Finite Volume Solver  prototype
A framework to build finite volume solvers for the AG Klein at the Freie Universität Berlin.
Class Hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 1234]
 Cfub::accessor_basic< ElementType >
 Cfub::Advection2dThis class descibes the 2-dimensional advection equation with constant transport velocity
 Cfub::AdvectionVariables< Mass >
 Cfub::all_type
 Camrex::AmrCore
 Cfub::AnyBoundaryCondition< GriddingAlgorithm >This is a polymorphic value type that wraps any BoundaryCondition object
 Cfub::AnyFluxMethod< IntegratorContext >This is a polymorphic wrapper class for FluxMethod strategies used by IntegratorContext
 Cfub::AnyInitialData< GriddingAlgorithm >This class is a polymoprhic value type which stores components to initialize a gridding algorithm during its initialization procedure
 Cfub::amrex::AnyMultiBlockBoundary
 Cfub::AnyReconstruction< IntegratorContext >This is a polymorphic wrapper class for reconstruction strategies used by IntegratorContext
 CAnySplitMethod
 Cfub::AnyTaggingMethod< GriddingAlgorithm >This class is a polymorphic value type that stores objects which satisfies the TaggingMethod<GriddingAlgorithm> concept
 Cfub::AnyTimeIntegrator< IntegratorContext >This is a polymorphic wrapper class for TimeIntegator strategies used by IntegratorContext
 CArrayStateBase
 Cfub::perfect_gas_mix::ArrheniusKinetics< R >
 Cfub::perfect_gas_mix::ArrheniusKineticsOptions
 Cfub::samrai::IntegratorContext::AuxialiaryDataDescription
 Cfub::ConservativeHGridReconstruction< Equation >::AuxiliaryReconstructionData
 Cfub::amrex::AxialSourceTerm
 Cfub::amrex::AxiSymmetricSourceTerm
 CB1
 Cfub::Ball< Rank >
 CBase
 CBaseMethod
 Cfub::basic_mdarray< ValueType, Extents, LayoutPolicy, ContainerPolicy >
 Cfub::ideal_gas::BasicCharacteristics
 Cfub::perfect_gas::BasicCharacteristics
 Cfub::ideal_gas::BasicCharacteristicsArray
 Cfub::BasicHGridReconstruction< Rank >
 Cfub::BasicHGridReconstruction< Equation::Rank()>
 Cfub::BasicOutput< GriddingAlgorithm >This is a abstract base class for an output strategy
 Cfub::BasicOutput< Grid >
 Cfub::ideal_gas::BasicPrimitives
 Cfub::ideal_gas::BasicPrimitivesArray
 Cfub::amrex::BK19LevelIntegratorOptions
 Cfub::amrex::BK19PhysicalParameters
 Cfub::amrex::BlockConnection
 Cfub::amrex::BlockEntry
 Cbool_constant
 Cfub::amrex::BoundaryConditionRef< BC, GriddingAlgorithm >This class references a BoundaryCondition object and acts as an adapter such that it is enabled to be used as an AMReX boundary condition
 Cfub::amrex::BoundarySetThis class manages a list of boundary conditions which get applied in the order in which they are stored
 Cfub::amrex::cutcell::BoundarySetThis class manages a list of boundary conditions which get applied in the order in which they are stored
 Cfub::Burgers1d
 Cfub::BurgersVariables< U >
 Cfub::CartesianCoordinatesThis class handles uniform cartesian cell coordinates
 Cfub::amrex::CartesianGridGeometry
 Cfub::samrai::CartesianPatchCoordinates
