T_TPCnv< EventInfo, EventInfo_p3 > C T_TPCnv< EventInfo, EventInfo_p4 > C T_TPCnv< EventShapeStore, EventShapeStore_p1 > C T_TPCnv< EventShapeStore, EventShapeStore_p2 > C T_TPCnv< EventStreamInfo, EventStreamInfo_p1 > C T_TPCnv< EventStreamInfo, EventStreamInfo_p2 > C T_TPCnv< EventStreamInfo, EventStreamInfo_p3 > C T_TPCnv< ExampleHitContainer, ExampleHitContainer_p1 > C T_TPCnv< ExampleTrackContainer, ExampleTrackContainer_p1 > C T_TPCnv< InDet::InDetLowBetaCandidate, InDetLowBetaCandidate_tlp1 > C T_TPCnv< InDet::InDetLowBetaContainer, InDetLowBetaContainer_tlp1 > C T_TPCnv< LB_IOVRange, LumiBlockRange_p1 > C T_TPCnv< LB_IOVRange, LumiBlockRange_p2 > C T_TPCnv< LUCID_DigitContainer, LUCID_DigitContainer_p1 > C T_TPCnv< LUCID_DigitContainer, LUCID_DigitContainer_p2 > C T_TPCnv< LUCID_RawDataContainer, LUCID_RawDataContainer_p1 > C T_TPCnv< LumiBlockCollection, LumiBlockCollection_p1 > C T_TPCnv< LumiBlockCollection, LumiBlockCollection_p2 > C T_TPCnv< LVL1_ROI, LVL1_ROI_p1 > C T_TPCnv< MergedEventInfo, MergedEventInfo_p1 > C T_TPCnv< MergedEventInfo, MergedEventInfo_p2 > C T_TPCnv< Muon::RpcByteStreamErrorContainer, Muon::RpcByteStreamErrorContainer_p1 > C T_TPCnv< MVFVxContainer, Trk::MVFVxContainer_tlp1 > C T_TPCnv< PileUpEventInfo, PileUpEventInfo_p1 > C T_TPCnv< PileUpEventInfo, PileUpEventInfo_p2 > C T_TPCnv< PileUpEventInfo, PileUpEventInfo_p3 > C T_TPCnv< PileUpEventInfo, PileUpEventInfo_p4 > C T_TPCnv< PileUpEventInfo, PileUpEventInfo_p5 > C T_TPCnv< Rec::TrackParticleContainer, Rec::TrackParticleContainer_tlp1 > C T_TPCnv< Rec::TrackParticleContainer, Rec::TrackParticleContainer_tlp2 > C T_TPCnv< Rec::TrackParticleContainer, Rec::TrackParticleContainer_tlp3 > C T_TPCnv< SkimDecision, SkimDecision_p1 > C T_TPCnv< SkimDecisionCollection, SkimDecisionCollection_p1 > C T_TPCnv< TrackParticleTruthCollection, Rec::TrackParticleTruthCollection_p1 > C T_TPCnv< TrackParticleTruthCollection, Rec::TrackParticleTruthCollection_p2 > C T_TPCnv< TrackParticleTruthCollection, Rec::TrackParticleTruthCollection_p3 > C T_TPCnv< TrackParticleTruthCollectionContainer, TrackParticleTruthCollectionContainer_tlp1 > C T_TPCnv< TrackParticleTruthCollectionContainer, TrackParticleTruthCollectionContainer_tlp2 > C T_TPCnv< TrackParticleTruthCollectionContainer, TrackParticleTruthCollectionContainer_tlp3 > C T_TPCnv< Trk::ClusterSplitProbabilityContainer, Trk::ClusterSplitProbabilityContainer_p1 > C T_TPCnv< TruthParticleContainer, TruthParticleContainer_p5 > C T_TPCnv< TruthParticleContainer, TruthParticleContainer_p6 > C T_TPCnv< V0Container, Trk::V0Container_tlp1 > C T_TPCnv< V0Container, Trk::V0Container_tlp2 > C T_TPCnv< VxContainer, Trk::VxContainer_tlp1 > C T_TPCnv< VxContainer, Trk::VxContainer_tlp2 > C T_TPCnv< ZDC_SimFiberHit_Collection, ZDC_SimFiberHit_Collection_p1 > C T_TPCnv< ZdcDigitsCollection, ZdcDigitsCollection_p1 > C T_TPCnv< ZdcRawChannelCollection, ZdcRawChannelCollection_p1 > C T_TPCnvNull Placeholder for the case where no conversion is to be done C TagAthenaAttributeList An AttributeList represents a logical row of attributes in a metadata table. The name and type of each attribute is given in an AttributeListSpecification. TagAthenaAttributeList is an AttributeList which is also a DataObject and thus can be saved in an Athena data store, e.g. the Event Store C TagDef C TagInfo This class contains the list of currently valid tags for detector description - GeoModel and IOV/Conditions. Tags are given as name/value pairs ► C TagInfoMgr This is a Athena service which manages detector description tag information. It maintains a TagInfo object in the Detector Store with current tag values C SvcFactory Allow the factory class access to the constructor C TagMetadataKey C tagname C TagNProbe C Tau1P3PDetails_p1 DEPRECATED - Do not use except for backwards compatibility Persistent Tau1P3PDetails class C Tau1P3PDetailsCnv_p1 Legacy converter C Tau1P3PExtraDetails_p1 DEPRECATED - Do not use except for backwards compatibility Persistent Tau1P3PExtraDetails class C Tau1P3PExtraDetailsCnv_p1 Legacy converter C tauAnalysisHelperObject DEPRECATED DO NOT USE - MIGRATE TO TauCommonDetails C tauAnalysisHelperObject_p1 C tauAnalysisHelperObjectCnv_p1 C TauAODMuonRemovalTool Tool meant to run at AOD level, to remove the muon found inside the TauJet C TauAODRunnerAlg The implementation of the TauAODRunnerAlg , which is meant to run at AOD level C TauAODSelector C TauAxisSetter Set Tau "Detector Axis" and "Intermediate Axis" C TauCalibrateLC Implementation of tau energy scale (TES) with eta and pile-up correction C TauCellVariables Calculate tau calorimeter variables from cell information C TauClusterFinder Associate the clusters used in the seed jet to the tau candidate ► C TauCombinedTES C Variables C TauCommonCalcVars Calculate variables which rely on tracks and precalculated cell/cluster information C TauCommonDetails_p1 Persistent class for Analysis::TauCommonDetails C TauCommonDetails_p2 Persistent class dor Analysis::TauCommonDetails C TauCommonDetailsCnv_p1 Transient Persistent class converter for Analysis::TauCommonDetails C TauCommonDetailsCnv_p2 Transient Persistent class converter for Analysis::TauCommonDetails C TauCommonExtraDetails_p1 Persistent class for Analysis::TauCommonExtraDetails C TauCommonExtraDetailsCnv_p1 Transient Persistent class converter for Analysis::TauCommonExtraDetails C TauDecayModeNNClassifier Tau decay mode classifier using a neural network C TauDetailsContainer_p1 C TauDetailsContainer_tlp1 Persistent class for Analysis::TauDetailsContainer C TauDetailsContainer_tlp2 Persistent class for Analysis::TauDetailsContainer C TauDetailsContainer_tlp3 Persistent class for Analysis::TauDetailsContainer C TauDetailsContainer_tlp4 Persistent class for Analysis::TauDetailsContainer C TauDetailsContainerCnv C TauDetailsContainerCnv_p1 Transient<->persistent converter for Analysis::TauDetailsContainer C TauDetailsContainerCnv_tlp1 Tau details container converter C TauDetailsContainerCnv_tlp2 Tau details container converter C TauDetailsContainerCnv_tlp3 Tau details container converter C TauDetailsContainerCnv_tlp4 Tau details container converter C TauElecSubtractAlg Algorithm that remove electron cluster and tracks from the tracks and cluster containers C TauElectronVetoVariables Calculate variables sensitive on electrons C TauEleOverlapChecker Select only the tau within the removal direction C TauEventDummy C TauEventDummyCnv_px C TauFilter ► C TauGNN Wrapper around SaltModel to compute the output score of a model C Config C TauGNNEvaluator Tool to calculate tau identification score from .onnx inputs C TauIDVarCalculator This class implements a tool to calculate ID input variables and add them to the tau aux store C TauJet_p1 C TauJet_p2 C TauJet_p3 C TauJet_p4 C TauJet_p5 C TauJetCnv_p1 C TauJetCnv_p2 C TauJetCnv_p3 Transient<->persistent converter for Analysis::TauCommonDetails v3 C TauJetCnv_p4 Transient<->persistent converter for Analysis::TauCommonDetails v3 C TauJetCnv_p5 Transient<->persistent converter for Analysis::TauJet v5 C TauJetContainer_p1 C TauJetContainer_p1_old C TauJetContainer_p1_old_cnv C TauJetContainer_p2 C TauJetContainer_p3 C TauJetContainer_p4 C TauJetContainer_p5 C TauJetContainerCnv C TauJetContainerCnv_p1 C TauJetContainerCnv_p2 C TauJetContainerCnv_p3 C TauJetContainerCnv_p4 C TauJetContainerCnv_p5 ► C TauJetRNN Wrapper around lwtnn to compute the output score of a neural network C Config C TauJetRNNEvaluator Tool to calculate a tau identification score based on neural networks C tauMonitorAlgorithm C TauolaPP This Algorithm provides an easy interface to Tauola C++ interface C TauPi0Candidate_p1 Persistent class version 1 for TauPi0Candidate C TauPi0CandidateCnv_p1 Transient Persistent converter version 1 for TauPi0Candidate C TauPi0Cluster_p1 Persistent class version 1 for TauPi0Candidate C TauPi0ClusterCnv_p1 Transient Persistent converter version 1 for TauPi0Cluster C TauPi0ClusterCreator Creates Pi0 clusters (Pi0 Finder) C TauPi0ClusterScaler Scale cluster energy to take care of charged pion energy C TauPi0CreateROI Find the cells used to create pi0 cluster C TauPi0Details_p1 Persistent class version 1 for TauPi0Details C TauPi0Details_p2 Persistent class version 1 for TauPi0Details C TauPi0DetailsCnv_p1 C TauPi0DetailsCnv_p2 C TauPi0ScoreCalculator Selectes pi0Candidates (Pi0 Finder) C TauPi0Selector Apply Et and BDT score cut to pi0s C TauProcessorAlg C TauRecDetails_p1 C TauRecDetailsCnv_p1 Legacy TauRecDetails converter C TauRecExtraDetails_p1 DEPRECATED - Do not use except for backwards compatibility Persistent TauRecExtraDetails class C TauRecExtraDetailsCnv_p1 Legacy converter C TauRecToolBase The base class for all tau tools C TAURoIsUnpackingTool C TauRunnerAlg Main class for tau candidate processing C TauShot_p1 Persistent class version 1 for TauPi0Candidate C TauShotCnv_p1 Transient Persistent converter version 1 for TauShot ► C TauShotFinder C ptSort C TauSubstructureVariables Calculate variables from the tau substructure C TauThinningAlg Thin taus below a minimum pt threshold C TauTrackFinder Associate tracks to the tau candidate C TauValidationPlots C TauVertexedClusterDecorator Decorate CaloVertexedTopoCluster to the tau candidate C TauVertexFinder Associate a vertex (origin) to the tau candidate C TauVertexVariables Class for calculating vertex variables C TauWPDecorator Implementation of tool to decorate flattened BDT score and working points C TB2DProfiler C TB_tree C TBADCRaw C TBADCRawCont C TBADCRawCont_p1 C TBADCRawContCnv C TBADCRawContCnv_p1 C TBAlgoSequencer C TBaseAdapter C TBBeamDetector C TBBeamQuality C TBBeamQualityDoubleHitsTool C TBBeamQualityEMFractionTool C TBBeamQualityMC C TBBeamQualityMuonToolH6 C TBBeamQualityTool C TBBeamQualityTrackingTool C TBBPC C TBBPCCont C TBBPCCont_p1 C TBBPCContCnv C TBBPCContCnv_p1 C TBBPCRaw Raw data class for BPC measurement C TBBPCRawCont C TBBPCRawContCnv C TBBPCRec C TBByteStreamCnvTool An AlgTool class to provide conversion ByteStream <-> TestBeam Instrumentation Data created Feb 2004 Walter Lampl C TBCaloCoolPosTool Class TBCaloCoolPosTool C TBCaloCoordinate This class implements the CaloDetDescr/ICaloCoordinateTool and handles the translation between : C TBCaloPosTool Class TBCaloPosTool C TBCellContainerFillerTool C TBCellNoiseCorrection C TBCheckBCIDs C TBClusterMaker Simple cone cluster maker for TB data analysis C TBCondRunParTool C TBDataCnv C TBDependence C TBDetDescrCnv C TBDetDescrLoader C TBDetDescrManager C TBDMContainerSplitter C TBECBackOuterBarretteTool C TBECInnerModuleTool C TBECLArRawChannelBuilder C TBECOuterModuleTool C TBElement C TBElementContainer C TBEMECCellEtaCorrection C TBEMECXTalkToyModel C TBEventInfo C TBEventInfo_p1 C TBEventInfoCnv C TBEventInfoCnv_p1 C TBEventInfoStreamerTool C TBEventStreamer C TBEventStreamerTool C TBExtrapolTrackToCaloTool This class takes a given TrkTrack, extrapolates it to the Calo and returns the variables needed to compare with the cluster position C TBH6RunHeader C TBHit C TBHitCont C TBHitContCnv C TBHitPlane C TBHitPlaneCont C TBHitPlaneContCnv C TBIdentifiedParticle C TBIdentifiedParticleCnv C TBinnedRes C TBLArCalibDigitContainer Liquid Argon Calibration Digit Container C TBLArCalibDigitContainerCnv C TBLArDigitContainer Gaudi Class ID C TBLArDigitContainer_p1 C TBLArDigitContainerCnv C TBLArDigitContainerCnv_p1 C TBLArRawChannelBuilder C TBMWPC C TBMWPCCont C TBMWPCCont_p1 C TBMWPCContCnv C TBMWPCContCnv_p1 C TBMWPCRaw C TBMWPCRawCont C TBMWPCRawContCnv C TBMWPCRec ► C TBNoiseWrite C NoiseHeader C TBPartIDCherenkovMuTag C TBPatternUnitContext C TBPatternUnitStreamerTool Compares pattern unit with client defined masks C TBPatternUnitStreamerToolH8 Compares pattern unit with client defined masks C TBPhase C TBPhase_p1 C TBPhaseCnv C TBPhaseCnv_p1 C TBPhaseRec Reconstruction of a suitable event phase C TBPhaseStreamerTool Used for cutting TBPhase on guard region C TBPlaneTrackingAlgo C TBPreScalerStreamerTool C TBProfiler ► C TBranchAuxDynReader C BranchInfo C TBranchAuxDynStore C TBScintillator C TBScintillatorCont C TBScintillatorCont_p1 C TBScintillatorContCnv C TBScintillatorContCnv_p1 C TBScintillatorRaw C TBScintillatorRawCont C TBScintillatorRawContCnv C TBScintillatorRec C TBTailCatcher C TBTailCatcher_p1 C TBTailCatcherCnv C TBTailCatcherCnv_p1 C TBTailCatcherRaw C TBTailCatcherRawCnv C TBTailCatcherRec C TBTDC C TBTDC_p1 C TBTDCCnv C TBTDCCnv_p1 C TBTDCRaw C TBTDCRawCont C TBTDCRawCont_p1 C TBTDCRawContCnv C TBTDCRawContCnv_p1 C TBTrack C TBTrack_p1 C TBTrackCnv C TBTrackCnv_p1 C TBTrackInfo C TBTrackInfo_p1 C TBTrackInfoCnv C TBTrackInfoCnv_p1 C TBTrackInfoFromTag C TBTrackToCaloAlg This Algorithm is meant to be an example of use of the TrackToCalo tools : C TBTree_CaloClusterH6 C TBTriggerPatternUnit C TBTriggerPatternUnit_p1 C TBTriggerPatternUnitCnv C TBTriggerPatternUnitCnv_p1 C TBXCryYTableRead C TBXMLCaloCellWriterTool C TBXMLEventWriterTool C TBXMLWriter C TBXMLWriterToolBase Base class for XML writer tools for 2004 event display C TCBase C TCCChargedTool C TCCCombinedTool C TCck C TCCNeutralTool C TCCPlots C TCCPlotsBase C TCIn C TCIn1 C TConverterRegistry Registry for Root converters C TConverterStreamer Root streamer that calls our converter when reading in non-split mode C TConvertingBranchElement A variant of TBranchElement that can call converters when reading objects in split mode C TConvertingStreamerInfo Variant of TStreamerInfo to handle conversions C TCTDecorCheckInTool C TCvec C TCvec1 C TCvecPtr C TElectronEfficiencyCorrectionTool Calculate the egamma scale factors Implementation class for the e/gamma Efficiency Scale Factors. This code implements the underlying logic of accessing the ROOT files containing the recommendations C TElectronIsEMSelector Example tool to select objects in pure ROOT C TElectronTestAlg Dual use Test Alg for TElectronEfficiencyTool C temp C Test It is supposed to try out all the methods + do that from several threads to assure service robustness C TestAthenaConstraintFit C testAthenaEgammaCalibTool C testAthenaPhotonAlg C TestCaloDataAccess C TestClass Test classes for the Serializer 2006/07 Sara..nosp@m. Magu.nosp@m. erite.nosp@m. .Tra.nosp@m. ynor@.nosp@m. cern.nosp@m. .ch C TestClass11 C TestClass12 C TestClass13 C TestClass14 C TestClass2 C TestClassA C TestClassB C TestClassPrimitives C TestClassSimpleContainers C TestClassTransient C TestClassVectors C TestClassWithTransients C TestDataObject C TestDriver C TestFilterReentrantAlg C TestGaudiProperty C TestHepMC Filtering algorithm to sanity check HepMC event features C TestMatchingToolAlg C TestPileUpTool C TestRandomSegAlg Trivial algorithm to test the sequence of random numbers produced by an IAtRndmGenSvc C TestRandomSeqAlg C TestSiAlignment C TestTRT_Alignment C TestVectorTool C TEventClass Class used for the test ► C TextFileDBReader Class to read in a text file and allow easy retrieval of parameters C Data C TextPage C TFCS1DFunction C TFCS1DFunction_Array C TFCS1DFunction_HistogramBinEdges C TFCS1DFunction_HistogramCompactBinEdges C TFCS1DFunction_HistogramContent C TFCS1DFunction_HistogramDoubleBinEdges C TFCS1DFunction_HistogramFloatBinEdges C TFCS1DFunction_HistogramInt16BinEdges C TFCS1DFunction_HistogramInt32BinEdges C TFCS1DFunction_HistogramInt8BinEdges C TFCS1DFunction_Numeric Converter functions that does nothing for floats C TFCS1DFunction_Numeric< uint16_t, Tfloat > Converter functions to store/retrive float numbers in integers C TFCS1DFunction_Numeric< uint32_t, Tfloat > Converter functions to store/retrive float numbers in integers C TFCS1DFunction_Numeric< uint8_t, Tfloat > Converter functions to store/retrive float numbers in integers C TFCS1DFunctionHistogram C TFCS1DFunctionInt16Histogram C TFCS1DFunctionInt16Int16Histogram C TFCS1DFunctionInt16Int16InterpolationHistogram C TFCS1DFunctionInt16Int32Histogram C TFCS1DFunctionInt16Int32InterpolationHistogram C TFCS1DFunctionInt32Histogram C TFCS1DFunctionInt32Int32Histogram C TFCS1DFunctionInt8Int16Histogram C TFCS1DFunctionInt8Int16InterpolationHistogram