Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 1234]

►N_ap_type
Cenable_if
Cenable_if< true, _Tp >
Cis_integral
Cis_signed
Cremove_const
Cremove_const< _Tp const >
►NActsExamples
►Ndetail
CCompareGeometryId
CGeometryIdGetter
CGeometryIdMultisetAccessor	The accessor for the GeometryIdMultiset container
►CGroupBy	Proxy for iterating over groups of elements within a container
CGroupIterator	Iterator type representing a group of elements
CIndexSourceLink	A source link that stores just an index
CIndexSourceLinkAccessor	Accessor for the above source link container
CRange	A wrapper around a pair of iterators to simplify range-based loops
►Nbiasing
►Nutility
CDecayChildrenKeeper	Filter to keep tracks that are the products of certain particle's decays
CPartialEnergySorter	A simulation action that makes sure that all particles above a certain threshold are processed first
CStepPrinter	User stepping action used to print the details of a step
CTrackProcessFilter	Filter used to tag tracks for persistence based on the process they were created from
CDeepEcalProcessFilter	User action that allows a user to filter out events where the interaction happened deep in the ECAL
CEcalDarkBremFilter	This class is meant to filter for events that produce a dark brem occuring within the ECal and producing an A' of a minimum energy threshold [MeV]
CEcalProcessFilter	User action plugin that filters events that don't see a hard brem from the target undergo a photo-nuclear reaction in the ECal
CMidShowerDiMuonBkgdFilter	The basic premis of this filter is to add up all of the energy "lost" to muons created within the calorimeters
CMidShowerNuclearBkgdFilter	The basic premis of this filter is to add up all of the energy "lost" to the configured process
CNonFiducialFilter	User action that allows a user to filter out events that are non-fiducial, i.e
CNothingHardFilter
CPhotoNuclearProductsFilter	User action used to filter out photo-nuclear events that don't see the photo-nuclear gamma produce specific products
CPhotoNuclearTopologyFilter	Abstract base class for a user action used to filter out photo-nuclear events that don't match the topology the user is interested in studying
CPrimaryToEcalFilter	User stepping action used to filter events where the primary particle falls below a threshold before reaching the CalorimeterRegion
CSingleNeutronFilter
CTaggerHitFilter	User stepping action used to filter events where the incident electron fails to hit a minimum number of tracker sensors
CTaggerVetoFilter	User stepping action used to filter events that see the incident electron fall below an energy threshold before reaching the target
CTargetBremFilter	User action that allows a user to filter out events that don't result in a brem within the target
CTargetDarkBremFilter	This class is meant to filter for events that produce a dark brem matching originating in the target and matching the following parameters
CTargetENProcessFilter
CTargetProcessFilter	Biases Geant4 to only process events where PN reaction occurred in the target
►Nconditions
►Nutility
CSimpleTableStreamerCSV
CBaseTableCondition
CDoubleTableCondition
CGeneralCSVLoader	Class which parses a CSV file and provides the rows one at a time to a user The parser ignores any line which begins with a '#' character The parser uses the first non-comment row to determine column names The parser handles quotation marks in a standard manner
CHomogenousTableCondition
CIntegerTableCondition
►CSimpleCSVTableProvider
CEntry
CStreamCSVLoader	Specialization of the GeneralCSVLoader for loading from a file/stream
CStringCSVLoader	Specialization of the GeneralCSVLoader for loading from a string
►Ndqm
CDarkBremInteraction	Go through the particle map and find the dark brem products, storing their vertex and the dark brem outgoing kinematics for further study
CEcalDigiVerifier	Generate histograms to check digi pipeline performance
CEcalMipTrackingFeatures	Generate histograms to check MIP tracking features
