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CIDFnmap
(291 B)
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FCOfontmap-PCLPS2
(2.94 KB)
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Fontmap
(216 B)
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Fontmap.GS
(11.93 KB)
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cidfmap
(398 B)
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cidfmap.GS
(991 B)
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gs_agl.ps
(27.93 KB)
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gs_btokn.ps
(11.11 KB)
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gs_cet.ps
(1.77 KB)
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gs_cff.ps
(24 KB)
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gs_cidcm.ps
(16.97 KB)
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gs_ciddc.ps
(8.18 KB)
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gs_cidfm.ps
(4.53 KB)
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gs_cidfn.ps
(12.59 KB)
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gs_cidtt.ps
(5.37 KB)
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gs_cmap.ps
(17.31 KB)
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gs_cspace.ps
(6.79 KB)
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gs_css_e.ps
(4.83 KB)
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gs_dbt_e.ps
(2.23 KB)
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gs_diskf.ps
(7.4 KB)
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gs_diskn.ps
(6.75 KB)
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gs_dpnxt.ps
(4.66 KB)
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gs_dps.ps
(7.79 KB)
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gs_dps1.ps
(4.61 KB)
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gs_dps2.ps
(7.9 KB)
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gs_dscp.ps
(3.84 KB)
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gs_epsf.ps
(7.04 KB)
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gs_fapi.ps
(11.2 KB)
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gs_fntem.ps
(11.36 KB)
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gs_fonts.ps
(43.84 KB)
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gs_frsd.ps
(2.95 KB)
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gs_icc.ps
(3.2 KB)
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gs_il1_e.ps
(2.73 KB)
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gs_img.ps
(27.51 KB)
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gs_init.ps
(72.42 KB)
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gs_l2img.ps
(5.5 KB)
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gs_lev2.ps
(33.8 KB)
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gs_ll3.ps
(11.83 KB)
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gs_mex_e.ps
(3.9 KB)
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gs_mgl_e.ps
(2.14 KB)
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gs_mro_e.ps
(2.47 KB)
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gs_pdf_e.ps
(1.66 KB)
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gs_pdfwr.ps
(27.34 KB)
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gs_res.ps
(36 KB)
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gs_resmp.ps
(22.2 KB)
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gs_setpd.ps
(29.17 KB)
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gs_statd.ps
(13.24 KB)
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gs_std_e.ps
(3.16 KB)
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gs_sym_e.ps
(3.02 KB)
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gs_trap.ps
(2.96 KB)
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gs_ttf.ps
(77.36 KB)
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gs_typ32.ps
(4.25 KB)
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gs_typ42.ps
(2.08 KB)
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gs_type1.ps
(8.09 KB)
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gs_wan_e.ps
(1.64 KB)
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opdfread.ps
(138.44 KB)
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pdf_base.ps
(40.03 KB)
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pdf_cslayer.ps
(3.96 KB)
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pdf_draw.ps
(60.05 KB)
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pdf_font.ps
(59.32 KB)
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pdf_main.ps
(64.76 KB)
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pdf_ops.ps
(27.75 KB)
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pdf_rbld.ps
(14.7 KB)
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pdf_sec.ps
(15.54 KB)
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xlatmap
(1.75 KB)
Editing: gs_cspace.ps