C TFCS1DFunctionInt8Int32Histogram C TFCS1DFunctionInt8Int8Histogram C TFCS1DFunctionInt8Int8InterpolationHistogram C TFCS1DFunctionRegression C TFCS1DFunctionRegressionTF C TFCS1DFunctionSpline C TFCS1DFunctionTemplateHistogram C TFCS1DFunctionTemplateInterpolationHistogram C TFCS2DFunction C TFCS2DFunctionHistogram C TFCS2DFunctionInt16Int16Int16Histogram C TFCS2DFunctionInt16Int16Int16InterpolationExpHistogram C TFCS2DFunctionInt16Int16Int16InterpolationHistogram C TFCS2DFunctionInt16Int16Int32Histogram C TFCS2DFunctionInt16Int16Int32InterpolationExpHistogram C TFCS2DFunctionInt16Int16Int32InterpolationHistogram C TFCS2DFunctionInt16Int16Int8Histogram C TFCS2DFunctionInt16Int16Int8InterpolationExpHistogram C TFCS2DFunctionInt16Int16Int8InterpolationHistogram C TFCS2DFunctionInt16Int32Int16Histogram C TFCS2DFunctionInt16Int32Int16InterpolationExpHistogram C TFCS2DFunctionInt16Int32Int16InterpolationHistogram C TFCS2DFunctionInt16Int32Int32Histogram C TFCS2DFunctionInt16Int32Int32InterpolationExpHistogram C TFCS2DFunctionInt16Int32Int32InterpolationHistogram C TFCS2DFunctionInt16Int32Int8Histogram C TFCS2DFunctionInt16Int32Int8InterpolationExpHistogram C TFCS2DFunctionInt16Int32Int8InterpolationHistogram C TFCS2DFunctionInt16Int8Int16Histogram C TFCS2DFunctionInt16Int8Int16InterpolationExpHistogram C TFCS2DFunctionInt16Int8Int16InterpolationHistogram C TFCS2DFunctionInt16Int8Int32Histogram C TFCS2DFunctionInt16Int8Int32InterpolationExpHistogram C TFCS2DFunctionInt16Int8Int32InterpolationHistogram C TFCS2DFunctionInt16Int8Int8Histogram C TFCS2DFunctionInt16Int8Int8InterpolationExpHistogram C TFCS2DFunctionInt16Int8Int8InterpolationHistogram C TFCS2DFunctionInt32Int16Int16Histogram C TFCS2DFunctionInt32Int16Int16InterpolationExpHistogram C TFCS2DFunctionInt32Int16Int16InterpolationHistogram C TFCS2DFunctionInt32Int16Int32Histogram C TFCS2DFunctionInt32Int16Int32InterpolationExpHistogram C TFCS2DFunctionInt32Int16Int32InterpolationHistogram C TFCS2DFunctionInt32Int16Int8Histogram C TFCS2DFunctionInt32Int16Int8InterpolationExpHistogram C TFCS2DFunctionInt32Int16Int8InterpolationHistogram C TFCS2DFunctionInt32Int32Int16Histogram C TFCS2DFunctionInt32Int32Int16InterpolationExpHistogram C TFCS2DFunctionInt32Int32Int16InterpolationHistogram C TFCS2DFunctionInt32Int32Int32Histogram C TFCS2DFunctionInt32Int32Int32InterpolationExpHistogram C TFCS2DFunctionInt32Int32Int32InterpolationHistogram C TFCS2DFunctionInt32Int32Int8Histogram C TFCS2DFunctionInt32Int32Int8InterpolationExpHistogram C TFCS2DFunctionInt32Int32Int8InterpolationHistogram C TFCS2DFunctionInt32Int8Int16Histogram C TFCS2DFunctionInt32Int8Int16InterpolationExpHistogram C TFCS2DFunctionInt32Int8Int16InterpolationHistogram C TFCS2DFunctionInt32Int8Int32Histogram C TFCS2DFunctionInt32Int8Int32InterpolationExpHistogram C TFCS2DFunctionInt32Int8Int32InterpolationHistogram C TFCS2DFunctionInt32Int8Int8Histogram C TFCS2DFunctionInt32Int8Int8InterpolationExpHistogram C TFCS2DFunctionInt32Int8Int8InterpolationHistogram C TFCS2DFunctionInt8Int16Int16Histogram C TFCS2DFunctionInt8Int16Int16InterpolationExpHistogram C TFCS2DFunctionInt8Int16Int16InterpolationHistogram C TFCS2DFunctionInt8Int16Int32Histogram C TFCS2DFunctionInt8Int16Int32InterpolationExpHistogram C TFCS2DFunctionInt8Int16Int32InterpolationHistogram C TFCS2DFunctionInt8Int16Int8Histogram C TFCS2DFunctionInt8Int16Int8InterpolationExpHistogram C TFCS2DFunctionInt8Int16Int8InterpolationHistogram C TFCS2DFunctionInt8Int32Int16Histogram C TFCS2DFunctionInt8Int32Int16InterpolationExpHistogram C TFCS2DFunctionInt8Int32Int16InterpolationHistogram C TFCS2DFunctionInt8Int32Int32Histogram C TFCS2DFunctionInt8Int32Int32InterpolationExpHistogram C TFCS2DFunctionInt8Int32Int32InterpolationHistogram C TFCS2DFunctionInt8Int32Int8Histogram C TFCS2DFunctionInt8Int32Int8InterpolationExpHistogram C TFCS2DFunctionInt8Int32Int8InterpolationHistogram C TFCS2DFunctionInt8Int8Int16Histogram C TFCS2DFunctionInt8Int8Int16InterpolationExpHistogram C TFCS2DFunctionInt8Int8Int16InterpolationHistogram C TFCS2DFunctionInt8Int8Int32Histogram C TFCS2DFunctionInt8Int8Int32InterpolationExpHistogram C TFCS2DFunctionInt8Int8Int32InterpolationHistogram C TFCS2DFunctionInt8Int8Int8Histogram C TFCS2DFunctionInt8Int8Int8InterpolationExpHistogram C TFCS2DFunctionInt8Int8Int8InterpolationHistogram C TFCS2DFunctionLateralShapeParametrization C TFCS2DFunctionTemplateHistogram C TFCS2DFunctionTemplateInterpolationExpHistogram C TFCS2DFunctionTemplateInterpolationHistogram C TFCSCenterPositionCalculation C TFCSEnergyAndHitGAN C TFCSEnergyAndHitGANV2 C TFCSEnergyBinParametrization C TFCSEnergyInterpolationHistogram C TFCSEnergyInterpolationLinear C TFCSEnergyInterpolationPiecewiseLinear C TFCSEnergyInterpolationSpline C TFCSEnergyParametrization C TFCSEnergyRenormalization The class TFCSEnergyRenormalization ensures that the sum of cell energies in every calorimeter layer matches the output of energy simulation C TFCSExtrapolationState C TFCSFlatLateralShapeParametrization C TFCSFunction C TFCSGANEtaSlice C TFCSGANLWTNNHandler Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration C TFCSGANXMLParameters C TFCSHistoLateralShapeGausLogWeight C TFCSHistoLateralShapeGausLogWeightHitAndMiss C TFCSHistoLateralShapeParametrization C TFCSHistoLateralShapeParametrizationFCal C TFCSHistoLateralShapeWeight C TFCSHistoLateralShapeWeightHitAndMiss C TFCSHitCellMapping C TFCSHitCellMappingFCal C TFCSHitCellMappingWiggle C TFCSHitCellMappingWiggleEMB C TFCSInitWithEkin C TFCSInvisibleParametrization C TFCSLateralShapeParametrization C TFCSLateralShapeParametrizationFluctChain ► C TFCSLateralShapeParametrizationHitBase C Hit C TFCSLateralShapeParametrizationHitChain C TFCSLateralShapeParametrizationHitNumberFromE C TFCSLateralShapeTuning C TFCSNetworkFactory Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration C TFCSNNLateralShapeParametrization C TFCSONNXHandler Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration C TFCSParametrization C TFCSParametrizationAbsEtaSelectChain ► C TFCSParametrizationBase C Duplicate_t C TFCSParametrizationBinnedChain C TFCSParametrizationChain C TFCSParametrizationEbinChain C TFCSParametrizationEkinSelectChain C TFCSParametrizationEtaSelectChain C TFCSParametrizationFloatSelectChain C TFCSParametrizationPDGIDSelectChain C TFCSParametrizationPlaceholder C TFCSPCAEnergyParametrization C TFCSPredictExtrapWeights C TFCSSimpleLateralShapeParametrization C TFCSSimpleLWTNNHandler Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration ► C TFCSSimulationState C AuxInfo_t C TFCSTruthState C TFCSVoxelHistoLateralCovarianceFluctuations C TFileLooper Base class to loop over all the keys in a ROOT file C TFileString C TForwardElectronIsEMSelector Example tool to select objects in pure ROOT C TGC_BYTESTREAM_ERRORS The struct for errors in ByteStream C TGC_BYTESTREAM_FRAGMENTCOUNT The struct for fragment count in ByteStream C TGC_BYTESTREAM_HIPT The struct for HiPt in ByteStream C TGC_BYTESTREAM_HIPT_INNER The struct for Inner trigger bits in ByteStream C TGC_BYTESTREAM_LOCALSTATUS The struct for local status in ByteStream C TGC_BYTESTREAM_NSL_EIFI C TGC_BYTESTREAM_NSL_HIPT C TGC_BYTESTREAM_NSL_ROI Structs for NewSL C TGC_BYTESTREAM_NSL_TMDB C TGC_BYTESTREAM_NSW_ANG C TGC_BYTESTREAM_NSW_POS C TGC_BYTESTREAM_READOUTHIT The struct for hit in ByteStream C TGC_BYTESTREAM_READOUTTRACKLET The struct for tracklet in ByteStream C TGC_BYTESTREAM_READOUTTRIPLETSTRIP The struct for triplet strip in ByteStream C TGC_BYTESTREAM_RPCBIS78_COIN C TGC_BYTESTREAM_RPCBIS78_POS C TGC_BYTESTREAM_SL The struct for SL in ByteStream C TGC_BYTESTREAM_SOURCEID The struct for source ID in ByteStream C TGC_HitsTruthRelink C TGC_IDDetDescrCnv Converter for TgcIdHelper C TGC_RDOAnalysis C TGC_RegSelCondAlg C TGCCablingDbTool C TgcCalibRawDataProvider ► C TgcChamber Helper struct to represent a full Rpc chamber C LayerTrans C RadialStrip C WireGang C TgcClusterOnTrackCnv_p1 C TgcClusterOnTrackCnv_p2 C TgcCoinDataCnv_p1 C TgcCoinDataCnv_p2 C TgcCoinDataCnv_p3 C TgcCoinDataContainerCnv Create derived converter to customize the saving of identifiable container C TgcCoinDataContainerCnv_tlp1 C TgcCoinDataContainerCnv_tlp2 C TgcCoinDataContainerCnv_tlp3 C TgcCondDbAlg C TgcCondDbData Conditions object to mark switched-off Tgc gasGaps C TgcCondDbTestAlg Example class to show calling the MdtConditionsTestAlg C TgcDigit C TgcDigitASDposCondAlg C TgcDigitASDposData C TgcDigitCollection C TgcDigitContainer Use IdentifiableContainer with TgcDigitCollection C TgcDigitCrosstalkCondAlg C TgcDigitCrosstalkData C TgcDigitEnergyThreshCondAlg C TgcDigitizationTool C TgcDigitJitterCondAlg ► C TgcDigitJitterData C JitterBin C TgcDigitMaker C TgcDigitThresholdData Conditions object to cache C TgcDigitTimeOffsetCondAlg C TgcDigitTimeOffsetData C TgcDigitToTgcRDO C TgcDigtJitterTestAlg Example class to show calling the MdtConditionsTestAlg C TgcDigtThresholdTestAlg Example class to show calling the MdtConditionsTestAlg C tgchit C TGCHitAnalysis C TgcHitIdHelper C TGCHitsTestTool C TgcIdHelper C TgcL1RawData An unit object of TGC SROD output C TgcL1RawData_p1 C TgcL1RawDataCnv_p1 ► C TgcL1Rdo C Errors C LocalStatus C m_errors C m_localStatus C m_srodStatus C SRodStatus C TgcL1Rdo_p1 C TgcL1RdoCnv_p1 C TgcL1RdoContainer C TgcL1RdoContainer_p1 C TgcL1RdoIdHash C TgcOverlay C TgcPrepDataCnv_p1 C TgcPrepDataCnv_p2 C TgcPrepDataCnv_p3 C TgcPrepDataContainerCnv Create derived converter to customize the saving of identifiable container C TgcPrepDataContainerCnv_tlp1 C TgcRawData An unit object of TGC ROD output C TgcRawData_p0 C TgcRawData_p1 C TgcRawData_p2 C TgcRawData_p3 C TgcRawData_p4 C TgcRawDataCnv_p1 C TgcRawDataCnv_p2 C TgcRawDataCnv_p3 C TgcRawDataCnv_p4 ► C TgcRawDataMonitorAlgorithm C CtpDecMonObj C ExtPos C ExtTrigInfo C TgcTrig C TgcTrigEifi C TgcTrigNsw C TgcTrigRpc C TgcTrigTile C TimedMuon C TimedMuonRoI C TgcRawDataMonitorTool C TgcRawDataStreamer_p0 ► C TgcRdo C Errors C LocalStatus C m_errors C m_localStatus C m_rodStatus C RodStatus C TgcRdo_p1 C TgcRdo_p2 C TgcRdo_p3 C TgcRdo_p4 C TgcRdoCnv_p1 C TgcRdoCnv_p2 C TgcRdoCnv_p3 C TgcRdoCnv_p4 C TgcRdoContainer C TgcRdoContainer_p1 C TgcRdoContainer_p2 C TgcRdoContainer_p3 C TgcRdoContainer_p4 C TgcRdoContByteStreamCnv C TgcRdoIdHash C TgcRdoToTgcDigit C TGCSensitiveDetector C TGCSensitiveDetectorCosmics C TGCSensitiveDetectorCosmicsTool C TGCSensitiveDetectorTool C TGCSimHit C TGCSimHitCollectionCnv Create derived converter to customize the saving of identifiable container C TGCSimHitCollectionCnv_p1 C TGCSimHitCollectionCnv_p2 C TGCSimHitCollectionCnv_p3 C TGCSimHitCollectionCnv_p4 C TGCSimHitCollectionCnv_p5 C TGCTriggerBWCWReader C TGCTriggerCondAlg C TGCTriggerData C TGCTriggerDbAlg C TGCTriggerLUTReader C TGCTriggerLUTs C TGraph1 C TGraphAsymmErrors1 C TGraphErrors1 C TH1TrkProp C TH2TrkProp C ThinGeantTruthAlg C ThinInDetClusterAlg C ThinInDetClustersAlg C ThinInDetForwardTrackParticlesAlg C ThinNegativeEnergyCaloClustersAlg C ThinNegativeEnergyNeutralPFOsAlg C ThinningHandleKeyArray< T > Class to hold an array of ThinningHandleKeys C ThinTrkTrackAlg C ThinTRTStandaloneTrackAlg Thin TRT standalone tracks C ThreadInitTool C ThreePointCircle C threshold C TIDARoiDescriptor Describes the Region of Ineterest geometry It has basically 8 parameters C TIDARoiDescriptorBuilder C TIDARoiParameters C TIDAVertexBuilder C TIDDirectory C TightMuonElseNoFieldManager G4FieldManager that sets tight stepping for muons; disables magnetic field for other particles C TightMuonSteppingFieldManager G4FieldManager that sets tight stepping for muons; caches global values for other particles C Tile_Base_ID This class factors out code common between TileID and Tile_SuperCell_ID C Tile_SuperCell_ID Helper class for Tile offline identifiers for supercells ► C TileAANtuple Class to produce TileCal commissioning ntuples C Arrays C TileAtlasFactory C TileBadChannels Condition object to keep Tile channel and ADC status C TileBadChannelsCondAlg Condition algorithm to prepare TileBadChannels and put it into condition store C TileBadChanTool The tool to get Tile channel and ADC status C TileBchDecoder Class providing the association between TileCal problems and status word bits C TileBchPrbs Static class providing TileCal bad channel problems ► C TileBchStatus Class holding bad channel problems C LockedPrbSet C TileBchWords C TileBeamElem C TileBeamElem_p1 C TileBeamElemCnv_p1 C TileBeamElemCollection C TileBeamElemCollectionVec C TileBeamElemContainer C TileBeamElemContainer_p1 C TileBeamElemContainerCnv C TileBeamElemContByteStreamCnv This AthConstConverter class provides conversion from ByteStream to TileBeamElemContainer C TileBeamElemDumper Dump a TileBeamElemContainer to a text file C TileBeamElemToCell C TileCablingService C TileCablingSvc C TileCalCellMonAlg Class for TileCal Cell based monitoring C TileCalibBlobObjsDict_Dummy C TileCalibCondAlg Condition algorithm to prepare TileCalibData object and put it into condition store C TileCalibData Templated condition object to keep TileCalibDrawers C TileCalibDddbManager C TileCalibDrawerBase This class provides the core BLOB infrastructure C TileCalibDrawerBch Class for storing a 32 bit status word for each ADC C TileCalibDrawerCmt Class to store comments in BLOB without any data C TileCalibDrawerDat Generic template class for storing a number of "T"s for each channel or ADC C TileCalibDrawerFlt Generic class for storing a number of floats (Flt) for each channel or ADC C TileCalibDrawerInt Class for storing a 32 bit array of words for each ADC C TileCalibDrawerOfc C TileCalibHitCntNtup This class creates ntuple with calibration hits container info C TileCalibHitNtuple This class creates ntuple with calibration hits info C TileCalibMonitorAlgorithm Base class for Tile calibration runs monitoring C TileCalibType Class encoding TileCalibDrawer types C TileCalibUtils Static class providing several utility functions and constants C TileCell ► C TileCellBuilder This class creates Cells from RawChannels and stores them in a container C DoubleVectorIterator C VecParams C TileCellBuilderFromHit This class creates Cells from RawChannels and stores them in a container C TileCellCollection C TileCellCont This class builds the Tile cells C TileCellContainerCnv C TileCellDim C TileCellFakeProb Scales down the energy of cells due to simulated failure of drawers C TileCellIDC C TileCellIDCToCell C TileCellIDCToNtuple C TileCellMaskingTool C TileCellMonitorAlgorithm Class for Tile Cell based monitoring C TileCellNoiseFilter This tool subtracts common-mode noise from all TileCells C TileCellNoiseMonTool Class for TileCal noise monitoring at cell level C TileCellSelector C TileCellToNtuple C TileCellToTTL1 C TileCellVec C TileCellVerify C TileCisDefaultCalibTool C TileClusterFilterAlg C TileClusterMonitorAlgorithm Class for Tile Tower based monitoring C TileCondAlg Condition algorithm to prepare Tile conditions object and put it into conditions store C TileCondDCS_Data C TileCondIdTransforms C TileCondProxyCool The tool to get Tile conditions data from DB C TileCondProxyFile The tool to get Tile conditions data from file C TileCondToolAutoCr C TileCondToolDspThreshold C TileCondToolEmscale Calibration of TileCal channels and access to calibration factors C TileCondToolIntegrator C TileCondToolMuID C TileCondToolNoiseRawChn C TileCondToolNoiseSample C TileCondToolOfc Calculates OFCs on the fly using pulse shapes and A/C matrix from database C TileCondToolOfcCool Extracts OFCs from database C TileCondToolPulseShape C TileCondToolTiming C TileCondToolTMDB C TileContainer C TileCorrelation C TileCosmicMuon Class containing detailed results from TileMuonFitter C TileCosmicMuon_p1 C TileCosmicMuon_p2 C TileCosmicMuonCnv_p1 C TileCosmicMuonCnv_p2 C TileCosmicMuonContainer_p1 C TileCosmicMuonContainer_p2 C TileCosmicMuonContainerCnv C TileCosmicMuonFilterAlg C TileCosmicsTrigger Simulates the trigger logic in the Tile standalone board C TileDCSCondAlg Condition algorithm to prepare