CEcalShowerFeatures	Generate histograms to check shower features
CEcalVetoResults	Generate histograms to check the final decisions made in the ECAL veto
CEcalWABRecResults	Generate histograms to check WAB-related angular reconstruction
CHCalDQM
CHcalGeometryVerifier
CHcalInefficiencyAnalyzer
CHCalRawDigi
CHcalVetoResults	Generate histograms to check the final decisions made in the Hcal veto
CNtuplizeHgcrocDigiCollection
CNtuplizeTrigScintQIEDigis
CPhotoNuclearDQM
CReSimVerifier
CSampleValidation
CSimObjects	Generate histograms to check simulation output
CTrigger	Generate histograms to check digi pipeline performance
CTrigScintClusterDQM
CTrigScintDQM
CTrigScintHitDQM
CTrigScintTrackDQM
CTrkDeDxMassEstFeatures	Generate histograms to check tracker dE/dx mass estimate features
►Necal
►Ntest
CEcalCheckEnergyReconstruction	Checks
CEcalFakeSimHits
CisCloseEnough	Our custom energy checker which makes sure that the input energy is "close enough" to the truth energy
CDNNEcalVetoProcessor	Determines if event is vetoable using ECAL hit information w/ a deep neural network
CEcalClusterProducer	Simple algorithm that does clustering in the ECal
►CEcalDetectorMap	Class which provides various information about how the parts of the Ecal connect to each other
CCellInformation	Table of per-module cell information
CMotherboardLinksInformation	Table of per-motherboard connections information
CMotherboardsPerLayer	Table of per-layer motherboard layouts
CEcalDetectorMapLoader
CEcalDigiProducer	Performs basic ECal digitization
CEcalGeometryProvider
CEcalRawDecoder
CEcalRawEncoder
CEcalReconConditions	Class to wrap around an double table of conditions
CEcalRecProducer	Performs basic ECal reconstruction
CEcalTriggerGeometry	Defines the relationship between precision cells and trigger cells and provides geometry information for trigger cells
CEcalTriggerGeometryProvider
CEcalTrigPrimDigiProducer
►CEcalVetoProcessor	Determines if event is vetoable using ECAL hit information
CHitData
CEcalWABRecProcessor
CMyClusterWeight
CTemplatedClusterFinder
CWorkingCluster
►Neventdisplay
CDetectorGeometry	Class to translated between detector location (section, layer, strip) and real space
CDisplay
CEveDetectorGeometry	Class that constructs the detector components for the event display
CEveShapeDrawer	Helper class for drawing common shapes
CHexPrism	Stores the necessary geometry details for a hexagonal prism
CObjects	Drawing methods for event objects
►Nframework	All classes in the ldmx-sw project use this namespace
►Nconfig	Python execution and parameter extraction
CParameters	Class encapsulating parameters for configuring a processor
►Nexception
CException	Standard base exception class with some useful output information
►Nlogging
CFilter	Our filter implementation aligning with Boost.Log
CFormatter	Our logging formatter
►Nperformance
CTimer	Time how long a specific operation takes and serialize the result with ROOT
CTracker	Class to interface between framework::Process and various measurements that can eventually be written into the output histogram file
►Ntest
CisGoodEventFile	Checks:
CisGoodHistogramFile	Runs a variety of checks to make sure the histogram in the input filename is what we expect it to be
CTestAnalyzer	Bare analyzer that looks for objects matching what the TestProducer put in
CTestConfig	Defines a test Producer to test the passing of configuration variables
CTestProducer	Bare producer that creates a collection and an object and puts them on the event bus
CAbortEventException	Specific exception used to abort an event
CAnalyzer	Base class for a module which does not produce a data product
►CBus	A map of bus passengers
►CPassenger	A bus passenger
CDeleteObjectStatus	Empty class to access protected status bit
Cthe_type	A simple, empty struct to allow us to pass the type of baggage to functions as a parameter
CSeat	The handle of a bus passenger
►CConditions	Container and cache for conditions and conditions providers
