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                 Mesh or Element Type Displays
                       [incomplete list]
    (the command to produce *.ps files are now commented out)
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element_type_mesh_plot.m: element_type_mesh_plot (Type, inc_e, inc_p)
  displays the elements of type Type (0 defaults to all) in the mesh
  and displaces element and node numbers with increments of inc_e,
  and inc_p, respectively (or none if 0). The  required files are 
  msh_bc_xyz.tmp and msh_typ_nodes.tmp.  The script works for 1D and 
  2D meshes.  Output is element_type_mesh_plot.ps.

element_type_mesh_shrink.m: element_type_mesh_shrink (Type, inc_e, 
  inc_p) is the same as element_type_mesh_plot except the elements are
  plotted as an exploded view. Output is element_type_mesh_shrink.ps.

mesh_plot.m: mesh_plot () displays the actual mesh with ten (rotated) 
  element numbers and 20 node numbers displayed.  The required files 
  are msh_bc_xyz.tmp and msh_typ_nodes.tmp.  The script works for 1D 
  and 2D meshes.  Output is mesh_plot.ps. Optional arguments (inc_e, 
  inc_p) give increments in element and node point number displays. 

mesh_shrink_plot.m: mesh_shrink_plot () displays the actual mesh with 
  a gap between each element so all its edges are visible. It also 
  shows 10 (rotated) element numbers and 20 node numbers displayed.  
  The required files are msh_bc_xyz.tmp and msh_typ_nodes.tmp.  The 
  script works for 1D and 2D meshes.  Output is mesh_shrink_plot.ps.

mesh_w_node_steps.m: mesh_w_node_steps (start, stop, inc) with a path
  highlited from node "start" to node "stop" in increments of "inc".
  It requires files msh_bc_xyz.tmp and msh_typ_nodes.tmp. Output is 
  mesh_steps.ps.  It is a companion script to node_graph_result.m.

mesh_3d_plot.m: mesh_3d_plot (inc_e, inc_p) is the 3D extension of
  mesh_plot.m. Output is mesh_3d_plot.ps.
  
mesh_3d_shrink.m: mesh_3d_shrink (inc_e, inc_p) is the 3D extension of
  mesh_shrink_plot.m, output is mesh_3d_shrink.ps.

deleted_mesh_plot.m: deleted_mesh_plot () displays the actual mesh 
  with 10 (rotated) element numbers and 20 node numbers displayed.
  The required files are msh_bc_xyz.tmp and msh_typ_nodes.tmp and
  the logical (0 or 1) deleted flag for each element in file
  msh_deleted.tmp.  Output is deleted_mesh_plot.ps

el_on_boundary_plot.m: el_on_boundary_plot () is like mesh_plot except
  it plots only elements that are flagged to be on the boundary. The
  output is el_on_boundary_plot.ps.