 Cfub::CentralDifferenceGradient< Limiter >
 Cfub::CentralDifferenceGradient< MinModLimiter >
 Cfub::amrex::ChangeTOpened_Klein
 Cfub::amrex::ChangeTOpened_ReducedModelDemo
 Cfub::perfect_gas::CharacteristicsArray
 Cfub::CharacteristicsGradient< EulerEquation, GradientMethod >
 Cfub::CharacteristicsReconstruction< EulerEquation >
 CCompleteArrayBase
 CCompleteBase
 Cfub::CompleteFromConsFn< Equation >::CompleteFromCons_Rows
 Cfub::samrai::CompleteFromConsCalculation< Tag, Equation_ >
 Cfub::CompleteFromConsFn< Equation >
 Cfub::euler::CompleteFromKineticStateFn
 Cfub::CompressibleAdvection< N, VelocityDim >
 Cfub::CompressibleAdvection< Rank >
 Cfub::amrex::CompressibleAdvectionAdvectiveFluxes
 Cfub::CompressibleAdvectionConservative< Density, Momentum, PTDensity >This is a template class for constructing conservative states for the perfect gas equations
 Cfub::CompressibleAdvectionFluxMethod< SpaceDimension, VelocityDimension >This is a special FluxMethod class that uses the stored Pv field within the CompressibleAdvectionIntegratorContext sa advection velocities
 CCompressibleAdvectionIntegratorContext
 Cstd::conditional_t
 Cfub::ConeIF
 CConservativeArrayBase
 CConservativeBase
 Cfub::ConservativeGradient< Equation, GradientMethod >
 Cfub::ConservativeReconstruction< Equation >
 Cfub::amrex::ConstantBoundary< Equation >
 Cfub::amrex::cutcell::ConstantBoundary< Equation >
 Cfub::amrex::ConstantBoundary< EulerEquation >
 Cfub::amrex::ConstantBox
 Cfub::amrex::cutcell::ConstantBox
 Cfub::samrai::ConstantBox
 Cfub::samrai::CoordinateRange< Rank >
 Cfub::samrai::CoordinatesRange
 Cfub::CutCellData< Rank >
 Cfub::amrex::DataDescriptionAll information which is neccessary to describe the complete and conservative state data of an equation
 Cfub::samrai::DataDescription
 Cfub::amrex::DebugSnapshotThis class stores debug data for a debug output for a single hierarchy state
 Cfub::amrex::DebugSnapshotProxyThis class is a possibly empty handle to a existing DebugSnapshotProxy
 Cfub::amrex::DebugStorageThis class stores a list of snapshots and returns proxy objects to those
 Cfub::euler::DensityFn
 Cfub::DepthsFn
 Cfub::DepthToRowType< T, Depth >
 Cfub::DepthToRowType< T, ScalarDepth >
 Cfub::detail::detector< Default, AlwaysVoid, Op, Args >
 Cfub::dynamic_extents_< T >
 Cfub::dynamic_extents_< integer_sequence< I, Is... > >
 Cfub::EinfeldtSignalVelocities< Equation >This is a customization point for equations which can define two signal velocities for usage with the HllMethod
 Cfub::EinfeldtSignalVelocities< IdealGasMix< Dim > >
 Cfub::EinfeldtSignalVelocities< PerfectGas< Dim > >
 Cfub::euler::EnergyFn
 Cstd::error_categorySTL class
 Cfub::ExactRiemannSolver< Equation >
 Cfub::ExactRiemannSolver< Advection2d >
 Cfub::ExactRiemannSolver< Burgers1d >
 Cfub::ExactRiemannSolver< EquationT >
 Cfub::ExactRiemannSolver< PerfectGas< Dim > >
 Cfub::ExactRiemannSolver< ShallowWater >
 Cfub::ExactRiemannSolver< typename FM::Equation >
 Cstd::exceptionSTL class
