The following matlab files implement Multigrid for Poisson's equation 
on an interval with zero Dirichlet boundary conditions. 
To run the demo, type makemgdemo1D and then testfmgv1D.
Written by J. Demmel, UC Berkeley, July 10, 1993

<menu>
<li>  <a href="fmgv1D.m">fmgv1D.m</a> -- implement Full Multigrid V-cycle
<li>  <a href="mgv1D.m">mgv1D.m</a> -- implement Multigrid V-cycle
<li>  <a href="mgvrhs1D.m">mgvrhs1D.m</a> -- compute residual in Multigrid V-cycle
<li>  <a href="testfmgv1D.m">testfmgv1D.m</a> -- test fmgv and make nice plots
<li>  <a href="makemgdemo1D.m">makemgdemo1D.m</a> -- set up demo for testfmgv.m
</menu>

The following matlab files implement Multigrid for Poisson's equation 
on a square with zero Dirichlet boundary conditions. 
To run the demo, type makemgdemo and then testfmgv.
Written by J. Demmel, UC Berkeley, July 10, 1993

<menu>
<li>  <a href="fmgv.m">fmgv.m</a> -- implement Full Multigrid V-cycle
<li>  <a href="mgv.m">mgv.m</a> -- implement Multigrid V-cycle
<li>  <a href="mgvrhs.m">mgvrhs.m</a> -- compute residual in Multigrid V-cycle
<li>  <a href="testfmgv.m">testfmgv.m</a> -- test fmgv and make nice plots
<li>  <a href="makemgdemo.m">makemgdemo.m</a> -- set up demo for testfmgv.m
</menu>