OptFEM3DP1 Toolbox  20130618_070730
Matlab/Octave Optimized P1-Lagrange Finite Element Method in 3D
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Functions
BuildIgJgP1VF.m File Reference

Build Ig and Jg arrays for vectors fields with numerotation <Num>. See report. More...

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Functions

function [ Ig ,
Jg ] = 		BuildIgJgP1VF (Num, me, nq)
 Build Ig and Jg arrays for vectors fields with numerotation <Num>. See report.
 

Detailed Description

Build Ig and Jg arrays for vectors fields with numerotation <Num>. See report.

Definition in file BuildIgJgP1VF.m.

Function Documentation

function [ Ig , Jg ] = BuildIgJgP1VF (   Num,
  me,
  nq 
)

Build Ig and Jg arrays for vectors fields with numerotation <Num>. See report.

Parameters
Num
  • 0 global alternate numbering with local alternate numbering (classical method),
  • 1 global block numbering with local alternate numbering,
  • 2 global alternate numbering with local block numbering,
  • 3 global block numbering with local block numbering.
meConnectivity array, $4\times\nme$ array.
$\me(\jl,k)$ is the storage index of the $\jl$-th vertex of the $k$-th tetrahedron in the array $\q$ of vertices coordinates, $\jl\in\{1,2,3,4\}$ and $k\in{\ENS{1}{\nme}}$.
nqtotal number of vertices, also denoted by $\nq$.
Return values
Ig$144\times \nme$ array
Jg$144\times \nme$ array
CopyrightSee License issues

Definition at line 17 of file BuildIgJgP1VF.m.