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📄 CIDFnmap(291 B)
📄 FCOfontmap-PCLPS2(2.94 KB)
📄 Fontmap(216 B)
📄 Fontmap.GS(11.93 KB)
📄 cidfmap(398 B)
📄 cidfmap.GS(991 B)
📄 gs_agl.ps(27.93 KB)
📄 gs_btokn.ps(11.11 KB)
📄 gs_cet.ps(1.77 KB)
📄 gs_cff.ps(24 KB)
📄 gs_cidcm.ps(16.97 KB)
📄 gs_ciddc.ps(8.18 KB)
📄 gs_cidfm.ps(4.53 KB)
📄 gs_cidfn.ps(12.59 KB)
📄 gs_cidtt.ps(5.37 KB)
📄 gs_cmap.ps(17.31 KB)
📄 gs_cspace.ps(6.79 KB)
📄 gs_css_e.ps(4.83 KB)
📄 gs_dbt_e.ps(2.23 KB)
📄 gs_diskf.ps(7.4 KB)
📄 gs_diskn.ps(6.75 KB)
📄 gs_dpnxt.ps(4.66 KB)
📄 gs_dps.ps(7.79 KB)
📄 gs_dps1.ps(4.61 KB)
📄 gs_dps2.ps(7.9 KB)
📄 gs_dscp.ps(3.84 KB)
📄 gs_epsf.ps(7.04 KB)
📄 gs_fapi.ps(11.2 KB)
📄 gs_fntem.ps(11.36 KB)
📄 gs_fonts.ps(43.84 KB)
📄 gs_frsd.ps(2.95 KB)
📄 gs_icc.ps(3.2 KB)
📄 gs_il1_e.ps(2.73 KB)
📄 gs_img.ps(27.51 KB)
📄 gs_init.ps(72.42 KB)
📄 gs_l2img.ps(5.5 KB)
📄 gs_lev2.ps(33.8 KB)
📄 gs_ll3.ps(11.83 KB)
📄 gs_mex_e.ps(3.9 KB)
📄 gs_mgl_e.ps(2.14 KB)
📄 gs_mro_e.ps(2.47 KB)
📄 gs_pdf_e.ps(1.66 KB)
📄 gs_pdfwr.ps(27.34 KB)
📄 gs_res.ps(36 KB)
📄 gs_resmp.ps(22.2 KB)
📄 gs_setpd.ps(29.17 KB)
📄 gs_statd.ps(13.24 KB)
📄 gs_std_e.ps(3.16 KB)
📄 gs_sym_e.ps(3.02 KB)
📄 gs_trap.ps(2.96 KB)
📄 gs_ttf.ps(77.36 KB)
📄 gs_typ32.ps(4.25 KB)
📄 gs_typ42.ps(2.08 KB)
📄 gs_type1.ps(8.09 KB)
📄 gs_wan_e.ps(1.64 KB)
📄 opdfread.ps(138.44 KB)
📄 pdf_base.ps(40.03 KB)
📄 pdf_cslayer.ps(3.96 KB)
📄 pdf_draw.ps(60.05 KB)
📄 pdf_font.ps(59.32 KB)
📄 pdf_main.ps(64.76 KB)
📄 pdf_ops.ps(27.75 KB)
📄 pdf_rbld.ps(14.7 KB)
📄 pdf_sec.ps(15.54 KB)
📄 xlatmap(1.75 KB)

Editing: gs_type1.ps

%    Copyright (C) 1994, 2000 Aladdin Enterprises.  All rights reserved.
% 
% This software is provided AS-IS with no warranty, either express or
% implied.
% 
% This software is distributed under license and may not be copied,
% modified or distributed except as expressly authorized under the terms
% of the license contained in the file LICENSE in this distribution.
% 
% For more information about licensing, please refer to
% http://www.ghostscript.com/licensing/. For information on
% commercial licensing, go to http://www.artifex.com/licensing/ or
% contact Artifex Software, Inc., 101 Lucas Valley Road #110,
% San Rafael, CA  94903, U.S.A., +1(415)492-9861.