 Cfub::ExpandTube
 CExtents
 Cfub::ExtentsStorage_< Rank, RankDynamic, StaticExtents >This is the storage type for the extents class and only takes storage for dynamic extents
 Cfub::ExtentsStorage_< Rank, 0, StaticExtents... >This is the class template specialisation if all extents are statically known
 Cfub::ExtentsStorage_< Rank, Rank, StaticExtents... >
 Cfub::ExtentsStorage_< sizeof...(StaticExtents), count_dynamic_extents(StaticExtents...), StaticExtents... >
 Cstd::false_type
 Cfub::FlameMasterArrayState
 Cfub::FlameMasterMechanismThis abstract base class encapsulates the underlying chemistry for the FlameMasterReactor
 Cfub::FlameMasterReactorA class mimicking the IdealGasMix / Reactor / ReactorNet interface of Cantera, but with FlameMaster chemistry
 Cfub::FlameMasterState
 Cfub::amrex::cutcell::FluxMethod< Tag, Base >
 CFluxMethod< MusclHancock< Equation, fub::GodunovMethod< Equation, ExactRiemannSolver< Equation >>, MinMod > >
 Cfub::amrex::FluxMethodAdapter< Tag, FM >
 CFM
 Cfub::amrex::ForwardIntegrator< Tag >
 Cfub::function_ref< Fn >An efficient, type-erasing, non-owning reference to a callable
 Cfub::function_ref< Ret(Params...)>An efficient, type-erasing, non-owning reference to a callable
 Cfub::euler::GammaFn
 Cfub::amrex::GenericPressureValveBoundary< EulerEquation, InflowFunction, ChangeTOpenedT, IsBlocked >
 Cfub::amrex::GenericPressureValveBoundary< Equation, InflowFunction, ChangeTOpened_Klein >
 Cfub::amrex::GenericPressureValveBoundary< Equation, InflowFunction, ChangeTOpened_ReducedModelDemo >
 Cfub::amrex::GenericPressureValveBoundaryOptions
 CGeom
 Cfub::Geometry< Rank >
 Cfub::Godunov< EquationT, RiemannSolverT >
 CGodunovSplitting
 Cfub::amrex::cutcell::GradientDetector< Equation, Projections >
 Cfub::amrex::GradientDetector< Equation, Projections >
 Cfub::samrai::GradientDetector< Equation, Projections >
 Cfub::GradientDetectorBase_< Equation, Projections >
 Cfub::GradientDetectorBase_< Equation, Projections... >
 Cfub::GradientDetectorImpl_< IsArray, Eq, Ps >
 Cfub::GradientDetectorImpl_< false, Eq, Ps... >
 Cfub::samrai::GriddingAlgorithm
 Cfub::GridTraits< GriddingAlgorithm >
 Cfub::GridTraits< amrex::cutcell::GriddingAlgorithm >
 Cfub::GridTraits< amrex::GriddingAlgorithm >
 Cfub::GridTraits< samrai::GriddingAlgorithm >
 Cfub::H5Adeleter
 Cfub::H5Ddeleter
 Cfub::H5Fdeleter
 Cfub::H5Handle< Deleter >
 Cfub::H5Pdeleter
 Cfub::H5Sdeleter
 Cfub::Halfspace
 Cfub::samrai::HierarchyOptions
 Cfub::HllArrayBase< Eq, SignalSpeeds, Simdify >
 Cfub::HllArrayBase< Equation, SignalSpeeds, HasVectorizedFlux< Equation >::value >
 Cfub::HllBase< Eq, SignalSpeeds >
 Cfub::HllBase< Equation, SignalSpeeds >
 Cfub::perfect_gas::Hllem< EulerEquation, Larrouturou >
 Cfub::HyperbolicMethod< IntegratorContext >
 Cfub::HyperbolicPatchIntegrator< Tag >
 Cfub::samrai::HyperbolicTimeIntegrator
 Cfub::IdealGasMix< N >
 Cfub::IdealGasMix< 1 >
 Cfub::IdealGasMix< AMREX_SPACEDIM >
 Cfub::IdealGasMix< Plenum_Rank >
 Cfub::IdealGasMix< Rank >
