R3BROOT
R3B analysis software
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Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level
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►
N
fmt
C
formatter< R3B::DoubleEdgeSignal >
C
formatter< R3B::MapBarSignal >
C
formatter< R3B::MilleDataPoint >
C
formatter< R3B::Millepede::ParResultEntry >
C
formatter< R3B::Neuland::BarCalData >
C
formatter< R3B::Neuland::CalDataSignal >
C
formatter< R3B::Neuland::CalibratedSignal >
C
formatter< R3B::Neuland::Calibration::MilleCalData >
C
formatter< R3B::SingleEdgeSignal >
C
formatter< R3B::SteerWriter::Method >
C
formatter< R3B::UcesbMap >
C
formatter< R3B::ValueError< DataType > >
C
formatter< R3BNeulandHit >
C
formatter< TVector3 >
►
N
Neuland
C
ClusteringEngine
►
N
neuland_add_random_hitpar
C
Mode
A enumerator for the random type of a parameter
C
NeulandRandHitParAdder
Adding parameters whose values are randomly generated from the original file to the output file
C
ParValueSet
Data structure containing all information to generate a random value
►
N
neuland_read_hit_par
C
HitParReader
►
N
R3B
►
N
Digitizing
►
N
Neuland
Simulation of Mock Bar/Paddle
►
N
TacQuila
C
Channel
C
Params
►
N
Tamex
C
Channel
C
FQTPeak
C
Params
C
PMTPeak
C
MockChannel
C
MockPaddle
C
NeulandPaddle
C
Channel
C
ChannelCalSignal
C
ChannelHit
C
ChannelSignal
C
DigitizingEngine
C
DigitizingEngineInterface
C
LRPair
C
Paddle
C
PaddleHit
C
PaddleSignal
C
UseChannel
C
UsePaddle
►
N
Millepede
C
Launcher
C
ParResultEntry
C
ResultReader
►
N
Neuland
Simulation of NeuLAND Bar/Paddle
►
N
Calibration
C
CosmicEngineInterface
C
CosmicTracker
C
HitCalibrationBar
C
HitCalibrationEngine
C
LSQREngineAdaptor
C
MilleCalData
►
C
MilleDataProcessor
C
FitData
C
FitPar
C
FitResult
C
MillepedeEngine
C
Predecessor
►
C
TSyncer
C
ValueErrorPair
►
N
calibration
C
FTBaseCal
C
FTCalStrategy
C
FTEngine
C
ModuleCal
C
PlaneCal
►
N
Geometry
C
BarDimension
C
Creator
►
C
AnalysisApplication
►
C
Options
►
C
Tasks
C
Cal2HitParTask
C
ClusterFinder
C
Digi
C
HitMon
C
MultiBayes
C
MultiBayesTrain
C
MultiTrain
C
NeutronRValue
C
PrimClusterFinder
C
PrimInteractionFinder
C
SimCal2Cal
C
AngleDist
C
AngleInfo
►
C
Application
►
C
Options
C
Input
C
Output
C
BarCalData
C
Cal2HitPar
C
Cal2HitParTask
C
Cal2HitTask
C
CalCanvas
C
CalDataSignal
C
CalibratedSignal
C
CalibrationBasePar
C
CalibrationTask
C
CountRateCanvas
C
DetectorBoxSize
C
EnergyDist
C
EventHeaderCanvas
C
HitCanvas
C
HitCosmicCanvas
C
HitModulePar
C
HitXYCanvas
C
Map2CalParTask
C
Map2CalTask
C
MappedCanvas
C
MinimizerLimVar
C
MuonTrackInfo
C
OnlineCanvas
C
OnlineSpectra
C
ParDirCreator
C
ParSet
C
PositionDist
►
C
SignalMatcher
C
Input
C
Par
C
SimCal2Cal
C
SimCalData
►
C
SimulationApplication
►
C
Options
►
C
Detector
C
Cave
C
Neuland
►
C
Simulation
C
Generator
C
TimingCanvas
C
TJumpCanvas
C
TrackGenerator
C
TrackGeneratorAbstract
C
TrackGeneratorImp
C
XYZCoordinate
►
N
testing
►
N
Neuland
Simulation of Mock Bar/Paddle
C
Channel
C
GMockChannel
C
GMockNeulandPaddle
C
Paddle
C
CanvasElement
C
DataMonitor
C
DataMonitorCanvas
C
DoubleEdgeSignal
C
FTChannel2TimeRelation
C
InputConnector
C
InputTCAConnector
C
is_bool
C
is_bool< bool >
C
IsString
C
IsString< T, std::void_t< decltype(std::string_view{ std::declval< T >() })> >
C
logic_error
C
LRPair
C
Map2CalPar
C
MapBarSignal
C
Mille
C
MilleBuffer
C
MilleDataPoint
C
Option
C
OptionConcept
C
OptionHandle
C
OutputConnector
C
PaddleTamexMappedData
C
PaddleTamexTrigMappedData
C
ProgramOptions
C
runtime_error
C
SingleEdgeSignal
C
SteerWriter
C
TCalVFTXModulePar
C
TFileDeleter
C
TypeCollection
►
C
UcesbServerLauncher
C
ResolveResult
C
UcesbSource
C
UcesbStructInfo
C
ValueError
►
N
R3B
►
N
Neuland
C
TrigIDMappingFinder
C
TrigIDMappingRecorder
C
TrigMappingIO
C
ext_data_client
C
ext_data_client_struct
C
ext_data_structure_info
C
ext_data_structure_item
C
ext_data_structure_layout
C
