| adapter.hh [code] | |
| aggregates.hh [code] | Provides classes for the Coloring process of AMG |
| agmemory.hh [code] | |
| agrid.hh [code] | |
| alberta_undefs.hh [code] | Contains undefs for all preprocessor macros defined by alberta |
| albertaextra.hh [code] | |
| albertagrid.hh [code] | |
| albertaheader.hh [code] | |
| alignment.hh [code] | This file implements a template class to determine alignment requirements at compile time |
| allocator.hh [code] | |
| alu3dgridfactory.hh [code] | |
| alugrid.hh [code] | Provides base classes for ALUGrid |
| amg.hh [code] | The AMG preconditioner |
| amirameshreader.hh [code] | |
| amirameshwriter.hh [code] | |
| arraylist.hh [code] | |
| bartonnackmanifcheck.hh [code] | Provides check for implementation of interface methods when using static polymorphism, i.e. Barton-Nackman trick. Use by invoking CHECK_INTERFACE_IMPLEMENTATION(asImp().methodToCheck()) and for template methods double ( CHECK_INTERFACE_IMPLEMENTATION((asImp().template methodToCheck<param> ())) |
| base.cc | This file contains the parts independent of a particular Refinement implementation |
| basearray.hh [code] | Implements several basic array containers |
| bcrsmatrix.hh [code] | Implementation of the BCRSMatrix class |
| bdmatrix.hh [code] | Implementation of the BDMatrix class |
| bigunsignedint.hh [code] | Portable very large unsigned integers |
| binaryfunctions.hh [code] | |
| bitfield.hh [code] | |
| bitsetvector.hh [code] | Efficient implementation of a dynamic array of static arrays of booleans |
| operators/boundaryconditions.hh [code] | Definition of boundary condition types, extend if necessary |
| stokes/boundaryconditions.hh [code] | |
| boundarysegment.hh [code] | Base class for grid boundary segments of arbitrary geometry |
| bvector.hh [code] | This file implements a vector space as a tensor product of a given vector space. The number of components can be given at run-time |
| cachedmapping.hh [code] | |
| capabilities.hh [code] | A set of traits classes to store static information about grid implementation |
| codimtable.hh [code] | |
| collectivecommunication.hh [code] | |
| combinedfunctor.hh [code] | |
| combinedgrapedisplay.hh [code] | Combines several mesh scenes for visualisation of parallel data |
| communicator.hh [code] | Provides utility classes for syncing distributed data via MPI communication |
| configparser.hh [code] | |
| construction.hh [code] | Helper classes for the construction of classes without empty constructor |
| conversion.hh [code] | |
| cornermapping.hh [code] | |
| cubeshapefunctions.hh [code] | Define Lagrange type shape functions |
| datahandle.hh [code] | |
| datahandleif.hh [code] | Describes the parallel communication interface class for MessageBuffers and DataHandles |
| debugstream.hh [code] | |
| defaultgridview.hh [code] | |
| defaultindexsets.hh [code] | Provides default index set implementations for Level- and LeafIndexsets used by AlbertaGrid and ALUGrid |
| dependency.hh [code] | Provides classes for initializing the link attributes of a matrix graph |
| deprecated.hh [code] | |
| dgfalberta.hh [code] | |
| dgfalu.hh [code] | |
| dgfexception.hh [code] | |
| dgfgridtype.hh [code] | A simple strategy for defining a grid type depending on defines set during the make proecess: |
| dgfoned.hh [code] | |
| dgfparser/dgfparser.hh [code] | |
| dgfparser.hh [code] | |
| dgfparserblocks.hh [code] | |
| dgfs.hh [code] | |
| dgfug.hh [code] | |
| dgfunction.hh [code] | Class for discontinous galerkin element functions |
| dgfyasp.hh [code] | |
| dgstokes.hh [code] | |
| diagonalmatrix.hh [code] | This file implements a quadratic matrix of fixed size which is diagonal |
| dlist.hh [code] | |
| entity.hh [code] | |
| entitykey.hh [code] | |
| entitypointer.hh [code] | Wrapper and interface classe for a static iterator (EntityPointer) |
