function  color_temp_fiber_mesh (wide)
% Copyright 2000, J.E. Akin.  All rights reserved.
%  ------------------------------------------------------
 %? global az el   ? these are not changing with new view

% c_x    = x coordinates of nod_per_el line polygon
% c_y    = y coordinates of nod_per_el line polygon
% msh_typ_nodes   = connectivity list for elements, nt x nod_per_el
% loop   = corners for nod_per_el line polygon
% nod_per_el = Nodes per element
% np     = Number of Points
% nt     = Number of elements
% pre_e  = Element items before connectivity list
% pre_p  = Nodal items before coordinates
% pre_r  = Nodal items before results %CL
% msh_bc_xyz = Nodal coordinates (with preceeding data)
% t_x    = x coordinates of nod_per_el corners
% t_y    = y coordinates of nod_per_el corners

  %b fprintf ('Begin component value carpet plots: \n')
  pre_e  = 0 ;
  pre_p = 1;
  pre_r = 0 ; %CL
  if ( nargin == 0 )
    wide = 2 ; % fiber width
  end % if no arguments

%    Read coordinate file and connectivity file
%    integer bc code, real xy pairs for np points (pre_p = 1)
  load msh_bc_xyz.tmp ;  

%    Set control data: number of points
  np = size (msh_bc_xyz,1) ;   % number of nodal points  
  fprintf ('Read %g mesh coordinate pairs \n', np)
  ns = size (msh_bc_xyz,2) - pre_p ;   % space dimension
  if ( ns < 2 )
    error ('This is not a 2D mesh')
  end % if not 2D data
  
%    Set control data: number elements
  load  msh_typ_nodes.tmp ; % nod_per_el nodes per element
  nt = size (msh_typ_nodes,1) ;          % number of elements in mesh 
  nod_per_el = size (msh_typ_nodes,2) - pre_e -1 ; % nodes per elem
  fprintf ('Read %g elements connections \n', nt)
  Col_1 = pre_e+2 ; %CL
  Col_2 = nod_per_el+pre_e+1 ; %CL

  load node_results.tmp
  nr = size (node_results, 1);
  if ( nr == 0 )
    error ('Error missing file node_results.tmp')
  end % if error
  max_p = size (node_results, 2) - pre_r ; % number of columns %CL
  fprintf ('Read %g nodal solution values \n', nr)
  fprintf ('     with %g components each \n', max_p)

  x (np)      = 0.       ;       % pre-allocate array x
  y (np)      = 0.       ;       % pre-allocate array y
  z (np)      = 0.       ;       % pre-allocate array z
  t_nodes (nod_per_el) = 0 ;    % Optional pre-allocation
  t_x (nod_per_el) = 0 ;        % Optional pre-allocation
  t_y (nod_per_el) = 0 ;        % Optional pre-allocation
  c_x (nod_per_el + 1) = 0 ;    % Optional pre-allocation
  c_y (nod_per_el + 1) = 0 ;    % Optional pre-allocation
  loop (nod_per_el + 1) = 0 ;   % Optional pre-allocation

%                set constants
  [loop] = get_El_Loop (nod_per_el) ;

  % msh_bc_xyz has: pre_p items then: x, y
x = msh_bc_xyz (1:np, (pre_p+1)) ; % extract x  %CL
y = msh_bc_xyz (1:np, (pre_p+2)) ; % extract y %CL
    z = node_results(:, pre_r+1) ; %CL

%    Cite max, min values
  [V_X, L_X] = max (z) ;
  [V_N, L_N] = min (z) ;
  fprintf ('Max value is %g at node %g \n', V_X, L_X)
  fprintf ('Min value is %g at node %g \n', V_N, L_N)
  color = z ;
  caxis([V_N V_X]) ; % set full color ranges

%    Initialize plots
   xmax = max (x)      ; xmin = min (x) ;
   ymax = max (y)      ; ymin = min (y) ;
%  zmax = max (z)      ; zmin = min (z) ;
   clf                               % clear graphics
%  axis ([xmin, xmax, ymin, ymax, zmin, zmax])   % set axes
   axis ([xmin, xmax, ymin, ymax])   % set axes
   axis ('square')

%%    Get view azimuth and elevation
  %[az, el] = view ;

   hold on                           % hold image for plots
   %xlabel ('X')                      % add label
   %ylabel ('Y')                      % add label
   xlabel (['X at ', int2str(np),' Nodes'])
   ylabel (['Y on ', int2str(nt),' Elements'])
   if ( wide > 0 ) % then
     title  (['.     Temperature (', ...
     num2str(V_X), ' to ', num2str(V_N), ') with Nanofibers'])
   else % standard with no fibers
     title  (['        Temperature (max = ', ...
     num2str(V_X), ', min = ', num2str(V_N), ')'])
   end % if fibers

%    Loop over all elements
  for it = 1:nt  ;

%      Extract corner connectivity 
    t_nodes = msh_typ_nodes (it, Col_1:Col_2 ) ; %CL

%      Extract corner coordinates
    t_x  = x (t_nodes) ;         % x at those nodes, only
    t_y  = y (t_nodes) ;         % y at those nodes, only
    t_z  = z (t_nodes) ;         % z at those nodes, only

%      Plot this polygon
    c_x  = t_x (loop) ;       % x for nod_per_el line polygon
    c_y  = t_y (loop) ;       % y for nod_per_el line polygon
    c_z  = t_z (loop) ;
%   plot3 (c_x, c_y, c_z)           % plot nod_per_el lines
    fill (c_x, c_y, c_z)           % plot nod_per_el lines
  end % for over all elements
% plot3(c_x, c_y, c_z), grid      % add grid to last one
  fill (c_x, c_y, c_z), grid      % add grid to last one
  colorbar
 
% label max min points 
% text ('Color', 'yellow')
% v_text = sprintf ('------min') ;
% text  (x(L_N), y(L_N), V_N, v_text) ;
% v_text = sprintf ('------max') ;
% text  (x(L_X), y(L_X), V_X, [v_text]) ;   ;

% end % if show labels

%         overlay the fiber locations, if present
 if ( wide > 0) % then
  fiber_loc_overlay (xmin, xmax, ymin, ymax, wide)
end % if fibers

%       -depsc -tiff            % for an eps version
  hold off
  %bfprintf (1,'%s', v_text) ; fprintf (1, ' \n' )
% end of color_result_fiber