ext_data_structure_layout_item
C
EXT_STR_h101_raw_nnp_tacquila_onion_t
C
EXT_STR_h101_raw_nnp_tacquila_t
C
EXT_STR_h101_raw_nnp_tamex_onion_t
C
EXT_STR_h101_raw_nnp_tamex_t
C
EXT_STR_h101_t
C
EXT_STR_h101_unpack_t
C
EXT_STR_h101_WRNEULAND_onion_t
C
EXT_STR_h101_WRNEULAND_t
C
Filterable
C
LSQR_DOUBLE_VECTOR
C
LSQR_INPUTS
C
LSQR_LONG_VECTOR
C
LSQR_OUTPUTS
C
LSQR_WORK
►
C
map
STL class
C
const_iterator
STL iterator class
C
const_reverse_iterator
STL iterator class
C
iterator
STL iterator class
C
reverse_iterator
STL iterator class
C
NeulandPointFilter
C
pair
STL class
C
R3BAladinMagnet
C
R3BCave
C
R3BCoarseTimeStitch
C
R3BCollimator
C
R3BDataPropagator
C
R3BDetector
C
R3BDouble
C
R3BEventHeader
C
R3BEventHeaderPropagator
C
R3BEventProgressPrinter
C
R3BFileSource
C
R3BFileSource2
C
R3BGeoCave
C
R3BGeoPassivePar
C
R3BGeoTarget
C
R3BHit
C
R3BInputRootFiles
C
R3BLogger
C
R3BMCTrack
C
R3BModule
C
R3BNeuland
NeuLAND detector simulation class
C
R3BNeulandCal2Hit
C
R3BNeulandCal2HitPar
C
R3BNeulandCalData
C
R3BNeulandCalTest
C
R3BNeulandCheckMapping
C
R3BNeulandCluster
C
R3BNeulandClusterFinder
C
R3BNeulandClusterMon
C
R3BNeulandContFact
NeuLAND parameter container factory
►
C
R3BNeulandCosmicTrack
C
Interaction
C
R3BNeulandDigitizer
NeuLAND digitizing finder task
C
R3BNeulandGainMatching
C
R3BNeulandGeoPar
NeuLAND geometry parameter storage
C
R3BNeulandHit
C
R3BNeulandHitHist
C
R3BNeulandHitModulePar
C
R3BNeulandHitMon
C
R3BNeulandHitPar
C
R3BNeulandMapped2Cal
An analysis task to apply TCAL calibration for NeuLAND
C
R3BNeulandMapped2CalPar
An analysis task for TCAL calibration of NeuLAND data
C
R3BNeulandMappedHist
C
R3BNeulandMappingPar
C
R3BNeulandMCMon
C
R3BNeulandMultiplicity
C
R3BNeulandMultiplicityBayes
C
R3BNeulandMultiplicityBayesPar
C
R3BNeulandMultiplicityBayesTrain
C
R3BNeulandMultiplicityCalorimetric
C
R3BNeulandMultiplicityCalorimetricPar
NeuLAND number of clusters / energy - neutron multiplicity parameter storage
C
R3BNeulandMultiplicityCalorimetricTrain
C
R3BNeulandMultiplicityCheat
C
R3BNeulandMultiplicityFixed
C
R3BNeulandMultiplicityScikit
C
R3BNeulandNeutron
C
R3BNeulandNeutronReconstructionMon
C
R3BNeulandNeutronReconstructionStatistics
C
R3BNeulandNeutronsCheat
C
R3BNeulandNeutronsKeras
C
R3BNeulandNeutronsRValue
C
R3BNeulandNeutronsScikit
C
R3BNeulandOnlineReconstruction
C
R3BNeulandOnlineSpectra
C
R3BNeulandParFact
C
R3BNeulandPmt
C
R3BNeulandPoint
C
R3BNeulandPrimaryClusterFinder
C
R3BNeulandPrimaryInteractionFinder
C
R3BNeulandProvideTStart
C
R3BNeulandQCalFiller
C
R3BNeulandQCalPar
C
R3BNeulandReconstructionContFact
NeuLAND reconstruction parameter container factory
C
R3BNeulandTacquilaMapped2Cal
An analysis task to apply TCAL calibration for NeuLAND
C
R3BNeulandTacquilaMapped2CalPar
An analysis task for TCAL calibration of NeuLAND data
C
R3BNeulandTacquilaMapped2QCalPar
C
R3BNeulandTacquilaMappedData
C
R3BNeulandTacquilaReader
A reader of NeuLAND Tacquila data with UCESB
C
R3BNeulandTamexReader
C
R3BNeulandTamexReader2
C
R3BNeulandTcal
An analysis task to apply TCAL calibration for NeuLAND
C
R3BNeulandTcalFill
An analysis task for TCAL calibration of NeuLAND Tamex data
C
R3BNeulandTimeRes
C
R3BNeulandVisualizer
C
R3BNeutronWindowAndSomeAir
C
R3BPaddleTamexMappedData
C
R3BPassiveContFact
C
R3BPipe
C
R3BReader
C
R3BStack
R3BStack.h
C
R3BTarget
C
R3BTcutPar
C
R3BTrack
C
R3BTsplinePar
C
R3BUcesbSource
C
R3BUnpackReader
C
R3BVacVesselCool
C
R3BWhiterabbitNeulandReader
A reader of NEULAND white rabbit data with UCESB
C
R3BWhiterabbitPropagator
►
C
set
STL class
C
const_iterator
STL iterator class
C
const_reverse_iterator
STL iterator class
C
iterator
STL iterator class
C
reverse_iterator
STL iterator class
C
TCAInputConnector
C
TCAOptionalInputConnector
C
TCAOutputConnector
C
UseChannel
C
UsePaddle
C
Validated
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1.13.2
1.13.2 1.13.2