文件名称:knedlsepp-p1afem-nD-9e58aad
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P1-AFEM and Computational Geometry Codes-The 3D bisection scheme provided by this package is programmed in C and needs to be compiled
before use by calling the scr iptsetup. You can try out the bisection scheme by starting a 3D
example, e.g. exampleSimplex.
before use by calling the scr iptsetup. You can try out the bisection scheme by starting a 3D
example, e.g. exampleSimplex.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
knedlsepp-p1afem-nD-9e58aad\.DS_Store
...........................\differentiation\getHatGrads.m
...........................\...............\gradP1.m
...........................\...............\hyperfaceJumpsP0.m
...........................\.oc\.DS_Store
...........................\...\main.auxlock
...........................\...\main.dvi
...........................\...\main.idx
...........................\...\main.ilg
...........................\...\main.ind
...........................\...\main.out
...........................\...\main.pdf
...........................\...\main.tex
...........................\...\main.tex.backup
...........................\...\main.tex~
...........................\...\MATLAB\poisson.m
...........................\...\mcode.sty
...........................\...\mcode.sty~
...........................\estimators\estimatorPoissonResidual.m
...........................\.xamples\example1D.m
...........................\........\example2DBall.m
...........................\........\example2DSquare.m
...........................\........\exampleFichera1.m
...........................\........\exampleFichera2.m
...........................\........\exampleP1afem2D_1.m
...........................\........\exampleSimplex.m
...........................\........\meshdata\ball.m
...........................\........\........\coordinates.dat
...........................\........\........\dirichlet.dat
...........................\........\........\elements.dat
...........................\........\........\mesh_cube.mat
...........................\........\........\mesh_ficherasCube.mat
...........................\........\........\neumann.dat
...........................\geometric\barycentricToCartesians.m
...........................\.........\cleanMesh.m
...........................\.........\.onvenience\dimMesh.m
...........................\.........\...........\dimSpace.m
...........................\.........\...........\meshBd.m
...........................\.........\...........\numBoundaries.m
...........................\.........\...........\numBoundaryElements.m
...........................\.........\...........\numCoordinates.m
...........................\.........\...........\numElements.m
...........................\.........\genMesh.m
...........................\.........\getBarycenters.m
...........................\.........\getBoundary.m
...........................\.........\getEdges.m
...........................\.........\getElementsOfBoundary.m
...........................\.........\getElementVolumes.m
...........................\.........\getHyperfaces.m
...........................\.........\getNeighbors.m
...........................\.........\getNormals.m
...........................\.........\getPatchVolumes.m
...........................\.........\getSignedElementVolumes.m
...........................\.........\getSubsimplices.m
...........................\.........\orientMesh.m
...........................\.........\orientMeshWithoutBoundary.m
...........................\.........\refinement\adaptive\bisection1D\bisectionCoarsen1D.m
...........................\.........\..........\........\...........\bisectionRefine1D.m
...........................\.........\..........\........\.........2D\bisectionCoarsen2D.m
...........................\.........\..........\........\...........\bisectionRefine2D.m
...........................\.........\..........\........\...........\genBisectionMesh2D.m
...........................\.........\..........\........\.........3D\bisectionCoarsen3D.m
...........................\.........\..........\........\...........\bisectionRefine3D.m
...........................\.........\..........\........\...........\bisectionRefine3D.m~
...........................\.........\..........\........\...........\bisectionRefine3DRecursiveC.mexa64
...........................\.........\..........\........\...........\compileBisectionSource.m
...........................\.........\..........\........\...........\genBisectionMesh3D.m
...........................\.........\..........\........\......