AdvectIBC | IBC for simple advection |
AliasDataFactory< T > | |
AMR | Framework for Berger-Oliger timestepping for AMR |
AMRLevel | Abstract base class for time-dependent data at a level of refinement |
AMRLevelFactory | Factory class to produce an AMRLevel |
AMRLevelMG | Class which manages data and operations on a level for AMRSolver |
AMRParticleProjector | Class to manage projection of particle drag force onto the fluid |
AmrProjector | This class manages the various forms of the non-subcycled projection |
AMRSolver | Class which manages grid hierarchy and composite elliptic solution |
Arena | A Virtual Base Class for Dynamic Memory Managemen |
Arena::Word | |
ArrayViewData | Special LayoutData type for use with ArrayView |
BArena | A Concrete Class for Dynamic Memory Management |
BaseBottomSmoother | Pure base class to encapsulate bottom smooth for LevelOp-derived objects |
BaseFab< T > | |
BaseHelmholtzOp | Pure-virtual base Helmholtz operator class (alpha*I + div*beta*grad) |
basicEdgeVelBC | This is a basic physical BC class designed to handle velocities |
basicVelBC | This is a basic physical BC class designed to handle velocities |
BiCGStabSmoother | Implements BiCGStab as a bottom smoother for LevelOp-derived classes |
BinFab< T > | Base class for particle data on a Box |
BinFabFactory< T > | Factory class to produce one or more instances of BinFab on the same level |
BinItem | Virtual base class for particle data |
BitSet | |
BitSetIterator | |
Box | A Rectangular Domain on an Integer Lattice |
BoxEdgeBC | Class to do edge-centered physical boundary conditions |
boxEdgeVelBC | Implements edge-centered velocity BC's for flow in a box! |
BoxGhostBC | Class to encapsulate the operations of ghost-cell boundary conditions |
BoxIterator | Iterates through the IntVects of a Box |
BoxLayout | A not-necessarily-disjoint collective of boxes |
BoxLayoutData< T > | Data on a BoxLayout |
boxVelBC | Implements cell-centered velocity BC's for flow in a box! |
BRMeshRefine | Class which manages Berger-Rigoutsos grid generation |
CArena | A Concrete Class for Dynamic Memory Management |
CArena::Node | |
CCProjector | This class manages the various forms of the CC projection |
CFIVS | Internal Chombo class to get fine intvectset at CF interface |
CFStencil | Class to encapsulate coarse-fine information for AMR operations |
channelBC | Specific BC's for the convection problem (particularly for scalars) |
chfptr | |
CoarseAverage | Replaces coarse level data with an average of fine level data |
CoarseAverageEdge | Replaces edge-centered coarse-level data w/ averaged fine-level data |
Copier | A strange but true thing to make copying from one boxlayoutdata to another fast |
CopyIterator | |
CornerCopier | An even stranger (than Copier) thing to copy from ghost cells to corner ghost cells |
DataFactory< T > | Factory object to data members of a BoxLayoutData container |
DataIndex | |
DataIterator | |
DefaultDataFactory< T > | Factory object to data members of a BoxLayoutData container |
DenseIntVectSet | Dense representation implementation of IntVectSet class |
DenseIntVectSetIterator | DenseIntVectSetIterator iterates over all the 'true' members of a DenseIntVectSet set |
DerivStencil | Class to encapsulate the operations to create derivs on irreg stencils |
DirichletBC | Class to enforce homogeneous Dirichlet boundary conditions |
DiscreteDeltaFn | Pure virtual base class to encapsulate discrete delta function operator |
DisjointBoxLayout | A BoxLayout that has a concept of disjointedness |
DomainGhostBC | Class to enforce ghost-cell based boundary conditions |
DragParticle | BinItem-derived object to encapsulate definition of particle in fluid |
edgeDirichletBC | Class to do Dirichlet edge-centered BC's |
Entry | |
ExtrapBC | Class to enforce homogeneous neumann boundary conditions |
ExtrapFillPatch | Fills outer ghost cells by copying from inner ghost cells |
FABAliasDataFactory | |
FArrayBox | |
FineInterp | Replaces fine level data with interpolation of coarse level data |
