| CThunderEgg::BufferReader | Class that is used to help read serialized objects from a buffer |
| CThunderEgg::BufferWriter | Class that is used to help serialize objects into a buffer |
| CThunderEgg::Communicator | Wrapper arount MPI_Comm, provides proper copy operators. Classes that have a communicator are meant to store a Communicator object instead of a raw MPI_Comm |
| CThunderEgg::ComponentArray< D > | Array for acessing data of a patch. It supports variable striding |
| CThunderEgg::GMG::CycleBuilder< D > | Builder for GMG cycles |
| CThunderEgg::GMG::CycleOpts | Options for Cycle classes |
| CThunderEgg::DimensionalArray< N, T > | A dimensional array, used for storing templated with and integer. For example a dimensional array of length 3 holding type T will have three values T<0> at index 0, T<1> at index 1, and T<2> at index 2 |
| CThunderEgg::DimensionalArray< 1, T > | Dimensional Array specialization for length of 1 |
| CThunderEgg::DimensionalArray< D, GhostViewInfo > | |
| CThunderEgg::DimensionalArray< D, IncomingGhostDeque > | |
| CThunderEgg::DimensionalArray< D, LocalCallDeque > | |
| CThunderEgg::DimensionalArray< D, RemoteCallDeque > | |
| CThunderEgg::Domain< D > | Uses a collection of PatchInfo objects to represent the domain of the problem |
| CThunderEgg::Domain< 2 > | |
| CThunderEgg::Domain< 3 > | |
| CThunderEgg::DomainGenerator< D > | Generates Domain objects |
| ▼CThunderEgg::DomainGenerator< 2 > | |
| CThunderEgg::P4estDomainGenerator | Generates Domain objects form a given p4est object |
| ▼CThunderEgg::DomainGenerator< 3 > | |
| CThunderEgg::P8estDomainGenerator | Generates Domain objects form a given p4est object |
| CThunderEgg::DomainTools | Various tools for filling in values in a domain |
| CThunderEgg::Face< D, M > | Enum-style class for the faces of an n-dimensional cube |
| CThunderEgg::Face< D > | |
| ▼CThunderEgg::GhostFiller< D > | Fills ghost cells on patches |
| ►CThunderEgg::MPIGhostFiller< 2 > | |
| CThunderEgg::BiLinearGhostFiller | Exchanges ghost cells on patches, uses a BiLinear interpolation scheme for refinement boundaries |
| CThunderEgg::BiQuadraticGhostFiller | Exchanges ghost cells on patches, handles refinement boundaries with a biquadratic interpolation scheme |
| ►CThunderEgg::MPIGhostFiller< 3 > | |
| CThunderEgg::TriLinearGhostFiller | Performs trilinear interpolation on coarse-fine boundaries of patches |
| CThunderEgg::MPIGhostFiller< D > | Parallell ghostfiller implimented with MPI |
| ▼CThunderEgg::Schur::IfaceInfo< D > | The IfaceInfo class represents the information for an interface on a given side of the patch |
| CThunderEgg::Schur::CoarseIfaceInfo< D > | Represents the interfaces where the neighbor is at a coarser refinement level |
| CThunderEgg::Schur::FineIfaceInfo< D > | Represents the interfaces where the neighbors are at a finer refinement level |
| CThunderEgg::Schur::NormalIfaceInfo< D > | This represents an interface where the neighbor is at the same refinement level |
| CThunderEgg::Schur::IfaceType< D > | An enum-style class that represents interface types |
| ▼Cinput_iterator_tag | |
| CThunderEgg::Face< D, M >::Range::Iterator | Input iterator for Side values |
| CThunderEgg::Orthant< D >::Range::Iterator | Input iterator for Orthant values |
| CThunderEgg::Schur::InterfaceDomain< D > | Represents the Schur compliment domain of the problem |
| CThunderEgg::GMG::InterLevelComm< D > | Facilitates communication between a finer domain and a coarser domain |
| ▼CThunderEgg::GMG::Interpolator< D > | Abstract class for interpolation operators |
| ►CThunderEgg::GMG::MPIInterpolator< D > | Base class that makes the necessary mpi calls, derived classes only have to implement interpolatePatches() method |
| CThunderEgg::GMG::DirectInterpolator< D > | Directly places values from coarse cell into the corresponding fine cells |
| CThunderEgg::GMG::Level< D > | Represents a level in geometric multi-grid |
| CThunderEgg::Loop | Dimension templated loops |
| CThunderEgg::Poisson::MatrixHelper | Create a matrix for the 3D second-order Laplacian operator |
| CThunderEgg::Poisson::MatrixHelper2d | Create a matrix for the 2D second-order Laplacian operator |
| CThunderEgg::PETSc::MatShellCreator< D > | Wraps an Operator for use as a PETSc Mat |
| ▼CThunderEgg::Operator< D > | Base class for operators |
| ►CThunderEgg::GMG::Cycle< D > | Base abstract class for cycles |
