Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12345]

CAccStatusTs
CAccTimingEvent
Ccbm::algo::sts::WalkMap::AdcMap
CCbmBbaAlignmentTask::AlignmentBody
►CHal::AnalysisManager
CHalCbmAnalysisManager
CAnaTreeMcIds
CAnaTreeRecoIds
Ccbm::services::histserv::AppConfig	Application configuarion
CApplication	Main class of the "cbmreco_fairrun" application
Ccbm::atconverter::Application
Ccbm::explore::Application
Ccbm::reco::offline::Application
Ccbm::services::histserv::Application
Ccbm::services::histserv_tester::Application
Ccbm::services::run_info::Application	Main class for the run_info service
Ccbm::sim::digitization::Application
►Cstd::array
Ccbm::algo::ca::EnumArray< cbm::algo::ca::Timer >
Ccbm::algo::ca::EnumArray< int >
Ccbm::algo::ca::EnumArray< std::string >
Ccbm::algo::ca::EnumArray< bool >
Ccbm::algo::ca::EnumArray< EHitSet >
Ccbm::algo::ca::EnumArray< cbm::algo::qa::H1D * >
Ccbm::algo::ca::EnumArray< TH1F * >
Ccbm::algo::ca::EnumArray< double >
Ccbm::core::EnumArray< std::set< int > >
Ccbm::core::EnumArray< bool >
Ccbm::core::EnumArray< const CbmTrackingDetectorInterfaceBase * >
Ccbm::core::EnumArray< TClonesArray * >
Ccbm::core::EnumArray< CbmMCDataArray * >
Ccbm::core::EnumArray< std::vector< double > >
Ccbm::core::EnumArray< CbmTrackingDetectorInterfaceBase * >
Ccbm::core::EnumArray< std::unordered_map< int, int > >
Ccbm::core::EnumArray< int >
Ccbm::core::EnumArray< const char * >
Ccbm::core::EnumArray< ECounter, size_t >
Ccbm::algo::ca::EnumArray< E, T >	Class of arrays, which can be accessed by an enum class entry as an index
Ccbm::core::EnumArray< E, T >
Ccbm::algo::sts::HitfinderPars::Asic
CATKFParticleFinder
Ccbm::algo::AuxDigiData	Collection of auxiliary digi objects from different module unpackers
CCbmStsSignal::Before
►Cstd::binary_function
CCompareTNamedMore
Ccbm::algo::ca::Branch
Ccbm::qa::report::Builder	Report builder
Ccbm::algo::ca::CaHitTimeInfo
Ccbm::algo::tof::Calibrate	Algo class for calibration
Ccbm::algo::tof::CalibrateMonitorData	Monitoring data for calibration
Ccbm::algo::tof::CalibrateSetup	TOF calibration setup
CCanvasConfig
Ccbm::algo::qa::CanvasConfig	A canvas configuration for the histogram server
Ccbm::ca::CaUvConverter	A class to convert XY coordinates to UV coordinates
►CCbmAddress	Base class for interfaces to the unique address
CCbmMuchAddress	Interface class to unique address for the MUCH
CCbmTofAddress	CBM ToF interface class to the unique address
CCbmAlgo< Input, Output >
►CCbmAlgo< CbmStsPoint, CbmStsHit >
CCbmStsHitProducerIdealAlgo
CCbmTemplateAlgo
CCbmAlgoBuildRawEvents
CCbmAnaConversionCutSettings
CCbmAnaConversionGlobalFunctions
CCbmAnaConversionKF
CCbmAnaConversionKinematicParams
CCbmAnaConversionPhotons
CCbmAnaConversionPhotons2
CCbmAnaConversionReco
CCbmAnaConversionRecoFull
CCbmAnaConversionRich
CCbmAnaConversionTest
CCbmAnaConversionTest2
CCbmAnaConversionTomography
CCbmAnaJpsiCuts
CCbmAnaJpsiHist
CCbmAnaJpsiKinematicParams
CCbmAnaJpsiUtils
CCbmBeam
CCbmBeamProfile
CCbmBmonDigi	Data class for a signal in the t-zero detector
CCbmBmonDigiData	Container class for CbmBmonDigi objects
CCbmBuildEventMCTrack
CCbmBuildEventsQA	Simple QA task for associating digis to events
CCbmClusteringA1
CCbmClusteringGeometry
CCbmClusteringSL
CCbmClusteringWard
CCbmConfigBase< Config_t, Obj_t >
►CCbmConfigBase< CbmDigitizationConfig, CbmDigitization >
CCbmDigitizationConfig
►CCbmConfigBase< CbmTransportConfig, CbmTransport >
CCbmTransportConfig
CCbmDefEventSink	MQ device class to write CbmDigiEvents to a ROOT file
►CCbmDigi
CCbmTestDigi
►CCbmDigiBranchBase	Abstract base class for CBM digi branches
CCbmDigiBranch< Digi >	Class template for CBM digi branches
CCbmDigiData	Collection of digis from all detector systems
CCbmDigiEvent	Collection of digis from all detector systems within one event
CCbmDigiManager	CbmDigiManager
CCbmDigiTimeslice	Collection of digis from all detector systems within one timeslice
CCbmDrawingOptions	Default options for drawing
CCbmEbEventEfficiencies
CCbmEbEventMatch
CCbmEbMCEvent
CCbmErrorMessage	CbmRoot (+externals) headers
CCbmEventTimeslice
CCbmEventTriggers	Class to store different triggers for a given event
CCbmFieldMapCreator
CCbmFsdDigi	Data class for FSD digital information
CCbmFsdDigiData	Container class for CbmFsdDigi objects
CCbmFsdGeoHandler
CCbmFsdModuleSpecs
CCbmFsdUnitSpecs
CCbmGeoSetup	Data transfer object to represent the CBM Detector setup
CCbmGeoSetupField
CCbmGeoSetupMedia
CCbmGeoSetupModule
►CCbmGeoSetupProvider	Abstract interface class for providing the CBM detector setup description, module list, magnetic field, material descriptions etc
CCbmGeoSetupDbProvider	Setup provider with database functionality
CCbmGeoSetupRepoProvider	Setup provider with local (svn) repository functionality
CCbmKfTrackFitter
►CCbmKFTrackInterface
CCbmKFTrack
CCbmKresConversionBG
CCbmKresConversionCorrectedPhotons
CCbmKresConversionGeneral
CCbmKresConversionKF
CCbmKresConversionManual
CCbmKresConversionManualmbias1
CCbmKresConversionManualmbias2
CCbmKresConversionManualmbias3
CCbmKresConversionManualmbias4
CCbmKresConversionPhotons
CCbmKresConversionReconstruction
CCbmKresEta
CCbmKresEtaMCAnalysis
CCbmKresFunctions
CCbmKresGammaCorrection
CCbmKresSelectAnn
CCbmKresSelectAnnPhotons
CCbmKresTemperature
CCbmKresTrainAnn
CCbmKresTrainAnnDirectPhotons
CCbmL1HitDebugInfo
CCbmL1HitId
CCbmL1LinkKey	Internal structure to handle link keys
CCbmL1MCPoint
CCbmL1MCTrack
CCbmL1PFFitter
CCbmL1Vtx
CCbmLitAcceptanceFunction
CCbmLitConverter
CCbmLitConverterFairTrackParam
CCbmLitConverterParallel
Clit::CbmLitDefaultSettings
CCbmLitDetectorSetup	Helper class to access detector presence
►CCbmLitField	Interface for accessing the magnetic field
CCbmLitMapField
CCbmLitFieldFitter	Implementation of the polynomial field approximation
CCbmLitFieldGridCreator
CCbmLitFitNode	Data class for storage of fitted track parameters, transport matrix and chi-square on each detector station
►CCbmLitGeoNavigator	Interface for geometry navigation algorithm
CCbmLitTGeoNavigator
►CCbmLitHit	Base data class for hits
CCbmLitPixelHit	Base data class for pixel hits
CCbmLitStripHit	Base data class for strip hits
CCbmLitHitData
►CCbmLitHitToTrackMerger	Interface for hit-to-track merging algorithm
CCbmLitAllHitsTofMerger
CCbmLitNearestHitTofMerger
►CCbmLitMaterialEffects	Interface for material effects calculation algorithm
CCbmLitMaterialEffectsImp	Calculation of multiple scattering and energy loss
CCbmLitMaterialInfo
CCbmLitMCPoint	Monte-Carlo point
CCbmLitMCTrack	Monte-Carlo track
CCbmLitMCTrackCreator	Creates CbmLitMCTrack objects
►CCbmLitPolynom	Abstract class for polynomial function
CCbmLitPolynom0	0 degree polynomial with 1 coefficient
CCbmLitPolynom1	1st degree polynomial with 3 coefficients
CCbmLitPolynom10	10th degree polynomial with 66 coefficients
CCbmLitPolynom2	2nd degree polynomial with 6 coefficients
CCbmLitPolynom3	3rd degree polynomial with 10 coefficients
CCbmLitPolynom4	4th degree polynomial with 15 coefficients
CCbmLitPolynom5	5th degree polynomial with 21 coefficients
CCbmLitPolynom6	6th degree polynomial with 28 coefficients
CCbmLitPolynom7	7th degree polynomial with 36 coefficients
CCbmLitPolynom8	8th degree polynomial with 45 coefficients
CCbmLitPolynom9	9th degree polynomial with 55 coefficients
►CCbmLitQualitySort
CCbmLitTrackSelectionSharedHits
CCbmLitResultChecker	Automatic checker of QA results
CCbmLitSimpleMaterial
CCbmLitTestMatrixMath
CCbmLitTofTrack
CCbmLitToolFactory
CCbmLitTrack	Base data class for track
►CCbmLitTrackExtrapolator	Interface for track extrapolation algorithm
CCbmLitCleverTrackExtrapolator
CCbmLitLineTrackExtrapolator
CCbmLitRK4TrackExtrapolator
►CCbmLitTrackFinder	CbmLitTrackFinder.h
CCbmLitTrackFinderBranch
CCbmLitTrackFinderNN
►CCbmLitTrackFitter	Interface for track fitter algorithm
CCbmLitKalmanSmoother	Implementation of Kalman smoother algorithm
CCbmLitTrackFitterImp	Implementation of Kalman Filter track fit
CCbmLitTrackFitterIter
CCbmLitTrackingGeometryConstructor
CCbmLitTrackletParam	Data class for track parameters
CCbmLitTrackParam	Data class for track parameters
►CCbmLitTrackPropagator	CbmLitTrackPropagator.h
CCbmLitTGeoTrackPropagator
►CCbmLitTrackSelection	Interface for track selection algorithm
CCbmLitTrackSelectionCuts
CCbmLitTrackSelectionEmpty
CCbmLitTrackSelectionMuch
CCbmLitTrackSelectionSharedHits
CCbmLitTrackSelectionTrd
►CCbmLitTrackUpdate	Interface for track update algorithm
CCbmLitKalmanFilter
CCbmMcbm2018MsCrcCheck
CCbmMcbm2018RichMicrosliceReader
CCbmMcbm2018RichTdcTimeData
CCbmMcbm2018RichTdcWordReader
CCbmMcbm2019TimeWinEventBuilderAlgo
CCbmMcbmCheckTimingAlgo
CCbmMcbmRichEdge
CCbmMCDataArray	Access to a MC data branch for time-based analysis
CCbmMCDataObject	Access to a MC data branch for time-based analysis
CCbmMCEventInfo	Allows to access an MC event in the source file
CCbmModuleList	Manages module Ids and names
CCbmMQChannels
►CCbmMuchDigi
CCbmMuchBeamTimeDigi
CCbmMuchDigiData	Container class for CbmMuchDigi objects
►CCbmMuchPad
CCbmMuchPadRadial
CCbmMuchPadRectangular
►CCbmMuchSector
CCbmMuchSectorRadial
CCbmMuchSectorRectangular
CCbmMuchTest
CCbmMuchUnpackMonitor
►CCbmMvdDetectorId
CCbmMvdCluster
CCbmMvdDigi
CCbmMvdHit
CCbmMvdPoint
CCbmMvdSensor
CCbmMvdTrackingInterface	CbmMvdTrackingInterface
CCbmOffsetDigiTimeTester
CCbmOnlineParWrite	This class is responsible for writing the online parameters to configuration files
CCbmPsdAddress	CBM PSD interface class to the unique address
CCbmPsdDigi	Data class for PSD digital information
CCbmPsdDigiData	Container class for CbmPsdDigi objects
CCbmPsdDsp	Data class for PSD digital signal processing (DSP)
CCbmQaCmpDrawer< Obj >	Class to draw a comparison of objects on the provided canvas or pad
CCbmQaCompare< Obj >	Class to compare histograms of the QA task with default ones
►CCbmQaIO	ROOT object IO interface for QA
►CCbmQaTask
►CCbmCaInputQaBase< cbm::algo::ca::EDetectorID::kMuch >
CCbmCaInputQaMuch
►CCbmCaInputQaBase< cbm::algo::ca::EDetectorID::kMvd >
CCbmCaInputQaMvd
►CCbmCaInputQaBase< cbm::algo::ca::EDetectorID::kSts >
CCbmCaInputQaSts	A QA-task class, which provides assurance of MuCh hits and geometry
►CCbmCaInputQaBase< cbm::algo::ca::EDetectorID::kTof >
CCbmCaInputQaTof
►CCbmCaInputQaBase< cbm::algo::ca::EDetectorID::kTrd >
CCbmCaInputQaTrd
CCbmCaInputQaBase< DetID >	A QA-task class, which provides assurance of MuCh hits and geometry
Ccbm::ca::InputQaSetup	A QA task to analyze hit and MC point occupancy distributions in different tracking stations
Ccbm::ca::OutputQa	QA-task for CA tracking output results
Ccbm::ca::TrackFitQa	Set of histograms to monitor track parameters
Ccbm::ca::TrackTypeQa	Unified QA for a group of tracks
Ccbm::kfp::V0FinderQa	A simple QA for the V0 finder
CCbmReco	Main steering class of reconstruction in CBM
CCbmRecoT0MoniData	Monitor data for Bmon reconstruction
►CCbmRecoUnpackAlgo
CCbmBmonUnpackAlgo
CCbmMuchUnpackAlgo
