🚀 go-pugleaf

I've finally sorted out the problem of importing matlab eps files into 
framemaker. The important thing to do is remove the %%EOF line that
matlab sticks at the end of the file. I did this by inserted a short
sed script into print.m.

The second modification I  made to print.m was to not add the preview information.
I'm using Openview 3.0, and framemaker will render the eps file directly, so
the preview info is redundant for me. Print.m appears to always add -preview
to the eps files, whether or not you wanted that to happen. I commented out
this part of print.m

My version of print.m is attached below. Use at your own risk.

Jeff Kantor
Notre Dame

function print(arg1,arg2,arg3,arg4,arg5)
%PRINT	Print graph or save graph to file.
%	PRINT <filename> saves the current Figure window in PostScript
%	format to the designated filename, overwriting it if it 
%	already exists. If the specified filename does not include an
%	extension, ".ps" or ".eps" is appended to the filename.
%	If the filename is omitted, the Figure is sent directly to the
%	printer as specified in PRINTOPT.
%
%	Syntax: PRINT [ -ddevice] [ -append ] <filename>
%
%	Available device options are:
%	   -dps    - PostScript for black and white printers
%	   -dpsc   - PostScript for color printers
%	   -dps2   - Level 2 PostScript for black and white printers
%	   -dpsc2  - Level 2 PostScript for color printers
%
%	   -deps   - Encapsulated PostScript (EPSF)
%	   -depsc  - Encapsulated Color PostScript (EPSF)
%	   -deps2  - Encapsulated Level 2 PostScript (EPSF)
%	   -depsc2 - Encapsulated Level 2 Color PostScript (EPSF)
%
%	Other PRINT options are:
%	   -append - Append the graph to file, rather than overwriting
%
%	PRINT, by itself, or with a device name, sends the contents
%	of the current Figure window to the printer.  See PRINTOPT
%	to control printing defaults.
%
%	See also PRINTOPT, ORIENT.

%	Copyright (c) 1984-92 by The MathWorks, Inc.

%
% list of all supported devices, for input validation
%
devices = [
	'ps   '
	'psc  '
	'ps2  '
	'ps2c '
	'psc2 '
	'eps  '
	'epsc '
	'eps2 '
	'eps2c'
	'epsc2'
];

options = [
	'append '
	'preview'
];

printplot = 0;
isEps = 0;
num_opt_args = 0;
filename = [];

[lprcmd, dev] = printopt;

for i=1:nargin
	cur_arg = eval(['arg', num2str(i)]);
	if (cur_arg(1) ~= '-')
		if isempty(filename)
			filename = cur_arg;
		else
			error('Multiple inputs that look like filenames, no ''-''.');
		end

	elseif (cur_arg(2) == 'd')
		%
		% verify device given is supported
		% device proper starts after '-d', if only '-d'
		% we echo out possible choices
		%
		dev = cur_arg;
		match = 0;
		wasError = 0;
		if ( size(dev,2) > 2 )
			wasError = 1;
			for r = 1:size(devices,1)
				if strcmp( deblank(dev(3:size(dev,2))), deblank(devices(r,:)) )
					match = 1;
					break;
				end
			end
			if ~match
				disp('Illegal device specified.');
			end
		end
		if ~match
			disp('Supported devices are:')
			disp(devices);
			if wasError
				error(' ');
			else
				return;
			end
		end
		if (dev(3) == 'e')
			isEps = 1;
		end

	else
		%
		% verify any given options are supported
		%
		match = 0;
		if size(cur_arg,2) > 1
			op = cur_arg(2:size(cur_arg,2));
			for r = 1:size(options,1)
				c = min(size(op,2), size(options(r,:),2));
				if strcmp(op(1:c), options(r,1:c))
					match = 1;
					break;
				end
			end
		end
		if ~match
			error(['Illegal option ''' op ''' given.'])
		end
		num_opt_args = num_opt_args + 1;
		eval(['opt_arg', num2str(num_opt_args), ' = cur_arg;']);
	end
end

if isempty(filename)
	if (isEps == 1)
		error('Filename must be specified.')
	end
	% Generate a unique filename
	t = fix(clock);
	filename = ['tp' sprintf('%02.0f%02.0f%02.0f.ps',t(4),t(5),t(6))];
	printplot = 1;
end

% Append appropriate extension to filename if not there already
if ~any(filename == '.')
	if (isEps)
		filename = [filename '.eps'];
	else
		filename = [filename '.ps'];
	end
end

% Create objects on screen if not already there
drawnow

% EPS file gets Adobe standard EPSI bitmap preview
% Bring figure to top of window stacking order for screen capture
%if (isEps)
%	num_opt_args = num_opt_args + 1;
%	eval(['opt_arg', num2str(num_opt_args), ' = ''-preview'';']);
%	figure(gcf)
%end	

% Invert B&W color properties of Figure and child objects
if strcmp( 'on', get(gcf,'InvertHardcopy') )
	cinvert( gcf );
end

% if not color, set lines and text to a color contrasting background
if isempty( find('c' == dev) )
	lineTextColors = blt;
end

if (num_opt_args == 0)
	hardcopy(gcf, filename, dev)
elseif (num_opt_args == 1)
	hardcopy(gcf, filename, dev, opt_arg1)
elseif (num_opt_args == 2)
	hardcopy(gcf, filename, dev, opt_arg1, opt_arg2)
elseif (num_opt_args == 3)
	hardcopy(gcf, filename, dev, opt_arg1, opt_arg2, opt_arg3)
elseif (num_opt_args == 4)
	hardcopy(gcf, filename, dev, opt_arg1, opt_arg2, opt_arg3, opt_arg4)
end

if isEps
  eval(['!sed ''s/%%EOF//''',' ',filename,' >temp']);
  eval(['!mv -f temp ',filename]);
end


% set color of lines and text back to what they were
if isempty( find('c' == dev) )
	blt(lineTextColors);
end

% Invert back the W&B color properties of Figure and child objects
if strcmp( 'on', get(gcf,'InvertHardcopy') )
	cinvert( gcf );
end

%
% Discard all the object invalidations that occured as a result of changing
% colors. All objects are back to their previous state, but they don't 
% know that and won't draw themselves.
%
if isempty( find('c' == dev) ) | strcmp( 'on', get(gcf,'InvertHardcopy') )
	drawnow('discard')
end

if printplot
	lprcmd = [lprcmd,' ',filename];
	eval(['!',lprcmd]);
end