 Cfub::IdealGasMix< Tube_Rank >
 Cfub::IdealGasMixConservative< Density, Momentum, Energy, Species >This is a template class for constructing conservative states for the perfect gas equations
 Cfub::amrex::IgniteDetonation
 Cfub::amrex::IgniteDetonationOptions
 Cfub::perfect_gas_mix::IgnitionDelayKinetics< R >
 Cfub::perfect_gas_mix::IgnitionDelayKineticsOptions
 Cfub::IndexBox< Rank >
 CIndexMappingBase
 Camrex::EB2::IndexSpace
 Cint_constant
 Cfub::integer_sequence< T, Ints >
 Cstd::integral_constant
 Cfub::amrex::cutcell::IntegratorContextThis class manages data and the numerical method to perform cut cell simulations with the AMReX library
 Cfub::amrex::IntegratorContextThis class is used by the HypebrolicSplitLevelIntegrator and delegates AMR related tasks to the AMReX library
 Cfub::samrai::IntegratorContextThis class is used by the HypebrolicSplitLevelIntegrator and delegates AMR related tasks to the AMReX library
 CIntegratorContext
 Cfub::euler::InternalEnergyFn
 Cdetail::is_detected
 Cdetail::is_detected_exact
 Cfub::is_equality_comparable_impl< T, S >
 Cfub::is_nothrow_equality_comparable< T, S >This is std::true_type if T and S are nothrow equality comparable
 Cfub::amrex::IsBlockedIfLargePressure
 Cfub::euler::IsentropicExpansionWithoutDissipationFn
 Cfub::amrex::cutcell::IsentropicPressureBoundary
 Cfub::amrex::IsentropicPressureBoundaryThis boundary models an isentropic pressure expansion for the one-dimensional ideal gas equations for mixtures
 Cfub::amrex::cutcell::IsentropicPressureBoundaryOptions
 Cfub::amrex::IsentropicPressureBoundaryOptions
 Cfub::amrex::cutcell::IsentropicPressureExpansion< EulerEquation >This boundary models an isentropic pressure expansion for the one-dimensional ideal gas equations for mixtures
 Cfub::amrex::IsentropicPressureExpansion< EulerEquation >This boundary models an isentropic pressure expansion for the one-dimensional ideal gas equations for mixtures
 Cfub::amrex::cutcell::perfect_gas::IsentropicPressureExpansionBoundary
 Cfub::ideal_gas::KineticSourceTerm< R >
 Cfub::ideal_gas::KineticSourceTerm< 1 >
 Cfub::euler::KineticStateFromCompleteFn
 Cfub::layout_leftThis layout creates mappings which do row first indexing (as in Fortran)
 Cfub::layout_right
 Cfub::layout_stride
 Cfub::amrex::cutcell::IntegratorContext::LevelData
 Cfub::amrex::IntegratorContext::LevelDataThis class holds auxiliary data on each refinement level
 CLevelIntegrator
 Cfub::Location
 Cfub::LogOptions
 Cfub::amrex::cutcell::MachnumberBoundary< EulerEquation >
 Cfub::amrex::cutcell::MachnumberBoundaryOptions
 Cfub::euler::MachnumberFn
 Cfub::MakeIntegerSequence_< T, N, L, Ints >
 Cfub::MakeIntegerSequence_< T, N, N, Ints... >
 Cfub::amrex::MakeViewImpl< State >
 Cfub::amrex::cutcell::MassflowBoundary
 Cfub::amrex::MassflowBoundary< Rank >This boundary models an inflow boundary with constant mean mass flow
 Cfub::amrex::cutcell::MassflowBoundaryOptions
 Cfub::amrex::MassflowBoundaryOptions
