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Class documentation of Concepts
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Class documentation of Concepts
Contents
Here you find the documentation of
- namespaces,
- classes,
- files, and
- directories.
Directory structure
The directories of Concepts are structured in the following way (not all are available in the public version):
| Directory | Description | Library created | Library used |
| basics/ | Basic definitions like type definitions, exception handling, (small) vectors and matrices. | libconceptsbasics | |
| toolbox/ | Definition of classes for data handling (arrays, STL vectors and sets), input-output handling, functions on strings. | libconceptstoolbox | libconceptsbasics |
| integration/ | Definition of integration rules and family of 1D functions to define the basis of finite element spaces. | libconceptsintegration | libconceptsbasics |
| formula/ | Definition of formulas, e.g., for sources, and formulas defined on cells, e.g., for materials, or finite elements, e.g., the finite element solution. | libconceptsformula | libconceptstoolbox |
| geometry/ | Definition of topological and geometrical objects and of meshes in different dimensions. | libconceptsgeometry | libconceptsformula |
| python/ | Python classes to define input files and meshes to use within Concepts. | ||
| matlab/ | Some useful scripts in Matlab. | ||
| space/ | Abstract definition of finite elements and finite element spaces (boundary elements are special finite elements). | libconceptsspace | libconceptsgeometry |
| function/ | Definition of linear forms and (coefficient) vectors representing e.g. the solution or the source. | libconceptsfunction | libconceptsspace |
| operator/ | Abstract definition of operators and matrices. Definition of bilinear forms, sparse and dense matrices, of iterative solvers like CG and GMRES, interfaces to external solvers like MUMPS or Trilinos Belos. | libconceptsoperator | libconceptsfunction |
| sparseqr/ | QR decomposition for sparse matrices (external package). | libconceptssparseqr | libconceptsbasics |
| constraints/ | Definition of constraints like essential boundary conditions. | libconceptsconstraints | libconceptsoperator |
| vectorial/ | Definition of finite elements for vector fields and respective linear and bilinear forms as well as block operators. Definition of the Uzawa and the Bramble-Pascial algorithms for saddle-point problems. | libconceptsvectorial | libconceptsoperator |
| eigensolver/ | Abstract definition of an eigenvalues solver and interfaces to external packages like Arpack++. | libconceptseigensolver | libconceptsoperator |
| matfile/ | Input and output of dense and sparse matrices from and to the binary format of Matlab. | libconceptsmatfile | libconceptsoperator |
| graphics/ | Routines for the graphical output of meshes, finite element solutions or formulas to Matlab's binary format, to a Matlab's M-file, to a VTK-file, to EPS, or Tecplot. | libconceptsgraphics | libconceptsmatfile |
| timestepping/ | Definition of time integration schemes, like explicit and implicit Euler, Crank-Nicolson, Runge-Kutta, Newmark. | libconceptstimestepping | libconceptsoperator |
| applications/ | Directory contains all example programs that you find in HowToGetStarted, Tutorials, and Applications | ||
| app-.../ | Private directories for Concepts users. | ||
| builds/ | Directory where the executable files and object files are written to. | ||
| makesupport/ | Supports the making of the Concepts libraries and the linking of external packages. | ||
| doc/ | Directory for this Doxygen documention. | ||
| models/ | Definition of some models, mainly in electromagnetism. | ||
| waveprop/ | Definitions needed in wave-propagation problems like plane waves or PML layer. | ||
| hp1D/ | hp-adaptive finite elements in 1D and respective linear and bilinear forms. | libconceptshp1D | libconceptsoperator |
| hp2D/ | hp-adaptive finite elements on quadrilaterals in 2D and respective linear and bilinear forms. | libconceptshp2D | libconceptshp1D |
| hp2Dedge/ | hp-adaptive H(curl2D)-conforming finite elements on quadrilaterals in 2D (called edge or Nédélec elements) and respective linear and bilinear forms. | libconceptshp2Dedge | libconceptshp2D |
| hp3D/ | hp-adaptive finite elements on hexahedras in 3D and respective linear and bilinear forms. | libconceptshp3D | libconceptshp2D |
| bem/ | Definition of finite elements on triangles in 3D (boundary elements), boundary element spaces and bilinear forms for the Laplace single layer and double layer potential. | libconceptsbem | libconceptsbemInt |
| bemInt/ | Integration routines for boundary elements. | libconceptsbemInt | libconceptsbasics |
| aglowav/ | Agglomerated wavelets for boundary elements. | libconceptsaglowav | libconceptsbemInt |
| aglowav2/ | Agglomerated Haar wavelet for boundary elements. | libconceptsaglowav2 | |
| linearFEM/ | Linear finite elements on intervals in 1D and on triangles in 2D and respective linear and bilinear forms. | libconceptslinearFEM | libconceptsoperator |
| linDG1D/ | Linear discontinuous Galerkin finite elements in 1D. | libconceptslinDG1D | libconceptslinearFEM |
| linDG2D/ | Linear discontinuous Galerkin finite elements on triangles in 2D. | libconceptslinDG2D | libconceptslinearFEM |
| linDG3D/ | Linear discontinuous Galerkin finite elements on tetrahedra in 3D. | libconceptslinDG3D | libconceptsspace |
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