CCbmPsdUnpackAlgo
►CCbmRichUnpackAlgoBase
CCbmRichUnpackAlgo
CCbmRichUnpackAlgo2022
►CCbmStsUnpackAlgoBase
CCbmStsUnpackAlgo
CCbmStsUnpackAlgoLegacy
CCbmTofUnpackAlgo
►CCbmTrdUnpackAlgoBaseR
CCbmTrdUnpackAlgoLegacy2020R
CCbmTrdUnpackAlgoR
CCbmTrdUnpackFaspAlgo
►CCbmRecoUnpackConfig
CCbmBmonUnpackConfig
CCbmMuchUnpackConfig
CCbmPsdUnpackConfig
CCbmRichUnpackConfig
CCbmStsUnpackConfig
CCbmTofUnpackConfig
CCbmTrdUnpackConfig
CCbmTrdUnpackFaspConfig
CCbmRichConverter	Convert internal data classes to cbmroot common data classes
CCbmRichDigi
CCbmRichDigiData	Container class for CbmRichDigi objects
CCbmRichDigiMapManager
CCbmRichDraw
CCbmRichElectronIdAnn	Implementation of the electron identification algorithm in the RICH detector using Artificial Neural Network(ANN)
CCbmRichGeoManager
CCbmRichHitLight
CCbmRichHoughHit	Implementation of RICH hit for ring finder algorithm
CCbmRichHoughHitVec
CCbmRichMCbmDigiMapManager
CCbmRichMCbmMappingData
CCbmRichMCbmSEDisplay
CCbmRichMirror
CCbmRichMirrorMisalignmentCorrectionUtils	Class checks correction parameter file containing mirror misalignment information
CCbmRichNavigationUtil
CCbmRichNavigationUtil2
CCbmRichPixelData
CCbmRichPmtData
CCbmRichPmtPlaneMinMax	This class is used to store pmt_pixel min and max positions
CCbmRichPmtQEData
►CCbmRichProjectionProducerBase	Base class for STS track projections onto the photodetector plane
CCbmRichProjectionProducer2
CCbmRichProjectionProducerAnalytical	Project track by straight line from imaginary plane to the mirror and reflect it to the photodetector plane
CCbmRichProjectionProducerAnalytical	Project track by straight line from imaginary plane to the mirror and reflect it to the photodetector plane
CCbmRichProjectionProducerTGeo	Project track by straight line from imaginary plane to the mirror and reflect it to the photodetector plane
CCbmRichRadiusCorrection
CCbmRichRecGeoPar	PMT parameters for the RICH geometry
CCbmRichRecGeoParPmt
►CCbmRichRingFinderHoughImpl	Ring finder implementation based on Hough Transform method
CCbmRichRingFinderHoughSimd	SIMDized ring finder based on Hough Transform method
►CCbmRichRingFitterBase	Abstract base class for concrete Rich Ring fitting algorithms. Each derived class must implement the method DoFit
CCbmRichRingFitterCOP	Here the ring is fitted with the COP algorithm from A. Ayriyan/G. Ososkov
CCbmRichRingFitterCircle	Implementation of a ring fitting algorithm with equation of a circle. Algorithm from F77 subroutine of S.Sadovsky
►CCbmRichRingFitterEllipseBase	Base class for concrete ellipse fitting algorithms. Each derived class must implement the method DoFit
CCbmRichRingFitterEllipseMinuit	This is the implementation of ellipse fitting using MINUIT
CCbmRichRingFitterEllipseTau	Here the ring is fitted with Taubin algorithm from A. Ayriyan, G. Ososkov, N. Chernov
CCbmRichRingFitterRobustCOP	Here the ring is fitted with the RobustCOP algorithm from A. Ayriyan/G. Ososkov
CCbmRichRingFitterTAU	Here the ring is fitted with the TAU algorithm from A. Ayriyan/ G. Ososkov
CCbmRichRingLight
CCbmRichRingSelectAnn	Implementation for concrete RICH ring selection algorithm: reject rings using a trained neural net (input file with weights needed!) store resulting value (0-1) in "SelectionNN": 0 = good rings 1 = rings to be rejected --> choose a value in between depending on required purity/ efficiency
CCbmRichRingSelectImpl
►CCbmRichRingTrackAssignBase	Base class for RICH rings - STS tracks matching algorithms
CCbmRichRingTrackAssignClosestD	Ring-Track Assignment according to the closest distance criterion
CCbmRichRingTrackAssignIdeal	Ideal Ring-Track Assignment. CbmRichRingMatch must be run prior to this procedure
CCbmRichRonchiIntersectionData
CCbmRichRonchiLineData
►CCbmRichTrackExtrapolationBase
CCbmRichTrackExtrapolationIdeal	"TrackExtrapolation" from MC points. It reads the PointArray with ImPlanePoints from MC and selects those to be projected to the Rich Photodetector
CCbmRichTrackExtrapolationKF	"TrackExtrapolation" from STS tracks (Kalman Fitter) It reads the track array form STS and extrapolates those to be projected to the Rich Photodetector to some z-Plane in RICH
CCbmRichTrackExtrapolationLittrack	"TrackExtrapolation" from STS tracks based on Littrack. It reads the track array form STS and extrapolates those to be projected to the Rich Photodetector to some z-Plane in RICH
CCbmRichTrackExtrapolationMirrorIdeal	This is the implementation of the TrackExtrapolation from MC points - operating on points in the RICH mirror! It reads the STS track array, gets the corresponding MC MirrorPoint and selects those to be projected to the Rich Photodetector points will be stored on mirror surface again. WARNING!!!: ProjectionProducer needs to be run with zflag==2!!!
CCbmRichUnpackAlgoMicrosliceReader
CCbmRichUnpackAlgoTdcTimeData
CCbmRichUnpackAlgoTdcWordReader
CCbmRichUnpackMonitor
CCbmRichUtil
CCbmSeedFinderQa
CCbmSeedFinderSlidingWindow
CCbmStackFilter	Class for filtering the stack before writing
CCbmStar2019Algo< T >
►CCbmStar2019Algo< CbmMuchBeamTimeDigi >
CCbmMcbm2018MonitorAlgoMuchLite
CCbmMcbm2018UnpackerAlgoMuch
►CCbmStar2019Algo< CbmPsdDigi >
CCbmMcbm2018MonitorAlgoPsd
CCbmMcbm2018UnpackerAlgoPsd
►CCbmStar2019Algo< CbmRichDigi >
CCbmMcbm2018UnpackerAlgoRich
CCbmMcbm2018UnpackerAlgoRich2020
►CCbmStar2019Algo< CbmStsDigi >
CCbmCosy2019MonitorAlgoHodo
CCbmCosy2019UnpackerAlgoHodo
CCbmMcbm2018UnpackerAlgoSts
►CCbmStar2019Algo< CbmTofDigi >
CCbmMcbm2018MonitorAlgoBmon
CCbmMcbm2018MonitorAlgoTof
CCbmMcbm2018MonitorAlgoTofPulser
CCbmMcbm2018UnpackerAlgoTof
CCbmMcbmSpillFindAlgo
CCbmStar2019EventBuilderEtofAlgo
CCbmStar2019MonitorAlgo
CCbmStar2019MonitorPulserAlgo
►CCbmStar2019Algo< CbmTrdDigi >
CCbmMcbm2018UnpackerAlgoTrdR	Timeslice unpacker algorithm for Spadic v.2.2
CCbmStsAlgoFindClusters	Algorithm for cluster finding in a linear array of channels
CCbmStsAlgoFindHits	Algorithm for hit finding in the sensors of the CBM-STS
CCbmStsAlgoFindHitsOrtho	Algorithm for hit finding in sensors with orthogonal strips
CCbmStsBuildEventsIdeal	Task class for associating digis to events
CCbmStsBuildEventsIdealNew	Task class for associating digis to events
CCbmStsBuildEventsSimple	Task class for associating digis to events using STS digis dynamics in time
CCbmStsDigi	Data class for a single-channel message in the STS
CCbmStsDigiData	Container class for CbmStsDigi objects
CCbmStsParAsic	Parameters of the STS readout ASIC
CCbmStsParModule	Parameters for one STS module
CCbmStsParSensor	Constructional parameters of a STS sensor
CCbmStsParSensorCond	Parameters for operating conditions of a STS sensor
CCbmStsPhysics	Auxiliary class for physics processes in Silicon
CCbmStsSensorPoint	Container class for a local point in a STS sensor
CCbmStsSimSensorFactory
CCbmStsTrackStatus	Stores status of track during transport. Auxiliary for CbmSts
CCbmStsUnpackMonitor
CCbmTbDaqBuffer	Singleton buffer class for CBM raw data
►CCbmTofDetectorId
CCbmTofDetectorId_v07a
CCbmTofDetectorId_v12b
CCbmTofDetectorId_v14a
CCbmTofDetectorId_v21a
CCbmTofDetectorInfo
CCbmTofDigi	Data class for expanded digital TOF information
CCbmTofDigiData	Container class for CbmTofDigi objects
CCbmTofStarSubevent2019
CCbmTofStarTrigger2019
CCbmTofTrackletTools	Fits and resolution functions
CCbmTofUnpackMonitor
►CCbmTrackingDetectorInterfaceBase	Abstract class, which should be inherited by every detecting subsystem tracking interface class
CCbmMuchTrackingInterface	A CbmL1 subtask, which provides necessary methods for L1 tracker to access the geometry and dataflow settings
CCbmMvdTrackingInterface	CbmMvdTrackingInterface
CCbmStsTrackingInterface	A CbmL1 subtask, which provides necessary methods for CA tracker to access the geometry and dataflow settings
CCbmTofTrackingInterface
CCbmTrdTrackingInterface	A CbmL1 subtask, which provides necessary methods for CA tracker to access the geometry and dataflow s ettings
CCbmTrdAddress
CCbmTrddEdxUtils
►CCbmTrdDigi
CCbmTrdDigiRec	Extend the TRD(2D) digi class to incorporate FEE calibration
Ccbm::algo::trd::DigiRec
CCbmTrdDigiData	Container class for CbmTrdDigi objects
CCbmTrdRadiator::CbmTrdEntranceWindow
►CCbmTrdUnpackFaspAlgo::CbmTrdFaspMessage	Data structure for unpacking the FASP word
CCbmTrdUnpackFaspAlgo::CbmTrdFaspMessage24
CCbmTrdRadiator
CCbmTrdRawMessageSpadic	Base class for storing raw information which comes from the Spadic v2.2 trough flib or from a tsa file
CCbmTrdSpadic
►CCbmTrdUnpackMonitor
CCbmTrdUnpackFaspMonitor
CCbmTrdUtils
►CCbmTSUnpack
CCbmCosy2018MonitorPulser
CCbmUnpack< T >
CCbmUnpackedTimeslice
Ccbm::algo::tof::Cell
Ccbm::algo::tof::HitfindSetup::Cell
Ccbm::algo::ChainContext
Ccbm::algo::trd2d::ReadoutConfig::ChanMapping
Ccbm::algo::tof::CalibrateSetup::Channel
Ccbm::algo::tof::HitfindSetup::Channel
CCbmTofTBClusterizer::ChannelDigis
Ccbm::algo::sts::ChannelMaskSet
CCbmQaTask::CheckFlags	Contains a check result and its activeness status of the check-list entry
CCheckTimingDetector
Ccbm::algo::ca::CloneMerger
Ccbm::algo::sts::Cluster
Ccbm::algo::tof::Cluster
Ccbm::algo::trd::Cluster	Data container for TRD clusters
CCbmClusteringA1::Cluster
CCbmClusteringSL::Cluster
CCbmClusteringWard::Cluster
CCbmMuchTest::Cluster
Ccbm::algo::trd::Cluster2D	Data Container for TRD clusters
CCbmClusteringWard::ClusterBlock
Ccbm::algo::sts::ClusterCalculationProperties
Ccbm::algo::sts::ClusterIdx
Ccbm::algo::tof::Clusterizer
Ccbm::algo::trd::Clusterizer	Algo class for TRD cluster building
Ccbm::algo::trd::Clusterizer2D	Algo class for TRD2D cluster building
Ccbm::algo::tof::ClusterizerChanPar
Ccbm::algo::tof::ClusterizerRpcPar
Ccmp_str
Cstd::common_type< boost::histogram::RootStyleProfileAccumulator< T >, boost::histogram::RootStyleProfileAccumulator< U > >	Specialization for boost::histogram::accumulators::weighted_mean
►Ccbm::algo::CommonUnpacker< Digi, MSMonitor, MSAux >
Ccbm::algo::bmon::Unpack	Unpack algorithm for STS
Ccbm::algo::much::Unpack
Ccbm::algo::rich::Unpack
Ccbm::algo::sts::Unpack
Ccbm::algo::tof::Unpack
Ccbm::algo::trd2d::Unpack
Ccbm::algo::trd::Unpack	Unpack algorithm for TRD
►CHal::ComplexEvent
CHalCbmFullEvent
CHalCbmHbtFullEvent
Ccbm::algo::trd2d::ReadoutConfig::CompMapping
Ccbm::algo::kf::ModuleIndexMapFactory::Component	Structure to keep information on layers
Ccbm::algo::sts::ReadoutSetup::Component
CCompTimesExp
Ccbm::algo::evbuild::Config	Configuration of digi event building
Ccbm::algo::sts::Unpack::Config
Ccbm::atconverter::Config
Ccbm::reco::offline::Config
Ccbm::sim::digitization::Config
CCbmCaInputQaBase< DetID >::Config	Specific configuration for the CA input QA task
CCbmGenerateMaterialMaps::Config
CCbmOnlineParWrite::Config
CCbmReco::Config
CCbmTaskUnpack::Config
Ccbm::algo::ca::ConfigReader	A reader for the CA parameters from the YAML configuration files
►Cxpu::constant
Ccbm::algo::Params
Ccbm::algo::sts::TheHitfinder
