How to install¶
Since we use standard GNU tools, the installation of the GetFEM library is somewhat standard. See the download and install page for more details for the installations on the different plateforms.
GetFEM
Navigation
- User Documentation
- Introduction
- How to install
- Linear algebra procedures
- MPI Parallelization of GetFEM
- Catch errors
- Build a mesh
- Build a finite element method on a mesh
- Selecting integration methods
- Mesh refinement
- Compute arbitrary terms - high-level generic assembly procedures - Generic Weak-Form Language (GWFL)
- Compute arbitrary terms - low-level generic assembly procedures (deprecated)
- Some Standard assembly procedures (low-level generic assembly)
- Interpolation of arbitrary quantities
- Incorporate new finite element methods in GetFEM
- Incorporate new approximated integration methods in GetFEM
- Level-sets, Xfem, fictitious domains, Cut-fem
- Tools for HHO (Hybrid High-Order) methods
- Interpolation/projection of a finite element method on non-matching meshes
- Compute \(L^2\) and \(H^1\) norms
- Compute derivatives
- Export and view a solution
- A pure convection method
- The model description and basic model bricks
- Numerical continuation and bifurcation
- Finite strain Elasticity bricks
- Small strain plasticity
- ALE Support for object having a large rigid body motion
- Appendix A. Finite element method list
- Appendix B. Cubature method list
- References
- GetFEM Tutorial
- Description of the Project
- Gmm++ Library
- Octave and MatLab Interfaces
- Python Interface
- SciLab Interface
- How to install from sources on Linux
- How to use docker images of python interface
- How to install from sources on MacOS X
- How to install GetFEM from sources on Windows
- What’s New in GetFEM
- Documenting
- Glossary
- About these documents
- Reporting Bugs in GetFEM
- Legal information
- History and License
- Some related links
- GetFEM Mailing Lists
- GetFEM in action …
- Matlab source code for the tripod
- Matlab source code for the Stokes equation example
- Matlab source code for the Helmholtz equation example