TileDCSState object and put it into condition store C TileDCSState Condition object to keep Tile DCS status from DB C TileDCSTool The tool to get Tile DCS information from DB C TileDddbManager This class provides access to constants in the Geometry DB C TileDetDescriptor C TileDetDescrManager C TileDetDescrRegion C TileDetectorElement Tile Detector Element C TileDetectorFactory C TileDetectorFactoryLite Definition of the TileDetectorFactoryLite class. The TileDetectorFactoryLite is invoked by the TileDetectorTool when the GeoModel description of Tile calorimeter is built from the SQLite database It also builds readout geometry (coming soon) C TileDetectorTool C TileDigiNoiseCalibAlg C TileDigiNoiseMonitorAlgorithm Class for Tile digi noise based monitoring C TileDigits C TileDigits2Bytes This class converts TileDigits to and from bytestream in ROD format C TileDigits_p1 C TileDigits_p2 C TileDigits_p3 C TileDigitsCnv_p1 C TileDigitsCnv_p2 C TileDigitsCnv_p3 C TileDigitsCollection C TileDigitsCollectionVec C TileDigitsContainer C TileDigitsContainer_p1 C TileDigitsContainer_p2 C TileDigitsContainer_p3 C TileDigitsContainerCnv C TileDigitsContByteStreamCnv This AthConstConverter class provides conversion from ByteStream to TileDigitsContainer C TileDigitsContByteStreamTool AlgTool class to provide conversion from TileDigitsContainer to ByteStream , and fill it in RawEvent C TileDigitsDumper Dump a TileDigitsContainer to a text file C TileDigitsFilter This algorithm copies TileDigits from input container to output container keeping only channels with (max-min) sample above threshold C TileDigitsFlxMonitorAlgorithm C TileDigitsFromPulse This algorithm creates TileDigits from pulses provided by pulse simulator C TileDigitsGainFilter This algorithm copies TileDigits from input container to output container C TileDigitsMaker This algorithm performs digitization in TileCal , obtaining TileDigits from TileHits C TileDigitsMonitorAlgorithm Class for Tile digi noise based monitoring ► C TileDigitsMonTool Class for TileCal monitoring at digits level C Data C TileDigitsThresholdFilter This algorithm copies TileDigits from input container to output container C TileDigitsToNtuple C TileDigitsToTTL1 C TileDQFragMonitorAlgorithm Class for Tile DQFrag based monitoring C TileDQstatus Class that holds Data Quality fragment information and provides functions to extract the data quality status for channels Checks for the following types of errors stored in the Data Quality fragment: C TileDQstatusAlg Produce a TileDQstatus object C TileDQstatusTool C TileDrawerEvtStatus This class keep detailed status info about one drawer in a given event C TileDrawerRunStatus This class keep detailed status info about one drawer in whole run C TileEMScale Condition object to keep calibration factors of TileCal channels C TileEmscaleCalibOptions Class for encoding Tile calibration options into a bit map C TileEMScaleCondAlg Condition algorithm to produce TileEMScale and put it into condition store C TileEopFilterAlg C TileEscapedEnergyProcessing C TileExpertDump Algorithn to dump out calibration constants from the TileInfoSvc C TileExpertToolEmscale (For experts only) Calibration of TileCal channels and access to calibration factors C TileFastRawChannel C TileFatherMonTool Base class for TileCal online monitoring tools in physics runs C TileFCS_StepInfoSD C TileFCSmStepToTileHitVec C TileFilterManager Auxiliary class for TileRawChannelMakerManyAmps C TileFilterResult Auxiliary class for TileRawChannelMakerManyAmps C TileFilterTester Auxiliary class for TileRawChannelMakerManyAmps C TileFitter C TileFragHash Hash table for Tile fragments (==drawers ==collections in StoreGate) C TileGeoCutBuilder C TileGeoG4CalibCell C TileGeoG4CalibSample ► C TileGeoG4CalibSD C LessHit C TileGeoG4CalibSDTool C TileGeoG4CalibSection C TileGeoG4DMLookupBuilder C TileGeoG4GirderCell C TileGeoG4PlateCell C TileGeoG4SDTool C TileGeoSectionBuilder C TileHid2RESrcID This class provides conversion between fragment ID and RESrcID C TileHid2RESrcIDCondAlg Condition algorithm to prepare TileHid2RESrcID conditions object and put it into conditions store C TileHit C TileHit_p1 C TileHitCnv_p1 C TileHitCollection C TileHitCollectionVec C TileHitContainer C TileHitContainer_p1 C TileHitContainerCnv C TileHitData Variables to identify Hit objects C TileHitNonConstContainer This is a minimal version of a TileHitContainer C TileHitsTestTool C TileHitToCell This algorithm builds TileCells from TileHits. Hits from the PMTs in the cell are merged and calibration constants applied to obtained cell energy, time and quality C TileHitToNtuple C TileHitToRawChannel This algorithm builds TileRawChannels from TileHits. TileRawChannel amplitude, time and quality are obtianed from the TileHits. Noise is applied to the amplitude C TileHitToTTL1 This algorithm builds TileTTL1 objects from TileHits C TileHitVecToCnt Top algorithm class for TileHitVecToCnt C TileHitVecToCntTool This AlgTool merges TileHits from different AthenaHitVectors and stores the result in a TileHitContainer C TileHitVecToNtuple C TileHitVector_p1 C TileHitVectorCnv C TileHitVectorCnv_p1 C TileHWID Helper class for TileCal online (hardware) identifiers C TileHWIDDetDescrCnv This class is a converter for the TileHWID an IdHelper which is stored in the detector store C TileID Helper class for TileCal offline identifiers C TileID_Exception Exception class for Tile Identifiers C TileInfo C TileInfoDump Algorithm to dump out calibration constants from the TileInfoSvc C TileInfoLoader C TileJetMonitorAlgorithm Class for Tile Jet based monitoring C TileL2 Class to store TileMuId and Et quantities computed at the TileCal ROD DSPs C TileL2_p1 C TileL2_p2 C TileL2Builder C TileL2Cnv_p1 C TileL2Cnv_p2 C TileL2Container_p1 C TileL2Container_p2 C TileL2ContainerCnv C TileL2ContByteStreamCnv This AthConstConverter class provides conversion between ByteStream and TileL2Container C TileL2ContByteStreamTool This AlgTool class provides conversion from TileL2Container to ByteStream and fill it in RawEvent C TileL2Dumper Dump a TileL2Container to a text file C TileLasCalib C TileLaser C TileLaserCalibAlg C TileLaserControl C TileLaserDefaultCalibTool C TileLaserDiode C TileLaserLinearityCalibTool C TileLaserObjByteStreamCnv C TileLaserObjByteStreamTool C TileLaserObject C TileLaserObjectDumper Dump a TileLaserObject to a text file C TileLaserPLC C TileLaserPmt ► C TileLaserTimingTool C DigitizerData C DrawerData C PMTData C TileLogicalOrdering Class for ordering any TileData Objects according to logical (offline) identifier To be used with sort algorithm C TileLookForMuAlg C TileMBTSMonitorAlgorithm Class for Tile MBTS based monitoring C TileMicroHit C TileMonitorAlgorithm Base class for Tile monitoring per L1 trigger type C TileMu Class to store TileMuId quantities C TileMu_p1 C TileMuCnv_p1 C TileMuContainer_p1 C TileMuContainerCnv C TileMuFeature C TileMuFeature_p1 C TileMuFeature_p2 C TileMuFeatureCnv Transient persistent converter for TileMuFeatureCnv C TileMuFeatureCnv_p1 C TileMuFeatureCnv_p2 C TileMuFeatureContainer C TileMuFeatureContainer_p1 C TileMuFeatureContainer_p2 C TileMuFeatureContainer_tlp1 C TileMuFeatureContainerCnv C TileMuFeatureContainerCnv_p1 C TileMuFeatureContainerCnv_tlp1 C TileMuId2DBAlg C TileMuIdMonitorAlgorithm Class for Tile MuId based monitoring C TileMuonFilterAlg C TileMuonFitMonitorAlgorithm Class for Tile cosmic muon based monitoring C TileMuonFitter Fits straight cosmic muon track to TileCal event C TileMuonReceiverContainer_p1 C TileMuonReceiverContainerCnv C TileMuonReceiverDecision C TileMuonReceiverDecisionToNtuple C TileMuonReceiverDumper Dump a TileMuonReceiverContainer to a text file C TileMuonReceiverObj C TileMuonReceiverObj_p1 C TileMuonReceiverObjCnv_p1 C TileMuonReceiverReadCnt C TileMuRcvContByteStreamCnv This AthConstConverter class provides conversion between ByteStream and TileMuRcvCont C TileMuRcvContByteStreamTool This AlgTool class provides conversion from TileMuonReceiverContainer to ByteStream and fill it in RawEvent C TileMuRODToNtuple This class creates a directory, called TileMuRODTag, in the ntuple with the Tile ROD DSP muon tagging information C TileMutableBeamElemContainer C TileMutableDataContainer Helper for holding non-const raw data prior to recording in SG C TileMuToNtuple C TileNeighbour This class return all neighbours for given hash ID of the cell C TileOFC2DBAlg C TileOFCorrelation C TileOfcWeightsStruct C TilePaterMonTool Base class for tilecal calibration monitoring tools C TilePulse Condition object to keep and provide Tile pulse shape C TilePulseForTileMuonReceiver C TilePulseShape C TilePulseShapes C TilePulseShapesStruct C TileRawChannel C TileRawChannel2Bytes Converts the TileRawChannel object into bytes C TileRawChannel2Bytes2 Converts the TileRawChannel object into bytes as it is defined at the testbeam C TileRawChannel2Bytes4 Converts the TileRawChannel object into bytes as it is defined at the commissioning 2007. Updated for M6 ► C TileRawChannel2Bytes5 Converts the TileRawChannel object into bytes as it C TileChanData C TileRawChannel_p1 C TileRawChannelBuilder C TileRawChannelBuilderFitFilter C TileRawChannelBuilderFitFilterCool C TileRawChannelBuilderFlatFilter C TileRawChannelBuilderManyAmps C TileRawChannelBuilderMF C TileRawChannelBuilderOpt2Filter Reconstructs Tile digitized pulses (ie, computes amplitude, time and pedestal) as a linear combination of the samples C TileRawChannelBuilderQIEFilter Reconstructs Tile digitized pulses (ie, computes amplitude and time) for the QIE front-end C TileRawChannelBuilderTest C TileRawChannelBuilderWienerFilter Reconstructs Tile digitized pulses (ie, computes amplitude, time and pedestal) as a linear combination of the samples C TileRawChannelCnv_p1 C TileRawChannelCollection C TileRawChannelCollectionVec C TileRawChannelContainer C TileRawChannelContainer_p1 C TileRawChannelContainerCnv C TileRawChannelContByteStreamCnv Contains methods to do the conversion from bytestream format to TileRawChannel stored in a TileRawChannelContainer and vice-versa making use of the TileRawChannelContByteStreamTool C TileRawChannelContByteStreamTool AlgTool class to provide conversion from TileRawChannelContainer to ByteStream , and fill it in RawEvent C TileRawChannelCorrectionAlg This algorithm applies noise filter tools to input Tile raw channel container C TileRawChannelDumper Dump a TileRawChannelContainer to a text file C TileRawChannelFlxMonitorAlgorithm C TileRawChannelGainFilter This algorithm copies TileRawChannel from input container to output container C TileRawChannelMaker C TileRawChannelMonitorAlgorithm Class for Tile raw channel based monitoring ► C TileRawChannelMonTool Class for TileCal monitoring at channel level C Data C TileRawChannelNoiseFilter This tool subtracts common-mode noise from all TileRawChannels in one container C TileRawChannelNoiseMonitorAlgorithm Class for Tile digi noise based monitoring C TileRawChannelOF1Corrector This tool correct TileRawChannels amplitudes which came from OF1 DSP if pedestal changed C TileRawChannelTimeMonitorAlgorithm Class for Tile raw channel time based monitoring C TileRawChannelToHit C TileRawChannelToL2 This class emulates the algorithms processed at the TileCal ROD DSP level to contribute to the LVL2 trigger: a low Pt muon tagging algorithm and the Et calculation per superdrawer C TileRawChannelToNtuple C TileRawChannelToTTL1 C TileRawChannelUnit C TileRawChannelVerify This class compares two sets of TileRawChannels C TileRawChNoiseCalibAlg ► C TileRawCorrelatedNoise C AlphaMatrix C TileRawData C TileRawDataCollection C TileRawDataCollectionVec C TileRawDataContainer C TileRawDataNonConstContainer This is a minimal version of a TileRawDataContainer C TileRawDataOrdering Class for ordering TileRawData Objects according to hardware identifier (channel number) To be used with sort algorithm C TileRawDataReadingAlg Class for Tile raw data reading from BS ► C TileRawRoISelector C const_iterator C TileRDOAnalysis C TileRec_h1000 C TileRecyclableL2Container ► C TileROD_Decoder Decodes the different TileCal ROD subfragment types in bytestream data and fills TileDigitsContainer , TileRawChannelContainer or TileL2Container C D0CellsHLT C TileROD_Encoder Provides conversion from TileRawChannel , TileL2 and TMDB (digits,MF raw channel,decision) to ROD format C TileRodIdHash Table to convert ROB ID to fragment hash C TileRODMonitorAlgorithm Class for Tile digi noise based monitoring ► C TileRoI_Map TileCal RoI map to offline Identifier C EtaPhiRegion C TileSamlingFractionCondAlg Condition algorithm to prepare Tile sampling fraction conditions object and put it into conditions store C TileSampleBuffer C TileSampleGenerator C TileSampleNoise Condition object to keep and provide Tile sample noise C TileSamplingFraction Condition object to keep and provide Tile Calorimeter sampling fraction and number of photoelectrons C TileSamplingFractionCondAlg C TileSDOptions C TileSimHit C TileSimpleStat C TileSwitches C TileTBAANtuple Class to produce TileCal commissioning ntuples C TileTBBeamMonitorAlgorithm Class for Tile TB Beam elements based monitoring C TileTBCellMonitorAlgorithm Class for Tile TB Cell based monitoring ► C TileTBDump TileTBDump produces formatted dump for both RawChannels and Digits Properties (JobOption Parameters): drawerList - vector of frag IDs present in data (hex numbers as strings) drawerType - type for every frag from drawerList 1=B+, 2=B-, 3=EB+, 4=EB- these parameters are needed only for 2003 data (when 0x102 and 0x202 were ext.barrel modules) correct values for 2004 are set by default C T_RodDataFrag C T_TileDigiChannel C T_TileRawComp C T_TileRecoCalib C T_TileRecoChannel C T_TileRecoQuality C TileTBFactory C TileTBHitToBeamElem This algorithm creates TileBeamElem container from TileHitVector with hits from ancillary detectors for testbeam simulation C TileTBHitToNtuple C TileTBID Helper class for TileCal offline identifiers of ancillary testbeam detectors and MBTS C TileTBMonitorAlgorithm Class for Tile TB based monitoring C TileTBOldNtupleStruct C TileTBPulseMonitorAlgorithm Class for Tile TB Pulse based monitoring ► C TileTBStat Class to produce run statistics. Used to fill commissioning database C T_RobRodFragMap C T_RodDataFrag C TileTimeBCOffsetFilter This tool sets bad status for channels with 25ns or 50ns timing jump C TileTiming Condition object to keep and provide Tile timing C TileTMDBDigitsMonitorAlgorithm ► C TileTMDBMonitorAlgorithm Class for Tile TMDB based monitoring C corrmap C TileTMDBRawChannelMonitorAlgorithm C TileTOFTool C TileTopCalibAlg C TileTowerBuilderTool Concrete tool for CaloTower building in Tile C TileTowerMonitorAlgorithm Class for Tile Tower based monitoring C TileTrackFilterAlg C TileTrackMuFeature C TileTrackMuFeature_p1 C TileTrackMuFeature_p2 C TileTrackMuFeature_p3 C TileTrackMuFeature_tlp1 C TileTrackMuFeatureCnv_p1 C TileTrackMuFeatureCnv_p2 C TileTrackMuFeatureCnv_p3 C TileTrackMuFeatureCnv_tlp1 C TileTrackMuFeatureContainer C TileTrackMuFeatureContainer_p1 C TileTrackMuFeatureContainer_p3 C TileTrackMuFeatureContainer_tlp1 C TileTrackMuFeatureContainerCnv C TileTrackMuFeatureContainerCnv_p1 C TileTrackMuFeatureContainerCnv_tlp1 C TileTrigger C TileTriggerDefaultCalibTool C TileTrigType Definition of different trigger types (calibration and physics) ► C TileTT_Selector C const_iterator C TileTTL1 C TileTTL1_p1 C TileTTL1Cell C TileTTL1Cell_p1 C TileTTL1CellCnv_p1 C TileTTL1CellContainer_p1 C TileTTL1Cnv_p1 C TileTTL1Container_p1 C TileTTL1ContainerCnv C TileTTL1Hash Hash table for TileTTL1 identifiers C TileTTL1ToNtuple C TileWienerFilterWeights C TileWienerFilterWeightsStruct C TimeBurner Reject-all hypo algorithm sleeping for some time and doing nothing else ► C TimedHitCollection C SortedException Thrown by insert C TimedHitPtr Smart pointer to a hit that also provides access to the extended timing info of the host event. For a pu event this is taken from the event PileUpTimeEventIndex usually accessed