[matlab有限单元法的源代码]femcode\adaptive\AdaptiveExample1.m
.................................\........\AdaptiveExample2.m
.................................\........\DefineBases.m
.................................\........\EJindicator1.m
.................................\........\ElementEnergyNormErrs1.m
.................................\........\ElementEnergyNorms.m
.................................\........\ElementLinfNormErrs1.m
.................................\........\ElementResidual1.m
.................................\........\ExpResidual1.m
.................................\........\getAdjacentTriangle.m
.................................\........\getAdjacentTriangles.m
.................................\........\getBubbleVals.m
.................................\........\getDiameter.m
.................................\........\getDiameters.m
.................................\........\getFBndyEdgeNodes.m
.................................\........\getGrad1.m
.................................\........\getOppositeVertex.m
.................................\........\getOtherEdges.m
.................................\........\LocalRefine1.m
.................................\........\QuadElementErrEst1.m
.................................\........\SelectTris.m
.................................\........\Solve.m
.................................\........\StiffnessE.m
.................................\README.txt
.................................\version1\CG.m
.................................\........\CGsing.m
.................................\........\CGSSOR.m
.................................\........\Circlef.m
.................................\........\CoarseCircleMeshD1.m
.................................\........\CoarseCircleMeshN1.m
.................................\........\CoarseEllipseMeshD1.m
.................................\........\CoarseEllipseMeshN1.m
.................................\........\CoarseSemiCircleMeshBottomD1.m
.................................\........\CoarseSemiCircleMeshD1.m
.................................\........\Ellipsef.m
.................................\........\EnergyNorm1.m
.................................\........\EnergyNormErr1.m
.................................\........\Example1a.m
.................................\........\Example1b.m
.................................\........\Example1c.m
.................................\........\fullmg1.m
.................................\........\GaussSeidel.m
.................................\........\GaussSeidel1.m
.................................\........\getDirichletData.m
.................................\........\getGradients1.m
.................................\........\getNeumannData1.m
.................................\........\getNeumannData1a.m
.................................\........\getNodalValues.m
.................................\........\getNodes1.m
.................................\........\getNormal1.m
.................................\........\getNormal1a.m
.................................\........\getTriNodeIndices1.m
.................................\........\HierCG1.m
.................................\........\HierCGsing1.m
.................................\........\HierToNodal1.m
.................................\........\HierToNodalTrans1.m
.................................\........\Interpolate1.m
.................................\........\InterpolateTrans1.m
.................................\........\Jacobi.m
.................................\........\JiggleMesh1.m
.................................\........\L2Norm1.m
.................................\........\L2NormErr1.m
.................................\........\LinfNormErr1.m
.................................\........\Load1.m
.................................\........\MakeEdgesCurved1.m
.................................\........\MakeMesh1.m
.................................\........\Mesh1.m
.................................\........\MeshQuality1.m
.................................\........\mgmu1.m
.................................\........\NeumannMesh.m
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