| CThunderEgg::GMG::FMGCycle< D > | Implementation of a full multigrid cycle |
| CThunderEgg::GMG::VCycle< D > | Implementation of a V-cycle |
| CThunderEgg::GMG::WCycle< D > | Implementation of a W-cycle |
| ►CThunderEgg::PatchOperator< D > | This is an Operator where derived classes only have to implement the two virtual functions that operate on single patch |
| CThunderEgg::Poisson::StarPatchOperator< D > | Implements 2nd order finite-difference Laplacian operator |
| CThunderEgg::VarPoisson::StarPatchOperator< D > | Implements a variable coefficient Laplacian f=Div[h*Grad[u]] |
| ►CThunderEgg::PatchSolver< D > | Solves the problem on the patches using a specified interface value |
| CThunderEgg::Iterative::PatchSolver< D > | Solves the patches using an iterative Solver on each patch |
| CThunderEgg::Poisson::DFTPatchSolver< D > | Use DFT transforms to solve for the Poisson equation |
| CThunderEgg::Poisson::FFTWPatchSolver< D > | Use FFT transforms to solve for the Poisson equation |
| CThunderEgg::PETSc::MatWrapper< D > | Wraps a PETSc Mat object for use as an Operator |
| ▼CThunderEgg::Operator< D - 1 > | |
| CThunderEgg::Schur::PatchSolverWrapper< D > | Creates a Schur compliment matrix operator for an InterfaceDomain by using a PatchSolver |
| CThunderEgg::Orthant< D > | An enum-style class that represents the octants of a cube |
| CThunderEgg::Orthant< D - 1 > | |
| CThunderEgg::Orthant< M > | |
| CThunderEgg::PatchArray< D > | Array for acessing data of a patch. It supports variable striding |
| CThunderEgg::Schur::PatchIfaceScatter< D > | Scatters between a global Schur compliment vector and a local patch iface vector |
| CThunderEgg::PETSc::PCShellCreator< D > | Wraps an Operator for use as a PETSc PC |
| CThunderEgg::Face< D, M >::Range | Range class for Face |
| CThunderEgg::Orthant< D >::Range | Range class for Orthant |
| ▼CThunderEgg::GMG::Restrictor< D > | Abstract class for restriction operators |
| ►CThunderEgg::GMG::MPIRestrictor< D > | Base class that makes the necessary mpi calls, derived classes only have to implement restrictPatches() method |
| CThunderEgg::GMG::LinearRestrictor< D > | Restrictor that averages the corresponding fine cells into each coarse cell |
| ▼Cruntime_error | |
| ►CThunderEgg::RuntimeError | ThunderEgg runtime exception |
| CThunderEgg::Iterative::BreakdownError | Breakdown exception for iterative methods |
| ▼CThunderEgg::Serializable | Interface for serializing objects |
| ►CThunderEgg::NbrInfoBase | Represents information about a patch's neighbor |
| ►CThunderEgg::NbrInfo< D > | Represents information about a patch's neighbor |
| CThunderEgg::CoarseNbrInfo< D > | Represents a neighbor that is at a coarser refinement level |
| CThunderEgg::FineNbrInfo< D > | Represents neighbors that are at a finer refinement level |
| CThunderEgg::NormalNbrInfo< D > | Represents a neighbor that is at the same refinement level |
| CThunderEgg::PatchInfo< D > | Contains metadata for a patch |
| CThunderEgg::Schur::Interface< D > | This is a set of PatchIfaceInfo objects for an interface |
| CThunderEgg::Schur::PatchIfaceInfo< D > | This decorates a PatchInfo object with a IfaceInfo object for each side of the patch |
| CThunderEgg::Schur::Interface< D >::SideTypePiinfo | A struct for each patch associated with this interface |
| ▼CThunderEgg::GMG::Smoother< D > | Abstract class for smoothing operators |
| CThunderEgg::PatchSolver< D > | Solves the problem on the patches using a specified interface value |
| ▼CThunderEgg::Iterative::Solver< D > | Abstract interface for Iterative solvers |
| CThunderEgg::Iterative::BiCGStab< D > | BiCGStab iterative solver |
| CThunderEgg::Iterative::CG< D > | CG iterative solver |
| CThunderEgg::PETSc::KSPSolver< D > | Wraps a PETSc KSP solver for use use as a Solver |
| CThunderEgg::Timer | Class for keeping track of parallel timings |
| CThunderEgg::Vector< D > | Vector class for use in thunderegg |
| CThunderEgg::Vector< D - 1 > | |
| ▼CThunderEgg::View< T, D > | Array for acessing data of a patch. It supports variable striding |
| CThunderEgg::ComponentView< T, D > | Array for acessing data of a patch. It supports variable striding |
| ▼CThunderEgg::View< double, D > | |
| CThunderEgg::ComponentView< double, D > | |
| ▼CThunderEgg::View< double, D+1 > | |
| CThunderEgg::PatchView< double, D > | |
| ▼CThunderEgg::View< T, D+1 > | |
| CThunderEgg::PatchView< T, D > | View for accessing data of a patch. It supports variable striding |
1.8.17