via PileUpMergeSvc::TimedList ► C TimedHitPtrCollection C SortedException Thrown by insert C TimeDivider Helper class to divide time into intervals aligned with wall clock Once object is constructed say with arguments (6, 10, seconds) the time gets divided into 6 intervals each of 10s long C Timer C TimeSignificanceCondition C TimingCondition C TimingFilterInformation Simple helper struct used to obtain the timing information by the IMBTSTimeFilter and ICaloTimerFilterTool C TJetNet C TLACondition C TLArBadChanBitPackingBase C TLorentzVectorAsIJet C TLorentzVectorFactory C TLorentzVectorFactoryEtaE C TMatrixTSparse C TMemberAdapter C TMinuit_LHMM C TMultiFileLooper Base class to loop over all the keys in several ROOT files C TMultiGraph1 C TNetworkToHistoTool C TNeuralDataSet ► C Token This class provides a token that identifies in a unique way objects on the persistent storage C OID_t ► C TokenAddress This class provides a Generic Transient Address for POOL tokens C Pars C tolerance C ToLower C Tool C Tool C ToolConstantsCondAlg Convert from COOL inline data to ToolConstants C TopCollection ► C TopLevelPlacements C Part C TopLevelTPCnvBase Base class for top-level TP converters C TopLevelTPCnvBaseP C TopLevelTPConverter C TopoAutomatonClustering Topological cluster maker algorithm to be run on GPUs C TopoAutomatonSplitting Cluster splitter algorithm to be run on GPUs, using the same cellular automaton-based approach as Topo-Automaton Clustering C TopoClusterMap C ToTDependence ► C TouchedMuonChamberHelper C Imp C ToyConversionSvc Toy that implements IConversionSvc C ToyConverter Toy converter template that creates a default instance of DATA C ToyDetectorFactory C ToyDetectorManager C ToyDetectorTool C ToyNextPassFilterAlg Algorithm providing a toy implementation of INextPassFilter C ToyNextPassFilterTool Tool providing a toy implementation of INextPassFilter C TPAbstractPolyCnvBase C TPAbstractPolyCnvBase< TRANS_BASE, TRANS, TPIntegerVector_p1 > C TPAbstractPolyCnvBase< TRANS_BASE, TRANS, TPIntegerVector_p2 > C TPAbstractPolyCnvConstBase C TPCnvBase C TPCnvBase< TRANS, TPIntegerVector_p1 > C TPCnvBase< TRANS, TPIntegerVector_p2 > C TPCnvIDCont C TPCnvIDContFromIdentifier C TPCnvStdVector C TPCnvStdVectorConst Const version of TPCnvStdVector C TPCnvToken_p1 C TPCnvTokenList_p1 C TPCnvVector C TPCnvVectorConst C TPConverterBase C TPConverterConstBase C TPConverterTypeMap Class TPConverterTypeMap Converter registry template: a map from type_info to the appropriate converter C TPConverterWithKeyBase C TPhotonIsEMSelector This class in intented to apply a cut based identification criteria to photons C TPileupReweighting Tool to get the calculated MC pileup weight. Also does custom weights and other useful stuff C TPIntegerVector_p1 C TPIntegerVector_p2 C TPIntegerVectorStorage_p1 C TPIntegerVectorStorage_p2 Storage implementation for TP converters producing TP representation as series of ints C tPlotter Generic plotter class - better to have one of these - make sure it can be configured however you like, line styles, marker types, legends etc now a template so can be used for TH1D and TH2D etc ► C TPObjRef C typeID_t C TPPolyCnvBase C TPPolyCnvBase< TRANS_BASE, TRANS, TPIntegerVector_p1 > C TPPolyCnvBase< TRANS_BASE, TRANS, TPIntegerVector_p2 > C TPPolyVectorCnv C TPPolyVectorCnv< TRANS, TPIntegerVector_p2, CONV > C TPPolyVectorCnvConst C TPPtrVectorCnv C TPPtrVectorCnv< TRANS, TPIntegerVector_p2, CONV > C TPPtrVectorCnvConst C TProperty Templated wrapper around user properties C TPropertyListAdapter C TPThinnedPtrVectorCnv C TPValVectorCnv C Tracer C Track Example class for monitoring C TrackAnalysis C TrackAnalysisDefinitionSvc Athena includes C TrackAnalysisSequence C TrackBarcodeInfo Minimal implementation of VTrackInformation . Instances of this class are attached as UserInformation to G4Tracks. This is used for G4Tracks with no link to the HepMC::GenEvent, but a non-zero barcode/id value. (See AthenaStackingAction::ClassifyNewTrack(...).) No GenParticlePtr is held by the TrackBarcodeInfo class. The member variables are: m_theBaseISFParticle - a pointer to the ISFParticle corresponding to the current G4Track, m_returnedToISF - a flag indicating whether the ISFParticle corresponding to the current G4Track scheduled to be returned to the ISF , m_barcode, m_uniqueID and m_status - ??? C TrackCaloClusterAlg C TrackCaloClusterBaseTool C TrackCaloClusterInfo C TrackCaloClusterInfoAlg C TrackCaloClusterInfoUFOAlg C TrackCaloClusterRecValidationTool Tool to book and fill inner detector histograms for physics validation C TrackCnv_p1 C TrackCnv_p12 C TrackCnv_p2 C TrackCnv_p3 C TrackCnv_p4 C TrackCollectionCnv C TrackCollectionCnv_p1 C TrackCollectionCnv_p2 C TrackCollectionCnv_p3 C TrackCollectionCnv_p4 C TrackCollectionCnv_tlp1 C TrackCollectionCnv_tlp2 C TrackCollectionCnv_tlp3 C TrackCollectionCnv_tlp4 C TrackCollectionCnv_tlp5 C TrackCollectionCnv_tlp6 C TrackCollectionCnv_tlp7 C TrackCollectionProvider Tool used to get track collection from StoreGate ► C TrackCollectionSettingsButton C Imp ► C TrackCollHandle_RefittedTracks C Imp ► C TrackCollHandle_SimulationTracks C Imp ► C TrackCollHandle_TrackContainer C Imp ► C TrackCollHandle_TrackParticle C Imp ► C TrackCollHandle_TrkSegment C Imp ► C TrackCollHandle_TrkTrack C Imp ► C TrackCollHandle_TruthTracks C Imp ► C TrackCollHandle_xAODTrackParticle C Imp ► C TrackCollHandleBase C Imp ► C TrackCollWidget C Imp C TrackCommonFlags C TrackContainerReader C TrackCountHypoAlg ► C TrackCountHypoTool C TrkCountsInfo C TrackData C trackdata C TrackDataNtupleTree This class inherites from the automatically created TrkValidationNtupleOutputTrack to have independent interface to the ntuple ► C TrackDepositInCaloTool C Hists C LayerMaps C TrackDetDescrTPCnvDict C TrackDistributions C TrackEfficiency C TrackExtensionAlg Alg that starts from proto tracks and runs CFK on a (sub)set of provided pixel measurements C TrackExtensionMap AUTO - An Undocumented Tracking Object C TrackFastSimSD C TrackFastSimSDTool C TrackFilter C TrackFinderSettings C TrackFitter ► C TrackHandle_SimulationTrack C Imp C TrackHandle_TrackContainer ► C TrackHandle_TrackParticle C Imp C TrackHandle_TrkSegment C TrackHandle_TrkTrack ► C TrackHandle_TruthTrack C Imp ► C TrackHandle_xAODTrackParticle C Imp ► C TrackHandleBase C Imp C TrackHelper C TrackHitAssignementAlg C trackInfo C TrackInfoCnv_p1 C TrackInformation Implementation of VTrackInformation . Instances of this class are attached as UserInformation to G4Tracks C TrackInfoStruct C TrackingSurfacesSystem C TrackingVolumeSvc C TrackingVolumeToSoNode C Tracklet C TrackletSegment New segment class for single ML segments ► C TrackLODHandle C Imp ► C TrackLODManager C Imp C TrackMatchDeltaR C TrackMatchDeltaRCosmic C TrackParametersCnv_p1 C TrackParametersCnv_p2 New convertor which handles all track parameters in one go - i.e C TrackParametersCovarianceCnv C TrackParametersVectorCnv_p1 C TrackParticleAssocs C TrackParticleAssocs_p1 C TrackParticleAssocsCnv_p1 C TrackParticleBaseCnv_p1 Convertor for Trk::TrackParticleBase C TrackParticleCellAssociationAlg C TrackParticleClusterAssociationAlg C TrackParticleCnv_p1 C TrackParticleCnv_p2 C TrackParticleCnv_p3 ► C TrackParticleCollectionSettingsButton C Imp C TrackParticleContainerARACnv_tlp1 C TrackParticleContainerARACnv_tlp2 C TrackParticleContainerARACnv_tlp3 C TrackParticleContainerCnv C TrackParticleContainerCnv_p1 C TrackParticleContainerCnv_p2 C TrackParticleContainerCnv_tlp1 C TrackParticleContainerCnv_tlp2 C TrackParticleContainerCnv_tlp3 C TrackParticleTruth C TrackParticleTruthAlg C TrackParticleTruthCollection C TrackParticleTruthCollectionAccessor C TrackParticleTruthCollectionCnv C TrackParticleTruthCollectionCnv_p0 C TrackParticleTruthCollectionCnv_p1 C TrackParticleTruthCollectionCnv_p2 C TrackParticleTruthCollectionCnv_p3 C TrackParticleTruthCollectionContainer_p1 C TrackParticleTruthCollectionContainer_p2 C TrackParticleTruthCollectionContainer_p3 C TrackParticleTruthCollectionContainer_tlp1 C TrackParticleTruthCollectionContainer_tlp2 C TrackParticleTruthCollectionContainer_tlp3 C TrackParticleTruthCollectionContainerCnv C TrackParticleTruthCollectionContainerCnv_p1 C TrackParticleTruthCollectionContainerCnv_p2 C TrackParticleTruthCollectionContainerCnv_p3 C TrackParticleTruthCollectionContainerCnv_tlp1 Tau details container converter C TrackParticleTruthCollectionContainerCnv_tlp2 Tau details container converter C TrackParticleTruthCollectionContainerCnv_tlp3 Tau details container converter C TrackParticleTruthVector ► C TrackPropagationHelper C Imp C TrackRecord C TrackRecord_dict C TrackRecord_p0 C TrackRecord_p1 C TrackRecord_p2 C TrackRecordAnalysis C TrackRecordCnv_p1 C TrackRecordCnv_p2 C TrackRecordCollection_p1 C TrackRecordCollection_p2 C TrackRecordCollection_p3 C TrackRecordCollectionCnv C TrackRecorderSDTool C TrackRecordFilter C TrackRecordGenerator Track Record Generator. The class takes input simulation track records and uses them as generator records C TrackRecordStreamer_p0 C TrackSeedStorage C TrackSegmentAssociationTool C TrackSegmentCnv_p1 C TrackSelector C TrackSlimmer C TrackSort Helper method to sort tracks C TrackStateOnSurfaceCnv_p1 C TrackStateOnSurfaceCnv_p2 C TrackStateOnSurfaceCnv_p3 C TrackStatHelper C TrackSummaryCnv_p1 C TrackSummaryCnv_p2 ► C TrackSysCommonData C Imp ► C TrackSystemController C Imp C TrackSystemDisplay C TrackTools C TrackToVertex C TrackTrigObject C TrackTruth MC particle associated with a reco track + the quality of match C TrackTruthCollection C TrackTruthCollectionAccessor C TrackTruthCollectionCnv C TrackTruthCollectionCnv_p0 C TrackTruthCollectionCnv_p1 C TrackTruthCollectionCnv_p2 C TrackTruthCollectionCnv_p3 C TrackTruthSelectionTool C TrackTruthSelector C TrackTruthSimilaritySelector C TrackTruthVector C TrackTupleInfo C TrackType C TrackVertexAssociationTool Creates a jet::TrackVertexAssociation object C TrackVertexAssoTestAlg C TrackVisualizationHelper C TransferTree C TransformMap Generic class to outsource the cache of transformations, Vectors, etc, from the core class instance C TransientObject C TransientStruct C TrapezoidBoundsCnv_p1 C trdHandler C Tree C TreeReader C TreeShapeErrorGetter Liquid Argon base class for shape information C TRegSelEtaPhiModule Template class with payload added NB: >, <, == and != operators should be defined for the payload for the sorting when adding to an std::set could get away only with < operator, but there you go C TReturnTypeAdapter C TriangleBoundsCnv_p1 C Trig3Momentum 3 Momentum Class for Jet/MET Calculations C TrigAccelJointModule C TrigADComboHypoTool C TrigAFPDijetComboHypoTool C TrigAFPSidHypoMonitoringAlg Monitors performance of AF SID reco and related hypo C TrigAFPToFHypoAlg ► C TrigAFPToFHypoTool C AFPToFHypoToolInfo C TrigBjetBtagHypoAlg ► C TrigBjetBtagHypoTool C TrigBjetBtagHypoToolInfo C TrigBjetHypoAlgBase C TrigBjetMonitorAlgorithm C TrigBmumuxComboHypo EF hypothesis algorithm for B -> mu+ mu- X decays: B+ -> mu+ mu- K+ B_c+ -> J/psi(-> mu+ mu-) pi+ B_s0 -> mu+ mu- phi1020(-> K+, K-) B0 -> mu+ mu- K*0(-> K+ pi-) Lambda_b0 -> J/psi(-> mu+ mu-) p K- B_c+ -> J/psi(-> mu+ mu-) D_s+(->phi(-> K+ K-) pi+) B_c+ -> J/psi(-> mu+ mu-) D+(-> K- pi+ pi+) B_c+ -> J/psi(-> mu+ mu-) D*+(-> D0(-> K- pi+) pi+) partial (lost pion from D*+) and full reconstruction C TrigBmumuxComboHypoTool ComboHypoTool for B -> mu+ mu- X (bBmumux) and B+ -> mu+ nu_mu X (bBmux) decays ► C TrigBmumuxState State class for TrigBmumuxComboHypo algorithm C Muon C TrigBmuxComboHypo EF hypothesis algorithm for B -> mu+ nu_mu X decays: B+ -> mu+ nu_mu anti-D0(-> K+ pi-) B0 -> mu+ nu_mu D*-(-> anti-D0(-> K+ pi-) pi-) B0 -> mu+ nu_mu D-(-> K+ pi- pi-) B_s0 -> mu+ nu_mu D_s-(->phi(-> K+ K-) pi-) anti-Lambda_b0 -> mu+ nu_mu anti-Lambda_c-(-> anti-p K+ pi-) ► C TrigBmuxState State class for TrigBmuxComboHypo algorithm C Muon C TrigBphysMonitorAlgorithm C TrigBphysStreamerHypo Implements a streamer (no selection) for the HLT framework C TrigBphysStreamerHypoTool C TrigBSExtraction Top algorithms which unpacks objects from BS and places them in SG C TrigBStoxAODTool C TrigBtagTLATool C TrigByteStreamCnvSvc A ByteStreamCnvSvc implementation for online use ► C TrigByteStreamInputSvc A ByteStreamInputSvc implementation for online use, reading events from hltinterface::DataCollector C EventCache C TrigCaloCluster Base Cluster Class C TrigCaloCluster_p1 C TrigCaloCluster_p2 C TrigCaloCluster_p3 C TrigCaloClusterCalibrator C TrigCaloClusterCnv_p1 C TrigCaloClusterCnv_p2 C TrigCaloClusterCnv_p3 C TrigCaloClusterContainer Container from TrigCaloCluster type objects C TrigCaloClusterContainer_p3 C TrigCaloClusterContainerCnv C TrigCaloClusterMonitor ► C TrigCaloDataAccessSvc C FullDetIDs Convenience structure to keep together all ROBs and IdentifierHashes for whole detectors C HLTCaloEventCache Convience structure to keep together a collection and auxiliar full collection selectors C TrigCaloTowerMaker C TrigCombinatorialSettings ► C TrigComboHypoTool TrigComboHypoTool is a ComboHypoTool that calculates topological quantities between two particles and apply cuts on it (upper and lower cut) accepting the event if the required condition is satisfied C VarInfo Organise info per var selection in a struct C TrigComposite C TrigComposite_p1 C TrigCompositeCnv C TrigCompositeCnv_impl C TrigCompositeCnv_p1 C TrigCompositeContainer Container from TrigComposite type objects C TrigCompositeContainer_p1 C TrigCompositeContainerCnv C TrigConfAlg C TrigConfAlg_p1 C TrigConfAlgCnv_p1 C TrigConfChain C TrigConfChain_p1 C TrigConfChainCnv_p1 C TrigConfSeq C TrigConfSeq_p1 C TrigConfSeqCnv_p1 C TrigConfSig C TrigConfSig_p1 C TrigConfSigCnv_p1 C TrigConfVar C TrigCOOLUpdateHelper Tool to perform COOL updates during the run C TrigCostAnalysis Athena algorithm used to process Trigger cost monitoring data in Run 3 and above. Outputs histograms C TrigCostAuditor Gaudi Auditor implementation to hook algorithm executions and notify the Trigger Cost Service C TrigCostDataStore Thread safe and multi-slot hash-map to cache PAYLOAD objects/primitives during event execution C TrigCostFinalizeAlg Simple class to end the Cost Monitoring at the end of acceptedEventTopSeq C TrigCostSupervisorAlg Simple class to start the Cost Monitoring at the begining of HLTBeginSeq ► C TrigCostSvc AthenaMT service to collect trigger cost data from all threads and summarise it at the end of the event C ThreadHashCompare Static hash and equal members as required by tbb::concurrent_hash_map C TrigCountSpacePoints C TrigDecisionChecker C TrigDecisionCnv C TrigDecisionRetriever Retrieves ROI objects, default mode uses HLT/Offline object LVL1_ROI::emtaus_type C TrigdEdxTrackHypoAlg Implements Hypo selection on triggering large dEdx tracks ► C TrigdEdxTrackHypoTool Generated the decision for hypo thats triggers on high pt isolated tracks C dEdxTrkHypoInfo C TrigDiMuon C TrigDisappearingTrackHypoAlg Implements Hypo selection on triggering disappearing tracks ► C TrigDisappearingTrackHypoTool Generated the decision for hypo thats triggers disappearing track C DisTrkHypoInfo C TrigDkfTrackMakerTool C TrigEDMAuxChecker C TrigEDMChecker C TrigEFBjet Class representing a b-jet candidate created at EF C TrigEFBjet_p1 C TrigEFBjet_p2 C TrigEFBjetCnv_p1 C TrigEFBjetCnv_p2 C TrigEFBjetContainer Container of TrigEFBjet objects to be stored in POOL C TrigEFBjetContainer_p1 C TrigEFBjetContainer_p2 C TrigEFBjetContainer_tlp1 C TrigEFBjetContainer_tlp2 C TrigEFBjetContainerCnv C TrigEFBjetContainerCnv_impl C TrigEFBjetContainerCnv_p1 C TrigEFBjetContainerCnv_p2 C TrigEFBjetContainerCnv_tlp1 C TrigEFBjetContainerCnv_tlp2 C TrigEFBphys C TrigEFBphys_p1 C TrigEFBphys_p2 C TrigEFBphys_p3 C TrigEFBphysCnv_p1 C TrigEFBphysCnv_p2 C TrigEFBphysCnv_p3 C TrigEFBphysContainer C TrigEFBphysContainer_p1 C TrigEFBphysContainer_tlp1 C TrigEFBphysContainer_tlp2 C TrigEFBphysContainerCnv C TrigEFBphysContainerCnv_impl C TrigEFBphysContainerCnv_p1 C TrigEFBphysContainerCnv_tlp1 C