CCacheEntry	An entry to store an already loaded conditions object
CConditionsIOV	Class which defines the run/event/type range for which a given condition is valid, including for all time
CConditionsObject	Base class for all conditions objects, very simple
CConditionsObjectProvider	Base class for all providers of conditions objects
CEvent	Implements an event buffer system for storing event data
CEventFile	This class manages all ROOT file input/output operations
CEventProcessor	Base class for all event processing components
CHistogramHelper	Interface class between an EventProcessor and the HistogramPool
CHistogramPool	Singleton class used to create and pool histograms
CNtupleManager	Singleton class used to manage the creation and pooling of ntuples
►CPluginFactory	Singleton module factory that creates EventProcessor objects
CPluginInfo	Info container to hold classname, class type and maker
CProcess	Class which represents the process under execution
CProducer	Base class for a module which produces a data product
CProductTag	Defines the identity of a product and can be used for searches
CRandomNumberSeedService	System for consistent seeding of random number generators
CRunHeaderAnalyzer
CStorageControl	Class which encapsulates storage control functionality, used by the Process class
►Nhcal
►Ndebug
Chex
►Ntest
CHcalCheckPositionMap	Checks:
CHcalCheckReconstruction	Checks
CHcalFakeSimHits
CisCloseEnough	Our custom checker which makes sure that the input energy/position is "close enough" to the truth energy/position
►Nutility
CReader	Read out 32-bit words from a 8-bit buffer
►CHcalAlignPolarfires	Align the two polarfires with drop/keep hints signalling successful merge
CPolarfireQueueEntry
CHcalClusterProducer	Make clusters from hits in the HCAL
CHcalDetectorMap	Class which provides various information about how the parts of the Hcal connect to each other
CHcalDetectorMapLoader
CHcalDigiProducer	Performs basic HCal digitization
CHcalDoubleEndRecProducer
CHcalGeometryProvider
►CHcalPedestalAnalyzer
CChannel
CHcalRawDecoder
CHcalReconConditions	Class to wrap around the various recon condition tables
CHcalReconConditionsProvider	Helpful interface for grabbing the parent conditions at once
CHcalRecProducer	Performs basic HCal reconstruction
CHcalSimpleDigiAndRecProducer
CHcalSingleEndRecProducer
CHcalTriggerGeometry	Defines the relationship between HCal strips and CMB quad trigger primitives and provides geometry information for trigger primitives
CHcalTriggerGeometryProvider
CHcalTrigPrimDigiProducer	Performs basic Hcal trigger reconstruction
CHcalVetoProcessor
CHcalWABVetoProcessor
CMyClusterWeight
CPolarfireEventHeader
CTemplatedClusterFinder
CWorkingCluster
►Nldmx
►Necal
CTrigPrimResolutionAnalyzer	Analyze the trigger primitives by comparing them to the precision hits
CUniqueModule	Structure holding data uniquely identifying a specific module in the ECal
►NOrt
CONNXRuntime	A convenience wrapper of the ONNXRuntime C++ API
CBeamElectronTruth	Represents the truth information on beam electrons at the target
CCaloCluster	Stores cluster information from the ECal
CCalorimeterHit	Represents a reconstructed hit in a calorimeter cell within the detector
CCaloTrigPrim	Contains the trigger output for generic calo objects
CClusterAlgoResult	Contains details about the clustering algorithm
CDetectorHeader	Defines detector header information
CDetectorID	Defines a 32-bit packed ID for uniquely identifying hits and detector components
►CDetectorIDInterpreter	Class provides an "introspection" capability for the 32-bit packed IDs used for uniquely identifying hits and detector components
CIDSignature
CSubdetectorIDFields
CEcalAbstractID	Parent of precision and trigger EcalIDs
CEcalCluster	Stores cluster information from the ECal
CEcalDigiCollection	Represents a collection of the ECal digi hits
CEcalDigiSample	One sample of an Ecal digi channel
CEcalElectronicsID	Identifies a location in the Ecal readout chain