| enumset.hh [code] | Classes for building sets out of enumeration values |
| dune-common/common/exceptions.hh [code] | A few common exception classes |
| dune-grid/grid/albertagrid/exceptions.hh [code] | |
| exprtmpl.hh [code] | |
| fassign.hh [code] | Classes for implementing an assignment to FieldVector from a comma-separated list |
| finitestack.hh [code] | |
| fixedarray.hh [code] | Implementation of the stl array class (a static array) and its deprecated ancestor FixedArray |
| fmatrix.hh [code] | This file implements a matrix constructed from a given type representing a field and compile-time given number of rows and columns |
| functions.hh [code] | Hierarchy for functions |
| fvector.hh [code] | This file implements a vector constructed from a given type representing a field and a compile-time given size |
| galerkin.hh [code] | Provides a class for building the galerkin product based on a aggregation scheme |
| gcd.hh [code] | |
| geldesc.hh [code] | |
| genericiterator.hh [code] | This file implements a generic iterator classes for writing stl conformant iterators |
| genericreferenceelement.hh [code] | |
| albertagrid/geometry.hh [code] | |
| common/geometry.hh [code] | Wrapper and interface classes for element geometries |
| genericgeometry/geometry.hh [code] | |
| geometrytraits.hh [code] | |
| geometrytype.hh [code] | A unique label for each type of element that can occur in a grid |
| ghmesh.hh [code] | |
| globalaggregates.hh [code] | |
| globalp2index.hh [code] | Provides a mapper class for P2 functions |
| gnuplot.cc | Implementation of gnuplot output for 1D and 2D grids |
| gnuplot.hh [code] | Provides gnuplot output for 1D Grids |
| grape_undefs.hh [code] | Contains undefs for all preprocessor macros defined by grape |
| grapecommon.hh [code] | |
| grapedatadisplay.hh [code] | Provides a DataDisplay class using the GridDisplay and dune-fem module for class DiscreteFubctions support |
| grapedataioformattypes.hh [code] | |
| grapegriddisplay.hh [code] | Provides a GridDisplay class using the GRAPE-HMesh Interface |
| grapehmesh.hh [code] | |
| grapeinclude.hh [code] | |
| grapewrapper.hh [code] | |
| graph.hh [code] | Provides classes for building the matrix graph |
| graphcreator.hh [code] | |
| grid.hh [code] | Different resources needed by all grid implementations |
| albertagrid/griddim.hh [code] | |
| utility/griddim.hh [code] | |
| gridenums.hh [code] | |
| gridfactory.hh [code] | Provide a generic factory class for unstructured grids |
| gridinfo.hh [code] | Some functions to list information about a grid |
| gridpart.hh [code] | |
| io/file/dgfparser/gridtype.hh [code] | |
| utility/gridtype.hh [code] | A simple strategy for defining a grid type depending on defines set during the make proecess: |
| gridview.hh [code] | |
| groundwater.hh [code] | Base class for defining an instance of the groundwater flow problem |
| gsetc.hh [code] | Simple iterative methods like Jacobi, Gauss-Seidel, SOR, SSOR, etc. in a generic way |
| h1error.hh [code] | |
| hcube.cc | This file contains the Refinement implementation for hypercubes (quadrilaterals, hexahedrons, etc.) |
| hcubetriangulation.cc | This file contains the Refinement implementation for triangulating hypercubes (quadrilateral -> triangle, hexahedron -> tetrahedron) |
| helpertemplates.hh [code] | Compile-time constraint checks from the Stroustrup FAQ |
| hierarchicalcubeshapefunctions.hh [code] | Define hierarchical type shape functions |
| hierarchicalprismshapefunctions.hh [code] | Define Hierarchical type shape functions for prism elements |
| hierarchicalshapefunctions.hh [code] | Define hierarchical shape functions |
| hierarchicalsimplexshapefunctions.hh [code] | Define Hierarchical type shape functions for simplicial elements |
| hierarchiciterator.hh [code] | |
| hierarchicsearch.hh [code] | Utility class for hierarchically searching for an Entity containing a given point |