 Cfub::mdspan_subspan< ElementType, Extents, LayoutPolicy, AccessorPolicy, SliceSpecifiers >
 Cfub::MinMod
 Cfub::MinModLimiter
 Cfub::euler::MoleFractionsFn
 Cfub::euler::MomentumFn
 Cfub::amrex::MultiBlockBoundary
 Cfub::amrex::MultiBlockBoundary2< TubeEquation, PlenumEquation >
 Cfub::amrex::MultiBlockBoundaryBase
 Cfub::amrex::MultiBlockGriddingAlgorithm
 Cfub::amrex::MultiBlockGriddingAlgorithm2
 Cfub::amrex::MultiBlockIgniteDetonation
 Cfub::amrex::MultiBlockIntegratorContext
 Cfub::amrex::MultiBlockIntegratorContext2
 Cfub::amrex::MultiBlockLevelIntegrator< Adapter, LevelIntegrator >
 Cfub::amrex::MultiBlockSourceTerm< SourceTerm >This class manages multiple kinetic source terms which are associated to independend one-dimensional domains
 Cfub::MusclHancock< EquationT, BaseMethod, SlopeLimiter >
 Cfub::MusclHancock2< Equation, GradientMethod, ReconstructionMethod, BaseMethod >
 Cfub::ideal_gas::MusclHancockCharacteristic< Rank >This is a variation of the Muscl Hancock Method where the reconstruction at the half time level is based on the primitive variables (p, u, T, Y) instead of on conservative variables
 Cfub::perfect_gas::MusclHancockCharacteristic< Rank >This is a variation of the Muscl Hancock Method where the reconstruction at the half time level is based on the primitive variables (p, u, T, Y) instead of on conservative variables
 Cfub::perfect_gas::MusclHancockPrim< Dim >
 Cfub::ideal_gas::MusclHancockPrimitive< Rank >This is a variation of the Muscl Hancock Method where the reconstruction at the half time level is based on the primitive variables (p, u, T, Y) instead of on conservative variables
 Cfub::NoBoundary
 Cfub::nodeduce< T >
 Cfub::NoGradient
 Cfub::NoLimiter
 Cfub::NoLimiter2
 Cfub::nonesuch
 Cfub::amrex::NoReconstruction
 Cfub::OmpLocal< T, Allocator >
 Cfub::OmpLocal< fub::Complete< fub::IdealGasMix< Rank > > >
 Cfub::OmpLocal< fub::CompleteArray< fub::PerfectGasMix< Rank > > >
 Cfub::OmpLocal< fub::GradientDetector< Equation, Projections... > >
 Cfub::OmpLocal< fub::IdealGasMix< 2 > >
 Cfub::OmpLocal< fub::IdealGasMix< Rank > >
 Cfub::OmpLocal< fub::KineticStateArray< fub::PerfectGasMix< Rank > > >
 Cfub::OmpLocal< fub::PerfectGasMix< Rank > >
 Cfub::execution::OpenMpTag
 Cfub::OutputFactory< Grid >
 Cfub::PatchDataViewBase< T, Rank, Layout >
 Cfub::PatchDataViewBase< const T, Rank, Layout >
 Cfub::PatchDataViewBase< T, R, Layout >
 Cfub::amrex::cutcell::PatchHierarchy
 Cfub::amrex::PatchHierarchyThe PatchHierarchy holds simulation data on multiple refinement levels
 Cfub::samrai::PatchHierarchy
 Cfub::amrex::PatchHierarchyOptions
 Cfub::samrai::PatchHierarchyOptions
 Cfub::amrex::PatchLevelThe PatchLevel represents a distributed grid containing plain simulation data without a ghost cell layer
 Cfub::PerfectGas< N >
 Cfub::PerfectGas< AMREX_SPACEDIM >
 Cfub::PerfectGas< Dim >
 Cfub::PerfectGas< Rank >
 Cfub::PerfectGasCharacteristics< Minus, Zero, Plus >
 Cfub::PerfectGasConservative< Density, Momentum, Energy >This is a template class for constructing conservative states for the perfect gas equations