% $Id: gs_type1.ps 9792 2009-06-13 14:33:18Z alexcher $
% Type 1 font support code.

% The standard representation for PostScript compatible fonts is described
% in the book "Adobe Type 1 Font Format", published by Adobe Systems Inc.

/t1_glyph_equivalence mark   % Exported for pf2afm.ps
  /Odblacute /Ohungarumlaut
  /Udblacute /Uhungarumlaut
  /odblacute /ohungarumlaut
  /udblacute /uhungarumlaut
.dicttomark def

% Define an augmented version of .buildfont1 that inserts UnderlinePosition
% and UnderlineThickness entries in FontInfo if they aren't there already,
% and FontBBox isn't degenerate.
% (This works around the incorrect assumption, made by many word processors,
% that these entries are present in the built-in fonts.)
% Also add alternative names to some glyphs.
/.buildfont1
 {
 .currentglobal 3 1 roll
 dup .gcheck .setglobal
 dup .fontbbox {
 pop pop pop pop
 dup /FontInfo known not
 { .growfontdict dup /FontInfo 2 dict put }
 if
 dup dup /FontInfo get dup dup
 /UnderlinePosition known exch /UnderlineThickness known and
 { pop pop		% entries already present
 }
 { dup length 2 add dict .copydict
 dup /UnderlinePosition known not
 { dup /UnderlinePosition 3 index /FontBBox get
 1 get 2 div put 			% 1/2 the font descent
 }
 if
 dup /UnderlineThickness known not
 { dup /UnderlineThickness 3 index /FontBBox get
 dup 3 get exch 1 get sub 20 div put 	% 1/20 the font height
 }
 if
 1 index /FontInfo get wcheck not { readonly } if
 /FontInfo exch put
 }
 ifelse
 } if
 dup /CharStrings get dup dup
 //t1_glyph_equivalence { % <<>> <<>> <<>> /gl1 /gl2
 2 index 2 index known {
 2 index 1 index known {
 pop pop
 } {
 3 1 roll get //.growput superexec dup dup
 } ifelse
 } {
 2 index 1 index known {
 exch 3 1 roll get //.growput superexec dup dup
 } {
 pop pop
 } ifelse
 } ifelse 
 } forall
 pop pop pop

//.buildfont1
   3 2 roll .setglobal
 } bind def

% If the diskfont feature isn't included, define a dummy .loadfontdict.
/.loadfontdict where
 { pop }
 { /.loadfontdict 0 dict readonly def }
ifelse
/.loadfontfile		% <file> .loadfontfile -
 { mark exch
 DISKFONTS { .loadfontdict begin } if
	% In order to load fonts reliably, we should push systemdict
	% here. However, Ed Taft says that Adobe implementations
	% push userdict and nothing else!
	% We really would just like systemdict on the stack,
	% but fonts produced by Fontographer require a writable dictionary.
	% However, we can't use any of the other well-known dictionaries
	% (such as userdict), since the whole point of pushing systemdict
	% is to make sure that nothing important has been redefined.
 /userdict .systemvar begin
	% We can't just use `run', because we want to check for .PFB files.
 currentpacking
 { //false setpacking .loadfont1 //true setpacking }
 { .loadfont1 }
 ifelse end
 { stop } if
 DISKFONTS { end } if
 cleartomark
 } bind def
 % container for CloseSource flag (default //true to prevent buildup of file handles)
 /closesourcedict mark
 /CloseSource //true
 .dicttomark readonly def
/.loadfont1 {		% <file> .loadfont1 <errorflag>
 {	% We would like to use `false /PFBDecode filter',
	% but this occasionally produces a whitespace character as
	% the first of an eexec section, so we can't do it.
	% Also, since the real input file never reaches EOF if we are using
	% a PFBDecode filter (the filter stops just after reading the last
	% character), we must explicitly close the real file in this case.
	% Since the file might leave garbage on the operand stack,
	% we have to create a procedure to close the file reliably.
 dup read not { -1 } if
 2 copy unread 16#80 eq {
	dup //closesourcedict //true /PFBDecode filter cvx
	exch .currentresourcefile eq {
	 dup /.execasresource .systemvar
	} {
	 {exec}
	} ifelse
	2 index cvlit
	/closefile .systemvar 3 .execn
 } {
	cvx exec
 } ifelse
 } stopped
} bind def
% undefine a dict that is only used internally, and is immediately bound
currentdict /closesourcedict .undef