CEcalGeometry	Translation between real-space positions and cell IDs within the ECal
CEcalHit	Stores reconstructed hit information from the ECAL
CEcalID	Extension of DetectorID providing access to ECal layers and cell numbers in a hex grid
CEcalTriggerID	Extension of DetectorID providing access to ECal trigger cell information
CEcalVetoResult
CEcalWABResult
CElectronicsMap	ElectronicsMap
CEventConstants	Provides access to static event constants used by the Event class
CEventHeader	Provides header information an event such as event number and timestamp
CFiducialFlag	Holds truth-level fiduciality flags on the signal recoil electron
CHcalAbstractID	Parent of HcalIDs
CHcalCluster	Stores cluster information from the HCal
CHcalDigiID	Extension of HcalAbstractID providing access to HCal digi information
CHcalElectronicsID	Identifies a location in the Hcal readout chain
CHcalGeometry	Implementation of HCal strip readout
CHcalHit	Stores reconstructed hit information from the HCAL
CHcalID	Implements detector ids for HCal subdetector
CHcalTriggerID	Extension of DetectorID providing access to HCal trigger cell
CHcalVetoResult
►CHgcrocDigiCollection	Represents a collection of the digi hits readout by an HGCROC
CHgcrocDigi	One DIGI signal coming from the HGC ROC
Citerator	Iterator class so we can do range-based loops over digi collections
CSample	One sample of a digi channel corresponding to one clock of the HGCROC chip
►CHgcrocEmulator	Emulate the digitization procedure performed by the HGCROC
CCompositePulse	CompositePulse
CHgcrocTrigDigi	Contains the trigger output for a single trigger hgcroc channel
CHgcrocTriggerCalculations	Contains the core logic for the Hgcroc trigger calculations
CHgcrocTriggerConditions	Class to wrap around an integer table of conditions
CIDField	Provides information about a field within a DetectorID
CLdmxSpacePoint
CMeasurement
CNoiseGenerator
CPackedIndex	A maximally-packed index of up to four different fields
CPFCandidate	Represents a reconstructed particle
CRawSiStripHit	Implementation of a raw digitized hit from a silicon strip detector
CRunHeader	Run-specific configuration and data stored in its own output TTree alongside the event TTree in the output file
►CSimCalorimeterHit	Stores simulated calorimeter hit information
CContrib	Information about a contribution to the hit in the associated cell
CSimParticle	Class representing a simulated particle
CSimSpecialID	Implements detector ids for special simulation-derived hits like scoring planes
CSimTrackerHit	Represents a simulated tracker hit in the simulation
CStraightTrack
►CTrack	Implementation of a track object
CTrackState
CTrackDeDxMassEstimate	Represents the estimated mass of a particle using tracker dE/dx information
CTrackerID	Extension of DetectorID providing access to layer and module number for tracker IDs
CTrackerVetoResult	Class that holds reco-level tracking veto decision
CTriggerResult	Represents the trigger decision (pass/fail) for reconstruction
CTrigScintCluster	Stores cluster information from the trigger scintillator pads
CTrigScintHit
CTrigScintID	Class that defines the detector ID of the trigger scintillator
CTrigScintTrack	Represents a track of trigger scintillator clusters
CTruthTrack
►Npacking
►Nrawdatafile
CEventPacket	Event Packet structure
CFile	The raw data file object
CSubsystemPacket	SubsystemPacket structure
►Nutility
CBufferReader	This class is a helper class for reading the buffer stored in the raw data format
CCRC	The HGC ROC and FPGA use a CRC checksum to double check that the data transfer has been done correctly
Chex	A very simple wrapper enabling us to more easily tell the output stream to style the input word in hexidecimal format
Cmask_backend	Mask_backend
CReader	Reading a raw data file
CWriter	Writing a raw data file
CFiberTrackerBinaryPacket	Each one of these packets represents an entire spill of data
CFiberTrackerEvent	A spill of events from a FiberTracker station
