Class Hierarchy

Go to the graphical class hierarchy

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

[detail level 123]

CPostProcessing::BonceBuffer
CCanary
CCore::CaseData	Holds the data required to execute a simulation case
CCommon::ConfigFactory
CCommon::ConfigFile
CSimulation::Feed::Constant
CSimulation::Feed::Custom
CCustomFunctor	Represents scalar data initialized through a custom functor
CCore::ScalarFactory::CustomScript	Represents scalar data initialized through a custom script
CSimulation::KernelInline::CycleFunctor< M >
►CCore::DataExporter	A class responsible for exporting various types of data such as matrices, arrays, and metadata in a structured format
CCore::MainExporter	Exporter for host-only data related to general-purpose simulation data (e.g., concentration, parameters, and other global data)
CCore::PartialExporter	Exporter for each MPI worker (including host) that exports data relative to particle state
CDefaultModel
CSimulation::Feed::DelayedConstant
CSimulation::Dimensions
CDynamicDefaultModel
CEigenKokkosBase< EigenLayout >
CEigenKokkosBase< EigenLayoutLeft >
CEigenKokkosBase< EigenLayoutRight >
CSimulation::EnvironementProperties
CSimulation::MassTransfer::EquilibriumFunctor
CMC::EventContainer	Use to count events that occurs during Monte-Carlo processing cycles
►Cstd::exception
CSimulation::SimulationException
CExecInfo
►Cstd::false_type
Chas_uniform_weight< T, typename >
CSimulation::Feed::FeedDescritor
CSimulation::Feed::FeedFactory
CCore::ScalarFactory::File	Represents scalar data sourced from an external file
CSimulation::MassTransfer::Type::FixedKla
CSimulation::MassTransfer::Type::Flowmap
►CCmaUtils::FlowMapTransitionner	Manages the reading, caching, and transitioning of flowmaps for simulation timesteps
CCmaUtils::DiscontinuousFMT	Derived class to handle Discontinuous transition between flowmaps
CCmaUtils::LinterFMT	Derived class to handle Linear interpolation transition between flowmaps
Cfoo
CCore::ScalarFactory::FullCase	Represents scalar data everywhere
CCore::GlobalInitialiser	A class responsible for initializing various components of a simulation framework
CWrapMPI::HostIterationPayload	Represents the payload of data on the host side for an iteration
►CILoadBalancer
CBoundLoadBalancer
CCustomLoadBalancer
CHostImportantLoadBalancer
CUniformLoadBalancer
CPythonWrap::PimpModel::Impl
CCore::DataExporter::impl
CSimulation::MassTransfer::InterfacialAreaFonctor
CWrapMPI::IterationPayload	Represents the payload of data exchanged during an iteration
CCmaUtils::IterationState	Structure to store information about the reactor state during simulation
CSimulation::MassTransfer::KlFonctor
CKokkosLayoutMapper< EigenLayout >
CKokkosLayoutMapper< Eigen::ColMajor >
CKokkosLayoutMapper< Eigen::RowMajor >
CMC::KPRNG	Utilities and wrap around kokkos random generator
CUnsafeUDF::Loader	Static class to access to low-level configuration to load dynamic library
CCore::ScalarFactory::Local	Represents localized concentration data for specific compartments
CMC::Distributions::LogNormal< F >	Represents a LogNormal (Gaussian) probability distribution
CSimulation::MassTransfer::MassTransferModel
CSimulation::MassTransfer::MassTransferProxy
CSimulation::Mixture
CMC::MonteCarloUnit	General-purpose Monte Carlo unit to carry out simulations
CSimulation::KernelInline::MoveFunctor< enable_leave, enable_move >
CSimulation::KernelInline::MoveInfo< ExecSpace >
CSimulation::KernelInline::MoveInfo< ComputeSpace >
CCore::DataExporter::MultiMatrixDescription	Describes the properties of a multi-dimensional matrix for export operations
CMC::Distributions::Normal< F >	Represents a normal (Gaussian) probability distribution
COpaquePointer
CMC::ParticlesContainer< Model >	Main owning object for Monte-Carlo particles
CMC::ParticlesContainer< M >
CSimulation::Phase
CPythonWrap::PimpModel
CCmaUtils::PreCalculatedHydroState	Structure to store hydrodynamic properties from a compartment mesh
CSimulation::Probes< buffer_size >
CSimulation::Probes< AutoGenerated::probe_buffer_size >
CCmaUtils::ProxyPreCalculatedHydroState	Proxy class for PreCalculatedHydroState used to fill this struct with data from an external library
CSimulation::Feed::Pulse
CMC::ReactorDomain	Represents the spatial domain where Monte Carlo particles can exist
CSimulation::ScalarInitializer
CSimulation::ScalarSimulation
CMC::Distributions::ScaledTruncatedNormal< F >	Represents a Scaled TruncatedNormal (Gaussian) probability distribution
CSerdeModel
CCore::SignalHandler	Manages POSIX signals for the application
CModels::SimpleModel
CSimulation::Feed::SimulationFeed
CApi::SimulationInstance	Represents an instance of a simulation with customizable parameters and behaviors
CCore::SimulationParameters
CSimulation::SimulationUnit
CMC::Distributions::SkewNormal< F >	Represents a SkewNormal (Gaussian) probability distribution
CSimulation::Specie
CSimulation::Feed::Step
CSuccess
CTagDetector
►Cstd::true_type
Chas_uniform_weight< T, std::void_t< typename T::uniform_weight > >
CMC::Distributions::TruncatedNormal< F >	Represents a TruncatedNormal (Gaussian) probability distribution
CModels::TwoMeta
CModels::UdfModel
CCore::ScalarFactory::Uniform	Represents uniform concentration data for all compartments
CModels::Uptake< M >
CCore::UserControlParameters	A structure to hold user-defined control parameters for simulation settings
►Cstd::variant
►CResult< Success, std::string >
CApiResult
►CResult< S, std::string >
CCliResults< S >
CResult< S, T >
CViewSerialization< ViewType, Enable >
CViewSerialization< ViewType, typename std::enable_if< ViewType::rank==1 &&AutoGenerated::FlagCompileTime::use_cereal_serde >::type >
CViewSerialization< ViewType, typename std::enable_if< ViewType::rank==2 &&AutoGenerated::FlagCompileTime::use_cereal_serde >::type >
CCore::ScalarFactory::Visitor	Functor struct to visit each type in ScalarVariant and initialize scalar data