% Here are the BuildChar and BuildGlyph implementation for Type 1 fonts.
% The names %Type1BuildChar and %Type1BuildGlyph are known to the interpreter.
% The real work is done in an operator:
%	 <code|name> <name> <charstring> .type1execchar -

(%Type1BuildChar) cvn {	% <code> %Type1BuildChar -
 1 index /Encoding get 1 index get .type1build .type1execchar
} bind def
(%Type1BuildGlyph) cvn {	% <name> %Type1BuildGlyph -
 dup .type1build .type1execchar
} bind def
% Note: this procedure is used for both Type 1 and Type 2 fonts.
/.type1build {		% <code|name> <name> .type1build
			% <code|name> <name> <charstring>
 2 index begin
 dup CharStrings exch .knownget not {
 2 copy eq { exch pop /.notdef exch } if
 QUIET not
	{ (Substituting .notdef for ) print
	 =string cvs print ( in the font ) print
	 1 index /FontName get = flush
	}
	{ pop }
 ifelse
 /.notdef CharStrings /.notdef get
 } if
 end
} bind def

1183615869 internaldict begin
% CCRun is an undocumented procedure provided for Type 4 and Type 0 fonts.
% Apparently there are two different argument lists for CCRun.
% Handling the one with the extra Private dictionary requires fabricating
% a Type 1 font on the fly, since we aren't currently prepared to parse the
% dictionary any other way.
/CCRun {	% <code|name> <charstring> CCRun -
		% <code|name> <charstring> <Private> CCRun -
 dup type /dicttype eq {
 dup 4 index /Private .knownget { ne } { pop //true } ifelse {
		% The Private dictionary was supplied, and is different
		% from the Private dictionary of the font. Fabricate a
		% Type 1 font with this Private dictionary. Most of the
		% font entries are arbitrary or not needed.
 .currentglobal //false .setglobal 10 dict exch .setglobal begin
	/Private exch def
	/FontType 1 def
	/FontMatrix 3 index /FontMatrix get def
	/Encoding 3 index /Encoding .knownget not { StandardEncoding } if def
	/FontBBox 3 index /FontBBox .knownget not { {0 0 0 0} } if def
	/PaintType 0 def
	/CharStrings 1 dict dup /.notdef () put def
 3 -1 roll pop () currentdict end .buildfont1 exch pop 3 1 roll
 } {
 pop
 } ifelse
 } if
 1 index dup type /integertype eq {
 3 index /Encoding get exch get
 } if exch .type1execchar
} bind def

% setweightvector is an undocumented procedure that force writes
% weight vector to the font. Do extra checks for safety.
/setweightvector { % <vector> setweightvector -
 dup type dup /arraytype ne exch /packedarraytype ne and
 2 index type /dicttype ne or {
 /setweightvector cvx /typecheck signalerror
 } if
 1 index /FontType known not {
 /setweightvector cvx /invalidfont signalerror
 } if
 dup gcheck 2 index gcheck not and {
 /setweightvector cvx /invalidaccess signalerror
 } if
 2 copy /WeightVector exch .forceput
 .setweightvector
} .bind executeonly def 
end

% Register the font types for definefont.
buildfontdict 1 /.buildfont1 cvx put
buildfontdict 4 /.buildfont4 cvx put

% Add Type 2 support if applicable.
/.buildfont2 where not { (%END2) .skipeof } if
pop
(%Type2BuildChar) cvn {	% <code> %Type2BuildChar -
 1 index /Encoding get 1 index get .type1build .type2execchar
} bind def
(%Type2BuildGlyph) cvn {	% <name> %Type2BuildGlyph -
 dup .type1build .type2execchar
} bind def
buildfontdict 2 /.buildfont2 cvx put
%END2

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Editing: gs_type1.ps

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