This example solves the bidomain equations on a 2d domain. The equations are solved implicitly and the FHN ionic current model is used. The collocation grid used is generated using the lattice scheme. There are several similar examples using the old method, particularly example b2129.
fem define para;r;biline fem define node;r;biline fem define base;r;biline;example fem define elem;r;biline fem define grid;r;biline;example fem update grid geometry fem update grid metric fem group grid xi1 low as stim_point oneoff fem group grid external as boundary fem define equa;r;biline;example class 1,2 fem define mate;r;biline;example class 1,2 fem define cell;r;biline;example class 1,2 fem update grid material class 1,2 fem define init;r;biline;example class 1,2 fem define solv;r;biline;example class 1 fem define solv;r;biline2;example class 2 fem define window fem solve to 0 class 1,2 # Command updated by fixcom.sh on Wed Aug 23 17:50:05 NZT 2000 # Old command: DO M=0..9 for $M ( 0..30 ) { fem solve restart to $M class 1,2 fem draw field grid 1 zmin=-20 zmax=2 noscale class 2 refresh graphics # Command updated by fixcom.sh on Wed Aug 23 17:50:05 NZT 2000 # Old command: ENDDO }
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example_b21521.com 29-Apr-2003 910 biline.exelem 29-Apr-2003 4.3k biline.exnode 29-Apr-2003 1.8k biline.ipbase 29-Apr-2003 1.1k biline.ipcell 29-Apr-2003 3.4k biline.ipelem 29-Apr-2003 2.6k biline.ipequa 26-May-2003 1.4k biline.ipgrid 29-Apr-2003 1.3k biline.ipinit 29-Apr-2003 836 biline.ipmate 29-Apr-2003 1.7k biline.ipnode 29-Apr-2003 2.8k biline.ippara 29-Apr-2003 5.9k biline.ipsolv 13-Apr-2007 1.8k biline2.ipsolv 13-Apr-2007 1.8k
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examples_b_b2_b21_b215_b2152_b21521.tar.gz 14-Apr-2007 7.4k
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