TrigEFBphysContainerCnv_tlp2 ► C TrigEgammaEmulationToolTest C TrigInfo C TrigEgammaFastCaloHypoAlg Implements egamma calo selection for the new HLT framework C TrigEgammaFastCaloHypoTool C TrigEgammaFastElectronHypoAlg Implements Hypo selection on L2 electrons C TrigEgammaFastElectronHypoTool C TrigEgammaFastElectronReAlgo TrigEgammaFastElectronReAlgo is a Trigger Fex Algorithm that retrieves the TrigEMCluster container and the TrackCollection containers and then creates a TrigElectron Container with a subset of calorimeter-ID selection variables that are calculated (eg. E/p) The algo will apply some very loose selection cuts to the TrigElectronContainer created which is of TrigParticle type TrigElectron The TrigElectron conatiner will then be retrieved by the hypothesis algorithm TrigEgammaFastElectronHypo that will perform the corresponding fast electron selection C TrigEgammaFastPhotonHypoAlg Implements Hypo selection on L2 photons ► C TrigEgammaFastPhotonHypoTool C PhotonInfo C TrigEgammaFastPhotonReAlgo Convert the TrigEMCluster to TrigPhoton object C TrigEgammaForwardFastCaloHypoAlg Implements egamma calo selection for the new HLT framework C TrigEgammaForwardFastCaloHypoTool C TrigEgammaForwardPrecisionCaloHypoAlg Implements egamma calo selection for the new HLT framework C TrigEgammaForwardPrecisionCaloHypoTool C TrigEgammaForwardPrecisionElectronHypoAlg Implements precision electron selection for the new HLT framework C TrigEgammaForwardPrecisionElectronHypoTool C TrigEgammaMatchingToolMT C TrigEgammaMatchingToolMTTest C TrigEgammaMonitorAnalysisAlgorithm C TrigEgammaMonitorBaseAlgorithm C TrigEgammaMonitorElectronAlgorithm C TrigEgammaMonitorPhotonAlgorithm C TrigEgammaMonitorTagAndProbeAlgorithm ► C TrigEgammaMonitorTopoAlgorithm C Legs C TrigEgammaPrecisionCaloHypoAlg Implements egamma calo selection for the new HLT framework C TrigEgammaPrecisionCaloHypoTool C TrigEgammaPrecisionElectronHypoAlg Implements precision electron selection for the new HLT framework C TrigEgammaPrecisionElectronHypoTool C TrigEgammaPrecisionPhotonCaloIsoHypoAlg Implements egamma calorimeter isolation selection for precision photon triggers C TrigEgammaPrecisionPhotonCaloIsoHypoTool C TrigEgammaPrecisionPhotonHypoAlg Implements egamma calo selection for the new HLT framework C TrigEgammaPrecisionPhotonHypoTool C TrigEgammaTLAPhotonHypoAlg C TrigEgammaTLAPhotonHypoTool C TrigEgammaTLAPhotonReAlgo C TrigEgammaTopoHypoTool TrigEgammaTopoHypoTool is a ComboHypoTool that calculates the inv mass and deltaPhi distance Apply inv mass cuts (upper and lower cut) or deltaPhi cuts or both to the two electrons/photons and accepts the event if condition is satisfied C TrigElectron File: TrigElectron.h C TrigElectron_p1 C TrigElectron_p2 C TrigElectron_p3 C TrigElectronCnv_p1 C TrigElectronCnv_p2 C TrigElectronCnv_p3 C TrigElectronContainer File: TrigElectronContainer.h C TrigElectronContainer_p1 C TrigElectronContainer_p2 C TrigElectronContainer_p3 C TrigElectronContainer_tlp1 C TrigElectronContainer_tlp2 C TrigElectronContainerCnv C TrigElectronContainerCnv_p1 C TrigElectronContainerCnv_p2 C TrigElectronContainerCnv_tlp1 C TrigElectronContainerCnv_tlp2 C TrigEMCluster Class with calibrated variables for egamma clustering C TrigEMCluster_p1 C TrigEMCluster_p2 C TrigEMCluster_p3 C TrigEMCluster_p4 C TrigEMCluster_tlp1 C TrigEMCluster_tlp2 C TrigEMClusterCnv C TrigEMClusterCnv_impl C TrigEMClusterCnv_p3 C TrigEMClusterCnv_p4 C TrigEMClusterCnv_tlp1 C TrigEMClusterCnv_tlp2 C TrigEMClusterContainer Container from TrigEMCluster type objects C TrigEMClusterContainer_p1 C TrigEMClusterContainer_p3 C TrigEMClusterContainer_p4 C TrigEMClusterContainer_tlp1 C TrigEMClusterContainerCnv C TrigEMClusterContainerCnv_p1 C TrigEMClusterContainerCnv_tlp1 C TrigEMClusterConverterBase C TrigEMClusterConverterBase< TrigEMCluster_p1 > C TrigEMClusterConverterBase< TrigEMCluster_p2 > C TrigErrorMonTool Retrieves and monitors all non-success status codes returned by algorithms C TrigEventInfoRecorderAlg ► C TrigEventSelectorByteStream Online implementation of IEvtSelector for ByteStream C Context Event Selector context for TrigEventSelectorByteStream C TrigExISPublishing IS Publishing test algorithm C TrigFastCalibWithRings ► C TrigFastTrackFinder C OneLayerInfo_t C TrigFeatureLink C TrigFPGATrackSimRawHitsWrapperAlg Steering algorithm to run IFPGATrackSimInputTool and save the output in plain ROOT tree C TrigFTF_ExtendedTrackState C TrigFTF_GNN_DataStorage ► C TrigFTF_GNN_Edge C CompareLevel ► C TrigFTF_GNN_EdgeState C Compare ► C TrigFTF_GNN_EtaBin C CompareNodesByPhi C TrigFTF_GNN_Geometry C TrigFTF_GNN_Layer C TrigFTF_GNN_Node C TrigFTF_GNN_TrackingFilter C TrigFTF_HitAssignment C TrigGenericHypoAlg ► C TrigGenericHypoTool C HypoToolInfo C TriggerBitsMakerTool Obtains trigger bits from Navigation summary via getBits and (online) fills trigger bits in the HLTResultMT object ► C TriggerEDMDeserialiserAlg C WritableAuxStore ► C TriggerEDMSerialiserTool Tool responsible for filling an HLT result object with serialised EDM collections C Address C TruncationInfo C TriggerEfficiencyPlots Class holding Pt plots for Inner Detector RTT Validation and implementing fill methods C TRIGGERidentity ► C TriggerInfo This class contains trigger related information C StreamTag C TriggerInfo_p1 ► C TriggerInfo_p2 C StreamTag_p2 C TriggerInfoCnv_p1 C TriggerInfoCnv_p2 C TriggerInfoCnv_p3 C TriggerMuonValidationPlots C TriggerRegistryTool This file contains the class definition for the TriggerRegistryTool class C TriggerSelectionAlg C TriggerSummaryAlg In addition, a merged decisions collection is prepared. But not currently written. An algorithm reading partial decisions and print them. Use to debug at the end of a sequence C TriggerTower_p1 Persistent form of TriggerTower using T/P separation C TriggerTowerCnv_p1 T/P converter for TriggerTower and TriggerTower_p1 C TriggerTowerCollection_p1 C TriggerTowerCollection_tlp1 C TriggerTowerCollectionCnv C TriggerTowerCollectionCnv_p1 T/P converter for TriggerTower and TriggerTower_p1 C TriggerTowerCollectionCnv_tlp1 T/P converter for TriggerTower and TriggerTower_p1 C TriggerTowerThinningAlg Thinning algorithm for the L1Calo Trigger Towers C TriggerTranslatorToolSimple Provides functionality for users to implement and save histograms, ntuples, and summary data, while allowing a central manager to coordinate and configure many TriggerTranslatorToolSimple instances ► C TrigGlobalEfficiencyCorrectionTool C CachedRanking C Hierarchy C TagDecorator C ToolKey C TrigHIEventShapeHypoAlg Implements FCal-based forward gap selection for the HLT framework C TrigHIFwdGapHypoTool C TrigHisto The base class for TrigHisto1D and TrigHisto2D . This class should never be stored or used directly C TrigHisto1D A very basic one dimensional histogram to provide storage of HLT distributions, allowing constraints but preventing excessive memory usage for busy events. The histogram data is compressed during persistification according to the type of template instantiated C TrigHisto1D_p1 The persistent partner of TrigHisto1D class C TrigHisto1DCnv C TrigHisto1DCnv_p1 C TrigHisto1DContainer C TrigHisto1DContainer_p1 C TrigHisto1DContainer_tlp1 C TrigHisto1DContainerCnv C TrigHisto1DContainerCnv_p1 C TrigHisto1DContainerCnv_tlp1 C TrigHisto2D A very basic two dimensional histogram to provide storage of HLT distributions, allowing constraints but preventing excessive memory usage for busy events. The histogram data is compressed during persistification according to the type of template instantiated C TrigHisto2D_p1 The persistent partner of the TrigHisto2D class C TrigHisto2DCnv C TrigHisto2DCnv_p1 C TrigHisto2DContainer C TrigHisto2DContainer_p1 C TrigHisto2DContainer_tlp1 C TrigHisto2DContainerCnv C TrigHisto2DContainerCnv_p1 C TrigHisto2DContainerCnv_tlp1 C TrigHistoContainer Container of TrigHisto1D classes C TrigHitDVHypoAlg Implements Hypo selection on triggering displaced vertex ► C TrigHitDVHypoTool Generated the decision for hypo thats triggers on dispalced vertex C HitDVHypoInfo C TrigHIUCCHypoTool Tool to select Ultra Central Collisions (applies a cut on calo energy) C TrigHLTMonitorAlgorithm C TrigIDHitStats C TrigIDHitStats_p1 C TrigIDHitStatsCnv_p1 ► C TrigInDetAccelerationSvc Service for creating GPU-accelerated Work items for HLT ID algorithms ► C PhiEtaHash C compare C TrigInDetAccelerationTool C TrigInDetModuleCuda ► C TrigInDetRoadPredictorTool C DetectorElementDescription C DetectorElementsCollection C LayerBoundary C LayerDescription C SearchInterval C VolumeBoundary C TrigInDetSiLayer C TrigInDetTrack C TrigInDetTrack_p1 C TrigInDetTrack_p2 C TrigInDetTrack_p3 C TrigInDetTrack_p4 C TrigInDetTrack_p5 C TrigInDetTrackCnv_p1 C TrigInDetTrackCnv_p2 C TrigInDetTrackCnv_p3 C TrigInDetTrackCnv_p4 C TrigInDetTrackCnv_p5 C TrigInDetTrackCollection C TrigInDetTrackCollection_p1 C TrigInDetTrackCollection_tlp1 C TrigInDetTrackCollection_tlp2 C TrigInDetTrackCollection_tlp3 C TrigInDetTrackCollection_tlp4 C TrigInDetTrackCollectionCnv C TrigInDetTrackCollectionCnv_p1 C TrigInDetTrackCollectionCnv_tlp1 C TrigInDetTrackCollectionCnv_tlp2 C TrigInDetTrackCollectionCnv_tlp3 C TrigInDetTrackCollectionCnv_tlp4 C TrigInDetTrackCollectionCnvARA_tlp3 C TrigInDetTrackFitPar C TrigInDetTrackFitPar_p1 C TrigInDetTrackFitPar_p2 C TrigInDetTrackFitPar_p3 C TrigInDetTrackFitParCnv_p1 C TrigInDetTrackFitParCnv_p2 C TrigInDetTrackFitParCnv_p3 C TrigInDetTrackFitter C TrigInDetTrackFollowingTool C TrigInDetTrackHelper C TrigInDetTracklet C TrigInDetTrackMonitoringTool C TrigInDetTrackSeedingResult C TrigInDetTrackSeedingTool C TrigInDetTrackTruth C TrigInDetTrackTruth_p1 C TrigInDetTrackTruthCnv_p1 C TrigInDetTrackTruthMap C TrigInDetTrackTruthMap_old C TrigInDetTrackTruthMap_old_cnv C TrigInDetTrackTruthMap_p1 C TrigInDetTrackTruthMap_tlp1 C TrigInDetTrackTruthMap_tlp2 C TrigInDetTrackTruthMap_tlp3 C TrigInDetTrackTruthMap_tlp4 C TrigInDetTrackTruthMapCnv C TrigInDetTrackTruthMapCnv_p1 C TrigInDetTrackTruthMapCnv_tlp1 C TrigInDetTrackTruthMapCnv_tlp2 C TrigInDetTrackTruthMapCnv_tlp3 C TrigInDetTrackTruthMapCnv_tlp4 C TrigInDetTriplet C TrigIsoHPtTrackTriggerHypoAlg Implements Hypo selection on triggering high pt isolated tracks ► C TrigIsoHPtTrackTriggerHypoTool Generated the decision for hypo thats triggers on high pt isolated tracks C TrackInfo C TrigITkAccelerationTool C TrigITkModuleCuda C TrigJetConditionConfig_abs_eta C TrigJetConditionConfig_acceptAll C TrigJetConditionConfig_bdips C TrigJetConditionConfig_clean C TrigJetConditionConfig_dijet_deta C TrigJetConditionConfig_dijet_dphi C TrigJetConditionConfig_dijet_mass C TrigJetConditionConfig_dipzmlpl C TrigJetConditionConfig_emf C TrigJetConditionConfig_et C TrigJetConditionConfig_gntau C TrigJetConditionConfig_htdipz C TrigJetConditionConfig_htfr C TrigJetConditionConfig_jvt C TrigJetConditionConfig_moment C TrigJetConditionConfig_mult C TrigJetConditionConfig_nnjvt C TrigJetConditionConfig_phi C TrigJetConditionConfig_pileuprm C TrigJetConditionConfig_pt C TrigJetConditionConfig_qjet_mass C TrigJetConditionConfig_repeated C TrigJetConditionConfig_signed_eta C TrigJetConditionConfig_smc C TrigJetConditionConfig_timesig C TrigJetConditionConfig_timing C TrigJetCRHypoAlg HypoAlg for low-EMF trackless jets algorithm ► C TrigJetCRHypoTool C JetInfo C TrigJetCRVARHypoAlg HypoAlg for low-EMF trackless jets algorithm ► C TrigJetCRVARHypoTool C JetInfo C TrigJetEJsHypoAlg HypoAlg for exotic jets / emerging jets algorithm ► C TrigJetEJsHypoTool C JetInfo C TrigJetHypoAlg Implements jet selection for the HLT framework C TrigJetHypoTool C TrigJetHypoToolConfig_conditionfilter C TrigJetHypoToolConfig_fastreduction C TrigJetHypoToolConfig_maxmultfilter C TrigJetHypoToolConfig_passthroughfilter C TrigJetHypoToolConfig_rangefilter C TrigJetHypoToolHelperNoGrouper C TrigJetTLAHypoAlg HypoAlg for TLA algorithm C TrigJetTLAHypoTool C TrigJpsi C TrigL1FexJetMonitorAlgorithm C TrigL1FexJetMonitorTool C TrigL2Bjet Class representing a b-jet candidate created at L2 C TrigL2Bjet_p1 C TrigL2Bjet_p2 C TrigL2Bjet_p3 C TrigL2BjetCnv_p1 C TrigL2BjetCnv_p2 C TrigL2BjetCnv_p3 C TrigL2BjetContainer Container of TrigEFBjet objects to be stored in POOL C TrigL2BjetContainer_p1 C TrigL2BjetContainer_p2 C TrigL2BjetContainer_p3 C TrigL2BjetContainer_tlp1 C TrigL2BjetContainer_tlp2 C TrigL2BjetContainerCnv C TrigL2BjetContainerCnv_p1 C TrigL2BjetContainerCnv_p2 C TrigL2BjetContainerCnv_tlp1 C TrigL2BjetContainerCnv_tlp2 C TrigL2Bphys C TrigL2Bphys_p1 C TrigL2Bphys_p2 C TrigL2Bphys_p3 C TrigL2BphysCnv_p1 C TrigL2BphysCnv_p2 C TrigL2BphysCnv_p3 C TrigL2BphysContainer C TrigL2BphysContainer_p1 C TrigL2BphysContainer_tlp1 C TrigL2BphysContainer_tlp2 C TrigL2BphysContainerCnv C TrigL2BphysContainerCnv_impl C TrigL2BphysContainerCnv_p1 C TrigL2BphysContainerCnv_tlp1 C TrigL2BphysContainerCnv_tlp2 C TrigL2CaloLayersAlg Implements LAr layer by layer cut based detection for the new HLT framework C TrigL2CaloLayersHypoTool C TrigL2HitResidual C TrigL2LayerNumberTool C TrigL2LayerNumberToolITk C TrigL2Vertex C TrigLArNoiseBurstAlg Implements LArNoiseBurst detection for the new HLT framework C TrigLArNoiseBurstHypoTool C TrigLArNoiseBurstRecoAlg Implements LArNoiseBurst detection for the new HLT framework C TrigLiveFractionCondAlg Conditions algorithm for trigger live fraction data C TrigLiveFractionCondData Hold live fraction data produced by TrigLiveFractionCondAlg C TrigMatchTool The TrigMatchTool is an athena tool used to match reconstructed objects to trigger objects and chains ► C TrigMatchToolCore The TrigMatchToolCore defines the core functionality of the TrigMatchTool and is used for matching trigger and reconstructed objects C ChainNameIndex C FeatureLabelHolder C SlotCache ► C TrigFeatureCache C cacheData_t C TrigFeatureCacheBase C TypeMap ► C TrigMessageSvc MessageSvc used by the HLT applications C MsgAry Private helper class to keep the count of messages of a type (MSG::LEVEL) C TrigMETMonitorAlgorithm C TrigMissingET Class for LVL2/EF MissingET trigger C TrigMissingET_p1 C TrigMissingET_p2 C TrigMissingET_p3 C TrigMissingETCnv C TrigMissingETCnv_p1 C TrigMissingETCnv_p2 C TrigMissingETCnv_p3 C TrigMissingEtComponent MET trigger slice components (auxiliary information for TrigMissingET ) C TrigMissingETContainer C TrigMissingETContainer_p1 C TrigMissingETContainer_p3 C TrigMissingETContainer_tlp1 C TrigMissingETContainerCnv C TrigMissingETContainerCnv_p1 C TrigMissingETContainerCnv_tlp1 C TrigMissingETHypoAlg Implements MET selection for the HLT framework C TrigMissingETHypoTool C TrigMonAlg Summary of single agorithm execution. Algorithm is identified by position within parent sequence. Class stores stop and start time as encoded words from TrigMonTimer class, so timers are constructed on fly and returned by value. Class can also store (uint16_t, float) pairs of variables C TrigMonAlg_p1 C TrigMonAlgCnv_p1 C TrigMonChain Summary of chain decisions C TrigMonConfig This class holds encoded ids for monitoring objects and helps to map these objects to trigger configuration C TrigMonConfig_p1 C TrigMonConfigCnv C TrigMonConfigCnv_p1 C TrigMonConfigCollection C TrigMonConfigCollection_p1 Persistent copy of TrigMonConfigCollection ; C TrigMonConfigCollection_tlp1 C TrigMonConfigCollectionCnv C TrigMonConfigCollectionCnv_impl C TrigMonConfigCollectionCnv_p1 C TrigMonConfigCollectionCnv_tlp1 C TrigMonEvent C TrigMonEvent_p1 C TrigMonEventCnv C TrigMonEventCnv_p1 C TrigMonEventCollection C TrigMonEventCollection_p1 Persistent copy of TrigMonEventCollection ; C TrigMonEventCollection_tlp1 C TrigMonEventCollectionCnv C TrigMonEventCollectionCnv_impl C TrigMonEventCollectionCnv_p1 C TrigMonEventCollectionCnv_tlp1 C TrigMonL1Item Encoded L1 decision for one item C TrigMonROB C TrigMonROB_p1 C TrigMonROBCnv_p1 C TrigMonROBData C TrigMonROBData_p1 C TrigMonROBData_p2 C TrigMonROBDataCnv_p1 C TrigMonROBDataCnv_p2 C TrigMonROBSum C TrigMonRoi C TrigMonRoi_p1 C TrigMonRoiCnv_p1 C TrigMonSeq C TrigMonSeq_p1 C TrigMonSeqCnv_p1 C TrigMonTE Summary of