Ccbm::qa::checker::Core	Core class for CBM QA checker framework (declaration)
Ccbm::algo::bmon::ReadoutSetup::CROB
Ccbm::algo::tof::ReadoutSetup::CROB
CCbmKFParticleFinderPID::Cuts
►CHal::CutsAndMonitors
CHalCbmBasicFemtoPairCut
CHalCbmBasicTrackCuts
CCutsContainer
Ccbm::algo::qa::Data	Class to handle QA-objects in the online reconstruction
CCbmRecoQaTask::Detector::Data
Ccbm::algo::ca::DataManager	A manager for the input-output data of the CA tracking algorithm
Ccbm::kfp::V0FinderTask::DcaVector	A vector representation of DCA to target
Ccbm::ca::tools::Debugger
CdefaultCbmEvent
CDeleteObject
Clit::parallel::DeleteObject	Functor class for convenient memory release
CCbmRecoQaTask::Detector
Ccbm::algo::ca::DetIdTypeArr_t< Types >	Array of types, indexed by EDetectorID
Ccbm::ca::DetIdTypeArr_t< Types >	List of
►Cxpu::device_image
Ccbm::algo::GPUReco
Ccbm::algo::sts::DigiConnector
►Ccbm::algo::DigiData	Collection of digis from all detector systems
Ccbm::algo::DigiEvent	Event data with event number and trigger time
CCbmTofTBClusterizer::ChannelDigis::DigiDesc
Ccbm::algo::evbuild::DigiEventQa	QA for CbmDigiEvent objects
Ccbm::algo::evbuild::DigiEventQaConfig	Configuration data for the QA of CbmDigiEvents
Ccbm::algo::evbuild::DigiEventQaData	QA results for CbmDigiEvent objects
Ccbm::algo::evbuild::DigiEventQaDetConfig	Configuration data for the QA of CbmDigiEvents for a given detector
Ccbm::algo::evbuild::DigiEventSelector	Algorithm to select CbmDigiEvents based on the number of digis and the number of activated layers in each detector system
Ccbm::algo::evbuild::DigiEventSelectorConfig	Configuration of the DigiEventSelector class
Ccbm::algo::evbuild::DigiEventSelectorParams
Ccbm::algo::sts::HitfinderChain::DigiMap
CCbmTofTBClusterizer::ChannelDigis::DigiPair
CDigiRec	Extend the TRD(2D) digi class to incorporate FEE calibration
Ccbm::algo::evbuild::DigiTriggerConfig	Configuration of the digi trigger class (TimeClusterTrigger)
►Cstd::disjunction
Ccbm::algo::yaml::has_type< T, std::tuple< Us... > >
Ccbm::ca::OutputQa::DrawAtt	Structure to keep drawing attributes of histograms
Ccbm::algo::yaml::Dump
►Ccbm::qa::report::Element	Interface for the report element
►Ccbm::qa::report::CollapsibleElement	Interface to the element, which can contain daughter elements
Ccbm::qa::report::Section	Section of the report
Ccbm::qa::report::Figure	Figure in the report
Ccbm::qa::report::Table	Table element in the report
Ccbm::algo::sts::ReadoutSetup::Elink
Cstsxyter::enable_bitmask_operators< E >
►Ccbm::qa::report::Engine	A base abstract class to provide an interface for element body (a visitor in the Visitor pattern)
Ccbm::qa::report::BeamerEngine	Plain LaTeX document engine
Ccbm::qa::report::HtmlEngine	HTML document engine
Ccbm::qa::report::LatexEngine	Plain LaTeX document engine
►CCbmL1RichENNRingFinderParallel::ENNHit
CCbmL1RichENNRingFinderParallel::ENNRingHit
►CCbmL1RichENNRingFinderParallel::ENNHitV
CCbmL1RichENNRingFinderParallel::ENNRingHitV
CCbmL1RichENNRingFinderParallel::ENNSearchHitV
CCbmL1RichENNRingFinderParallel::ENNRing
CCbmL1RichENNRingFinderParallel::ENNRingV
Ccbm::algo::sts::ReadoutConfig::Entry
Ccbm::algo::kf::utils::EnumClassHash	Hash for unordered_map with enum class keys
Cevent_data_struct
Ccbm::algo::evbuild::EventbuildChainMonitorData
Ccbm::algo::evbuild::EventBuilder	Constructs CbmDigiEvents out of CbmDigiTimeslices
Ccbm::algo::evbuild::EventBuilderConfig	Configuration of the EventBuilder class
CEventBuilderDetector
Ccbm::algo::evbuild::EventBuilderDetectorMonitorData	Monitoring data for event building for one detector
Ccbm::algo::evbuild::EventBuilderMonitorData	Monitoring data for event building
CCbmRecoQaTask::EventFilter
CCbmMatchEvents::EventId
►CHal::EventInterface
CHalCbmEventInterface
CHalCbmMCEventInterface
►CHal::EventInterfaceAdvanced
CHalCbmUnigenEventInterface
►CHal::ExpEvent
CHalCbmEvent
CHalCbmHbtEvent
►CHal::ExpTrack
CHalCbmHbtTrack
CHalCbmTrack
►CFairContFact
CCbmCosy2019ContFact
CCbmFieldContFact
CCbmFsdContFact
CCbmMuchContFact
CCbmPassiveContFact
CCbmPsdContFact
CCbmRichContFact
CCbmStar2019ContFact
CCbmStsContFact	Factory class for STS parameter container
CCbmTofContFact
CCbmTrdContFact
►CFairDetector
CCbmFsdMC	Class for the MC transport of the CBM-FSD
CCbmMuch
CCbmMvd
CCbmPsdMC	Class for the MC transport of the CBM-PSD
CCbmRich	Defines the active detector RICH. Constructs the geometry and creates MCPoints
CCbmStsMC	Class for the MC transport of the CBM-STS
CCbmTof
CCbmTrd	Defines the active detector TRD. Constructs the geometry and registers MCPoints
►CFairEventHeader
CCbmTsEventHeader
►CFairField
CCbmFieldConst
►CCbmFieldMap
CCbmBsField
CCbmFieldMapDistorted
CCbmFieldMapSym1
CCbmFieldMapSym2
CCbmFieldMapSym3
►CFairFieldFactory
CCbmFieldCreator
►CFairGenerator
CCbmBeamGenerator
CCbmFastDecayer
CCbmLitPolarizedGenerator
CCbmLitRadLengthGenerator
CCbmPhsdGenerator
CCbmPlutoGenerator
CCbmShieldGenerator
CCbmUnigenGenerator	Generates input to transport simulation from files in Unigen format
►CFairGenericStack
CCbmStack
►CFairGeoSet
CCbmGeoBmon
CCbmGeoCave
CCbmGeoMuch
CCbmGeoPlatform
►CFairMCPoint
CCbmFsdPoint	Interception of MC track with the plane representing the FSD
CCbmMuchPoint
CCbmMvdPoint
CCbmPsdPoint
CCbmRichPoint
CCbmStsPoint
►CCbmTofPoint	Geometric intersection of a MC track with a TOFb detector
CCbmTofInteraction
CCbmTrdPoint
►CFairModule
CCbmBmon
CCbmCave
CCbmMagnet
CCbmPipe
CCbmPlatform
CCbmTarget	Class for constructing the geometry of the CBM target
►CFairMQDevice
CCbmDevBuildEvents
CCbmDevEventSink
CCbmDevNullSink
CCbmDevTrigger
CCbmDevUnpack
CCbmDeviceBmonMonitor
CCbmDeviceBuildDigiEvents
CCbmDeviceBuildRawEvents
CCbmDeviceDigiEventSink
CCbmDeviceEventBuilderEtofStar2019
CCbmDeviceHitBuilderTof
CCbmDeviceMcbmEventBuilderWin
CCbmDeviceMcbmEventSink
CCbmDeviceMcbmMonitorPulser
CCbmDeviceMcbmUnpack
CCbmDeviceMonitorBmon
CCbmDeviceMonitorPsd
CCbmDeviceMonitorReqBmon
CCbmDeviceMonitorReqTof
CCbmDeviceMonitorTof
CCbmDeviceStsHitProducerIdeal
CCbmDeviceStsLocalReco
CCbmDeviceStsLocalReco
CCbmDeviceTriggerHandlerEtof
CCbmDeviceUnpack
CCbmDeviceUnpackTofCri
CCbmDeviceUnpackTofMcbm2018
CCbmDeviceUnpackTofStar2018
CCbmHistoServer
CCbmMCPointSource
CCbmMQTsSamplerRepReq
CCbmMQTsaInfo
CCbmMQTsaMultiSampler
CCbmMQTsaMultiSamplerTof
CCbmMQTsaSampler
CCbmMQTsaSamplerTof
CCbmMqHistoServer
CCbmStsDigiSource
CCbmTsConsumerReqDevExample
CCbmTsaComponentSink
CParameterMQServer
►CFairParGenericSet
CCbmCosy2019HodoPar
CCbmFieldPar
CCbmFsdDigiPar
CCbmGeoMuchPar
CCbmGeoPassivePar
CCbmMcbm2018MuchPar
CCbmMcbm2018PsdPar
CCbmMcbm2018RichPar
CCbmMcbm2018StsPar
►CCbmMcbm2018TofPar
CCbmMcbm2018BmonPar
CCbmMcbm2020TrdTshiftPar
CCbmMuchUnpackPar
CCbmStar2019TofPar
CCbmStsParSetModule	Parameters container for CbmStsParModule
CCbmStsParSetSensor	Parameters container for CbmStsParSensor
CCbmStsParSetSensorCond	Parameters container for CbmStsParSensorCond
CCbmStsParSim	Settings for STS simulation (digitizer)
CCbmTofDigiBdfPar	Parameters class for the CBM ToF digitizer using beam data distributions
CCbmTofDigiPar
►CCbmTrdParSet
CCbmTrdParSetAsic	Describe TRD module ASIC settings (electronic gain, delays, etc)
CCbmTrdParSetDigi
CCbmTrdParSetGain
CCbmTrdParSetGas	Describe TRD module working settings (HV, etc)
CCbmTrdParSetGeo
Ccbm::trd::geo::Setup	Setup meta info for the TRD system to supplement the geometry
►CFairPointSetDraw
CCbmPixelHitSetDraw
CCbmTimeslicePixelHitSetDraw
►CFairPrimaryGenerator
CCbmEventGenerator	CbmEventGenerator
►CFairRunAna
CCbmRunAna
►CFairSink
CCbmSinkDummy	A dummy sink class, which is to be passed to a FairRunAna, if no output is required
►CFairSource
CCbmAnaTreeSource
CCbmDigitizationSource	Source class for the input to digitization in CBM
CCbmEvBuildSource
CCbmMcbm2018Source
CCbmSourceDigiEvents	Source class for reading from files resulting from online processing (containing DigiEvents)
CCbmSourceDigiTimeslice	Source class for reading from files resulting from online processing (containing raw Digis)
CCbmSourceDummy	Dummy input FAIR source. Doesn't create any branches or data
CCbmSourceTs	Source class for reading from archived time slice data
CCbmSourceTsArchive	Source class for reading from archived time slice data
CCbmUnigenSource
►CFairTask
►CCbmOffsetDigiTime< CbmMuchBeamTimeDigi >
CCbmOffsetDigiTimeMuch
►CCbmOffsetDigiTime< CbmStsDigi >
CCbmOffsetDigiTimeSts	CbmRoot (+externals) headers
►CCbmOffsetDigiTime< CbmTofDigi >
CCbmOffsetDigiTimeTof
CAnalysisTaskMultiPairAnalysis
CCbmAnaConversion
CCbmAnaDimuonAnalysis
CCbmAnaJpsiTask
CCbmBbaAlignmentTask
CCbmBuildEventsFromTracksIdeal	Task class for associating digis to events
CCbmBuildEventsFromTracksReal
CCbmBuildEventsIdeal
CCbmBuildEventsIdealNew
CCbmBuildEventsQa
CCbmBuildEventsSimple
CCbmCheckDigisNbCorr
CCbmCheckEvents
CCbmCheckTiming
CCbmConverterManager
CCbmDaq	CBM task class for filling digis into time slices
►CCbmDigitizeBase	Abstract base class for CBM digitisation tasks
►CCbmDigitize< CbmBmonDigi >
CCbmBmonDigitize	Task class for simulating the detector response of the t-zero detector
►CCbmDigitize< CbmFsdDigi >
CCbmFsdDigitize	Class for the digitization of the CBM-FSD
►CCbmDigitize< CbmMuchDigi >
CCbmMuchDigitizeGem
►CCbmDigitize< CbmMvdDigi >
CCbmMvdDigitizer
►CCbmDigitize< CbmPsdDigi >
CCbmPsdSimpleDigitizer
►CCbmDigitize< CbmRichDigi >
CCbmRichDigitizer	Class for producing RICH digis from from MCPoints
►CCbmDigitize< CbmStsDigi >
CCbmStsDigitize	Task class for simulating the detector response of the STS
CCbmStsDigitizePixel	Task class for simulating the detector response of the experimental STS Pixel setup
►CCbmDigitize< CbmTofDigi >
CCbmTofDigitize	CBM ToF digitizer using beam data distributions as hit/cluster models
►CCbmDigitize< CbmTrdDigi >
CCbmTrdDigitizer
CCbmDigitize< Digi >	Base class template for CBM digitisation tasks
CCbmEcalTrackingMuch
CCbmEvDisTracks
CCbmEventBuilderQa
CCbmFastSim
CCbmFindGlobalTracks
CCbmFindPrimaryVertex
CCbmFindPrimaryVertexEvents	Task class for PV finding
CCbmFitGlobalTracks
CCbmFitGlobalTracksQa
CCbmFsdHitProducer
CCbmGenerateMaterialMaps	Steer class for executing the material budget maps generator independently from tracking
CCbmGlobalFindTracksEvents	Task class for finding Global, STS, MUCH, TRD and TOF tracks in an event
CCbmHadronAnalysis
CCbmKF
CCbmKFParticleFinder
CCbmKFParticleFinderPID
CCbmKFParticleFinderQa
CCbmKFTrackFitQa
CCbmKFTrackQa
CCbmKfFitTracksTask	Task class for refitting global or sts tracks
CCbmKresConversionMain
CCbmKresSelectGoodEvents
CCbmL1
CCbmL1GlobalFindTracksEvents	Task class for finding Global, STS, MUCH, TRD and TOF tracks in an event
CCbmL1RichRingQa
CCbmLitCheckEnergyLossMuons
CCbmLitClusteringQa
CCbmLitCreateStandaloneData
CCbmLitFieldApproximationQa	Field map approximation QA
CCbmLitFieldQa	Field map QA
CCbmLitFindGlobalTracks
CCbmLitFindGlobalTracksIdeal	FairTask for ideal global track reconstruction
CCbmLitFindGlobalTracksParallel
CCbmLitFindMvdTracks
