| OptFEM2DP1 Toolbox 1.2b4 Matlab/Octave Optimized P1-Lagrange Finite Element Method in 2D

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Opt/BuildIgJgP1VF.m File Reference

Definition of the arrays Ig and Jg, depending on the parameter Num of global numbering of degrees of freedom. More...

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## Functions
function [ Ig , Jg ] = | BuildIgJgP1VF (Num, me, nq)
| Definition of the arrays Ig and Jg, depending on the parameter Num of global numbering of degrees of freedom.

## Detailed Description

Definition of the arrays Ig and Jg, depending on the parameter Num of global numbering of degrees of freedom.

Definition in file BuildIgJgP1VF.m.

## Function Documentation

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

Definition of the arrays Ig and Jg, depending on the parameter Num of global numbering of degrees of freedom.

Parameters:

  Num | Choice of the numbering of degrees of freedom 0 local numbering (classical method) 1 global numbering
  me | Connectivity array, array. is the storage index of the -th vertex of the -th triangle in the array of vertices coordinates, and .
  nq | total number of vertices, also denoted by .

Return values:

  Ig | Array of indices, 2ndf-by-nmef array
  Jg | Array of indices, 2ndf-by-nmef array
  Copyright | See License issues

Definition at line 17 of file BuildIgJgP1VF.m.

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