one trigger element from navigation tree C TrigMonTE_p1 Persistent copy of TrigMonTE C TrigMonTECnv_p1 ► C TrigMonTHistSvc HLT online histogram service C THistID Helper struct that bundles the histogram, name and mutex C TrigMonTimer C TrigMonVar C TrigmuCombHypoAlg ► C TrigmuCombHypoTool C CombinedMuonInfo C TrigMufastHypoAlg ► C TrigMufastHypoTool C MuonClusterInfo C TrigMultiTrkComboHypo C TrigMultiTrkComboHypoTool ► C TrigMultiTrkState State class for TrigMultiTrkComboHypo algorithm C LEPTON C TrigMultiTrkStateBase C TrigMuonBackExtrapolator C TrigMuonClusterFeature C TrigMuonClusterFeature_p1 C TrigMuonClusterFeature_tlp1 C TrigMuonClusterFeatureCnv C TrigMuonClusterFeatureCnv_p1 C TrigMuonClusterFeatureCnv_tlp1 C TrigMuonClusterFeatureContainer C TrigMuonClusterFeatureContainer_p1 C TrigMuonClusterFeatureContainer_tlp1 C TrigMuonClusterFeatureContainerCnv C TrigMuonClusterFeatureContainerCnv_p1 C TrigMuonClusterFeatureContainerCnv_tlp1 C TrigMuonEF C TrigMuonEF_p1 C TrigMuonEF_p2 C TrigMuonEFCbTrack C TrigMuonEFCbTrack_p1 C TrigMuonEFCbTrack_p2 C TrigMuonEFCbTrack_p3 C TrigMuonEFCbTrack_p4 C TrigMuonEFCbTrack_p6 C TrigMuonEFCbTrack_p7 C TrigMuonEFCbTrackCnv_p1 C TrigMuonEFCbTrackCnv_p2 C TrigMuonEFCbTrackCnv_p3 C TrigMuonEFCbTrackCnv_p4 C TrigMuonEFCbTrackCnv_p5 C TrigMuonEFCbTrackCnv_p6 C TrigMuonEFCbTrackCnv_p7 C TrigMuonEFCnv_p1 C TrigMuonEFCnv_p2 C TrigMuonEFContainer C TrigMuonEFContainer_p1 C TrigMuonEFContainer_p2 C TrigMuonEFContainer_tlp1 C TrigMuonEFContainerCnv C TrigMuonEFContainerCnv_p1 C TrigMuonEFContainerCnv_tlp1 C TrigMuonEfficiencyMon C TrigMuonEFHypoAlg ► C TrigMuonEFHypoTool C MuonEFInfo C TrigMuonEFIdtpHypoAlg ► C TrigMuonEFIdtpHypoTool C MuonEFIdperfInfo C TrigMuonEFIdtpInvMassHypoTool C TrigMuonEFInfo C TrigMuonEFInfo_p1 C TrigMuonEFInfo_p2 C TrigMuonEFInfo_p3 C TrigMuonEFInfo_p4 C TrigMuonEFInfo_p5 C TrigMuonEFInfoCnv_p1 C TrigMuonEFInfoCnv_p2 C TrigMuonEFInfoCnv_p3 C TrigMuonEFInfoCnv_p4 C TrigMuonEFInfoCnv_p5 C TrigMuonEFInfoCnvTestAlg Algorithm to test conversion of EFMuons to xAOD objects C TrigMuonEFInfoContainer C TrigMuonEFInfoContainer_p1 C TrigMuonEFInfoContainer_p2 C TrigMuonEFInfoContainer_tlp1 C TrigMuonEFInfoContainer_tlp2 C TrigMuonEFInfoContainerCnv C TrigMuonEFInfoContainerCnv_p1 C TrigMuonEFInfoContainerCnv_p2 C TrigMuonEFInfoContainerCnv_tlp1 C TrigMuonEFInfoContainerCnv_tlp2 C TrigMuonEFInfoToMuonCnvTool C TrigMuonEFInfoTrack C TrigMuonEFInfoTrack_p1 C TrigMuonEFInfoTrackCnv_p1 C TrigMuonEFInfoTrackContainer C TrigMuonEFInfoTrackContainer_p1 C TrigMuonEFInfoTrackContainer_p2 C TrigMuonEFInfoTrackContainerCnv_p1 C TrigMuonEFInfoTrackContainerCnv_p2 C TrigMuonEFInvMassHypoTool C TrigMuonEFIsolation C TrigMuonEFIsolation_p1 Persistent partner class for TrigMuonEFIsolation C TrigMuonEFIsolation_p2 Persistent partner class for TrigMuonEFIsolation C TrigMuonEFIsolationCnv_p1 T/P Converter for TrigMuonEFIsolation_p1 C TrigMuonEFIsolationCnv_p2 T/P Converter for TrigMuonEFIsolation_p2 C TrigMuonEFIsolationContainer C TrigMuonEFIsolationContainer_p1 Persistent class partner for TrigMuonEFIsolationContainer C TrigMuonEFIsolationContainer_p2 Persistent class partner for TrigMuonEFIsolationContainer C TrigMuonEFIsolationContainerCnv Class to convert between persistent & transisent versions of TrigMuonEFIsolationContainer C TrigMuonEFIsolationContainerCnv_p1 T/P Converter for TrigMuonEFIsolationContainer_p1 C TrigMuonEFIsolationContainerCnv_p2 T/P Converter for TrigMuonEFIsolationContainer_p2 C TrigMuonEFTrack C TrigMuonEFTrack_p1 C TrigMuonEFTrack_p2 C TrigMuonEFTrack_p3 C TrigMuonEFTrack_p4 C TrigMuonEFTrack_p5 C TrigMuonEFTrack_p6 C TrigMuonEFTrackCnv_p1 C TrigMuonEFTrackCnv_p2 C TrigMuonEFTrackCnv_p3 C TrigMuonEFTrackCnv_p4 C TrigMuonEFTrackCnv_p5 C TrigMuonEFTrackCnv_p6 C TrigMuonEFTrackIsolationAlg C TrigMuonEFTrackIsolationHypoAlg ► C TrigMuonEFTrackIsolationHypoTool C EFIsolationMuonInfo C TrigMuonEFTrackIsolationTool EF Track Isolation tool C TrigMuonLateMuRoIHypoAlg ► C TrigMuonLateMuRoIHypoTool C MuonEFInfo C TrigMuonMonitorAlgorithm Base class from which analyzers can define a derived class to do specific analysis C TrigMuonTLAHypoAlg C TrigMuonTruthMon C TrigmuRoI ► C TrigNavigationThinningSvc The TrigNavigationThinningSvc is an athena tool used to slim the trigger Navigation structure in various ways C State C TriggerElementFind Used to compare pointers of TriggerElements C TrigNavigationThinningSvcMutex Low-granularity protection for Run 2 data paths ► C TrigNavSlimmingMTAlg Consumes a set of Run 3 trigger navigation collection(s), applies slimming/thinning, writes out a single output collection C Outputs C TrigObjectMatcher C TrigOperationalInfo This class defined generic object to store operational info available during triggering online i.e C TrigOperationalInfo_p1 C TrigOperationalInfoCnv C TrigOperationalInfoCnv_p1 C TrigOperationalInfoCollection C TrigOperationalInfoCollection_p1 C TrigOperationalInfoCollection_tlp1 C TrigOperationalInfoCollectionCnv C TrigOperationalInfoCollectionCnv_impl C TrigOperationalInfoCollectionCnv_p1 C TrigOperationalInfoCollectionCnv_tlp1 ► C TrigOpMonitor C FolderHist Histograms for COOL folders C TrigPassBits C TrigPassBits_p1 C TrigPassBitsCnv C TrigPassBitsCnv_p1 C TrigPassBitsCollection C TrigPassBitsCollection_impl C TrigPassBitsCollection_p1 C TrigPassBitsCollectionCnv C TrigPassFlags A Flag is an ordered collection of bits (vector<bool>) that can hold additional (boolean) information about a trigger object C TrigPassFlags_p1 C TrigPassFlagsCnv C TrigPassFlagsCnv_p1 C TrigPassFlagsCollection C TrigPassFlagsCollection_p1 C TrigPassFlagsCollectionCnv C TrigPassFlagsCollectionCnv_impl C TrigPath Support class for use in AthenaPoolMultiTest event splitting. C TrigPhoton File: TrigPhoton.h C TrigPhoton_p1 C TrigPhoton_p2 C TrigPhoton_p3 C TrigPhotonCnv_p1 C TrigPhotonCnv_p2 C TrigPhotonCnv_p3 C TrigPhotonContainer File: TrigPhotonContainer.h C TrigPhotonContainer_p1 C TrigPhotonContainer_p2 C TrigPhotonContainer_p3 C TrigPhotonContainer_tlp1 C TrigPhotonContainer_tlp2 C TrigPhotonContainerCnv C TrigPhotonContainerCnv_p1 C TrigPhotonContainerCnv_p2 C TrigPhotonContainerCnv_tlp1 C TrigPhotonContainerCnv_tlp2 C TrigPileUpInfo C TrigPileUpInfoContainer C TrigPrimaryTrackSortPredicate C TrigPrimaryVertexFitter C TrigPrimaryVertexTrack C TrigR3Mon C TrigRDBManager Helper to manage database connections C TrigRNNOutput This class carries the output of the Neural Network of TrigMultiVarHypo C TrigRNNOutput_p1 C TrigRNNOutput_p2 C TrigRNNOutput_tlp1 C TrigRNNOutputCnv C TrigRNNOutputCnv_impl C TrigRNNOutputCnv_p2 C TrigRNNOutputCnv_tlp1 C TrigRNNOutputContainer C TrigRNNOutputContainer_p1 C TrigRNNOutputContainer_p2 C TrigRNNOutputContainer_tlp1 C TrigRNNOutputContainerCnv C TrigRNNOutputContainerCnv_p1 C TrigRNNOutputContainerCnv_tlp1 C TrigRNNOutputConverterBase C TrigRNNOutputConverterBase< TrigRNNOutput_p1 > C TrigRoiDescriptor Nope - should be used for standalone also, perhaps need to protect the class def bits #ifndef XAOD_ANALYSIS if !defined(TRIGSTEERINGEVENT_TRIGROIDESCRIPTOR_H) && !defined(XAOD_STANDALONE) C TrigRoiDescriptor_p1 C TrigRoiDescriptor_p2 C TrigRoiDescriptor_p3 C TrigRoiDescriptorCnv C TrigRoiDescriptorCnv_p1 C TrigRoiDescriptorCnv_p2 C TrigRoiDescriptorCnv_p3 C TrigRoiDescriptorCnv_tp C TrigRoiDescriptorCollection C TrigRoiDescriptorCollection_p1 C TrigRoiDescriptorCollection_p2 C TrigRoiDescriptorCollection_p3 C TrigRoiDescriptorCollection_tlp1 C TrigRoiDescriptorCollectionCnv C TrigRoiDescriptorCollectionCnv_impl C TrigRoiDescriptorCollectionCnv_p1 C TrigRoiDescriptorCollectionCnv_tlp1 C TrigSctSpCountsCollection Container class needed for EDM. Should normally only contain 1 TrigSpacePointCounts object C TrigSeedML_LUT C TrigSerializeCnvSvc C TrigSerializeConverter C TrigSerializeConvHelper C TrigSerializeGuidHelper C TrigSerTPTool ► C TrigSignatureMoni C RateHistogram C TrigSignatureMoniMT Algorithm implementing monitoring of the HLT decision in the MT framework C TrigSiSpacePoint C TrigSiSpacePointBase C TrigSORFromPtreeHelper Helper class for Start Of Run (SOR) record C TrigSpacePointConversionTool C TrigSpacePointCounts C TrigSpacePointCounts_p1 C TrigSpacePointCounts_p1_old C TrigSpacePointCounts_p1_old_cnv C TrigSpacePointCounts_p2 C TrigSpacePointCounts_p3 C TrigSpacePointCounts_p4 C TrigSpacePointCountsCnv C TrigSpacePointCountsCnv_p1 C TrigSpacePointCountsCnv_p2 C TrigSpacePointCountsCnv_p3 C TrigSpacePointCountsCnv_p4 C TrigSpacePointCountsCollection C TrigSpacePointCountsCollection_p1 C TrigSpacePointCountsCollection_p2 C TrigSpacePointCountsCollection_p4 C TrigSpacePointCountsCollection_tlp1 C TrigSpacePointCountsCollectionCnv C TrigSpacePointCountsCollectionCnv_p1 C TrigSpacePointCountsCollectionCnv_p2 C TrigSpacePointCountsCollectionCnv_tlp1 C TrigStreamAddress IOpaqueAddress for TrigSerializenCnvSvc C TrigStreamerHypoAlg Implements a streamer (aka no selection) for the HLT framework C TrigStreamerHypoTool C TrigSuperRoi Describes the Region of Ineterest geometry It has basically 9 parameters C TrigSuperRoiCollection C TrigT1CaloCalibConditions_DUMMY_Instantiation C TrigT1CaloEventDict C TrigT1RPC C TrigT2Jet LVL2 Trigger Jet Class C TrigT2Jet_p1 C TrigT2Jet_p2 C TrigT2Jet_p3 C TrigT2Jet_tlp1 C TrigT2JetCnv C TrigT2JetCnv_p1 C TrigT2JetCnv_p2 C TrigT2JetCnv_p3 C TrigT2JetCnv_tlp1 C TrigT2JetContainer Container of TrigT2Jet elements C TrigT2JetContainer_p1 C TrigT2JetContainer_p3 C TrigT2JetContainer_tlp1 C TrigT2JetContainerCnv C TrigT2JetContainerCnv_p1 C TrigT2JetContainerCnv_tlp1 C TrigT2MbtsBits C TrigT2MbtsBits_p1 C TrigT2MbtsBits_p2 C TrigT2MbtsBits_p3 C TrigT2MbtsBitsCnv C TrigT2MbtsBitsCnv_p1 C TrigT2MbtsBitsCnv_p2 C TrigT2MbtsBitsCnv_p3 C TrigT2MbtsBitsContainer C TrigT2MbtsBitsContainer_p1 C TrigT2MbtsBitsContainer_p3 C TrigT2MbtsBitsContainer_tlp1 C TrigT2MbtsBitsContainerCnv C TrigT2MbtsBitsContainerCnv_p1 C TrigT2MbtsBitsContainerCnv_tlp1 C TrigT2ZdcSignals C TrigT2ZdcSignals_p1 C TrigT2ZdcSignalsCnv_p1 C TrigT2ZdcSignalsContainer C TrigT2ZdcSignalsContainer_p1 C TrigTau File: TrigTau.h C TrigTau_p1 C TrigTau_p2 C TrigTau_p3 C TrigTau_tlp1 C TrigTau_tlp2 C TrigTauCaloHypoAlg HLT CaloMVA step TauJet selection C TrigTauCaloHypoTool HLT CaloMVA step TauJet selection hypothesis tools C TrigTauCaloRoiUpdater Update the input RoI direction in (eta, phi) to the tau's axis, calculated from the RoI calo clusters C TrigTauCluster Class with calibrated variables for tau clustering C TrigTauCluster_p1 C TrigTauCluster_p2 C TrigTauCluster_p3 C TrigTauCluster_p4 C TrigTauCluster_p5 C TrigTauCluster_tlp1 C TrigTauCluster_tlp2 C TrigTauClusterCnv C TrigTauClusterCnv_impl C TrigTauClusterCnv_p1 C TrigTauClusterCnv_p2 C TrigTauClusterCnv_p3 C TrigTauClusterCnv_p4 C TrigTauClusterCnv_p5 C TrigTauClusterCnv_tlp1 C TrigTauClusterCnv_tlp2 C TrigTauClusterContainer Container from TrigTauCluster type objects C TrigTauClusterContainer_p1 C TrigTauClusterContainer_p2 C TrigTauClusterContainer_p3 C TrigTauClusterContainer_p4 C TrigTauClusterContainer_p5 C TrigTauClusterContainer_tlp1 C TrigTauClusterContainerCnv C TrigTauClusterContainerCnv_p1 C TrigTauClusterContainerCnv_p2 C TrigTauClusterContainerCnv_tlp1 C TrigTauClusterDetails C TrigTauClusterDetails_p1 C TrigTauClusterDetails_p2 C TrigTauClusterDetails_tlp1 C TrigTauClusterDetailsCnv C TrigTauClusterDetailsCnv_p1 C TrigTauClusterDetailsCnv_p2 C TrigTauClusterDetailsCnv_tlp1 C TrigTauClusterDetailsContainer Container from TrigTauClusterDetails type objects C TrigTauClusterDetailsContainer_p1 C TrigTauClusterDetailsContainer_p2 C TrigTauClusterDetailsContainer_tlp1 C TrigTauClusterDetailsContainerCnv C TrigTauClusterDetailsContainerCnv_p1 C TrigTauClusterDetailsContainerCnv_tlp1 C TrigTauCnv C TrigTauCnv_impl C TrigTauCnv_p1 C TrigTauCnv_p2 C TrigTauCnv_p3 C TrigTauCnv_tlp1 C TrigTauCnv_tlp2 C TrigTauContainer File: TrigTauContainer.h C TrigTauContainer_p1 C TrigTauContainer_p3 C TrigTauContainer_tlp1 C TrigTauContainerCnv C TrigTauContainerCnv_p1 C TrigTauContainerCnv_tlp1 C TrigTauFastTrackHypoAlg Hypotesis algorithm for the fast tracking steps C TrigTauFastTrackHypoTool Hypothesis tool for the fast tracking steps C TrigTauInfo C TrigTauMonitorBaseAlgorithm C TrigTauMonitorDiTauAlgorithm C TrigTauMonitorL1Algorithm C TrigTauMonitorSingleAlgorithm C TrigTauMonitorTandPAlgorithm C TrigTauMonitorTruthAlgorithm C TrigTauPrecisionDiKaonHypoTool Precision step hypothesis tool for applying meson kinematic cuts (meson chains) C TrigTauPrecisionHypoAlg HLT Precision step TauJet selection hypothesis algorithm C TrigTauPrecisionIDHypoTool Precision step hypothesis tool for applying ID cuts (standard chains) C TrigTauPrecTrackHypoAlg Hypothesis algorithm for the precision tracking step C TrigTauPrecTrackHypoTool C TrigTauRecMerged C TrigTauTrackRoiUpdater Update the input RoI direction in (eta, phi) to the leading RoI track (if any), and update the size C TrigTauTracksInfo C TrigTauTracksInfo_p1 C TrigTauTracksInfo_p2 C TrigTauTracksInfo_tlp1 C TrigTauTracksInfoCnv C TrigTauTracksInfoCnv_p1 C TrigTauTracksInfoCnv_p2 C TrigTauTracksInfoCnv_tlp1 C TrigTauTracksInfoCollection C TrigTauTracksInfoCollection_p1 C TrigTauTracksInfoCollection_p2 C TrigTauTracksInfoCollection_tlp1 C TrigTauTracksInfoCollectionCnv C TrigTauTracksInfoCollectionCnv_p1 C TrigTauTracksInfoCollectionCnv_tlp1 C TrigTimeStamp Utility class to measure time duration in AthenaMT The pattern when it is useful: AlgA tags the beginning of the time period AlgA::execute() { timeStampHandle.record( std::move( std::make_unique<TrigTimeStamp>() ) ); } C TrigTLAMonitorAlgorithm C TrigTrackCounts C TrigTrackCounts_p1 C TrigTrackCounts_p2 C TrigTrackCountsCnv C TrigTrackCountsCnv_p1 C TrigTrackCountsCnv_p2 C TrigTrackCountsCollection C TrigTrackCountsCollection_p1 C TrigTrackCountsCollection_tlp1 C TrigTrackCountsCollectionCnv C TrigTrackCountsCollectionCnv_p1 C TrigTrackCountsCollectionCnv_tlp1 C TrigTrackSeedGenerator C TrigTrackSelector L2 tracks C TrigTrtHitCounts A class to store the distributions of time of threshold from the TRT raw data C TrigTrtHitCounts_p1 C TrigTrtHitCounts_p2 C TrigTrtHitCountsCnv C TrigTrtHitCountsCnv_p1 C TrigTrtHitCountsCnv_p2 C TrigTrtHitCountsCollection Container class needed for EDM. Should normally only contain 1 TrigTrtHitCounts object C TrigTrtHitCountsCollection_p1 C TrigTrtHitCountsCollection_p2 C TrigTrtHitCountsCollection_tlp1 C TrigTrtHitCountsCollectionCnv C TrigTrtHitCountsCollectionCnv_p1 C TrigTrtHitCountsCollectionCnv_tlp1 C TrigTRTHTHCounter TrigTRTHTHCounter gives back the number of TRT high-threshold hits based on the code of HIPsFilterAlg by Sergey Burdin @migrated from TrigTRTHTHCounter.h & cxx C TrigTRTHTHhypoAlg TrigTRTHTHhypoAlg passes depending on the number of TRT hits found by the TrigTRTHTHCounter fex C TrigTRTHTHhypoTool C TrigTSerializer C TrigVertex C TrigVertex_p1 C TrigVertex_p2 C TrigVertexCnv_p1 C TrigVertexCnv_p2 C TrigVertexCollection C TrigVertexCollection_p1 C TrigVertexCollection_tlp1 C TrigVertexCollection_tlp2 C TrigVertexCollectionCnv C TrigVertexCollectionCnv_p1 C TrigVertexCollectionCnv_tlp1 C TrigVertexCollectionCnv_tlp2 C TrigVertexCounts C TrigVertexCounts_p1 C TrigVertexCountsCnv C TrigVertexCountsCnv_p1 C TrigVertexCountsCollection C TrigVertexCountsCollection_p1 C TrigVertexCountsCollection_tlp1 C TrigVertexCountsCollectionCnv C TrigVertexCountsCollectionCnv_p1 C TrigVertexCountsCollectionCnv_tlp1 C TrigVertexFitConstraint C TrigVertexFitInputTrack C TrigVertexFittingNode This is the implementation of classes used by TrigL2VertexFitter: C TrigVSIHypoAlg ► C TrigVSIHypoTool C eventVtxInfo C TrigZFinder C TrigZFinderAlg ► C TrigZFinderInternal C vertex C TrigZVertexHypoAlg Uses Verter weights found by TrigZFinderAlg/Tool to select events with high multiplicity ► C TrigZVertexHypoTool Applies selection on the number of tracks poting to vertex (actually on the vertex weight) C ZVertexInfo C TrimuMassRangeFilter C TripRegion C TrkAlignDBTool AlgTool used to read in from alignment database and to write parameters to