Class List

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

[detail level 1234]

NApi	Api This namespace contains classes and functions related to the simulation API
CSimulationInstance	Represents an instance of a simulation with customizable parameters and behaviors
NCommon
CConfigFactory
CConfigFile
NCore	Core component to perform simulation
NScalarFactory	Provides structures and functions to initialize scalar data for simulations, supporting multiple data sources
CCustomScript	Represents scalar data initialized through a custom script
CFile	Represents scalar data sourced from an external file
CFullCase	Represents scalar data everywhere
CLocal	Represents localized concentration data for specific compartments
CUniform	Represents uniform concentration data for all compartments
CVisitor	Functor struct to visit each type in ScalarVariant and initialize scalar data
CBuildError
CCaseData	Holds the data required to execute a simulation case
CDataExporter	A class responsible for exporting various types of data such as matrices, arrays, and metadata in a structured format
Cimpl
CMultiMatrixDescription	Describes the properties of a multi-dimensional matrix for export operations
CGlobalInitialiser	A class responsible for initializing various components of a simulation framework
Cinner
CMainExporter	Exporter for host-only data related to general-purpose simulation data (e.g., concentration, parameters, and other global data)
CPartialExporter	Exporter for each MPI worker (including host) that exports data relative to particle state
CSignalHandler	Manages POSIX signals for the application
CSimulationParameters
CSimulationUnitBuilder
CUserControlParameters	A structure to hold user-defined control parameters for simulation settings
NEIGEN_DIAG_POP
CFunctorKla
CMtrVisitor
NIO
CConsole	Concrete class logging system through console
CLogger	Base class for a generic logging system
CProgressBar
CRedirectGuard
CRedirectHandle
NKokkos
Creduction_identity< Simulation::KernelInline::MoveLeaveTally >
NKokkosEigen
CKokkosEigen2D	Wraps a Kokkos 2D View as an Eigen matrix map
NMC	Namespace that contains classes and structures related to Monte Carlo (MC) simulations
NDistributions	Kokkos compatible method to draw from specific probability distribution
CExponential	Represents a Exponential probability distribution
CLogNormal	Represents a LogNormal (Gaussian) probability distribution
CNormal	Represents a normal (Gaussian) probability distribution
CScaledTruncatedNormal	Represents a Scaled TruncatedNormal (Gaussian) probability distribution
CSkewNormal	Represents a SkewNormal (Gaussian) probability distribution
CTruncatedNormal	Represents a TruncatedNormal (Gaussian) probability distribution
CUniform
NImpl
CFirstTouchFunctor
CContribIndexBounds
CDomainState	Structure to store information about domain needed during MC cycle data is likely to change between each iteration
CEventContainer	Use to count events that occurs during Monte-Carlo processing cycles
CKPRNG	Utilities and wrap around kokkos random generator
CLeavingFlow	Store position and value of volumic flow at outlet
CMonteCarloUnit	General-purpose Monte Carlo unit to carry out simulations
CParticlesContainer	Main owning object for Monte-Carlo particles
CReactorDomain	Represents the spatial domain where Monte Carlo particles can exist
CRuntimeParameters
NMixture
CEnvironementProperties
CSpecie
CSpecieTable
NModels	Models definition
CAcetate	Acetate model with explicit oxygen limitation
CFixedLength
CMonod	Simplified Monod model for glucose consumption and biomass growth
CSimpleAcetate
CUdfModel
CUptake
CUptakeDefault
NPostProcessing
CBonceBuffer
NPythonWrap
CPimpModel
CImpl
NSimulation	Namespace that contains classes and structures related to simulation handling
NFeed
CConstant
CExponential
CFeedDescriptor
CFeedFactory
CFeedValue
CLinear
CSimulationFeed
NKernelInline
CCycleFunctor
CCycleFunctors
CCycleReducer
CCycleReducerType
CMoveFunctor
CMoveLeaveTally
CTagContribution
CTagContribution0D
CTagCycle
CTagLeave
CTagLeaveB0D
CTagMove
CTagMoveLeave
NMassTransfer
NType
CAuto
CFixedKla
CFlowmapKla
CFlowmapTurbulence
CEquilibriumFunctor
CInterfacialAreaFonctor
CKlFonctor
CMassTransferModel
CMassTransferProxy
CBaseSimulationException
CDimensions
CFeedException
CGetter
CMixture
CPhase
CProbes	Class to store time event as bulk storage !! The behaviour of this class is directly link to value of AutoGenerated::FlagCompileTime::use_probe When use_probe==false, implementation is such that no error/throw and no side effect for caller
CScalarInitializer
CScalarSimulation
CSimulatimeTimes
CSimulationException
CSimulationUnit
CSparam
NUnsafeUDF	Unsafe namespace to handle UDF (User-defined function) via dynamic library loading
CLoader	Static class to access to low-level configuration to load dynamic library
NWrapMPI	Namespace to correclty wrap MPI C API for modern C++
CHostIterationPayload	Represents the payload of data on the host side for an iteration
CIterationPayload	Represents the payload of data exchanged during an iteration
CApiResult
CBoundLoadBalancer
CCanary
CCliResults
CContributionFunctor
CTag0D
CTag3D
CCustomFunctor	Represents scalar data initialized through a custom functor
CCustomLoadBalancer	Specify ratio for each rank
CDefaultModel
CDynamicDefaultModel
CExecInfo
CExportHandler
Cf_assert
Cfoo
Chas_uniform_weight
Chas_uniform_weight< T, std::void_t< typename T::uniform_weight > >
CHostImportantLoadBalancer	Let host to have different particle number based on alpha where number of host is alpha times number on other rank
CILoadBalancer	Interface to balance the number of particle accros ranks
CKernelDispatchOptions
CModelWithNames
CModelWONames
COpaquePointer
CResult
CSerdeModel
CSuccess
Ctag1
Ctag2
Ctag3
Ctag4_tile
Ctag_mlp
CUniformLoadBalancer	Set the same number of particle for each rank