 Cfub::PerfectGasMix< N >
 Cfub::PerfectGasMix< AMREX_SPACEDIM >
 Cfub::PerfectGasMixCharacteristics< Minus, Zero, Plus, Species >
 Cfub::PerfectGasMixConservative< Density, Momentum, Energy, Species >This is a template class for constructing conservative states for the perfect gas equations
 Cfub::PerfectGasMixKineticState< Density, Temperature, MoleFractions >
 Cfub::PerfectGasMixPrimitive< Density, Velocity, Pressure, Species >
 Cfub::PerfectGasPrimitive< Density, Velocity, Pressure >
 Cfub::Polygon
 Cfub::euler::PressureFn
 Cfub::amrex::cutcell::PressureOutflowBoundary
 Cfub::amrex::cutcell::PressureOutflowBoundary2
 Cfub::amrex::cutcell::PressureOutflowOptions
 Cfub::amrex::PressureValve
 Cfub::amrex::PressureValveBoundary
 Cfub::amrex::PressureValveOptions
 Cfub::ideal_gas::Primitive< Rank >
 Cfub::ideal_gas::PrimitiveArray< Rank >
 Cfub::PrimitiveGradient< EulerEquation, GradientMethod >
 Cfub::PrimitiveReconstruction< EulerEquation >
 Cfub::perfect_gas::Primitives
 Cfub::perfect_gas::PrimitivesArray
 Cfub::meta::Rank< Depths >
 Cfub::amrex::cutcell::Reconstruction< Tag, Equation >
 Cfub::amrex::Reconstruction< Tag, Equation >
 Cfub::amrex::cutcell::ReflectiveBoundary< Tag, Equation >
 Cfub::amrex::ReflectiveBoundary< Tag, Equation >
 Cfub::ReflectiveBoundary< Equation >
 Cfub::amrex::cutcell::ReflectiveBoundary2< Tag, Equation >This boundary condition provides wall boundary which acts only on a specified subset of ghost cells
 Cfub::amrex::ReflectiveBoundary< fub::execution::SequentialTag, EulerEquation >
 Cfub::remove_cvref< T >This is equivalent to std::remove_cv_t<std::remove_reference_t<T>>
 Cfub::RequireMassflow_JirasekCompute the new complete state from the old complete state to enforce the required massflow
 Cfub::RequireMassflow_SolveExactRiemannProblemCompute the new complete state from the old complete state to enforce the required massflow
 Cstd::result_of
 CRowBase
 Cfub::RowBaseImpl< State >
 Cfub::RowBaseImpl< const State >
 Cfub::RunOptions
 CScalarStateBase
 Cfub::amrex::ScopeGuard
 Cfub::samrai::ScopeGuardInitialises and finalizes the required SAMRAI routines for an application
 Cfub::execution::SequentialTag
 Cfub::euler::SetIsentropicPressureFn
 Cfub::euler::SetVelocityFn
 Cfub::ShallowWater
 Cfub::ShallowWaterSignalVelocities
 Cfub::ShallowWaterVariables< Heigth, Momentum >
 Cfub::execution::SimdTag
 Cfub::span< T, N >A span is a view over a contiguous sequence of objects, the storage of which is owned by some other object
 Cfub::span< double >
 Cfub::span< T, 0 >A span is a view over a contiguous sequence of objects, the storage of which is owned by some other object
 Cfub::span< T, dynamic_extent >Span is a compact view over a contiguous range of data
 Cfub::euler::SpeciesFn
 Cfub::euler::SpecificGasConstantFn
 Cfub::euler::SpeedOfSoundFn
 Cfub::StateTraits< T >
 Cfub::StateTraits< AdvectionVariables< Xs... > >
 Cfub::StateTraits< ArrayState< Eq::CharacteristicsDepths, Width > >