database C TrkBaseNode C TrkClusterNode C TrkEDMTestAlg C TrkEndCapClusterNode C TrkFilteringNode1D C TrkFilteringNode2D C TrkMaterialProviderTool C TrkObjToString C TrkParametersComparisonFunction Function for parameter position comparisons, now implemented as hidden template with ComparisonFunction<TrackParameters> C TrkPixelNode C TrkPlanarSurface C TrkRoadDummyDict C TrkSegmentDummyDict C TrkToLeptonPVTool C TrkTrackFakeReader Test Algorithm for POOL I/O uses TrkTracks as test data C TrkTrackFakeWriter Test Algorithm for POOL I/O uses TrkTracks as test data C TrkTrackState C TrkValidationNtupleOutputTrack C TrkValidationNtupleRIOs C TRootCompare Class to compare the histograms in two root files C TRRegionXMLHandler C TRT_AlignDbSvc C TRT_BarrelDriftTimeData C TRT_BSErrContainer C TRT_BSErrContainer_p1 C TRT_BSErrContainer_p2 C TRT_BSErrContainerCnv C TRT_BSErrContainerCnv_p1 C TRT_BSErrContainerCnv_p2 C TRT_BSIdErrContainer_p1 C TRT_BSIdErrContainerCnv C TRT_BSIdErrContainerCnv_p1 C TRT_ByteStream_ConditionsSvc Service for retrieving ByteStream conditions information ► C TRT_CablingData C idpair C TRT_CablingSvc C TRT_CalDbTool C TRT_ConditionsDataDict_Dummy C TRT_ConditionsSummarySvc C TRT_ConditionsTestSvc C TRT_DAQ_ConditionsSvc C TRT_DCS_ConditionsSvc Service for accessing DCS conditions information C TRT_DetDescrDB_ParameterInterface C TRT_DetectorTool C TRT_DriftCircleCnv_p1 C TRT_DriftCircleCnv_p2 C TRT_DriftCircleContainerCnv C TRT_DriftCircleContainerCnv_p0 C TRT_DriftCircleContainerCnv_p2 C TRT_DriftCircleContainerCnv_tlp1 C TRT_DriftCircleOnTrackCnv_p1 C TRT_DriftCircleOnTrackCnv_p2 C TRT_DriftFunctionTool C TRT_FastRDOAnalysis C TRT_FillCablingData_DC1 C TRT_FillCablingData_DC2 C TRT_FillCablingData_DC3 C TRT_FillCablingData_SR1 C TRT_FillCablingData_SR1_ECC C TRT_FillCablingData_TB04 C TRT_hit C TRT_Hit_p1 C TRT_Hit_p2 C TRT_HitCnv_p1 C TRT_HitCnv_p2 C TRT_HitCollection_p1 C TRT_HitCollection_p2 C TRT_HitCollection_p3 C TRT_HitCollection_p4 C TRT_HitCollection_p5 C TRT_HitCollectionCnv_p2 C TRT_HitCollectionCnv_p3 C TRT_HitCollectionCnv_p4 C TRT_HitCollectionCnv_p5 C TRT_HitsTruthRelink C TRT_HWMappingSvc AlgTool providing offline -> hardware mapping information ► C TRT_ID C HashCalc C TRT_IDDetDescrCnv This class is a converter for the TRT_ID an IdHelper which is stored in the detector store ► C TRT_LoLumRawData C Island C TRT_LoLumRawDataCnv_p1 C TRT_LoLumRawDataCnv_p2 C TRT_LoLumRawDataContainerCnv_p1 C TRT_LoLumRawDataContainerCnv_p2 C TRT_LoLumRawDataContainerCnv_p3 C TRT_PAI_effectiveGas Effective gas: All quantities necessary to calculate PAI ionisation for gas mixture C TRT_PAI_element Chemical element C TRT_PAI_gasComponent Gas component (molecule) C TRT_PAI_gasMixture Gas mixture = mixture of gas components C TRT_PAI_Process The Photon Absorption Ionisation model used for the ionisation in the TRT C TRT_PrepDataToxAOD C TRT_RDO_ContainerCnv C TRT_RDO_ContainerCnv_p0 C TRT_RDO_ContainerCnv_p1 C TRT_RDOAnalysis C TRT_RDORawData C TRT_RegSelCondAlg ► C TRT_RodDecoder C t_CompressTable C TRT_RodEncoder This class provides conversion from TRT RDO to ROD format C TRT_ScaledDriftTimeData C TRT_SegmentsToTrack C TRT_ServMatFactory C TRT_SimDriftTimeTool C TRT_SimHelper C TRT_StrawAlignDbSvc C TRT_StrawNeighbourSvc C TRT_StrawStatusSummaryTool C TRT_TB04_RawData C TRT_ToT_dEdx C TRT_TrackTimingTool C TRTActiveCondAlg C TRTAlignCondAlg C TRTCalibrationMgr ► C TRTCalibrator The TRTCalibrator is called from TRTCalibrationMgr C BDboard Dictionary class for a board C BDchip Dictionary class for a chip C BDdetector Dictionary class for a detector C BDlayer Dictionary class for a layer C BDmodule Dictionary class for a module C BDstraw Dictionary class for a straw C BDTRT Dictionary class for the full TRT C BDzero Dummy dictionary class C conf C epdata C TRTCondRead C TRTCondStoreText C TRTCondWrite C TRTDedxcorrection C TRTDetectorFactory_Full This class creates the TRT Geometry C TRTDetectorFactory_Lite ► C TRTDigCondBase Communication with CondDB C StrawState Straw state C TRTDigCondFakeMap "Fake" straw map until "real" map is known C TRTDigit Class for TRT digits C TRTDigitization Top algorithm class for TRT digitization C TRTDigitizationTool C TRTDigitSorter ► C TRTDigSettings Class containing parameters and settings used by TRT digitization C doubleparameter Settable parameter, double C intboolparameter Settable parameter, int and bool C TRTElectronicsNoise Simulate TRT Electronics Noise ► C TRTElectronicsProcessing Electronics Processing C Deposit TRT energy deposit C TRTFastDigitization Top algorithm class for TRT digitization C TRTFastDigitizationTool C TRTGeometryManagerTool Tool for setting up TRT alignment geometry C TRTHit C TRTHitAnalysis C TRTHitIdHelper C TrtHitsTestTool C TRTHTCondAlg C TRTHWMapCondAlg C TRTMonitoringAlg Monitoring algorithms for TRT trigger chains C TRTMonitoringRun3ESD_Alg C TRTMonitoringRun3RAW_Alg C TRTNoise Simulation of noise hits in the TRT C TRTOccupancyInclude C TRTOverlay C TRTParameterInterface C TRTParametersForBarrelHits C TRTParametersForEndCapHits C TRTPhaseCondAlg C TRTPhysicsTool C TRTPIDNNCondAlg C TRTPlots C TRTProcessingOfBarrelHits C TRTProcessingOfEndCapHits ► C TRTProcessingOfStraw TRT Digitization: Processing of a TRT Straws C cluster Primary ionisation cluster C TRTRadiatorParameters C TRTRawContByteStreamCnv C TRTRawContByteStreamTool An AlgTool class to provide conversion from TRT RDO container to ByteStream , and fill it in RawEvent created: Oct 25, 2002, by Hong Ma requirements: typedef for CONTAINER class method StatusCode convert(CONTAINER* cont, RawEvent* re, MsgStream& log ); C TRTRawDataProvider C TRTRawDataProviderTool C TRTRIO_OnTrackErrorScaling C TRTRIO_OnTrackErrorScalingKit C TRTSensitiveDetector C TRTSensitiveDetectorTool C TRTStrawAlign C TRTStrawCondAlg C TRTStrawEfficiency C TRTStrawStatusCondAlg C TRTStrawStatusRead C TRTStrawStatusWrite C TRTTimeCorrection Time correction C TRTToTCondAlg C TRTTrackHoleSearchTool C TRTTransitionRadiation C TRTTrkAlignDBTool Tool for writing TRT alignment constants into oracle DB or an ASCII file C TRTUncompressedHit C TRTUncompressedHitCollectionCnv C true_mean C TruncationAnalysisAlg Retrieves and prints the content of HLT result truncation debugging information object C TruthClassDecoratorAlg C TruthClassificationTool Tool to classify particles based on their type and origin C TruthClosureCheck C TruthController C TruthEtIsolations C TruthEtIsolations_p1 C TruthEtIsolationsCnv_p1 C TruthEtIsolationsContainer C TruthEtIsolationsContainer_p1 C TruthEtIsolationsContainerCnv C TruthHitAnalysis C TruthIsolationTool C TruthJetFilter Truth jet filters C TruthParentDecoratorAlg C TruthParticle C TruthParticleBase C TruthParticleBuilder C TruthParticleCnvTool C TruthParticleContainer C TruthParticleContainer_p5 C TruthParticleContainer_p6 C TruthParticleContainerCnv C TruthParticleContainerCnv_p5 C TruthParticleContainerCnv_p6 C TruthParticleFilterBaseTool C TruthParticleIndexDecoratorAlg C TruthParticleMomentum C TruthParticleValidationBaseTool C TruthQualitySelectionTool C TruthResetAlg C TruthStrategyManager Singleton class for creating truth incidents C TruthTestTool C TruthTrajectory C TruthTrajectoryCnv_p1 C TruthTrajectoryCnv_p2 C TruthTrajectoryCnv_p3 C TScopeAdapter C TTbarMassFilter Require the invariant mass of a top + anti-top pair to be within a certain range C TTbarPlusHeavyFlavorFilter C TTbarWithJpsimumuFilter C TTbarWToLeptonFilter Require the event to contain at least one charged lepton (from W decay, which should come from top) with pt at or above Ptcut ► C TTOnlineID Helper class for Calo TT online identifiers C HashCalc Small class holding the starting hash value, the min eta and the number of phi bins of each region ► C TTrainedNetwork C Input C TTrainedNetworkCollection C tubsHandler C TVirtualConverter Base class for converters for Root schema evolution C TVirtualConverter_T Easy-to-use templated class for defining converters C TwoPoint C TypeId C TypeIdBuilder C TypeInfo_EDM C TypeMap C UbeamHandler C UCharDbArrayAthena C UFOTool C UIntDbArray C ULongDbArray C UniformSampler C UniformShapeErrorGetter Liquid Argon base class for shape information C unionHandler C UpdateAfterFork Incident to signal that a new worker was forked C UpdateHandle< T > Smart pointer to an object of a given type in an IProxyDict StoreGateSvc ). It d-casts and caches locally the pointed-at object, to speed-up subsequent accesses. It can be reset by the store for asynchronous updates (IOVSvc ) C used C UserLimitsSvc C UserPhotonFlux Tool to implement Pythi8 main70 functionality C usertim C UShortDbArray C Utility C V0CandidateCnv_p1 C V0Container C V0ContainerCnv C V0ContainerCnv_p1 C V0ContainerCnv_tlp1 C V0ContainerCnv_tlp2 C V0HypothesisCnv_p1 C V0Tools C ValgrindAuditor Valgrind auditor C ValgrindSvc C Validator C Value Tag-value pair class C value_type C VarHandleKeyArray< T > Untemplated base class for VarHandleKeyArrays C VarHandleKeyArrayCommon< T > Mixin base class for VarHandleKeyArrays, inheriting from std::vector as well as VarHandleKeyArray to provide vector-like access C varHandler C Variable Wrapper around a histogram which allows for some additional filling patterns and data manipulation C VBFForwardJetsFilter Filter of the type of VBF forward jets C VBFHbbEtaSortingFilter C VBFMjjIntervalFilter C vector C vector2D C vector3D C VectorElementLink_p1< INDEX_TYPE > Persistent representation of a vector of ElementLinks The C++ type of an index in a container can be integer for sequences or a "key" type for sets (like std::map). (std::string is supported, define more types if necessary) C VectorElementLink_p1_t C VectorElementLinkCnv_p1 C VectorElementLinkCnv_p1< LINK_VECT > Converter template for converters between transient VectorElementLink and its persistent representation. Template argument LINK_VECT is the type of the transient VectorElementLink. The type of the persistent link vector representation is automatically deducted (it is based on the primiteve C++ type used by IndexingPolicy) - it can be integer index type, or string index type. More types can be added in ElementLink_p1.h C VectorOperations C versionHandler C VertexAnalysis C VertexCnv_p1 ► C VertexCollectionSettingsButton C Imp ► C VertexCollHandle C Imp C VertexCommonFlags C VertexDecoratorAlg C VertexFinder ► C VertexHandle C Imp C VertexMatcher C VertexNewMatcher C VertexNode C VertexOnTrackCnv_p1 ► C VertexSysController C Imp C VGammaORTool This tool can be used to identify the overlap of a V+jets and V+gamma sample or in fact between most V^n+gamma^m and V^n+gamma^(m-1) samples (e.g C ViewContainer C ViewCreatorCentredOnClusterROITool C ViewCreatorCentredOnIParticleROITool C ViewCreatorCentredOnJetWithPVConstraintROITool C ViewCreatorDVROITool C ViewCreatorExtraPrefetchROITool C ViewCreatorFetchFromViewROITool C ViewCreatorFSROITool C ViewCreatorInitialROITool C ViewCreatorJetSuperROITool C ViewCreatorMuonSuperROITool C ViewCreatorNamedROITool C ViewCreatorPreviousROITool C Viewer C ViewVector Identify view containers to be made persistent ► C VisAttributes C Imp C VisibleObjectToMaterialHelper C VisibleObjectToMaterialHelper_Base C VMM_Shaper C VNetworkBase Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration C VNetworkLWTNN Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration ► C void_unique_ptr C Deleter C VoidMonitoringTool Helper class to declare an empty monitoring ToolHandle C VolatilityTool C VolumeBuilder ► C VolumeHandle ► C Imp C VolState ► C VolumeHandleSharedData C Imp ► C VolumeTreeModel ► C Imp C SectionInfo C SubSystem C VolumeTreeNavigator C VolVisAttributes C VoronoiWeightTool C VoxelDensityTool ► C VP12DExaminerViewer C Imp C VP12DViewRPhiFishEyeTransformation C VP12DViewRZFishEyeTransformation C VP13DCocktailChannel C VP13DCocktailPlugin_VP1AutoFactory C VP1Alg C VP1AODChannel C VP1AODPlugin_VP1AutoFactory C VP1AODSelection ► C VP1AODSystem C Imp C VP1AthenaPtrs ► C VP1Authenticator C Imp ► C VP1AvailableToolsHelper C Imp ► C VP1AvailEvents ► C Imp C EventID ► C VP1AvailEvtsHttp C Imp ► C VP1AvailEvtsHttps C Imp ► C VP1AvailEvtsLocalDir C Imp C VP1BanksChannel ► C VP1BanksSystem C Imp C VP1BatchOnLatestEvent C VP1BatchUtilities C VP1BPhysConvertor ► C VP1BPhysSystem C Clockwork C VP1CaloCell C VP1CaloCellChannel ► C VP1CaloCellController C Imp C VP1CaloCellManager ► C VP1CaloCellSystem C Clockwork ► C VP1CaloClusterCollection ► C Imp C ClusterHandle ► C VP1CaloClusterSystem C Imp ► C VP1CaloHitLegoSystem C Clockwork ► C VP1CaloLegoSystem C Clockwork C VP1CaloPlugin_VP1AutoFactory ► C VP1CaloReadoutSystem C Clockwork ► C VP1CameraHelper C Imp ► C VP1CartesianGrid C Imp C VP1CC_GlobalCuts C VP1CC_LAr C VP1CC_LArEMB C VP1CC_LArEMECHEC C VP1CC_LArFCAL C VP1CC_MbtsScinInfo C VP1CC_Tile C VP1CC_TileBarEc C VP1CC_TileCrack C VP1CCUi2Manager ► C VP1ChannelManager C Imp ► C VP1Collection C Imp ► C VP1CollectionSettingsButtonBase C Imp ► C VP1CollectionWidget C Imp ► C VP1ColorSelectButton C Imp C VP1ColorUtils ► C VP1Controller ► C Imp C DialogInfo C VP1ControllerHelper ► C VP1CoordinateAxes C Imp ► C VP1CustomStereoEditor C Imp ► C VP1CustomTourEditor C Imp ► C VP1CustomTourFrameWidget C Imp ► C VP1CylindricalGrid C Imp ► C VP1Deserialise C Imp ► C VP1DetInfo C Imp C VP1DirStatusData ► C VP1DockWidget ► C Imp C FilterItem ► C VP1DrawOptionsWidget C Imp C VP1ErrorUtils ► C VP1EtaCone C Imp ► C VP1EtaPhiCutWidget C Imp ► C VP1EventDisplayEditor C Imp C VP1EventDisplaySceneView ► C VP1EventFile C Imp C VP1EventProd ► C VP1EvtsOnServerInfo C Imp ► C VP1ExaminerViewer ► C Imp C StoredView C VP1ExaminerViewer_SignalCatcher ► C VP1ExecutionScheduler ► C Imp C GlobalEventFilter C VP1ExpertSettings C VP1ExternalRequest ► C VP1ExtraInputSystem C Clockwork ► C VP1ExtraSepLayerHelper C Imp C VP1FileUtilities ► C VP1Floor C Imp C VP1GeoDBSelection C VP1GeoFlags C VP1GeometryChannel C VP1GeometryPlugin_VP1AutoFactory ► C VP1GeometrySystem ► C Imp ► C SubSystemInfo C TreetopInfo C VP1GeomUtils ► C VP1GeoTreeView C Imp ► C VP1GraphicsItemCollection C Imp ► C VP1GraphicsView C HighLightItem C Imp ► C VP1Gui C Imp ► C VP1GuideLineSystem C Imp C VP1HelperClassBase ► C VP1HEPVisUtils C Imp ► C VP1HttpGetFile C Imp C VP1HttpGetFile_DownloadThread ► C VP1HVLegoSystem C Clockwork ► C VP1IncomingMessageDialog C Imp C VP1Interval ► C VP1JobConfigInfo C Imp C VP1LegoChannel ► C VP1Letters C Imp C VP1LightChannel C VP1LightPlugin_VP1AutoFactory C VP1LightRun ► C VP1LinAlgUtils C Imp ► C VP1Lines C Imp C VP1LocalEvtRetriever C VP1MainWindow ► C VP1MaterialButton C Imp C VP1MaterialButtonBase C VP1Mbts ► C VP1MbtsHelper C Clockwork C VP1MCChannel ► C VP1MCSystem C Imp ► C VP1MD5Sum C Imp ► C VP1MissingEtCaloHandle C Imp C VP1MissingEtCollWidget ► C VP1MissingEtHandle C Imp ► C VP1MissingEtSystem C Imp ► C VP1MissingEtTruthHandle C Imp C VP1Msg ► C VP1ParticleData C Imp ► C VP1PartSpectController C Imp ► C VP1PartSpectSystem C Imp ► C VP1People C Imp ► C VP1PluginDialog C Imp ► C VP1PrepRawDataSystem C Imp ► C VP1Prioritiser ► C Imp C SystemInfo C VP1QtApplication ► C VP1QtInventorUtils ► C Imp C _ImageRec C VP1QtUtils ► C VP1RawDataColl_BCM_RDO C Imp ► C VP1RawDataColl_LUCID C Imp ► C VP1RawDataColl_PixelRDO C Imp ► C VP1RawDataColl_SCT_RDO C Imp ► C VP1RawDataColl_TRT_RDO C Imp ► C VP1RawDataCollBase C Imp ► C VP1RawDataCommonData C Imp C VP1RawDataFlags ► C VP1RawDataHandle_BCM_RDO ► C Imp C ModuleInfo ► C VP1RawDataHandle_LUCID ► C Imp C TubeInfo C VP1RawDataHandle_LUCID_Digit C VP1RawDataHandle_PixelRDO C VP1RawDataHandle_SCT_RDO C VP1RawDataHandle_TRT_RDO ► C VP1RawDataHandleBase C Imp ► C VP1RawDataSysController C Imp ► C VP1RawDataSystem C Imp C VP1SelectEvent ► C VP1Serialise C Imp C VP1Settings ► C VP1SGAccessHelper C Imp C VP1SGContentsHelper ► C VP1SimHitSystem C Clockwork ► C VP1SoMaterialMixer C Imp ► C VP1StdCollection C Imp C VP1StreamMenuUpdater C VP1String C VP1SysConf ► C VP1TabBar C Private ► C VP1TabManager C Imp ► C VP1TabWidget C Private ► C VP1TcpServer C Imp C VP1TextBrowser