CFiberTrackerField	Each "field" of data in a FiberTracker packet
CFiberTrackerRawDecoder
CRawIO	This producer unpacks the data from the various subsystems into different branches for later decoding by the subsystem modules
CSingleSubsystemPacker	This producer unpacks the data from the a single subsystem raw data file into a single buffer for a downstream processor to decode
CSingleSubsystemUnpacker	This producer unpacks the data from the a single subsystem raw data file into a single buffer for a downstream processor to decode
CWRBinaryPacket
CWRRawDecoder
►Nrecon
CBeamElectronLocator	Electron counting processor
CDBScanClusterBuilder
CEcalPreselectionSkimmer
CElectronCounter	Electron counting processor
CMyProcessor	Minimal example of a processor
COverlayProducer	Class to overlay in-time pile-up events from an overlay file
CParticleFlow
CPFEcalClusterProducer
CPFHcalClusterProducer
CPFTrackProducer
CPFTruthProducer
CRecoilFiducialityProcessor	Flags events with a fiducial recoil electron, based on truth information
CRecoilMissesEcalSkimmer
CSequentialTrigger	Class that provides a trigger skimming decision from multiple Triggers based on either AND or OR
CTrackDeDxMassEstimator
CTriggerProcessor	Provides a trigger decision for recon using a TriggerResult object
►Nsimcore
►Nbiasoperators
CDarkBrem	Bias operator for the dark brem process
CElectroNuclear	Bias the Electron-Nuclear process
CGammaToMuPair	Bias the Gamma to Mu Pair process
CK0LongInelastic	Bias the k0 long inelastic collisions
CNeutronInelastic	Bias the neutron inelastic collsions
CPhotoNuclear	Bias the Photon-Nuclear process
►Ng4user
CEventAction	Implementation of user event action hook
CPrimaryGeneratorAction	Implementation of Geant4 primary generator action
CRunAction	Implementation of user run action hook
CStackingAction	Class implementing a user stacking action
CSteppingAction	Implements the Geant4 user stepping action
CTrackingAction	Implementation of user tracking action
►Ngenerators
CGeneralParticleSource	Class that extends the functionality of G4GeneralParticleSource
CLHEPrimaryGenerator	Generates a Geant4 event from an LHEEvent
CMultiParticleGunPrimaryGenerator	Generates a Geant4 event from particle gun, but can have many particles
CParticleGun	Class that extends the functionality of G4ParticleGun
►Ngeo
CAuxInfoReader	Reads auxiliary information from GDML userinfo block
CGDMLParser	Parse GDML files, build the geometry in memory and load it into Geant4
CParser	Interface for a parser used to load a geometry into Geant4
CParserFactory
►Nlhe
CLHEEvent	LHE event with a list of particles and information from the header block
CLHEParticle	Single particle record in an LHE event
CLHEReader	Reads LHE event data into an LHEEvent object
CAPrimePhysics	Defines basic APrime physics
CBatchSession	Do nothing with G4cout and G4cerr messages
CBertiniAtLeastNProductsModel
CBertiniAtLeastNProductsProcess
CBertiniEventTopologyProcess
CBertiniModel	The default photonuclear model for LDMX simulations
CBertiniNothingHardModel
CBertiniNothingHardProcess
CBertiniSingleNeutronModel
CBertiniSingleNeutronProcess
CConditionsInterface	Handle to the conditions system, provided at construction to classes which require it
CDetectorConstruction	Implements the Geant4 detector construction
CEcalSD	ECal sensitive detector that uses an EcalHexReadout to create the hits
CFactory	Factory to dynamically create objects derived from a specific prototype class
CGammaPhysics	Extra gamma particle physics for simulation and sets up the photonuclear model to use from the configuration
CHcalSD	Class defining a sensitive detector of type HCal
CKaonPhysics	Allows the configuration of properties of kaons produced in the simulation, in particular setting their lifetime and branching ratios
CLoggedSession	Log the output of Geant4 to files in current directory
CMagneticFieldMap3D	A 3D B-field map defined as a grid of points with associated B-field values
CMagneticFieldStore	Global store to access magnetic field objects