| hierarchy.hh [code] | Provides a classes representing the hierarchies in AMG |
| hybridmapping.hh [code] | |
| ilu.hh [code] | ??? |
| indexidset.hh [code] | Provides base classes for index and id sets |
| indexset.hh [code] | Provides a map between global and local indices |
| indexsets.hh [code] | |
| indexstack.hh [code] | Provides an index stack that supplies indices for element numbering for a grid (i.e. AlbertaGrid and ALUGrid) |
| indicescoarsener.hh [code] | Provides a class for building the index set and remote indices on the coarse level |
| indicessyncer.hh [code] | Class for adding missing indices of a distributed index set in a local communication |
| interface.hh [code] | Provides classes for building the communication interface between remote inidices |
| interfaces.hh [code] | Provides a Interfaces for detection of specific behavior |
| intersection.hh [code] | |
| intersectiongetter.hh [code] | Utilities to get the intersection iterator depending |
| intersectioniterator.hh [code] | |
| intersectioniteratorwrapper.hh [code] | Provides proxy classes for IntersectionsIterators |
| io.hh [code] | Some generic functions for pretty printing vectors and matrices |
| istlexception.hh [code] | |
| iteratorfacades.hh [code] | This file implements iterator facade classes for writing stl conformant iterators |
| l2error.hh [code] | |
| lagrangeshapefunctions.hh [code] | Define Lagrange type shape functions |
| langrangeshapefunctions.hh [code] | |
| laplace.hh [code] | Compute local stiffness matrix for the Laplace operator |
| lcm.hh [code] | |
| leafiterator.hh [code] | |
| leveliterator.hh [code] | |
| linearelasticityassembler.hh [code] | Compute local stiffness matrix for conforming finite elements for linear elasticity equation |
| localindex.hh [code] | Provides classes for use as the local index in ParallelIndexSet |
| localstiffness.hh [code] | Defines a class for piecewise linear finite element functions |
| lru.hh [code] | LRU Cache Container, using an STL like interface |
| mapper.hh [code] | Provides classes with basic mappers which are used to attach data to a grid |
| mapping.hh [code] | |
| mappingprovider.hh [code] | |
| massmatrix.hh [code] | Compute local stiffness matrix for conforming finite elements for the vector values mass matrix |
| dune-grid/grid/genericgeometry/matrix.hh [code] | |
| dune-istl/istl/matrix.hh [code] | A dynamic dense block matrix class |
| matrixindexset.hh [code] | |
| matrixutils.hh [code] | Some handy generic functions for ISTL matrices |
| mcmgmapper.hh [code] | Mapper for multiple codim and multiple geometry types |
| dune-common/common/misc.hh [code] | Miscellaneous helper stuff |
| dune-grid/grid/genericgeometry/misc.hh [code] | |
| monomialshapefunctions.hh [code] | Define monomial type shape functions |
| mpicollectivecommunication.hh [code] | |
| mpihelper.hh [code] | This file contains helpers for dealing with MPI |
| mpitraits.hh [code] | Traits classes for mapping types onto MPI_Datatype |
| nullptr.hh [code] | |
| onedgrid.hh [code] | The OneDGrid class |
| operators.hh [code] | Define general, extensible interface for operators. The available implementation wraps a matrix |
| orthonormalshapefunctions.hh [code] | Define monomial type shape functions |
| overlappingschwarz.hh [code] | Contains one level overlapping Schwarz preconditioners |
| owneroverlapcopy.hh [code] | Classes providing communication interfaces for overlapping Schwarz methods |
| p0function.hh [code] | Defines a class for piecewise linear finite element functions |
| p1function.hh [code] | Defines a class for piecewise linear finite element functions |
| p1groundwater.hh [code] | Compute local stiffness matrix for conforming finite elements for diffusion equation |
| p1groundwaterestimator.hh [code] | Compute local stiffness matrix for conforming finite elements for diffusion equation |