C VP1TimeUtilities C VP1ToolAccessHelper C VP1TrackCaloChannel C VP1TrackCaloPlugin_VP1AutoFactory C VP1TrackChannel ► C VP1TrackingGeometrySystem C Imp ► C VP1TrackingVolumes C Imp C VP1TrackPlugin_VP1AutoFactory ► C VP1TrackSanity C Imp C VP1TrackSummary ► C VP1TrackSystem C Imp C VP1TriggerDecisionChannel ► C VP1TriggerDecisionSystem C Clockwork C VP1TriggerUISystem C VP1TrkInitializer ► C VP1TruthVertexCollection ► C Imp C VertexHandle ► C VP1VertexCollection ► C Imp C VertexHandle ► C VP1VertexSystem C Imp ► C VP1WebWatcher ► C Imp C HttpThread C WatchedUrl C VRJetOverlapConfig C VRJetOverlapDecorator C VRoute C vsincos_par Vectorized version of parametrized sincos see ATLASSIM-4753 for details C VTrackInformation Instances of classes derived from this class are attached as UserInformation to G4Tracks. It extends G4VUserTrackInformation. The GenParticlePtr held by the VTrackInformation object can change during simulation (i.e. each time the track undergoes a non-destructive interaction). The member variables are m_classify: a classification of the current G4Track (Primary, Regenerated Primary, Registered Secondary, Secondary) and m_primaryGenParticle: a pointer to the GenParticle used to create the initial G4PrimaryParticle from which the current G4Track decends C VTuneAuditor C VTuneProfilerService C VTuneProfileRunner C VtxAnalysis C VtxR3Analysis C VxCandidateCnv_p1 C VxCandidateCnv_p2 C VxContainer C VxContainerCnv C VxContainerCnv_p1 C VxContainerCnv_tlp1 C VxContainerCnv_tlp2 C VxTrackAtVertexCnv_p1 C VxTrackAtVertexCnv_p2 C Wafer C WaferTree ► C WebdaqHistSvc HLT online histogram service C THistID Helper struct that bundles the histogram, name and mutex C Weight_p1 ► C WeightedCoordinate C Comparator C WeightingValuesSummary_t Structure to hold per-event weights for distribution C WeightMatrixCnv_p1 C weights C WeightsAgregator C WeightToolBase C WorkTimeStamp C WorkTimeStampQueue C WorkTimeStampQueueImpl C WritableArray< N > Read-write multidimensional array, specialized for N=0 C WritableArrayData< N > A WriteableArray together with an Arrayrep C WriteData C WriteDataReentrant C WriteDecorHandleKeyArray< T > Class to hold an array of WriteDecorHandleKeys C WriteEvent C WriteHandle< T > A smart pointer to an object of a given type in an IProxyDict StoreGateSvc ). It d-casts and caches locally the pointed-at object, to speed-up subsequent accesses. It can be reset by the store for asynchronous updates (IOVSvc ) C WriteHandleKeyArray< T > Class to hold an array of WriteHandleKeys C WriteHepMC Write the MC event record to file in IO_GenEvent text format C writeNtuple C Writes C WriteThinnedData C WritexAOD Algorithm demonstrating writing of xAOD containers C xAODAuxContainerBaseCnv POOL converter for the xAOD::AuxContainerBase class C xAODBSignalFilter C xAODBTaggingAuxContainerCnv_v1 Converter class used for reading xAOD::BTaggingAuxContainer_v1 C xAODBTaggingTrigAuxContainerCnv POOL converter for the xAOD::BTaggingTrigAuxContainer class C xAODBTagVertexAuxContainerCnv POOL converter for the xAOD::BTaggingAuxContainer class C xAODCaloClusterAuxContainerCnv POOL converter for the xAOD::CaloClusterAuxContainer class C xAODCaloClusterAuxContainerCnv_v1 Converter class used for reading xAOD::CaloClusterAuxContainer_v1 C xAODChargedTracksFilter Filter events based on presence of charged tracks ► C xAODChargedTracksWeightFilter Filter events based on presence of charged tracks ► C Spline C Point Linear spline representation of a function used to calculate weights C xAODClusterCompressor C xAODClusterMaker Creates xAOD pixel and strip cluster containers from FPGA input C xAODDecaysFinalStateFilter C xAODDecayTimeFilter C xAODDiLeptonMassFilter Filter on dileptons within a Z mass window C xAODDirectPhotonFilter Filters and looks for photons from brem or hadr proc C xAODEgammaBuilder C xAODElectronAuxContainerCnv_v1 Converter class used for reading xAOD::ElectronAuxContainer_v1 C xAODElectronAuxContainerCnv_v2 Converter class used for reading xAOD::ElectronAuxContainer_v2 C xAODElectronFilter Filters and looks for electrons C xAODEmTauRoIAuxContainerCnv_v1 Converter class used for reading xAOD::EmTauRoIAuxContainer_v1 C xAODEmTauRoIContainerCnv_v1 Converter class used for reading xAOD::EmTauRoIContainer_v1 C xAODEnergySumRoIAuxInfoCnv_v1 Converter class used for reading xAOD::EnergySumRoIAuxInfo_v1 C xAODEnergySumRoICnv_v1 Converter class used for reading xAOD::EnergySumRoI_v1 C xAODEventAuxInfoCnv_v1 Converter for reading xAOD::EventAuxInfo_v1 C xAODEventAuxInfoCnv_v2 Converter for reading xAOD::EventAuxInfo_v2 C xAODForwardProtonFilter Description: Filter based on kinematics of forward proton C xAODFourLeptonMassFilter Filter on two dilepton-pairs with two mass windows (by default >60GeV and >12GeV) C xAODGenerator C xAODHeavyFlavorHadronFilter C xAODHIEventShapeAuxContainerCnv_v1 Converter class used for reading xAOD::HIEventShapeAuxContainer_v1 C xAODHIEventShapeContainerCnv_v1 Converter class used for reading xAOD::HIEventShapeContainer_v1 C xAODHTFilter C xAODJetAsIJetFactory C xAODJetAuxContainerCnv POOL converter for the xAOD::JetAuxContainer class C xAODJetCollector C xAODJetCollectorTest ► C xAODJetFilter Applies the generator level filter for jet candidates C McObj C xAODJetRoIAuxContainerCnv_v1 Converter class used for reading xAOD::JetRoIAuxContainer_v1 C xAODJetRoIContainerCnv_v1 Converter class used for reading xAOD::JetRoIContainer_v1 C xAODJetTrigAuxContainerCnv POOL converter for the xAOD::JetTrigAuxContainer class C xAODJetTrigAuxContainerCnv_v1 Converter class used for reading xAOD::JetTrigAuxContainer_v1 C xAODL2StandAloneMuonAuxContainerCnv_v1 Converter class used for reading xAOD::L2StandAloneMuonAuxContainer_v1 C xAODL2StandAloneMuonContainerCnv_v1 Converter class used for reading xAOD::L2StandAloneMuonContainer_v1 C xAODLeptonFilter Filter events based on presence of charged leptons C xAODLeptonPairFilter C xAODM4MuIntervalFilter C xAODMETFilter Filters on total missing energy from nus and LSPs C xAODMissingETAuxAssociationMapCnv_v1 Converter class used for reading xAOD::MissingETAuxAssociationMap_v1 C xAODMuDstarFilter C xAODMultiBjetFilter C xAODMultiCjetFilter C xAODMultiElecMuTauFilter Select multiple charged leptons taking into account electrons, muons and taus (inc C xAODMultiElectronFilter C xAODMultiLeptonFilter C xAODMultiMuonFilter Filters and looks for muons C xAODMuonAuxContainerCnv_v1 Converter class used for reading xAOD::MuonAuxContainer_v1 C xAODMuonAuxContainerCnv_v2 Converter class used for reading xAOD::MuonAuxContainer_v2 C xAODMuonAuxContainerCnv_v3 Converter class used for reading xAOD::MuonAuxContainer_v3 C xAODMuonAuxContainerCnv_v4 Converter class used for reading xAOD::MuonAuxContainer_v4 C xAODMuonFilter Filters and looks for muons C xAODParentChildFilter Allows the user to search for any given decay Parent -> Child + X C xAODParentTwoChildrenFilter Allows the user to search for any given decay Parent -> Child1 + anti(Child1) AND Parent -> Child2 + anti(Child2).. C xAODParticleDecayFilter Class to filter events based on the decay of a parent particle into a set of children particles C xAODParticleFilter The filter will pass only if it finds a particle with the specified properties C xAODPhotonAuxContainerCnv_v1 Converter class used for reading xAOD::PhotonAuxContainer_v1 C xAODPhotonAuxContainerCnv_v2 Converter class used for reading xAOD::PhotonAuxContainer_v2 C xAODPhotonFilter Filters and looks for photons C xAODRODHeaderAuxContainerCnv_v1 Converter class for reading xAOD::RODHeaderAuxContainer_v1 C xAODRODHeaderContainerCnv_v1 Converter class for reading xAOD::RODHeaderContainer_v1 C xAODSameParticleHardScatteringFilter Allows the user to search for any given production Parent1 + Parent 2 -> Child1 C xAODShallowAuxContainerCnv POOL converter for the xAOD::ShallowAuxContainer class C xAODSpacePointAuxContainerCnv C xAODSpacePointMaker Creates xAOD space point containers from FPGA input and existing clusters C xAODTauFilter C xAODTauJetAuxContainerCnv_v1 Converter class used for reading xAOD::TauJetAuxContainer_v1 C xAODTauJetAuxContainerCnv_v2 Converter class used for reading xAOD::TauJetAuxContainer_v2 C xAODTauJetContainerCnv_v1 Converter class used for reading xAOD::TauJetContainer_v1 C xAODTauJetContainerCnv_v2 Converter class used for reading xAOD::TauJetContainer_v2 C xAODTEventBranch Specialised class for browsing xAOD event interface objects in ROOT C xAODTEventTree Transient TTree for interactive xAOD event data access C xAODTMetaBranch Specialised class for browsing xAOD metadata interface objects in ROOT C xAODTMetaTree Transient TTree for interactive xAOD metadata access C xAODtoHepMCTool C xAODTrackCaloClusterAuxContainerCnv_v1 Converter class used for reading xAOD::TrackCaloClusterAuxContainer_v1 C xAODTrackParticleAuxContainerCnv POOL converter for the xAOD::TrackParticleAuxContainer class C xAODTrackParticleAuxContainerCnv_v1 Converter class used for reading xAOD::TrackParticleAuxContainer_v1 C xAODTrackParticleAuxContainerCnv_v2 Converter class used for reading xAOD::TrackParticleAuxContainer_v2 C xAODTrackParticleAuxContainerCnv_v3 Converter class used for reading xAOD::TrackParticleAuxContainer_v3 C xAODTrackParticleAuxContainerCnv_v4 Converter class used for reading xAOD::TrackParticleAuxContainer_v4 C xAODTrackStateAuxContainerCnv C xAODTrigBphysAuxContainerCnv POOL converter for the xAOD::TrigBphysAuxContainer class C xAODTrigCompositeAuxContainerCnv_v1 Converter class used for reading TrigCompositeAuxContainer_v1 C xAODTriggerMenuAuxContainerCnv POOL converter for the xAOD::TriggerMenuAuxContainer class C xAODTriggerMenuJsonAuxContainerCnv POOL converter for the xAOD::TriggerMenuJsonAuxContainer class C xAODTrigNavigationAuxInfoCnv POOL converter for the xAOD::TrigNavigationAuxInfo class C xAODTrigPassBitsContainerCnv Custom converter for reading xAOD::TrigPassBitsContainer correctly C xAODTrigRingerRingsAuxContainerCnv_v1 Converter class used for reading xAOD::EmTauRoIAuxContainer_v1 C xAODTrigRingerRingsContainerCnv_v1 Converter class used for reading xAOD::TrigRingerRingsContainer_v1 C xAODTrigRNNOutputAuxContainerCnv_v1 Converter class used for reading xAOD::EmTauRoIAuxContainer_v1 C xAODTrigRNNOutputContainerCnv_v1 Converter class used for reading xAOD::TrigRNNOutputContainer_v1 C xAODTruthParticleLinkVector C xAODTruthParticleSlimmerElectron Algorithm to skim the xAOD truth particle container for xAOD electron filter C xAODTruthParticleSlimmerGen Algorithm to skim the xAOD truth particle container for generators filters in fact we want to remove barcode 0 particles and particles with duplicated barcodes This algorithm is used to copy and skim the particles from the xAOD TruthParticles container, The design of this class heavily mirrors the DerivationFramework::TruthCollectionMaker C xAODTruthParticleSlimmerLightLepton Algorithm to skim the xAOD truth particle container for xAOD electron&muon filter C xAODTruthParticleSlimmerMET Algorithm to skim the xAOD truth particle container for xAOD MET filter C xAODTruthParticleSlimmerMuon Algorithm to skim the xAOD truth particle container for xAOD muons filter C xAODTruthParticleSlimmerPhoton Algorithm to skim the xAOD truth particle container for xAOD photons filter C xAODTruthParticleSlimmerTau Algorithm to skim the xAOD truth particle container for tau filter C xAODTTbarWithJpsimumuFilter C xAODTTbarWToLeptonFilter Require the event to contain at least one charged lepton (from W decay, which should come from top) with pt at or above Ptcut C xAODVBFForwardJetsFilter Filter of the type of VBF forward jets C xAODVBFMjjIntervalFilter C xAODXtoVVDecayFilterExtended The main purpose of this EF is to specify the decay of V1/V2 in H->V1V2, V1->decay, V2->decay with VH production C XercesParser C XIncludeErrHandler C XMLCoreFactory C XMLCoreNode C XMLCoreParser C XMLHandler C XMLHandlerStore C XmlVariableInfo Utility to convert xml files from TMVA into root TTrees for this package C XrdPosixXrootd ► C XtalkCorrHisto C maxlistitem C XtoVVDecayFilterExtended The main purpose of this EF is to specify the decay of V1/V2 in H->V1V2, V1->decay, V2->decay with VH production C XXH128_canonical_t C XXH128_hash_t The return value from 128-bit hashes C XXH32_canonical_t Canonical (big endian) representation of XXH32_hash_t C XXH64_canonical_t C XYMaps C XYMapsEC C XYPosition C ZappedVolumeListModel C zbeam C ZDC_BRANModule C ZDC_DetFactory C ZDC_DetManager C ZDC_DetTool C ZDC_DigiTop C ZDC_EscapedEnergyProcessing C ZDC_FiberSD C ZDC_FiberSDTool C ZDC_G4CalibSD C ZDC_G4CalibSDTool C ZDC_ModuleBase C ZDC_PileUpTool C ZDC_RPDModule C ZDC_SimFiberHit C ZDC_SimFiberHit_Collection C ZDC_SimFiberHit_Collection_p1 C ZDC_SimFiberHit_CollectionCnv C ZDC_SimFiberHit_CollectionCnv_p1 C ZDC_SimFiberHit_p1 C ZDC_SimFiberHitCnv_p1 C ZDC_ZDCModule C ZdcByteStreamCnv The converter class has the methods to create the collection objects from a file (RDO to ByteStream ) and ByteStream from RDO C ZdcByteStreamLucrodData C ZdcByteStreamRawData C ZdcByteStreamRawDataV2 ► C ZdcByteStreamReadV1V2Tool Tool to perform ROB fragments to trigger towers and trigger towers to raw data conversions C BitReader C State C ZdcByteStreamTester C ZdcByteStreamTool Tool to perform ROB fragments to ZdcDigits and from ZdcDigits to raw data conversions C ZdcCablingService C ZdcCalibEvent C ZdcCaloUserHeader L1Calo User Header class C ZdcCell C ZdcDataAccessV2 Tool to retrieve all TriggerTowers from bytestream C ZDCDataAnalyzer C ZdcDefs C ZdcDigits C ZdcDigits_p1 C ZdcDigitsCnv_p1 C ZdcDigitsCollection C ZdcDigitsCollection_p1 C ZdcDigitsCollectionCnv C ZdcDigitsCollectionCnv_p1 C ZdcFileGeometryDB C ZDCFitComplexPrePulse C ZDCFitExpFermiFixedTaus C ZDCFitExpFermiLHCfPreExp C ZDCFitExpFermiLHCfPrePulse C ZDCFitExpFermiLinearFixedTaus C ZDCFitExpFermiLinearPrePulse C ZDCFitExpFermiPreExp C ZDCFitExpFermiPrePulse C ZDCFitExpFermiVariableTaus C ZDCFitExpFermiVariableTausLHCf C ZDCFitExpFermiVariableTausRun3 C ZDCFitGeneralPulse C ZDCFitWrapper C ZdcGeoDBGeometryDB C ZdcHardwareID C ZDCHitAnalysis C ZDCHitsTestTool C ZdcID C ZdcID_Exception Exception class for Zdc Identifiers C ZdcIDDetDescrCnv This class is a converter for the ZdcID an IdHelper which is stored in the detector store ► C ZdcInjPulserAmpMap C Token ► C ZdcL1CaloErrorByteStreamTool Tool to accumulate ROB/ROD unpacking errors C ErrorMaps C ZdcL1CaloSubBlock L1Calo Sub-Block base class C ZdcL1CaloUserHeader L1Calo User Header class C ZdcLEDMonitorAlgorithm C ZdcLEDNtuple C ZdcLucrodChannelType C ZdcLucrodData C ZdcLucrodDataContainer C ZdcLucrodDecoder C ZdcLucrodMapRun3 C ZdcMCTruthAlg C ZdcMonitorAlgorithm C ZDCNLCalibration C ZdcNtuple C ZdcPpmCompression C ZdcPpmSubBlock Sub-Block class for PPM data C ZDCPreExpFitWrapper C ZDCPrePulseFitWrapper C ZDCPulseAnalyzer C ZdcRawChannel C ZdcRawChannel_p1 C ZdcRawChannelCnv_p1 C ZdcRawChannelCollection C ZdcRawChannelCollection_p1 C ZdcRawChannelCollectionCnv C ZdcRawChannelCollectionCnv_p1 C ZdcRawData C ZdcRdo C ZdcRdoCollection A collection of ZdcRdo from the readout of all ZDC modules C ZdcRec C ZdcRecChannelTool C ZdcRecChannelToolLucrod C ZdcRecChannelToolV2 C ZdcRecNoiseTool C ZdcRecRun3 C ZdcRecRun3Decode C ZdcRecV2 C ZdcRecV3 C ZdcRecV3Decode C ZdcSignalSinc C ZdcSrcIdMap This class provides conversion between Lower level Source ID to higher level source ID for L1Calo ByteStream fragments C ZdcSubBlock Zdc Sub Block base class C ZdcSubBlockHeader L1Calo User Header class C ZdcSubBlockStatus L1Calo User Header class C ZDCTreeAnalysis C ZDCTriggerEfficiency C ZDCTriggerSimAllLUTs C ZDCTriggerSimBase C ZDCTriggerSimCombLUT C ZDCTriggerSimData C ZDCTriggerSimDataBase C ZDCTriggerSimFADC C ZDCTriggerSimModuleAmpls C ZdcUserHeader L1Calo User Header class C ZDCWaveformBase C ZDCWaveformFermiExp C ZDCWaveformFermiExpTail C ZDCWaveformLTLinStep C ZDCWaveformSampler C ZdcWordDecoder C ZeeTaPMonTool C ZmumuEvent C ZmumuValidationExample C ZRObject C ZtoLeptonFilter Filter and look for Z's decaying to leptons 
1.8.18