CNoPhotoNuclearModel	A photonuclear model that removes the photonNuclear process entirely
CParallelWorld
CPhotoNuclearModel
CPrimaryGenerator	Interface that defines a simulation primary generator
CReSimulator
CRunManager	Extension of Geant4 run manager
CScoringPlaneSD	Class defining a basic sensitive detector for scoring planes
CSensitiveDetector	Dynamically loaded Geant4 SensitiveDetector for saving hits in specific volumes within the simulation
CSimulator	Producer that runs Geant4 simulation inside of ldmx-app
CSimulatorBase
CTrackerSD	Basic sensitive detector for trackers
CTrackMap	Defines a map of particle ancestry and particles to be saved
CTrigScintSD	Class defining a sensitive detector of type trigger scintillator
CUserAction	Interface that defines a user action
CUserEventInformation	Encapsulates user defined information associated with a Geant4 event
CUserPrimaryParticleInformation	Defines extra information attached to a Geant4 primary particle
CUserRegionInformation	Defines extra information for a detector region
CUserTrackInformation	Provides user defined information to associate with a Geant4 track
CVisAttributesStore	Global store of G4VisAttributes created from GDML data
CXsecBiasingOperator	Our specialization of the biasing operator used with Geant4
►Nstd
Ccomplex
Ccomplex< ap_fixed< _AP_W, _AP_I, _AP_Q, _AP_O, _AP_N > >
Ccomplex< ap_int< _AP_W > >
►Ntracking	The measurement calibrator can be a function or a class/struct able to retrieve the sim hits container
►Ndigitization
CCDFSiSensorSim
CChargeCarrier
CSiElectrodeData
CSiElectrodeDataCollection
►Ndqm
CStraightTracksDQM
CTrackerDigiDQM
CTrackingRecoDQM
►Ngeo	Visualization
CCalibrationContext	The context for a specific geometry
CCalibrationContextProvider
CDetectorElement
CEcalTrackingGeometry
CGeometryContext	The context for a specific geometry
CGeometryContextProvider
CMagneticFieldContext	The context for a specific geometry
CMagneticFieldContextProvider
CRing
CSilentG4	This class throws away all of the messages from Geant4
CTrackersTrackingGeometry
CTrackersTrackingGeometryProvider	The provider of a tracking geometry
CTrackingGeometry	This class is a abstract base class (ABC) doing common tasks that tracking geometries need done
►Nreco
CAlignmentTestProcessor
CCKFProcessor
CDigitizationProcessor
►CGreedyAmbiguitySolver	Minimal example of a processor
CState
CGSFProcessor
CLinearSeedFinder
CLinearTrackFinder
CLinearTruthTracking
CSeedFinderProcessor
CTrackExtrapolatorTool
CTrackingGeometryUser	Helper base class providing some methods to shorten access to common conditions used within the tracking reconstruction
CTruthSeedProcessor	Create a track seed using truth information extracted from the corresponding SimParticle or SimTrackerHit
CVertexer
CVertexProcessor
►Nsim
CLdmxMeasurementCalibrator
►CPropagatorStepWriter
CConfig
CSeedToTrackParamMaker
►CTruthMatchingTool
CTruthInfo
CTrackerVetoProcessor	Flags events that pass the tracker veto by applying specific selection criteria
►Ntrigger
►Nldmx_int
CEcalTP
CCluster
CClusterGeometry
CDiscreteInputs
CDumpFileWriter
CEcalTPSelector
CecalTpToE
CEventDump
CHit
CIdealClusterBuilder
CNtupleWriter	Null algorithm test
CPropagationMapWriter	Null algorithm test
CTrigCaloCluster	Class for clusters built from trigger calo hits
CTrigCaloHit	Class for calo hits used in trigger computations
CTrigEcalClusterProducer
CTrigEcalEnergySum
CTrigElectronProducer
CTrigEnergySum	Contains the trigger output for generic calo objects
CTrigHcalEnergySum
CTrigParticle	Class for particles reconstructed by the trigger system
►Ntrigscint
CBimoid	Pulse made out of difference of two sigmoids
CEventReadout	This class represents the linearised QIE output from the trigger scintillator, in charge (fC)
CEventReadoutProducer	Linearizes ADC info to charge, calculates channel pedestal and noise levels (in charge)
CExpo	Piece-wise exponential pulse, modelled as an output of a capacitor
CQIEAnalyzer