CCbmLitFitQa	Track fit QA for track reconstruction
CCbmLitFitTracks
CCbmLitFitTracksParallel
CCbmLitRadLengthQa
CCbmLitTofQa	Task for TOF QA
CCbmLitTrackingQa
CCbmMCDataManager	Task class creating and managing CbmMCDataArray objects
CCbmMCEventFilter	Class deciding whether to store an MC event
CCbmMatchRecoToMC
CCbmMcbm2018EventBuilder
CCbmMcbm2019CheckDigisMuch
CCbmMcbm2019CheckDigisSts
CCbmMcbm2019CheckDtInDet
CCbmMcbm2019CheckPulser
CCbmMcbm2019CheckTimingPairs
CCbmMcbm2019TimeWinEventBuilderTask
CCbmMcbm2024CheckBmonScvd	Create and fills plots of time differences to trigger in DigiEvents
CCbmMcbm2024CheckEventsDt	Create and fills plots of time differences to trigger in DigiEvents
CCbmMcbmCheckTimingTask
CCbmMuchClustering
CCbmMuchDigitizerQa
CCbmMuchFindHitsGem
CCbmMuchFindTracks
CCbmMuchHitFinderQa
CCbmMuchHitProducerIdeal
CCbmMuchMatchTracks
CCbmMuchSegmentAuto
CCbmMuchSegmentManual
CCbmMuchSegmentSector
CCbmMuchTrackingInterface	A CbmL1 subtask, which provides necessary methods for L1 tracker to access the geometry and dataflow settings
CCbmMuchTransportQa
CCbmMvdClusterAna
CCbmMvdClusterfinder
CCbmMvdClusterfinderTB
CCbmMvdDigiToHit
CCbmMvdDigiToHitTB
CCbmMvdDigitizerTB
CCbmMvdHitfinder
CCbmMvdHitfinderTB
CCbmMvdQa
CCbmMvdReadout
CCbmMvdReadoutCluster
CCbmMvdReadoutSimple
CCbmMvdTrackingInterface	CbmMvdTrackingInterface
CCbmOffsetDigiTime< TDigi >	CbmRoot (+externals) headers
CCbmPointSetArrayDraw
CCbmPsdHitProducer
CCbmPsdIdealDigitizer
CCbmPsdMCbmHitProducer
CCbmPsdMCbmQaReal
CCbmQaManager
CCbmQaTask
CCbmRecoQa
CCbmRecoQaTask
CCbmRecoSts	Task class for local reconstruction in the STS
CCbmRecoStsPixel	Task class for local reconstruction in the STS Pixel detector
CCbmRecoT0	Task class for reconstruction of the event t0
CCbmRecoTracks
CCbmRichAlignment
CCbmRichCorrection
CCbmRichCorrectionVector
CCbmRichDigiQa	Class for pixel deadtime and crosstalk Qa
CCbmRichEventDisplay	Event display for the RICH detector
CCbmRichGeoOpt	Optimization of the RICH geometry
CCbmRichGeoTest	RICH geometry checking and testing
CCbmRichHitProducer	Class for producing RICH hits directly from MCPoints
CCbmRichMCbmAerogelAna
CCbmRichMCbmDenoiseQa	QA for MCbm mRICH noise removal
CCbmRichMCbmHitProducer
CCbmRichMCbmQa
CCbmRichMCbmQaReal
CCbmRichMCbmQaRichOnly
CCbmRichMCbmToTShifter
CCbmRichMatchRings	Task class for matching a reconstructed CbmRichRings with a simulated CbmMCTrack. The matching criterion is a maximal number of common hits/points. The task fills the data class CbmRichRingMatch for each CbmRichRing
CCbmRichMirrorSortingAlignment
CCbmRichMirrorSortingCorrection
CCbmRichPMTMapping
CCbmRichParallelQa
CCbmRichRecoQa
CCbmRichRecoQa
CCbmRichRecoTbQa
CCbmRichReconstruction	Main class for running event reconstruction in the RICH detector
CCbmRichReconstruction	Main class for running event reconstruction in the RICH detector
CCbmRichTrainAnnElectrons	Train ANN for electron identification in RICH
CCbmRichTrainAnnSelect	Train ANN for fake rejection
CCbmRichUrqmdTest
CCbmStsCoincHodo
CCbmStsDigitizeQa
CCbmStsFindTracks
CCbmStsFindTracksEvents	Task class for finding STS tracks in an event
CCbmStsFindTracksQa
CCbmStsHitProducerIdealWrapper
CCbmStsHitProducerTaskIdeal
CCbmStsTrackingInterface	A CbmL1 subtask, which provides necessary methods for CA tracker to access the geometry and dataflow settings
CCbmTaskBuildEvents	Task class for associating digis to events
CCbmTaskBuildRawEvents
CCbmTaskDigiEventQa	QA task class for digi events produced by the event builder
CCbmTaskEventsCloneInToOut	Task class for clone CbmEvent objects from the Input to the output to allow their update, e.g. due to new reconstruction steps
CCbmTaskInspectDigiEvents	Demonstrator class to look at digi events in the ROOT tree
CCbmTaskInspectDigiTimeslice	Demonstrator class to save online unpacked digis in an output ROOT tree
CCbmTaskMakeRecoEvents	Task class for interfacing storable raw events in the CbmDigiEvent format to the current offline reconstruction chain
CCbmTaskStsHitFinderParWrite
CCbmTaskTofClusterizer
CCbmTaskTofClusterizerParWrite
CCbmTaskTofHitFinder	Simple Cluster building and hit producing for CBM ToF using Digis as input
CCbmTaskTrdHitFinder
CCbmTaskTrdHitFinderParWrite
CCbmTaskTrdUnpackParWrite
CCbmTaskTriggerDigi	Task class for minimum-bias event trigger from time-distribution of digi data
CCbmTaskUnpack	Task class for associating digis to events
CCbmTimesliceRecoTracks	Interface class to add Cbm Hits drawing (derived from PixelHit) to CbmTimesliceManager. Cannot be used alone!
CCbmTofAnaTestbeam
CCbmTofBuildDigiEvents	..
CCbmTofCalibrator	Filling and updating of calibration histos
CCbmTofCosmicClusterizer
CCbmTofCreateDigiPar
CCbmTofEventClusterizer
CCbmTofExtendTracks
CCbmTofFindTracks
CCbmTofGeometryQa	QA class for the TOF event based Hit finder tasks (clusterizers, ...)
CCbmTofHitFinderQa	QA class for the TOF event based Hit finder tasks (clusterizers, ...)
CCbmTofHitFinderTBQa
CCbmTofHitMaker
CCbmTofMergeMcPoints
CCbmTofSimpClusterizer	Simple Cluster building and hit producing for CBM ToF using Digis as input
CCbmTofTBClusterizer
CCbmTofTestBeamClusterizer
CCbmTofTests
CCbmTofTrackingInterface
CCbmTrackingDetectorInterfaceInit
CCbmTrackingTrdQa
CCbmTrdCalibTracker
CCbmTrdClusterFinder
CCbmTrdClusterizerFastQa
CCbmTrdDigiDraw
CCbmTrdDigitizerPRFQa
CCbmTrdElectronsTrainAnn
CCbmTrdHitDensityQa
CCbmTrdHitProducer
CCbmTrdHitProducerClusterQa
CCbmTrdHitProducerQa
CCbmTrdHitRateFastQa
CCbmTrdHitRateQa
CCbmTrdMCQa
CCbmTrdOccupancyQa
CCbmTrdParManager	Manipulate calibration parameters for the TRD detectors
CCbmTrdQa
CCbmTrdRecoQa
CCbmTrdSetTracksPidANN
CCbmTrdSetTracksPidLike
CCbmTrdSetTracksPidModWkn
CCbmTrdSetTracksPidWkn
CCbmTrdTrackingInterface	A CbmL1 subtask, which provides necessary methods for CA tracker to access the geometry and dataflow s ettings
CCbmTrdTracksPidQa
CCbmTsDisTofTracklets
CCbmTsPointSetArrayDraw
CHalCbmCompressionTask
CLmvmTask
Ccbm::ca::IdealHitProducer	Ideal hit producer task for CA tracking
Ccbm::kfp::V0FinderTask	A class to find V0 candidates in mCBM
Ccbm::trd::geo::ChamberBuilder	Generic Chamber builder
►Ccbm::trd::geo::ChamberBuilder::Component	Generic sub-component
Ccbm::trd::geo::ChamberBuilder::BackPanel	Inner class describing the back panel of composed of
Ccbm::trd::geo::ChamberBuilder::FEB	Inner class describing the geometry of the TRD Front End Electronics (FEE):
Ccbm::trd::geo::ChamberBuilder::Radiator
Ccbm::trd::geo::ChamberBuilder::Volume	Inner class describing a :
Ccbm::trd::geo::ChamberBuilder::Window
Ccbm::trd::geo::SetupManager	Generate setup meta info for the TRD system
►CFairTrackParam
CCbmTrackParam
►CFairWriteoutBuffer
►CCbmReadoutBuffer< CbmMuchSignal >
CCbmMuchReadoutBuffer
CCbmReadoutBuffer< Data >
►Cstd::false_type
Ccbm::algo::detail::EnumHasDict< T >
Ccbm::algo::yaml::is_std_array< typename >
Ccbm::algo::yaml::is_std_map< typename >
Ccbm::algo::yaml::is_std_set< typename >
Ccbm::algo::yaml::is_std_unordered_set< typename >
Ccbm::algo::yaml::is_std_vector< typename >
Ccbm::algo::trd2d::FaspMessage	Data structure for unpacking the FASP word
Ccbm::trd::FEB
CFebChanMask
CCbmMuchUnpackConfig::FebChanMaskReco
CCbmStsUnpackConfig::FebChanMaskReco
CFebChanMaskSts
CSpadic::FexWord< sys_ver >
CSpadic::FexWord< 0x10 >
Ccbm::algo::kf::Field< T >	Magnetic field manager class
Ccbm::algo::kf::Field< cbm::algo::kf::fvec >
Ccbm::algo::kf::Field< DataT >
Ccbm::algo::kf::detail::FieldBase< T, FldMode >	Data members of the Field class (primary template)
Ccbm::algo::kf::detail::FieldBase< T, EFieldMode::Intrpl >	Data members of the Field class with the interpolation of the magnetic field
Ccbm::algo::kf::detail::FieldBase< T, EFieldMode::Orig >
CFieldBase< T, Orig >	FieldBase implementation for the original field
Ccbm::algo::kf::FieldFactory	A helper class to instantiate a Field object
Ccbm::algo::kf::FieldRegion< T >	Magnetic field region, corresponding to a hit triplet
Ccbm::algo::kf::FieldRegion< cbm::algo::kf::fvec >
Ccbm::algo::kf::FieldRegion< DataT >
Ccbm::algo::kf::FieldRegion< double >
Ccbm::algo::kf::detail::FieldRegionBase< T, FldMode >	Base class of the FieldRegion class (primary template)
Ccbm::algo::kf::detail::FieldRegionBase< T, EFieldMode::Intrpl >
Ccbm::algo::kf::detail::FieldRegionBase< T, EFieldMode::Orig >	Data members and specific methods of the FieldRegion with the original magnetic field
CFieldRegionBase< T, Intrpl >	Data members and specific mehtods of the FieldRegion class with the interpolated magnetic field
Ccbm::algo::kf::FieldSlice< T >	A magnetic field approximation on the two-dimensional plane
Ccbm::algo::kf::FieldSlice< cbm::algo::kf::fvec >
Ccbm::algo::kf::FieldSlice< DataT >
Ccbm::algo::kf::FieldValue< T >	Magnetic flux density vector
Ccbm::algo::kf::FieldValue< cbm::algo::kf::fvec >
Ccbm::algo::kf::FieldValue< DataT >
Ccbm::qa::checker::FileHandler	Handler for single files, created from different QA versions
Cstsxyter::FinalHit
Ccbm::algo::kf::fmask
Ccbm::explore::Folder
CFoo
Ccbm::algo::ca::Framework
Ccbm::algo::kf::Framework< T >	Main class of the KfCore library
Ccbm::algo::kf::fvec
Ccbm::algo::kf::GeoLayer< EDetID >	A helper structure to store geometrical information of the layers
Ccbm::algo::yaml::GetFmtTag< T, typename >
Ccbm::algo::yaml::GetFmtTag< T, std::void_t< decltype(T::FormatAs)> >
Ccbm::algo::kf::GlobalField	Handler for the global magnetic field related functions
Ccbm::algo::ca::Grid	Class for storing 2d objects in a grid
Ccbm::algo::ca::GridArea	Class for accessing objects in the 2D area that are stored in ca::Grid
Ccbm::algo::ca::GridEntry	A class to store hit information on the ca::Grid
Ch	Generates beam ions for transport simulation
Ch	MVD tracking based on littrack package
Ch	FairTask for tracking performance calculation
Ch	Data class with information on a STS local track
Ch	Data class with information on a TOF local track
Ch	Storage for field approximation along Z
Ch	Class for accessing hits in the track reconstruction
Ch	Parallel implementation of MUCH tracking
CHadron
Ccbm::algo::yaml::has_type< T, Tuple >
Cstd::hash< cbm::algo::ca::EDetectorID >	Hash function definition for EDetectorID
Cstd::hash< cbm::ca::tools::LinkKey >	A hash specialization for ca::tools::LinkKey objects
Cstd::hash< CbmL1LinkKey >
Ccbm::qa::report::Header	Header of the report
Ccbm::explore::Histo
Ccbm::algo::Histo1D
Ccbm::explore::HistoData
►Ccbm::explore::HistogramCollection
Ccbm::explore::Histograms
Ccbm::algo::qa::HistogramContainer	Structure to keep the histograms for sending them on the histogram server
Ccbm::algo::qa::HistogramMetadata	Metadata of the histogram
Ccbm::algo::HistogramSender
►CHistTypeT
CCbmQaHist< HistTypeT >
Ccbm::algo::ca::Hit	Ca::Hit class describes a generic hit for the CA tracker
Ccbm::algo::sts::Hit
Ccbm::algo::tof::Hit
Ccbm::algo::trd::Hit	A light-weight TRD hit class for online reconstruction, based on CbmTrdHit.