 Cfub::StateTraits< ArrayState< Eq::KineticStateDepths, Width > >
 Cfub::StateTraits< ArrayState< Eq::PrimitiveDepths, Width > >
 Cfub::StateTraits< ArrayStateBase< Depths, Width > >
 Cfub::StateTraits< BurgersVariables< Xs... > >
 Cfub::StateTraits< CompleteArrayBase< Eq, Width > >
 Cfub::StateTraits< CompleteBase< Eq > >
 Cfub::StateTraits< CompressibleAdvectionComplete< Xs... > >
 Cfub::StateTraits< CompressibleAdvectionConservative< Xs... > >
 Cfub::StateTraits< ConservativeArrayBase< Eq, Width > >
 Cfub::StateTraits< ConservativeBase< Eq > >
 Cfub::StateTraits< IdealGasMixComplete< Xs... > >
 Cfub::StateTraits< IdealGasMixConservative< Xs... > >
 Cfub::StateTraits< IndexMappingBase< Eq > >
 Cfub::StateTraits< PerfectGasCharacteristics< Xs... > >
 Cfub::StateTraits< PerfectGasComplete< Xs... > >
 Cfub::StateTraits< PerfectGasConservative< Xs... > >
 Cfub::StateTraits< PerfectGasMixCharacteristics< Xs... > >
 Cfub::StateTraits< PerfectGasMixComplete< Xs... > >
 Cfub::StateTraits< PerfectGasMixConservative< Xs... > >
 Cfub::StateTraits< PerfectGasMixKineticState< Xs... > >
 Cfub::StateTraits< PerfectGasMixPrimitive< Xs... > >
 Cfub::StateTraits< PerfectGasPrimitive< Xs... > >
 Cfub::StateTraits< RowBase< State > >
 Cfub::StateTraits< ScalarStateBase< Depths > >
 Cfub::StateTraits< ScalarStateBase< Eq::CharacteristicsDepths > >
 Cfub::StateTraits< ScalarStateBase< Eq::KineticStateDepths > >
 Cfub::StateTraits< ScalarStateBase< Eq::PrimitiveDepths > >
 Cfub::StateTraits< ShallowWaterVariables< Xs... > >
 Cfub::StateTraits< ViewBase< S, L, R > >
 Cfub::StateTraits< ViewPointerBase< State > >
 CSystemSolver
 Cfub::meta::tag_invoke_fn::tag_invoke_fn
 Cfub::amrex::cutcell::TagAllOf< Tagging >
 Cfub::amrex::TagAllOf< Tagging >
 Cfub::amrex::cutcell::TagBuffer
 Cfub::amrex::TagBuffer
 Cfub::TagBuffer
 Cfub::amrex::cutcell::TagCutCells
 Cfub::TagCutCells
 Cfub::TaggingMethodStrategy_< GriddingAlgorithm >
 Cfub::ideal_gas::TChemMechanism
 Cfub::ideal_gas::TChemReactor
 Cfub::euler::TemperatureFn
 CLayoutPolicy::template mapping
 Cfub::perfect_gas::ThirdOrderRungeKutta< Dim >
 Cfub::amrex::cutcell::TimeIntegrator
 Cfub::amrex::cutcell::TimeIntegrator2
 Cfub::Timer
 Cfub::TimeStepTooLarge
 Cfub::ToConcreteDepthImpl< Depth >
 Cfub::ToConcreteDepthImpl< VectorDepth<-1 > >
 Cfub::ToRow
 Cfub::ToStride< Dir >
 Cfub::euler::TotalEnthalpyFn
 Cfub::amrex::cutcell::TransmissiveBoundary
 Cfub::amrex::TransmissiveBoundaryThis class copies the inner grid values to the boundary
 Cfub::TransmissiveBoundary< Eq >
 Cstd::true_type
 Cfub::amrex::cutcell::TurbineMassflowBoundary< EulerEquation, Transform >This is an outflow boundary condition that models the massflow condition of a turbine machine
 Cfub::amrex::cutcell::TurbineMassflowBoundaryOptions
 Cfub::Type< T >
 Cfub::UpwindLimiter
 Cfub::value_type< Var >
 Cfub::VanLeer
 Cfub::VanLeerLimiter
 Cfub::euler::VelocityFn
 CViewBase
 CViewPointerBase
 Cfub::amrex::WriteBK19Plotfile
 Cfub::Ts