CQIEDecoder
CQIEEncoder
CQIEInputPulse	The base class to store the most important functions
CQIEStream	Class for storing QIE output as a binary stream
CQualityFlagAnalyzer
CSimQIE	Class for simulating QIE chip output
CTestBeamClusterAnalyzer
CTestBeamClusterProducer
CTestBeamHit	This class represents the linearised QIE output from the trigger scintillator, in charge (fC)
CTestBeamHitAnalyzer
CTestBeamHitProducer	Organizes digis into TrigScintHits, based on linearized full event readout from test beam/test stand
CTrigScintClusterProducer
CTrigScintDigiProducer	Performs digitization of simulated Trigger Scintillator data
CTrigScintFirmwareHitProducer
CTrigScintFirmwareTracker
CTrigScintQIEDigiProducer	Class that simulates QIE chip of the trigger scintillator
CTrigScintQIEDigis	Class for storing QIE output
CTrigScintRecHitProducer	Organizes digis into TrigScintHits, linearizes TDC and ADC info, and converts amplitudes to PEs
CTrigScintTrackProducer	Making tracks from trigger scintillator clusters
CTruthHitProducer	Producer making a collection based on some truth info cuts
C_private_bit_ref	Bit reference Proxy class, which allows bit selection to be used as rvalue(for reading) and lvalue(for writing)
C_private_range_ref	Concatination reference
CAcceptAll	This Struct is to accept all values - a placeholder
CAcceptCombination	This is a combined accept struct
CAcceptRange	This Struct is to accept a certain range from a TTree accessible value
Caf_bit_ref
Caf_range_ref
Cap_bit_ref
Cap_concat_ref
Cap_fixed	Signed Arbitrary Precision Fixed-Point Type
Cap_fixed_base
Cap_int	Sign Arbitrary Precision Type
Cap_int_base
►Cap_private< _AP_W, _AP_S, false >
CRType	Return type of variety of operations
►Cap_private< _AP_W, _AP_S, true >
CRType
Csign_ext_mask
Cap_private_enable_if
Cap_private_enable_if< true >
Cap_range_ref
Cap_ufixed
Cap_uint	Unsigned Arbitrary Precision Type
CBase	Conditions objects which are tables indexed by raw detector id values
CCluster
CConditionsObjectProvider	Be configured to load conditions objects from CSV files
CConverts	Table to/from a CSV file
CDeepEcalProcessFilter	Class defining a UserActionPlugin that allows a user to filter out events where the interaction happened deep in the ECAL
CDigi
CDirectAccessor	This is a direct type accessor
CDivisionAccessor
CEcal2dCluster
CEcalDarkBremFilter	Class defining a simcore::UserActionPlugin that allows a user to filter out events that don't result in a dark brem inside a given volume
CEcalTP
CExplicit	HomogenousTableCondition for double-precision contents
CFakeSimHits	Fills the event bus with an EcalSimHits collection with a range of energy hits
CGaussianDistribution2D
CHit
Cmask
Cmask8
CNonFiducialFilter	Class defining a UserActionPlugin that allows a user to filter out non-fiducial events, i.e.when the electron is not contained in the ECAL and so can act like the signal
CParticleInfo
CParticleReader	Struct used for reading particles written out by the TrackFinderPerformanceWriter
CPtErrorAccessor
CPtResidualAccessor	This the dedicted pT residual accessor
CQopResidualAccessor
CRecoTrackInfo
CResidualAccessor
CResidualPullHandle	A Parameter handle struct to deal with residuals and pulls
CService	Creates standard CSV-format pedestal files
CSingleHandle	This is a s
CTargetDarkBremFilter	Class defining a UserActionPlugin that allows a user to filter out events that don't result in a dark brem inside a given volume
CTrack
CTrackStatesReader	Struct used for reading track states written out by the RootTrackStatesWriter
CTrackSummaryReader	Struct used for reading track summary info written out by the RootTrackSummaryWriter
CTreeReader	Helper for reading tree
CTrigscinthit	Stores reconstructed hit information from the HCAL
Cvaltype
Cvaltype< 1, false >
Cvaltype< 1, true >
Cvaltype< 2, false >
Cvaltype< 2, true >
Cvaltype< 3, false >
Cvaltype< 3, true >
Cvaltype< 4, false >
Cvaltype< 4, true >
Cvaltype< _AP_N8, false >
Cvaltype< _AP_N8, true >