Ccbm::algo::trd::HitFactory2D
Ccbm::algo::tof::Hitfind	Algo class for hitfinding
Ccbm::algo::trd::Hitfind	Algo class for hitfinding
Ccbm::algo::trd::Hitfind2DSetup	Hitfind setup / Hardware cabling for TRD2D Used to create the hardware mapping for the TRD2D hitfinder
Ccbm::algo::tof::HitFinder
Ccbm::algo::trd::HitFinder	Rectangular pad module; Cluster finding and hit reconstruction algorithms
Ccbm::algo::sts::Hitfinder
Ccbm::algo::trd::HitFinder2D	Cluster finding and hit reconstruction algorithms for the TRD(2D) module
Ccbm::algo::trd::HitFinder2DModPar
Ccbm::algo::trd::HitFinder2DPadPar
Ccbm::algo::trd::HitFinder2DRowPar
Ccbm::algo::sts::HitfinderChainPars
Ccbm::algo::tof::HitFinderChanPar
Ccbm::algo::trd::HitFinderModPar
►Ccbm::algo::sts::HitfinderMonDevice
Ccbm::algo::sts::HitfinderMon
Ccbm::algo::trd::HitFinderPadPar
Ccbm::algo::sts::HitfinderPars
Ccbm::algo::trd::HitFinderRowPar
Ccbm::algo::tof::HitFinderRpcPar
Ccbm::algo::tof::HitfindMonitorData	Monitoring data for hitfinding
Ccbm::algo::trd::HitfindMonitorData	Monitoring data for hitfinding
Ccbm::algo::tof::HitfindSetup	Hitfind setup / Hardware cabling for TOF Used to create the hardware mapping for the TOF hitfinder
Ccbm::algo::trd::HitfindSetup	Hitfind setup / Hardware cabling for TRD Used to create the hardware mapping for the TRD hitfinder
Ccbm::algo::trd::HitMerger	Rectangular pad module; Hit merging
Ccbm::algo::trd::HitMerger2D	Cluster finding and hit reconstruction algorithms for the TRD(2D) module
Ccbm::algo::evbuild::HitMultTrigger	Trigger class for finding time clusters of hit data
Ccbm::ca::IdealHitProducerDet< DetID >::HitParameters	A structure to keep hit adjustment/creation settings for each station
Ccbm::ca::HitQaData	Contains necessary data to calculate hit residuals and pulls
CHitRateGeoPara
CHitRateGeoPara2
Ccbm::ca::tools::HitRecord	A helper structure to store hits information from different detectors in a uniform manner
►CROOT::Math::IBaseFunctionMultiDim
CFCNEllipse2
CFCNPolynom	Implements FCNBase which is used for MINUIT minimization
Ccbm::ca::IdealHitProducerDet< DetID >	Ideal hit producer class
Ccbm::ca::IdealHitProducerDet< ca::EDetectorID::kMuch >
Ccbm::ca::IdealHitProducerDet< ca::EDetectorID::kMvd >
Ccbm::ca::IdealHitProducerDet< ca::EDetectorID::kSts >
Ccbm::ca::IdealHitProducerDet< ca::EDetectorID::kTof >
Ccbm::ca::IdealHitProducerDet< ca::EDetectorID::kTrd >
►Ccbm::algo::kf::IMaterialMapFactory	Interface to the material map creator
Ckf::tools::MaterialMapFactory	An utility class to create a material budget map from the TGeo
Ccbm::trd::geo::info_t	Information to be storred in the geoManager path. Based on legacy class CbmTrdGeoHandler
Ccbm::algo::ca::InitManager	A CA Parameters object initialization class
CInOutStructure
Ccbm::algo::TrackingChain::Input_t	Input to the TrackingChain
Ccbm::algo::ca::InputData
Ccbm::algo::ca::Iteration	A set of parameters for the CA Track finder iteration
►Cxpu::kernel
Ccbm::algo::sts::ChannelOffsets
Ccbm::algo::sts::CreateClusters
Ccbm::algo::sts::CreateDigiConnections
Ccbm::algo::sts::FindClusters
Ccbm::algo::sts::FindHits
Ccbm::algo::sts::SortClusters
Ccbm::algo::sts::SortDigis
CKFFieldVector
CKFMatchParticles
CKfRootUtils	A structure to keep all the utilities together
Ccbm::algo::sts::LandauTable
Ccbm::qa::report::LatexFormat
CCbmKfTrackFitter::LinearizationAtNode
Ccbm::ca::tools::LinkKey
Clit::parallel::LitAbsorber< T >	Absorber in muon detector layout
CLitCudaAbsorber
CLitCudaDetectorLayout
CLitCudaMaterialInfo
CLitCudaPixelHit
CLitCudaStation
CLitCudaStationGroup
CLitCudaStripHit
CLitCudaSubstation
CLitCudaTest
CLitCudaTrack
CLitCudaTrackParam
Clit::parallel::LitDetectorLayout< T >	Represents detector layout
Clit::parallel::LitDetectorLayout< fscal >
Clit::parallel::LitDetectorLayoutMuon< T >	Muon detector layout
Clit::parallel::LitDetectorLayoutMuon< fvec >
Ccbm::algo::kf::Literal< T >	Replaces the type T with the Literal::type to handle the constant expressions for different constants
Ccbm::algo::kf::Literal< fvec >
Clit::parallel::LitFieldGrid	Class stores a grid of magnetic field values in XY slice at Z position
Clit::parallel::LitFieldRegion< T >	Storage for field approximation along Z
Clit::parallel::LitFieldSlice< T >	Approximated magnetic field slice in XY plane perpendicular to Z
Clit::parallel::LitFieldValue< T >	Magnetic field value at a certain point in the space
Clit::parallel::LitHitData	Class for accessing hits in track reconstruction
Clit::parallel::LitHitDataMuon< T >
Clit::parallel::LitHitDataMuon< fvec >
Clit::parallel::LitMaterialGrid	Class stores a grid of material thickness in silicon equivalent
Clit::parallel::LitPixelHit< T >	Base class for pixel hits
Clit::parallel::LitScalPixelHit	Base class for scalar pixel hits
CLitScalStripHit	Base class for scalar strip hits
Clit::parallel::LitScalTrack	Scalar track data class
Clit::parallel::LitStation< T >	Detector station
CLitStation	Detector station
Clit::parallel::LitStationGroupMuon< T >
Clit::parallel::LitStationMuon< T >	Station in muon detector layout
CLitStripHit< T >	Base class for strip hits
Clit::parallel::LitSubstationMuon< T >	Substation in muon detector layout
Clit::parallel::LitTrack< T >	Base track data class
Clit::parallel::LitTrackFinderNN
Clit::parallel::LitTrackFinderNNVecElectron	Parallel SIMDized implementation of TRD tracking
Clit::parallel::LitTrackFinderNNVecMuon
Clit::parallel::LitTrackParam< T >	Track parameters data class
Clit::parallel::LitTrackParam< fscal >
Clit::parallel::LitVirtualStation< T >	Virtual detector station which stores information needed for track propagation
CLitVirtualStation	Virtual detector station which stores information needed for track propagation
CLKFMinuit
CLmvmCand
CLmvmCuts
CLmvmDataAngMomInd
CLmvmDataXYInd
CLmvmDrawMinvData
CLmvmHist
CLmvmKinePar
CLmvmLegend
CLmvmSBgResultData
CLmvmSimParam
CLmvmUtils
CCbmMuchTest::M_Point
►CHal::MagField
CHalCbmField
Ccbm::algo::MainConfig	Configuration of online data processing
Ccbm::algo::sts::ChannelMaskSet::MaskedChannels
Ccbm::algo::kf::MaterialMap	A map of station thickness in units of radiation length (X0) to the specific point in XY plane
Ccbm::algo::kf::MaterialMonitor	A class to collect statistics for a material budget map of the KF-framework
CCbmGenerateMaterialMaps::MaterialSlice	Input parameters for the material map generation
Ccbm::ca::tools::MCData	This class represents a package for tracking-related data
►CHal::McEvent
CHalCbmMCEvent
CHalCbmUnigenEvent
Ccbm::ca::MCModule	Class CbmCaPerformance is an interface to communicate between
Ccbm::ca::tools::MCPoint	Class describes a unified MC-point, used in CA tracking QA analysis
CCbmL1RichRingQa::MCRing
Ccbm::ca::tools::MCTrack
►CHal::McTrack
CHalCbmMCTrack
CHalCbmUnigenTrack
CMcTrackCut	MC track selection criteria
CCbmCaInputQaBase< DetID >::Config::McTrackCuts
CCbmStsFindTracksQa::McTrackInfo
CCbmTrackingTrdQa::McTrackInfo
►CHal::McTrackInterface
CHalCbmMCTrackInterface
CHalCbmUnigenTrackInterface
Ccbm::algo::kf::MeasurementTime< DataT >	The class describes a time measurement
Ccbm::algo::kf::MeasurementTime< double >
Ccbm::algo::kf::MeasurementU< DataT >	The class describes a 1D - measurement U in XY coordinate system
Ccbm::algo::kf::MeasurementXy< DataT >	The class describes a 2D - measurement (x, y) in XY coordinate system
Ccbm::algo::kf::MeasurementXy< cbm::algo::kf::fvec >
Ccbm::algo::kf::MeasurementXy< double >
Ccbm::algo::RecoParams::STS::Memory
Ccbm::algo::MemoryLogger	Track the memory usage of the process and write it to the log
►Ccritof001::Message
Ccritof001::FullMessage
►Cgdpbv100::Message
Cgdpbv100::FullMessage
Cstsxyter::Message
Cstsxyter::MessField
Ccbm::algo::rich::MicrosliceReader
Ccbm::algo::trd::Hitfind2DSetup::Mod
Ccbm::algo::trd::HitfindSetup::Mod
Ccbm::algo::sts::HitfinderPars::Module
Ccbm::algo::sts::Module	STS Module parameters
Ccbm::algo::sts::ReadoutSetup::Module
Ccbm::algo::kf::ModuleIndexMap	Maps local detector and station indices to the material maps and field slices
Ccbm::algo::kf::ModuleIndexMapFactory	Creates a valid module mapper
Ccbm::algo::sts::HitfinderPars::ModuleTransform
Ccbm::algo::ca::Monitor< ECounterKey, ETimerKey >	Monitor class for the CA tracking
CCbmTaskUnpack::Monitor
►Ccbm::algo::ca::Monitor< ECounter, ETimer >
Ccbm::algo::ca::TrackingMonitor	A monitor specialization for cbm::algo::ca::Framework class
Ccbm::algo::ca::Monitor< EMonitorKey >
Ccbm::algo::ca::MonitorData< C, T >	Monitor data block
Ccbm::algo::ca::MonitorData< ECounter, ETimer >
Ccbm::algo::ca::MonitorData< ECounterKey, EDummy >
Ccbm::algo::ca::MonitorData< EMonitorKey, EDummy >
Ccbm::algo::rich::UnpackMS::MSContext
Ccbm::algo::trd2d::UnpackMS< sys_ver >::MsContext
Ccbm::algo::trd2d::UnpackMS< uint8_t(eMessageVersion::kMess24)>::MsContext
Ccbm::algo::trd::UnpackMS< sys_ver >::MsContext
Ccbm::algo::detail::MSData	Collection of MS data to unpack
CMuchFebChanMask
CSpadic::NByteContainer< bytes >
CCbmQaTask::ObjectComparisonConfig	Contains configuration to compare two root objects (histograms)
Ccbm::qa::checker::ObjectDB	A data base class for processed objects
►Ccbm::qa::checker::ObjectHandler	Base abstract class for object handler
►Ccbm::qa::checker::Hist1DHandler	Handler for 1D-histograms
Ccbm::qa::checker::Hist2DHandler	Specification of the handler for TProfile class
Ccbm::qa::checker::Profile1DHandler	Specification of the handler for TProfile class
