1;
close all;
h = area(1:10);
gh_area = get(h);

close all;
h = bar(1:10);
gh_bar = get(h);

close all;
[c, h] = contour (meshgrid(1:5,1:5));
gh_contour = get(h);

close all;
[c, h] = contourf (meshgrid(1:5,1:5));
gh_contourf = get(h);

close all;
h = errorbar(1:10,ones(1,10));
gh_errorbar = get(h);

close all;
h = plot (1:10);
gh_plot = get(h);

close all;
h = quiver(0:10, zeros(1,11), 0:10,-5:5);
gh_quiver = get(h);

close all;
h = scatter (rand(1,10), rand(1,10));
gh_scatter = get(h);

close all;
h = stairs(1:10,1:10);
gh_stairs = get(h);

close all;
h = stem (1:10,1:10);
gh_stem = get(h);

close all;
h = surf (meshgrid(1:5,1:5));
gh_surf = get(h);

close all;
h = surfc (meshgrid(1:5,1:5));
gh_surfc = cell (1, length (h));
for n = 1:length (h)
  gh_surfc {n} = get(h (n));
end

close all;
h = mesh (meshgrid(1:5,1:5));
gh_mesh = get(h);

close all;
h = meshc (meshgrid(1:5,1:5));
gh_meshc = cell (1, length (h));
for n = 1:length (h)
  gh_meshc {n} = get(h (n));
end

save testhandles.mat gh_area gh_bar gh_contour gh_contourf gh_errorbar...
   gh_plot gh_quiver gh_scatter gh_stairs gh_stem gh_surf gh_surfc ...
      gh_mesh gh_meshc