| p1mgtransfer.hh [code] | |
| p1operator.hh [code] | Defines a class for piecewise linear finite element functions |
| p2function.hh [code] | Defines a class for piecewise quadratic finite element functions |
| pardiso.hh [code] | |
| pinfo.hh [code] | |
| plocalindex.hh [code] | Provides classes for use as the local index in ParallelIndexSet for distributed computing |
| pmatrix.hh [code] | |
| poolallocator.hh [code] | |
| precision.hh [code] | |
| preconditioners.hh [code] | Define general preconditioner interface |
| prismshapefunctions.hh [code] | Define Lagrange type shape functions for prism elements |
| properties.hh [code] | Provides classes for handling internal properties in a graph |
| propertymap.hh [code] | |
| pyramidshapefunctions.hh [code] | Define Lagrange type shape functions for pyramidal elements |
| quadpointshapefunctions.hh [code] | Abstract base class for shape functions |
| quadraturerules.hh [code] | |
| common/referenceelements.hh [code] | Definition of reference elements for all types and dims |
| genericgeometry/referenceelements.hh [code] | |
| referencetopo.hh [code] | |
| refinement.hh [code] | This file simply includes all Refinement implementations so you don't have to do them separately |
| remoteindices.hh [code] | Classes discribing a distributed indexset |
| renumberer.hh [code] | |
| rhs.hh [code] | |
| scalarproducts.hh [code] | Define base class for scalar product and norm |
| scaledidmatrix.hh [code] | This file implements a quadratic matrix of fixed size which is a multiple of the identity |
| schwarz.hh [code] | |
| scsgmapper.hh [code] | Mapper classes are used to attach data to a grid |
| selection.hh [code] | |
| sgrid.hh [code] | |
| shapefunctions.hh [code] | Abstract base class for shape functions |
| simplex.cc | This file contains the Refinement implementation for simplices (triangles, tetrahedrons...) |
| simplexshapefunctions.hh [code] | Define Lagrange type shape functions for simplicial elements |
| singleton.hh [code] | Usefull wrapper for creating singletons |
| sizecache.hh [code] | Provides size cache classes to implement the grids size method efficiently |
| sllist.hh [code] | This file implements a single linked list together with the necessary iterators |
| smallobject.hh [code] | |
| smartpointer.hh [code] | This file implements the class SmartPointer which is a reference counting pointer |
| smoother.hh [code] | Classes for the generic construction and application of the smoothers |
| solvercategory.hh [code] | |
| solvers.hh [code] | Define general, extensible interface for inverse operators |
| stack.hh [code] | |
| starcdreader.hh [code] | |
| static_assert.hh [code] | |
| stdstreams.hh [code] | |
| stokesparameters.hh [code] | |
| subtopologies.hh [code] | |
| superlu.hh [code] | Classes for using SuperLU with ISTL matrices |
| supermatrix.hh [code] | |
| testfunctions.hh [code] | |
| testgeo.hh [code] | |
| timer.hh [code] | A simple timing class |
| topologytypes.hh [code] | |
| traceprovider.hh [code] | |
| transfer.hh [code] | Prolongation and restriction for amg |
| tuples.hh [code] | Contains classes that implement tuples |
| typetraits.hh [code] | Traits for type conversions and type information |
| uggrid.hh [code] | The UGGrid class |
| uggridfactory.hh [code] | The specialization of the generic GridFactory for UGGrid |
| universalmapper.hh [code] | Mapper for any set of entities |
| utility.hh [code] | Contain utility classes which can be used with tuples |
| vbcrsmatrix.hh [code] | ??? |
| vbvector.hh [code] | ??? |
| version.hh [code] | |
| virtualrefinement.cc | This file contains the virtual wrapper around refinement |
| virtualrefinement.hh [code] | This file contains the virtual wrapper around refinement |
| vtksequencewriter.hh [code] | |
| vtkwriter.hh [code] | Provides file i/o for the visualization toolkit |
| yaspgrid.hh [code] | |