Ccbm::algo::ca::ObjectInitController< NumberOfFlags, InitKeyEnum >
Ccbm::algo::ca::ObjectInitController< static_cast< int >(EInitKey::kEnd), EInitKey >
COccupancyModule
Ccbm::qa::OnlineInterface	A collection of tools for online QA object conversions
Ccbm::algo::Options
Ccbm::explore::Options
Ccbm::kf::OriginalField	Thread-safe representation of the magnetic field in CBM
Ccbm::algo::TrackingChain::Output_t	Output from the TrackingChain
Ccbm::algo::trd::Hitfind2DSetup::Pad
Ccbm::algo::trd::HitfindSetup::Pad
CPad
Ccbm::algo::qa::PadConfig	A pad configuration for the histogram server
Ccbm::algo::PaddedValue< T, N >	A class that represents a value with padding to a certain size
CCbmClusteringGeometry::PadInformation
►CPairAnalysisHistos
CPairAnalysisHF
Ccbm::algo::ca::Parameters< DataT >	A container for all external parameters of the CA tracking algorithm
Ccbm::algo::ca::Parameters< cbm::algo::kf::fvec >
Ccbm::ca::ParametersHandler	Handles an shared pointer of CA parameters
Ccbm::algo::ParFiles	Class to hold the paths to the parameter files for the different detectors
CCbmTaskTrdUnpackParWrite::Pars
Ccbm::algo::kf::ParticlePDG	Properties of a tracked particle
Ccbm::algo::PartitionedSpan< T >
Ccbm::algo::PartitionedSpan< cbm::algo::sts::Hit >
Ccbm::algo::PartitionedSpan< cbm::algo::tof::Hit >
Ccbm::algo::PartitionedSpan< cbm::algo::trd::Hit >
Ccbm::algo::PartitionedVector< T, Allocator >	A vector that is partitioned into multiple subvectors
Ccbm::algo::PartitionedVector< cbm::algo::sts::Cluster >
Ccbm::algo::PartitionedVector< cbm::algo::sts::Hit >
Ccbm::algo::PartitionedVector< cbm::algo::tof::Hit >
Ccbm::algo::PartitionedVector< cbm::algo::trd::Hit >
CCbmL1RichRingQa::PerfHit
CCbmL1PFFitter::PFFieldRegion
Ccbm::qa::report::Figure::Plot	A structure to handle the plot details
CPmt_HV
Ccbm::algo::PODAllocator< T >	Allocator for plain old data types
Ccbm::algo::ProcessingExtraMonitor	Monitor for additional processing steps
Ccbm::algo::ProcessingMonitor
Ccbm::atconverter::ProgramOptions
Ccbm::reco::offline::ProgramOptions
Ccbm::services::histserv::ProgramOptions
Ccbm::services::histserv_tester::ProgramOptions
Ccbm::sim::digitization::ProgramOptions
CProgramOptions	Program options class for the "cbmreco_fairrun" application
CPronyFitter	Class to fit waveform using Prony least squares method
CPsdSignalFitting::PronyFitter
Ccbm::algo::yaml::Property< Class, T >
CPsdDataV000::PsdEventHeaderAB
CPsdDataV000::PsdEventHeaderAC
CPsdDataV000::PsdGbtReader
CPsdDataV100::PsdGbtReader
CPsdDataV000::PsdHitData
CPsdDataV100::PsdHitData
CPsdDataV000::PsdHitHeader
CPsdDataV100::PsdHitHeader
CPsdDataV100::PsdMsHeader
CPsdDataV100::PsdMsTrailer
CPsdDataV100::PsdPackHeader
Ccbm::algo::ca::Qa
CQa	Qa class for the CA tracking QA (header)
►Ccbm::algo::sts::QaBase< Digi, AuxData, ReadoutSetup >	QA module for STS raw digis
Ccbm::algo::sts::DigiQa	QA module for STS raw digis
Ccbm::algo::sts::QaDigi	Extended digi which contains auxiliary QA information
CQAHit
►CHal::Fair::QAManagerBasic
CCbmQACoreManager
CQAMCPoint
CQAMCTrack
Ccbm::kfp::V0FinderTask::QpAndBeta	Qp and beta container
Ccbm::algo::ca::Random	A class, providing ROOT-free access to randomly generated variables
CRawEventBuilderDetector
Ccbm::trd::READOUT
Ccbm::algo::bmon::ReadoutConfig
Ccbm::algo::much::ReadoutConfig
Ccbm::algo::rich::ReadoutConfig	Provides the hardware-to-software address mapping for the CBM-RICH
Ccbm::algo::sts::ReadoutConfig	Provides the hardware-to-software address mapping for the CBM-STS
Ccbm::algo::tof::ReadoutConfig
Ccbm::algo::trd2d::ReadoutConfig	Provides the hardware-to-software address mapping for the CBM-TRD2D
Ccbm::algo::trd::ReadoutConfig	Provides the hardware-to-software address mapping for the CBM-TRD
Ccbm::algo::bmon::ReadoutSetup	Readout setup / Hardware cabling for BMon Used to create the hardware mapping for the BMon unpacker
Ccbm::algo::sts::ReadoutSetup	Readout setup / Hardware cabling for STS Used to create the hardware mapping for the STS unpacker
Ccbm::algo::tof::ReadoutSetup	Readout setup / Hardware cabling for TOF Used to create the hardware mapping for the TOF unpacker
Ccbm::algo::qa::RecoGeneralQa
Ccbm::algo::RecoParams	RecoParams contains all parameters to configure reconstruction
CRecoQa	General QA for a Reco cycle on a single TS
Ccbm::algo::RecoResults
CCbmCaInputQaBase< DetID >::ResidualFitResult	Stores fit residuals result
Ccbm::algo::sts::HitfinderChain::Result
CCbmQaCompare< Obj >::Result
Ccbm::algo::algo_traits::detail::ResultOf<... >
►Ccbm::algo::algo_traits::detail::ResultOf< decltype(&Algo::operator())>
Ccbm::algo::algo_traits::detail::ResultOf< Algo >
Ccbm::algo::algo_traits::detail::ResultOf< R(Algo::*)(Args...) const >
Ccbm::algo::algo_traits::detail::ResultOf< R(Algo::*)(Args...)>
CRichGeoMaterials
CRingElectronParam	Input Parameters for ANN for electron identification in RICH
CRingSelectParam	Input Parameters for ANN
►CRootHistogram
Ccbm::qa::RootHistogramAccessor< RootHistogram >	Helper class to access protected fields of TH1, TH2, TProfile and TProfile2D
►CHal::RootIOManager
CHalCbmATIOManager
Cboost::histogram::RootStyleProfileAccumulator< ValueType >	A ROOT-style accumulator for the Boost-histogram profiles
Ckf::tools::RootUtils
Ccbm::algo::trd::Hitfind2DSetup::Row
Ccbm::algo::trd::HitfindSetup::Row
Ccbm::algo::tof::CalibrateSetup::Rpc
Ccbm::algo::tof::HitfindSetup::Rpc
CRpc_HV
►Cstd::runtime_error
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CInitTaskError	CBM headers
CProgramOptionsException	Program options exception class
►Ccbm::algo::detail::Exception	Base class for exceptions
Ccbm::algo::FatalError	Indicates an unrecoverable error. Should tear down the process
Ccbm::algo::ProcessingError
Ccbm::algo::ca::SearchWindow	Class L1SearchWindow defines a parameterisation of hits search window for CA tracking algorithm TODO: SZh 8.11.2022: add description
CCbmBbaAlignmentTask::Sensor
►Ccbm::algo::sts::SensorPar
Ccbm::algo::sts::HitfinderCache
Ccbm::explore::Server::Settings
Ccbm::algo::kf::Setup< T >	KF-framework representation of the detector setup
Ccbm::algo::kf::Setup< cbm::algo::kf::fvec >
Ccbm::algo::kf::Setup< DataT >
Ccbm::algo::kf::SetupBuilder	Creates a valid initialized Setup instance
Ccbm::algo::yaml::ShouldMergeProperty< T, typename >
Ccbm::algo::yaml::ShouldMergeProperty< T, std::void_t< decltype(T::MergeProperty)> >
Ccbm::algo::trd::HitFactory2D::signal
CCbmMvdSensorDigitizerTask::SignalPoint
CCbmMvdSensorDigitizerTBTask::SignalPoint
Ccbm::algo::kf::FieldFactory::SliceRef	A helper structure for field slices initialization
CCbmEventBuilderQa::SortEvents
CCbmBuildEventsFromTracksReal::SortTracks
►CHal::Source
CHalCbmSource
Ccbm::algo::ca::Station< DataT >
Ccbm::algo::ca::Station< cbm::algo::kf::fvec >
Ccbm::algo::ca::StationInitializer	A base class which provides interface to L1Algo station geometry
Ccbm::algo::StorableRecoResults
Ccbm::algo::RecoParams::STS
►Ccbm::algo::SubChain
Ccbm::algo::Reco
Ccbm::algo::TrackingChain	A chain for tracking algorithm
Ccbm::algo::TrackingSetup	A detector setup interface class for tracking input data initialization
Ccbm::algo::evbuild::EventbuildChain	Steering class for event building from digi timeslices
Ccbm::algo::sts::HitfinderChain
Ccbm::algo::sts::TrackingInterface
Ccbm::algo::tof::TrackingInterface
Ccbm::algo::trd::TrackingInterface
►CT
C_TestCbmDetectorListBase< T >
C_TestCbmTrdAddressBase< T >
Ccbm::qa::report::Tail	Tail of the report
Ccbm::algo::kf::Target< T >	A geometry layer in the target region
Ccbm::kf::Target	CBM target accessor and property handler
Ccbm::algo::kf::Target< cbm::algo::kf::fvec >
Ccbm::algo::kf::Target< DataT >
Ccbm::algo::kf::Target< double >
►CAnalysisTree::Task
►CCbmConverterTask
CCbmFsdHitsConverter
CCbmFsdModulesConverter
CCbmMatchEvents
CCbmPsdModulesConverter
CCbmRecEventHeaderConverter
CCbmRichRingsConverter
CCbmSimEventHeaderConverter
CCbmSimTracksConverter
CCbmStsTracksConverter
CCbmTofHitsConverter
CCbmTrdTracksConverter
►Ctask
CFinderTaskQa
►Ctask_scheduler_observer
CTMyObserver
Ccbm::atconverter::TaskFactory	Factory class for the instantiation of CBM analysis tree converter tasks
Ccbm::reco::offline::TaskFactory	Factory class for the instantiation of CBM reconstruction tasks
►CHal::Fair::TaskManager
CHalCbmTaskManager
►CTCanvas
CCbmQaCanvas
►CTCrown
CCbmMuchPadRadial
Ccbm::algo::rich::TdcTimeData
►CTEfficiency
CCbmQaEff
►Ctesting::Test
►C_TestCbmDetectorListBase< testing::Test >
CCbmDetectorListTest
►C_TestCbmTrdAddressBase< testing::Test >
CCbmTrdAddressTest
CCbmTrdDetectorIdTest
CPartitionedSpanTest
CPartitionedVectorTest
►Ctesting::TestWithParam
►C_TestCbmDetectorListBase< testing::TestWithParam< InOutStructure > >
CCbmDetectorListParamTest
►C_TestCbmTrdAddressBase< testing::TestWithParam< InOutStructure > >
CCbmTrdAddressParamTest
CCbmTrdDetectorIdParamTest
►CTEveEventManager
CCbmTimesliceManager	TBrowser Event display for Timeslices as Tree entry with CbmEvents in container. Function as unique Instance
►CTEvePointSetArray
CCbmPointSetArray
►CTF1
CPMesh
►CTGedFrame
CCbmPointSetArrayEditor
CCbmTimesliceManagerEditor	GUI elements for CbmTimesliceManager. Automatically loaded by TBrowser. Cannot be used standalone!
►CTGHorizontalFrame
CCbmTsEveTransparencyControl	GUI elements to add global transparency control to CbmTimesliceManagerEditor. Cannot be used alone!
