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OptFEM3DP1 Toolbox
V1.0
Matlab/Octave Optimized P1-Lagrange Finite Element Method in 3D
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NAME [Kg]=ElemMassMat3DVecP1D0(volumes) INPUTS volumess : vector 1 x nme (elements volume) OUTPUTS Kg : matrix 16 x nme DESCRIPTION Compute P1-Lagrange Kg array for Mass matrix (see report). Numbering of local points in reference element is :
Go to the source code of this file.
Functions | |
| function Kg = | ElemMassMat3DVecP1D0 (volumes) |
NAME [Kg]=ElemMassMat3DVecP1D0(volumes) INPUTS volumess : vector 1 x nme (elements volume) OUTPUTS Kg : matrix 16 x nme DESCRIPTION Compute P1-Lagrange Kg array for Mass matrix (see report). Numbering of local points in reference element is :
P=[(0, 0, 0), (1, 0, 0), (0, 1, 0), (0, 0, 1)]Automatic generation with sage (c) Cuvelier F. email:cuvelier@math.univ-paris13.fr Copyright: See License issues. | |
NAME [Kg]=ElemMassMat3DVecP1D0(volumes) INPUTS volumess : vector 1 x nme (elements volume) OUTPUTS Kg : matrix 16 x nme DESCRIPTION Compute P1-Lagrange Kg array for Mass matrix (see report). Numbering of local points in reference element is :
Automatic generation with sage (c) Cuvelier F. email:cuvelier@math.univ-paris13.fr Copyright: See License issues.
Definition in file ElemMassMat3DVecP1D0.m.
| function Kg = ElemMassMat3DVecP1D0 | ( | volumes | ) |
NAME [Kg]=ElemMassMat3DVecP1D0(volumes) INPUTS volumess : vector 1 x nme (elements volume) OUTPUTS Kg : matrix 16 x nme DESCRIPTION Compute P1-Lagrange Kg array for Mass matrix (see report). Numbering of local points in reference element is :
Definition at line 17 of file ElemMassMat3DVecP1D0.m.