FluxBox | A FArrayBox-like container for face-centered fluxes |
GodunovPhysics | |
GodunovUtilities | |
GSRBSmoother | GSRB smoothing as a bottom smoother |
HelmholtzOp | Helmholtz operator class |
HOExtrapBC | Class to do extrapolation BC's |
IndexType | Cell-Based or Node-Based Indices |
InflowVelBC | Does inflow |
InhomoDirichletBC | Implements dirichlet BCs for scalars |
Interval | Structure for passing component ranges in code |
IntVect | An integer Vector in SpaceDim-dimensional space |
IntVectSet | An irregular domain on an integer lattice |
IVSFAB< T > | |
IVSIterator | Iterator for an IntVectSet |
LayoutData< T > | Data that maintains a one-to-one mapping to the boxes in a BoxLayout |
LayoutIndex | An index for LayoutIterator |
LayoutIterator | An Iterator based on a BoxLayout object |
LDOperator< T > | |
LevelData< T > | |
LevelFluxRegister | LevelFluxRegister-A class to encapsulate a levels worth of flux registers |
LevelGodunov | Level Godunov - really a hyperbolic level integrator |
LevelMG | Internal Chombo class to manage multigrid solve on a level |
LevelOp | Pure base class to encapsulate level operations API for elliptic solvers |
LevelSolver | Solves elliptic equations on a level |
List< T > | A Doubly-Linked List Class |
ListIterator< T > | Iterator over a List |
ListLink< T > | |
Mask | |
MayDay | Error-reporting Functions |
MeshRefine | Class which manages grid generation |
MGInterp | Internal Chombo class to interpolate coarse level data to a fine level |
MotionItem | |
NeumannBC | Class to enforce homogeneous Neumann boundary conditions |
NoOpBC | Class to do nothing at a boundary |
NoOpSmoother | Does nothing as a bottom smoother |
NormalInflowVelBC | |
PAmrNS | Class to manage non-subcycled advance for AMRINS with particles |
ParmParse | Parse Parameters From Command Line and Input Files |
PatchAdvection | An OldPatchGodunov-derived class for simple advection-diffusion problems |
PatchGodunov | |
PhysBCUtil | Encapsulates all physical BC's for IAMR solves |
PhysIBC | Physical/domain initial and boundary conditions |
PiecewiseLinearFillPatch | Fills ghost cells by linear interpolation in space and time |
PoissonOp | One-sided differencing version of poisson operator |
PolynomialDelta | Instantiation of discrete delta function using a polynomial |
Pool | Pool is a class to optimize memory allocation |
PP_Array< T > | An Array of Objects of Type T for ParmParse |
PP_CpClassPtr< T > | A Smart Pointer for User-Defined Types for ParmParse |
PP_CpPtr< T > | : A Smart Pointer for Intrinsic or User-Defined Types for ParmParse |
PP_entry | |
PP_List< T > | A Doubly-Linked List for ParmParse |
PP_ListIterator< T > | Iterate over a List for ParmParse |
PP_ListLink< T > | |
PP_LnClassPtr< T > | A Smart Reference Counted Pointer for User-Defined Types for ParmParse |
PP_LnPtr< T > | A Reference Counted Smart Pointer for Intrinsic or User-Defined Types for ParmParse |
PP_String | A String Class for ParmParse |
PP_StringRep | |
PP_UseCount | |
ProblemDomain | A class to facilitate interaction with physical boundary conditions |
QuadCFInterp | Quadratic coarse-fine interpolation utility |
QuadCFStencil | Class to encapsulate CF info for quadratic interpolation |
RealVect | A Real vector in SpaceDim-dimensional space |
RefCountedPtr< T > | A reference-counting handle class |
ReflectBC | Class to do extrapolation BC's |
ReflectOddBC | Class to do extrapolation BC's |
scalarDirichletBC | Implements dirichlet BCs for scalars |
scalarInflowBC | |
scalarInflowChannelBC | |
SerialTask | |
ShiftIterator | Class to manage box-shifting used to enforce periodic BC's |
Side | Encapsulation of high or low side |
SideIterator | Iterator for low and high side |
Timer | |
TreeIntVectSet | IntVectSet implementation based on tree representation |
TreeIntVectSetIterator | |
Tuple< T, N > | Ordered Tuples for Types T |
Vector< T > | One dimensional dynamic array |
VelIBC | IBC for simple Velocity advection (solid wall) boundary conditions |
VelocityPoissonOp | |
viscousBC | Implements boundary conditions on viscous terms themselves |