►CTH1D
CCbmQaHist< TH1D >
CCbmL1::TH1FParameters
CTH1FParameters
►CTH2D
CCbmQaTable	TODO: SZh, 30.01.2023: Override THistPainter::PaintText() to add zeroes in tables
►CTHnSparseF
CPairAnalysisHn
Ccbm::algo::evbuild::TimeClusterTrigger	Finds clusters in time-series data
Ccbm::algo::evbuild::TimeClusterTriggerMonitorData	Monitoring data for time cluster trigger algorithm
Ccbm::algo::ca::Timer	A timer class for the monitor
Ccbm::algo::ca::TimesliceHeader	Structure for keeping the current information on the timeslice
Ccbm::ca::TimeSliceReader	A reader of time slice for CA tracker
Ccbm::algo::bmon::UnpackMS::TimeSpec
Ccbm::algo::much::UnpackMS::TimeSpec
Ccbm::algo::sts::UnpackMS::TimeSpec	Structure to hold the current time information for the current microslice
Ccbm::algo::tof::UnpackMS::TimeSpec
CCbmStsRecoModule::Timings
Ccbm::algo::TimingsFormat
►CTL1Efficiencies
CTL1PerfEfficiencies
CTL1TracksCatCounters< T >	Counters used for efficiency calculation
CTL1TracksCatCounters< double >
CTL1TracksCatCounters< int >
►CTLorentzVector
CPParticle
►CTMessage
CCbmMQTMessage
CCbmMQTMessage
CCbmMqTMessage
►CTNamed
►CAnalysisCuts
CPairAnalysisCutCombi
CPairAnalysisCutGroup
CPairAnalysisObjectCuts
CPairAnalysisPairLegCuts
CPairAnalysisVarCuts
CAnalysisFilter
CCbmAnaTreeMcSourceContainer
CCbmAnaTreeRecoSourceContainer
►CCbmDigiContainer	Abstract container for digis in CBM
CCbmDigiVector< Digi >	Std::vector implementation of CbmDigiContainer
CCbmDigitization
CCbmFieldMapData
CCbmKFPartEfficiencies
CCbmMCEvent
CCbmMCEventList	Container class for MC events with number, file and start time
CCbmMvdDetector
CCbmMvdSensor
►CCbmMvdSensorDataSheet
CCbmMvdMimosa26AHR
CCbmMvdMimosa34
CCbmMvdMimosis
CCbmMvdStationPar
CCbmSetup
CCbmSetupStorable
►CCbmStsElement	Class representing an element of the STS setup
CCbmStsModule	Class representing an instance of a readout unit in the CBM-STS
CCbmStsSensor	Class representing an instance of a sensor in the CBM-STS
CCbmStsSetup	Class representing the top level of the STS setup
CCbmStsRecoModule	Class for reconstruction in one STS module
CCbmStsStation	Class representing a station of the StsSystem
►CCbmStsTrackFinder
CCbmL1GlobalTrackFinder
CCbmL1StsTrackFinder
CCbmStsTrackFinderIdeal	MC-based track finding in the STS
CCbmTimeSlice	Bookkeeping of time-slice content
CCbmTofCell
CCbmTransport	User interface class for transport simulation
CCbmTrdHardwareSetupR
►CCbmTrdModuleAbstract	Abstract class for the TRD module It provides access to the basic properties of the chamber as follows :
►CCbmTrdModuleRec	Abstract class for module wise cluster finding and hit reconstruction
CCbmTrdModuleRec2D	Cluster finding and hit reconstruction algorithms for the TRD(2D) module
CCbmTrdModuleRecR	Rectangular pad module; Cluster finding and hit reconstruction algorithms
►CCbmTrdModuleSim	Abstract class for module wise digitization and raw format producing
CCbmTrdModuleSim2D	Simulation module implementation for TRD-2D physics and FEE
CCbmTrdModuleSimR	Simulation module implementation for rectangular pad geometry
►CCbmTrdParMod	Definition of generic parameters for one TRD module
►CCbmTrdParAsic	Definition of ASIC parameters
CCbmTrdParFasp	Definition of FASP parameters
CCbmTrdParSpadic	Definition of SPADIC parameters
CCbmTrdParModAsic	Describe TRD module ASIC settings (electronic gain, delays, etc)
CCbmTrdParModDigi	Definition of chamber gain conversion for one TRD module
CCbmTrdParModGain	Definition of gain parameters for one TRD module
CCbmTrdParModGas	Definition of gas parameters for one TRD module
CCbmTrdParModGeo	Definition of geometry for one TRD module
CCbmTsEveAnimationControl	GUI elements to add animation and screenshot controls to CbmTimesliceManagerEditor. Cannot be used alone!
CCbmVertex
CPairAnalysis
CPairAnalysisCutQa
CPairAnalysisEvent
►CPairAnalysisFunction
►CPairAnalysisSignalExt
CPairAnalysisSignalFit
CPairAnalysisFunction
CPairAnalysisMetaData
CPairAnalysisMixedEvent
CPairAnalysisMixingHandler
CPairAnalysisSignalMC
►CPairAnalysisTrack
►CPairAnalysisPair
CPairAnalysisPairKF
CPairAnalysisPairLV
CPairAnalysisTrackRotator
CPairAnalysisVarManager
CTTrbHeader
CURun
Ccbm::atconverter::Run
Ccbm::explore::Server
Ccbm::reco::offline::Run
Ccbm::services::histserv::UiCmdActor
Ccbm::sim::digitization::Run
Ccbm::trd::geo::Setup::Asic	Meta info for one TRD ASIC
Ccbm::trd::geo::Setup::Module	Meta info for one TRD module
►CTObject
CCbmAnaDielectronReports	Main class wrapper for report generation
CCbmAnaJpsiCandidate
CCbmAnaJpsiSuperEvent
CCbmAnaLmvmDrawStudy
CCbmAnaMuonCandidate
CCbmAnaTreeObjectTrack
►CCbmCluster	Base class for cluster objects
CCbmMuchCluster	Data container for MUCH clusters
CCbmMvdCluster
CCbmStsCluster	Data class for STS clusters
CCbmTrdCluster	Data Container for TRD clusters
CCbmDigitizeInfo	Auxiliary class for CbmDigitize
CCbmEvent	Class characterising one event by a collection of links (indices) to data objects,
CCbmEventStore	Storable event class for CBM
CCbmGlobalTrack
►CCbmGlobalTrackFitter
CCbmGlobalTrackFitterIdeal
CCbmHaddBase
CCbmHadron
CCbmHelix
CCbmHistManager	Histogram manager
►CCbmHit
►CCbmPixelHit
CCbmFsdHit
CCbmMuchPixelHit
CCbmMvdHit
CCbmRichHit
CCbmStsHit	Data class for a reconstructed 3-d hit in the STS
CCbmTofHit
►CCbmTrdHit	Data class for a reconstructed Energy-4D measurement in the TRD
CCbmTrdHitMC	TRD hit to MC point correlation class
CCbmStripHit
CCbmTestHit
CCbmKFFieldMath
►CCbmKFHit
CCbmKFStsHit
►CCbmKFMaterial
CCbmKFBox
CCbmKFCone
CCbmKFTube
CCbmKFWall
CCbmKFMath
CCbmKFParticleInterface
CCbmKFPixelMeasurement
CCbmKFPrimaryVertexFinder
CCbmKFTrErrMCPoints
►CCbmKFVertexInterface
CCbmKFVertex
CCbmLink
CCbmLitCheckBrem
CCbmLitGlobalElectronId
CCbmMCInput	An MC (transport) input to digitisation in CBM
CCbmMCInputSet	A MC transport input to digitisation in CBM
CCbmMCTrack
►CCbmMatch
CCbmMuchDigiMatch
CCbmMvdHitMatch
CCbmTrackMatchNew
►CCbmMcbmUnpack
CCbmCheckDataFormatGdpb2018
CCbmCosy2019MonitorTaskHodo
CCbmCosy2019UnpackerTaskHodo
CCbmCriGet4RawPrint
CCbmMcbm2018MonitorDataRates
CCbmMcbm2018MonitorMcbmPulser
CCbmMcbm2018MonitorMcbmRate
CCbmMcbm2018MonitorMcbmSync
CCbmMcbm2018MonitorMuch
CCbmMcbm2018MonitorMuchLite
CCbmMcbm2018MonitorSts
CCbmMcbm2018MonitorStsSync
CCbmMcbm2018MonitorTaskBmon
CCbmMcbm2018MonitorTaskMuchLite
CCbmMcbm2018MonitorTaskPsd
CCbmMcbm2018MonitorTaskTof
CCbmMcbm2018MonitorTaskTofPulser
CCbmMcbm2018MonitorTof
CCbmMcbm2018MonitorTofPulser
CCbmMcbm2018RawConverterGdpb
CCbmMcbm2018RawConverterSdpb
CCbmMcbm2018TofFeeThr
CCbmMcbm2018TofTestFee
CCbmMcbm2018UnpackerTaskMuch
CCbmMcbm2018UnpackerTaskPsd
CCbmMcbm2018UnpackerTaskRich
CCbmMcbm2018UnpackerTaskRich2020
CCbmMcbm2018UnpackerTaskSts
CCbmMcbm2018UnpackerTaskTof
CCbmMcbm2018UnpackerTaskTrdR	Timeslice unpacker FairTask for Spadic v.2.2
CCbmMcbmSpillFindTask
CCbmStar2019EventBuilderEtof
CCbmStar2019MonitorPulserTask
CCbmStar2019MonitorTask
CCbmStar2019MonitorTof
CCbmStar2019TofFeeThr
CCbmMediaList	CbmMediaList
CCbmMuchGeoScheme
CCbmMuchLayer
CCbmMuchLayerSide
CCbmMuchPointInfo
CCbmMuchSignal	Data class for an analog signal in the MUCH Simple data class used in the digitisation process of the MUCH. It describes an analog charge distribution produced in the MUCH GEM Detector and arriving at the readout. It contains time and charge information corresponding to the MUCH Pad. In the most general case, a signal can be produced by more than one MCPoint; that is why the MC reference is of type CbmMatch and not CbmLink
CCbmMuchStation
►CCbmMuchTrackFinder
CCbmMuchTrackFinderIdeal
CCbmMvdDigi
CCbmMvdGeoHandler
CCbmMvdPileupManager
CCbmMvdPixelCharge
►CCbmMvdSensorPlugin
►CCbmMvdSensorBuffer
CCbmMvdSensorFrameBuffer
CCbmMvdSensorTrackingBuffer
►CCbmMvdSensorTask
CCbmMvdSensorClusterfinderTask
CCbmMvdSensorDigiToHitTask
CCbmMvdSensorDigitizerTBTask
CCbmMvdSensorDigitizerTask
CCbmMvdSensorFindHitTask
CCbmMvdSensorHitfinderTask
CCbmMvdSensorReadoutTask
►CCbmPrimaryVertexFinder
CCbmPVFinderIdeal
CCbmPVFinderKF	Implementation of the primary vertex finder using KF utility
CCbmPVFinderKFGlobal	Implementation of the primary vertex finder using KF utility
CCbmPsdHit
CCbmPsdMCbmHit	Data class for hit information in PSD
CCbmRadDamage	Tool class to calculate the non-ionising radiation damage
CCbmRecoUnpack	Main steering class for unpacking in cbmroot
►CCbmReport	Base class for reports
►CCbmSimulationReport	Base class for simulation reports
CCbmAnaJpsiReport
CCbmAnaJpsiSuperEventReport
CCbmLitClusteringQaReport	Simulation report for clustering QA
CCbmLitFieldApproximationQaReport	Creates field QA report
CCbmLitFieldQaReport	Creates field QA report
CCbmLitFitQaReport	Create report for fit QA
CCbmLitRadLengthQaReport	Create report for radiation length QA
CCbmLitTofQaReport	Create report for TOF QA
CCbmLitTrackingQaReport	Create report for tracking QA
CCbmStsDigitizeQaReport
►CCbmStudyReport	Base class for study reports
CCbmAnaDielectronStudyReportAll	Creates study report for LMVM analysis
CCbmLitClusteringQaStudyReport	Study summary report for clustering QA
CCbmLitFitQaStudyReport	Creates study report for fit QA
CCbmLitTrackingQaStudyReport	Creates study report for tracking QA
CCbmRichGeoTestStudyReport	Creates study report for RICH geometry testing
►CCbmReportElement	Abstract class for basic report elements (headers, tables, images etc.)
CCbmHtmlReportElement	Implementation of CbmReportElement for text output
CCbmLatexReportElement	Implementation of CbmLitReportElement for Latex output
CCbmTextReportElement	Implementation of CbmLitReportElement for text output
CCbmRichGeoTestOpt
CCbmRichMerger
CCbmRichPmt
CCbmRichRing
►CCbmRichRingFinder
CCbmL1RichENNRingFinder
CCbmL1RichENNRingFinderParallel
CCbmRichRingFinderHough	Main class for ring finder based on Hough Transform implementation
CCbmRichRingFinderIdeal
CCbmRichRingFitterQa	Test ellipse and circle fitting on toy model
CCbmRichRonchiAna
CCbmRichTrackExtrapolation
CCbmRichTrbDigi
CCbmStsAlgoAnaCluster	Determination of cluster parameters
CCbmStsSignal	Data class for an analog signal in the STS
CCbmStsSimModule	Class for the simulation of a readout unit in the CBM-STS
►CCbmStsSimSensor	Class for the simulation of a sensor in the CBM-STS
►CCbmStsSimSensorDssd	Abstract class for the simulation of double-sided silicon strip sensors
CCbmStsSimSensorDssdOrtho	Detector response for DSSD sensors with orthogonal strips
CCbmStsSimSensorDssdStereo	Detector response for DSSD sensors with stereo angles and cross-connection by double metal layers
►CCbmStsTrackFitter
CCbmStsKFTrackFitter
CCbmStsWkn
CCbmTofGeoHandler
CCbmTofMerger
►CCbmTofTrackFinder
CCbmTofTrackFinderNN
CCbmTofTracklet	Provides information on attaching a TofHit to a TofTrack
CCbmTofTrackletParam
►CCbmTrack
CCbmMuchTrack
CCbmStsTrack
CCbmTofTrack
CCbmTrdTrack
CCbmTrackMatch
►CCbmTrackMerger
CCbmTrackMergerIdeal
CCbmTrdCheckUtil
CCbmTrdFASP	FASP channel simulator
CCbmTrdGas
CCbmTrdGeoHandler
CCbmTrdParFaspChannel	Definition of FASP channel calibration container
►CCbmTrdRawToDigiBaseR
CCbmTrdRawToDigiFitR
CCbmTrdRawToDigiLookUpCorrR
CCbmTrdRawToDigiMaxAdcR
CCbmTrdRawToDigiR
►CCbmTrdTrackFinder
CCbmTrdTrackFinderIdeal
CCbmTrdTrianglePRF	Utility for converting energy to signal over the triangular pad geometry (Bucharest prototype)
►CCbmUnpackTaskBase	CbmRoot (+externals) headers
CCbmUnpackTask< TDigi, TAlgo, TParam >	CbmRoot (+externals) headers
►CCbmVMCSettings	User interface class to define the transport simulation settings which are common for both used transport engines
CCbmGeant3Settings	User interface class to define the Geant3 simulation settings
CCbmGeant4Settings	User interface class to define the Geant4 simulation settings
CCudaTest
CExtraction
CKFParticleMatch
CLmvmDraw
CLmvmDrawAll
CPDataBase
CPStaticData
CPStdData
CPValues
CPairAnalysisMC
CRichGeoCreator
CTimesliceMetaData
CUEvent
CUParticle
Ccbm::ca::tools::WindowFinder	TODO: ... write an instruction ..
