Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 123]
 NDumux
 CBlackoilComponentA component class for the black oil model, intended to be used for all three components
 NOpm
 NBenchmark3
 NEulerUpstreamResidualDetails
 NGIE
 NImplicitTransportDefault
 CAllCellsLayoutGeneral cell layout
 CAllFluidData
 CAllFluidStatesMultiple fluid states for a black oil model
 CAnisotropicTraits for upscaling with anisotropic relperm (tensorial) input
 CBasicBoundaryConditions
 CBasicInitializationInitialize basic cases
 CBCBaseA class for building boundary conditions in a uniform way
 CBlackoilCo2PVT
 CBlackoilDefs
 CBlackoilFluid
 CBlackoilInitializationBase class for initialization codes
 CBlackoilPVT
 CBlackoilSimulator
 CBlackoilWells
 CBoundaryFaceInfo
 CCpGridCellMapperA mapper for Dune::CpGrid cells only
 CDummyVec
 CEulerUpstream
 CEulerUpstreamImplicit
 CEulerUpstreamResidual
 CExplicitTraits for explicit transport
 CExplicitCompositionalTransport
 CFaceFluidData
 CFlowBCA class for representing a flow boundary condition
 CFluidMatrixInteractionBlackoilCapillary pressures and relative permeabilities for a black oil system
 CFluidMatrixInteractionBlackoilParams
 CFluidStateBlackoilFluid state for a black oil model
 CGICellMapperMapper for general grids
 CGICellMapper< Dune::CpGrid >
 CGridInterfaceEuler
 CImmutableSharedDataFullMatrix StoragePolicy which provides immutable object sharing semantics
 CImplicitCapTraits for implicit transport
 CImplicitCapillarity
 CIncompFlowSolverHybridSolve mixed formulation of incompressible flow modelled by Darcy's law

\[@f{aligned}{ v &= -K\lamda(\nabla p + \rho\vec{g}), \\ \nabla\cdot v &= q. \end

] The solver is based on a hybrid discretization scheme which yields a system of linear equations of the form

\[@f{bmatrix}{ B & C & D \\ C^{T} & 0 & 0 \\ D^{T} & 0 & 0 }\, @f{bmatrix}{v \\ -p \\ \pi\end

=

\begin{bmatrix}f \\ g \\ h\end{bmatrix}

] where $v$ represents the interface fluxes for each interface for each cell, $p$ are the cell pressures and $\pi$ are the interface pressures

 CIsotropicTraits policies for isotropic (scalar) relperm
 CLinearSolverBICGSTAB
 CLinearSolverISTLAMG
 CMatchSaturatedVolumeFunctor
 CMaxNormDune
 CMaxNormStl
 CMimeticIPAnisoRelpermEvaluator
 CMimeticIPEvaluator
 CMiscibilityDead
 CMiscibilityLiveGas
 CMiscibilityLiveOil
 CMiscibilityProps
 CMiscibilityWater
 COwnDataFullMatrix StoragePolicy which provides object owning semantics
 CPeriodicConditionHandler
 CReservoirPropertyCapillaryA property class for incompressible two-phase flow
 CReservoirPropertyCapillaryAnisotropicRelpermA property class for incompressible two-phase flow
 CReservoirPropertyCommonA property class for incompressible two-phase flow
 CReservoirPropertyFixedMobility
 CReservoirPropertyTracerFluid
 CReservoirState
 CRockA property class for porous media rock
 CRockAnisotropicRelperm
 CRockJfunc
 CSatBCA class for representing a saturation boundary condition
 CScalarMobilityA wrapper for a scalar
 CSharedDataFullMatrix StoragePolicy which provides object sharing semantics
 CSimulatorBase
 CSimulatorTester
 CSimulatorTesterFlexibleBC
 CSimulatorTraitsCombines the component traits into a single, parametrized type
 CSPE9InitializationInitialize SPE9 type case
 CSurfvolBCA class for representing a surface volume boundary condition
 CTensorMobilityA wrapper for a tensor
 CTpfaCompressible
 CTransportSource
 CTwophaseFluidWrapper
 CWells
 CMimeticIPAnisoRelpermEvaluator< CellIter, dim, computeInverseIP >Defines a class template for computing a matrix representation of the permeability-dependent inner product $b(v,w) = (v, K^{-1}\,w)$ of the velocity vectors $v$ and $w$. The matrix entries are defined through the mimetic finite difference method of Brezzi et. al
 CMimeticIPEvaluator< GridInterface, RockInterface >Defines a class template for computing a matrix representation of the permeability-dependent inner product $b(v,w) = (v, K^{-1}\,w)$ of the velocity vectors $v$ and $w$. The matrix entries are defined through the mimetic finite difference method of Brezzi et. al
 CTpfaCompressibleAssemblerEncapsulates the cfs_tpfa (= compressible flow solver two-point flux approximation) solver modules
 CLinearSystemEncapsulate a sparse linear system in CSR format