Short Implementation of Adaptive Conforming, Nonconforming, Mixed, and Discontinuous Galerkin FEM'sdoi:10.60507/FK2/HAHOLCbonndata2024-07-232Gedicke, Joscha, 2024, "Short Implementation of Adaptive Conforming, Nonconforming, Mixed, and Discontinuous Galerkin FEM's", https://doi.org/10.60507/FK2/HAHOLC, bonndata, V2Short Implementation of Adaptive Conforming, Nonconforming, Mixed, and Discontinuous Galerkin FEM'sdoi:10.60507/FK2/HAHOLCGedicke, JoschabonndataGedicke, JoschaGedicke, Joscha2024-06-28Mathematical SciencesThis software, written for Matlab, contains four different finite element methods to solve the Poisson model problem on a two-dimensional L-shaped domain with homogeneous Dirichlet boundary conditions and a constant right-hand side equal to one.software<a href="https://mit-license.org/">MIT</a>BISECT.mtext/x-matlabc4n.dattext/x-fixed-fieldCAFEM.mtext/x-matlabCESTIMATE.mtext/x-matlabCFEM.mtext/x-matlabDGAFEM.mtext/x-matlabDGESTIMATE.mtext/x-matlabDGFEM.mtext/x-matlabLICENSEtext/plain; charset=US-ASCIIMAFEM.mtext/x-matlabMARK.mtext/x-matlabMESTIMATE.mtext/x-matlabMFEM.mtext/x-matlabn4Db.dattext/x-fixed-fieldn4e.dattext/x-fixed-fieldNCAFEM.mtext/x-matlabNCESTIMATE.mtext/x-matlabNCFEM.mtext/x-matlabREADME.mdtext/markdownSIDES.mtext/x-matlab