Ccbm::algo::tof::TofCell
Ccbm::mcbm::ToForceLibLoad	Class needed to trigger loading of the library as no fct dict in ROOT6 and CLING
►CTotalSums
►Ccbm::algo::qa::Histogram< Axes, Storage, TotalSums >	Interface to a histogram/profile
Ccbm::algo::qa::H1D	1D-histogram
Ccbm::algo::qa::H2D	2D-histogram
Ccbm::algo::qa::Prof1D
Ccbm::algo::qa::Prof2D
►Ccbm::algo::qa::TotalSums1D	Storage for total sums of weights, squared weights, weights over x, weights over squared x
Ccbm::algo::qa::TotalSums2D	TotalSums1D including storage for total sums of w*x*y, w*y, w*y*y products
►CTPave
►CCbmMuchModule
►CCbmMuchModuleGem
CCbmMuchModuleGemRadial
CCbmMuchModuleGemRectangular
CCbmMuchPadRectangular
CCbmMuchSectorRectangular
►CTPie
CCbmQaPie
►CTPieSlice
CCbmQaPieSlice
Ccbm::algo::ca::Track	Class representing an output track in the CA tracking algorithm
CCbmBbaAlignmentTask::TrackContainer
►CHal::TrackExpCut
CHalCbmNHitsCut
Ccbm::algo::ca::TrackExtender
CCbmRecoQaTask::TrackFilter
Ccbm::algo::ca::TrackFinder
Ccbm::algo::ca::TrackFinderWindow
Ccbm::algo::ca::TrackFitter
Ccbm::algo::TrackingChainConfig	Configuration reader for the TrackingChain class
Ccbm::kf::TrackingSetupBuilder	Encapsulation of the kf::Setup initialization routines for CBM
►CHal::TrackInterface
CHalCbmTrackInterface
Ccbm::algo::kf::TrackKalmanFilter< DataT >
Ccbm::algo::kf::TrackKalmanFilter< double >
►Ccbm::algo::kf::TrackParamBase< T >	It is a technical base class of kf::TrackParam
►Ccbm::algo::kf::TrackParamBaseScalar< T >
Ccbm::algo::kf::TrackParam< T >	TrackParam classes of different types
►Ccbm::algo::kf::TrackParamBase< DataT >
►Ccbm::algo::kf::TrackParamBaseScalar< DataT >
Ccbm::algo::kf::TrackParam< DataT >
►Ccbm::algo::kf::TrackParamBase< double >
►Ccbm::algo::kf::TrackParamBaseScalar< double >
►Ccbm::algo::kf::TrackParam< double >
CCbmL1Track
►Ccbm::algo::kf::TrackParamBase< fscal >
►Ccbm::algo::kf::TrackParamBaseScalar< fscal >
Ccbm::algo::kf::TrackParam< fscal >
►Ccbm::algo::kf::TrackParamBase< fvec >
Ccbm::algo::kf::TrackParam< fvec >
CTrackParamBaseScalar	Scalar version of TrackParamBase
►CHal::TrackToFMass2Cut
CHalCbmTofCut
CHalCbmTofM2PolyCut
CCbmKfTrackFitter::Trajectory	A trajectory to be fitted
CCbmKfTrackFitter::TrajectoryNode
CTrdEloss	Represents information about energy losses in one layer
Ccbm::algo::ca::Triplet	Triplet class represents a short 3-hits track segment called a "triplet"
Ccbm::algo::ca::TripletConstructor
►Cstd::true_type
Ccbm::algo::yaml::is_std_array< std::array< T, N > >
Ccbm::algo::yaml::is_std_map< std::map< K, V, C, A > >
Ccbm::algo::yaml::is_std_set< std::set< K, C, A > >
Ccbm::algo::yaml::is_std_unordered_set< std::unordered_set< K, H, E, A > >
Ccbm::algo::yaml::is_std_vector< std::vector< T, A > >
►CHal::TwoTrackCut
►CHalCbmPairCut
CHalCbmDeltaPhiDeltaThetaCut
CHalCbmDeltaPhiDeltaThetaStarCut
CHalCbmDeltaPhiDeltaThetaStarCutLayers
CHalCbmDeltaPhiDeltaThetaStarMinCut
CHalCbmPairSeparationCut2D
CHalCbmStsEntranceSepCut
CHalCbmStsExitSepCut
CHalCbmStsSeparationCutLayers
Ccbm::algo::trd2d::UnpackAsicPar	TRD2D Unpacking parameters for one Asic
Ccbm::algo::UnpackAux< MSAux >
CUnpackAux	Auxiliary data for BMON unpacking
Ccbm::algo::UnpackAux< cbm::algo::bmon::UnpackAuxData >
Ccbm::algo::UnpackAux< cbm::algo::much::UnpackAuxData >
Ccbm::algo::UnpackAux< cbm::algo::rich::UnpackAuxData >
Ccbm::algo::UnpackAux< cbm::algo::sts::UnpackAuxData >
Ccbm::algo::UnpackAux< cbm::algo::tof::UnpackAuxData >
Ccbm::algo::UnpackAux< cbm::algo::trd2d::UnpackAuxData >
Ccbm::algo::UnpackAux< cbm::algo::trd::UnpackAuxData >
Ccbm::algo::bmon::UnpackAuxData
Ccbm::algo::much::UnpackAuxData
Ccbm::algo::rich::UnpackAuxData
Ccbm::algo::sts::UnpackAuxData
Ccbm::algo::tof::UnpackAuxData
Ccbm::algo::trd2d::UnpackAuxData
Ccbm::algo::trd::UnpackAuxData
Ccbm::algo::trd2d::UnpackChannelPar	TRD2D Unpacking parameters for one Asic channel
Ccbm::algo::trd::UnpackCrobPar	TRD Unpacking parameters for one CROB
Ccbm::algo::bmon::UnpackElinkPar	Bmon Unpacking parameters for one eLink / ASIC
Ccbm::algo::much::UnpackElinkPar	STS Unpacking parameters for one eLink / ASIC
Ccbm::algo::rich::UnpackElinkPar	RICH Unpacking parameters for one eLink / ASIC
Ccbm::algo::sts::UnpackElinkPar
Ccbm::algo::tof::UnpackElinkPar	TOF Unpacking parameters for one eLink / ASIC
Ccbm::algo::trd::UnpackElinkPar	TRD Unpacking parameters for one eLink
Ccbm::algo::UnpackKey
CUnpackMoni	Monitoring data for BMON unpacking
►Ccbm::algo::detail::UnpackMonitorBase
Ccbm::algo::UnpackMonitor< MSMonitor >
Ccbm::algo::bmon::UnpackMonitorData
Ccbm::algo::much::UnpackMonitorData
Ccbm::algo::rich::UnpackMonitorData	Monitoring data for RICH unpacking
Ccbm::algo::sts::UnpackMonitorData
Ccbm::algo::tof::UnpackMonitorData
Ccbm::algo::trd2d::UnpackMonitorData
Ccbm::algo::trd::UnpackMonitorData	Monitoring data for TRD unpacking
CUnpackMS< kMess24 >	Unpack algorithm specialization for TRD2D based on one-layered FEB design introduced in 06.2024 (https://indico.gsi.de/event/20885/attachments/49263/72236/TRD2D-CDR-FEB.pdf)
Ccbm::algo::UnpackMSBase< D, M, A >
►Ccbm::algo::UnpackMSBase< CbmBmonDigi, UnpackMonitorData, UnpackAuxData >
Ccbm::algo::bmon::UnpackMS
►Ccbm::algo::UnpackMSBase< CbmMuchDigi, UnpackMonitorData, UnpackAuxData >
Ccbm::algo::much::UnpackMS	Unpack algorithm for STS
►Ccbm::algo::UnpackMSBase< CbmRichDigi, UnpackMonitorData, UnpackAuxData >
Ccbm::algo::rich::UnpackMS
►Ccbm::algo::UnpackMSBase< CbmStsDigi, UnpackMonitorData, UnpackAuxData >
Ccbm::algo::sts::UnpackMS	Unpack algorithm for STS
►Ccbm::algo::UnpackMSBase< CbmTofDigi, UnpackMonitorData, UnpackAuxData >
Ccbm::algo::tof::UnpackMS	Unpack algorithm for STS
►Ccbm::algo::UnpackMSBase< CbmTrdDigi, UnpackMonitorData, UnpackAuxData >
Ccbm::algo::trd2d::UnpackMS< sys_ver >	Unpack algorithm for TRD2D
Ccbm::algo::trd2d::UnpackMS< uint8_t(eMessageVersion::kMess24)>
Ccbm::algo::trd::UnpackMS< sys_ver >
Ccbm::algo::bmon::UnpackPar	Parameters required for the BMON unpacking (specific to one component)
Ccbm::algo::much::UnpackPar	Parameters required for the STS unpacking (specific to one component)
Ccbm::algo::rich::UnpackPar	Parameters required for the RICH unpacking (specific to one component)
Ccbm::algo::sts::UnpackPar
Ccbm::algo::tof::UnpackPar	Parameters required for the STS unpacking (specific to one component)
Ccbm::algo::trd2d::UnpackPar	Parameters required for the TRD2D unpacking (specific to one component)
Ccbm::algo::trd::UnpackPar	Parameters required for the TRD unpacking (specific to one component)
CUnpackStsAux	Auxiliary data for STS unpacking
CUnpackStsElinkPar	STS Unpacking parameters for one eLink / ASIC
CUnpackStsMoni	Monitoring data for STS unpacking
CUnpackStsPar	Parameters required for the STS unpacking (specific to one component)
Ccbm::algo::evbuild::V0Trigger	Trigger class for secondary two-track vertices in mCBM
Ccbm::algo::evbuild::V0TriggerConfig	Configuration of the V0 trigger class (trigger on displaced vertices)
Ccbm::algo::evbuild::V0TriggerMoniData	Monitoring information for the algorithm V0Trigger
Ccbm::algo::kf::utils::VecCopy< TdataA, TdataB, TDoAllA, TDoAllB >	Copies all/one SIMD entries from one class to the other class
Ccbm::algo::kf::utils::VecCopySpec< TdataA, TdataB, TDoAllA, TDoAllB >
Ccbm::algo::kf::utils::VecCopySpec< TdataA, TdataB, false, false >
Ccbm::algo::kf::utils::VecCopySpec< TdataA, TdataB, false, true >
Ccbm::algo::kf::utils::VecCopySpec< TdataA, TdataB, true, false >
Ccbm::algo::kf::utils::VecCopySpec< TdataA, TdataB, true, true >
►Cstd::vector
Ccbm::algo::ca::Vector< CbmL1Track >
Ccbm::algo::ca::Vector< CbmL1HitId >
Ccbm::algo::ca::Vector< CbmL1HitDebugInfo >
Ccbm::algo::ca::Vector< CbmL1Track * >
Ccbm::algo::ca::Vector< cbm::algo::ca::Track >
Ccbm::algo::ca::Vector< std::vector< std::pair< uint32_t, uint32_t > > >
Ccbm::algo::ca::Vector< std::tuple< ca::EDetectorID, uint32_t, uint32_t > >
Ccbm::algo::ca::Vector< ca::HitIndex_t >
Ccbm::algo::ca::Vector< unsigned short >
Ccbm::algo::ca::Vector< fscal >
Ccbm::algo::ca::Vector< char >
Ccbm::algo::ca::Vector< Iteration >
Ccbm::algo::ca::Vector< unsigned char >
Ccbm::algo::ca::Vector< cbm::algo::ca::GridEntry >
Ccbm::algo::ca::Vector< cbm::algo::ca::Hit >
Ccbm::algo::ca::Vector< HitIndex_t >
Ccbm::algo::ca::Vector< cbm::algo::ca::CaHitTimeInfo >
Ccbm::algo::ca::Vector< cbm::algo::ca::Branch >
Ccbm::algo::ca::Vector< cbm::algo::ca::Triplet >
Ccbm::algo::ca::Vector< cbm::ca::tools::MCPoint >
Ccbm::algo::ca::Vector< cbm::ca::tools::MCTrack >
Ccbm::algo::ca::Vector< T >
Ccbm::algo::kf::Vector< T, Allocator >	A std::vector with additional debugging utility set
Ccbm::algo::ca::Vector< bool >
►Cvector< double >
Ccbm::algo::ca::Vector< double >
►Cvector< int >
Ccbm::algo::ca::Vector< int >
CCbmRecoQaTask::View
CCbmTrackingDetectorInterfaceBase::VolumeInfo	Structure to store geometry information of each station
Ccbm::algo::sts::WalkMap
Ccbm::ca::tools::WFExpression
Ccbm::algo::ca::WindowData	Container for internal data, processed on a single time window
Ccbm::kf::ZeroField