% Copyright (C) 2002 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_cspace.ps 8962 2008-08-11 14:16:18Z ken $ % basic colorspace mechanism % % There have been some major changes to the PostScript colour handling. % In particular, the vast majority of the colour space code has been % converted from PostScript to C. This file has been extensively % modified, as has gs_icc.ps. The remaining PostScript files which % previously implemented colour space handling; gs_ciecs2.ps, gs_ciecs3.ps % gs_devcs.ps, gs_devn.ps, gs_devpxl.ps, gs_indxd.ps, gs_patrn.ps and % gs_sepr.ps have been superceded by the C code and removed. % % gs_lev2.ps and gs_ll3.ps have also been modified so that they no longer % attempt to execute these PostScript files. % .currentglobal true .setglobal systemdict begin % % gs_res.ps, and possibly other files, use this dictionary. Formerly % in cspace_util, moved to systemdict. % 20 dict dup /colorspacedict exch def begin % colorspacedict % % gs_res.ps uses these entries in colorspacedict % to populate the ColorSpaceFamily resource, so we need % to add the supported spaces. % /DeviceGray [] def /DeviceRGB [] def /DeviceCMYK [] def end % colorspacedict % % Global, read-only, unpacked, array-form device color spaces % We need to return an array argument in response to currentcolorspace % even if the argument presented to setcolorspace was a simple device % space name. Not only that, but in order to satisfy some Adobe % applications, it must be the *same* array every time. The only way % to do that is to define an appropriate set initial arrays and always return % one of those. These arrays are defined here. % /DeviceGray_array /DeviceGray 1 array astore readonly def /DeviceRGB_array /DeviceRGB 1 array astore readonly def /DeviceCMYK_array /DeviceCMYK 1 array astore readonly def % % - initgraphics - % % The internal routine gs_initgraphics doesn't (re)set the color space, % so we must redefine the operation to do it here. % % /initgraphics { initgraphics systemdict /DeviceGray_array get setcolorspace } .bind odef % % These routines used for the NOSUBSTDEVICECOLORS switch. This prevents % substitution of DeviceGray, DeviceRGB and DeviceCMYK with a Default* % colour space when /UseCIEColors is true. If the job includes a % definition of /DefaltGray, DefaultRGB or DefaultCMYK then it also executes % .includecolorspace to allow the device to record the substitute space. % /..page_default_spaces 3 dict def % % Used internally to retrieve any relevant default colour space. % % <Default space name> ..nosubstdevicetest false % <Default space name> [space] true % % If the boolean is true then the C code must set the additional colour space % and execute .includecolorspace before finally setting a DeviceGray space. % /..nosubstdevicetest { false mark 3 -1 roll % If we have already recorded this space, don't repeat it. systemdict /..page_default_spaces get 1 index known { cleartomark } { { % Check to see if this space was defined by defineresource, if so then % the job defined it, otherwise its the usual default, so ignore it. dup /ColorSpace resourcestatus { pop 0 eq { % Default* defined by defineresource systemdict /..page_default_spaces get 1 index //true put dup /ColorSpace findresource 4 2 roll pop pop true }{ cleartomark } ifelse }{ cleartomark } ifelse } stopped {cleartomark}if } ifelse }bind def % % <color_space_name> ..includecolorspace - % /..includecolorspace { % If we have already recorded this space, don't repeat it. systemdict /..page_default_spaces get 1 index known { pop } { mark exch { % Check to see if this space was defined by defineresource, if so then % the job defined it, otherwise its the usual default, so ignore it. dup /ColorSpace resourcestatus { pop 0 eq { % Job defined /Default*, so record it and allow the device access to it systemdict /..page_default_spaces get 1 index //true put gsave { dup /ColorSpace findresource //setcolorspace exec .includecolorspace } stopped pop grestore } if } if } stopped pop cleartomark } ifelse } bind def % % <color_space> <color_space_name> cs_substitute_generic <color_space1> <color_space2> % /cs_substitute_generic { .getuseciecolor {NOSUBSTDEVICECOLORS { //..includecolorspace exec dup } { /ColorSpace findresource } ifelse } { pop dup } ifelse } bind def % % <color_space> <color_space_name> cs_substitute_DeviceRGB_for_PDFX_or_PDFA <color_space1> <color_space2> % /cs_substitute_DeviceRGB_for_PDFX_or_PDFA { systemdict /PDFX .knownget not { false } if systemdict /PDFA .knownget not { false } if or { dup /ColorSpace resourcestatus { pop pop } { (Error: Need a /DefaultRGB /ColorSpace resource for generating a PDF/X or PDF/A document.) = /cs_substitute_DeviceRGB_for_PDFX_or_PDFA cvx /undefined signalerror } ifelse /ColorSpace findresource } { //cs_substitute_generic exec } ifelse } bind def end % % used to convert the DataSource of an ICCBased colour space into a % file, if it isn't one already. This is required because the current % implementation of ICC spaces requires the data source to be a file. % This routine is *only* called from the PostScript interpreter when % setting an ICCBased space with a string data source. % /.convertICCSource { % make DataSource a file dup 1 get /DataSource get type /stringtype eq { % build all new structures in local VM .currentglobal exch //false .setglobal % check if we need to copy the color space and dictionary 2 copy eq { dup length array copy dup 1 2 copy get dup length dict copy put } if % fetch DataSource, setting up stack for multiple puts dup 1 2 copy get dup /DataSource 2 copy get % convert the string into a file /ReusableStreamDecode filter % put the file into the dictioary, the dictionary into the array put put % restore the VM mode exch .setglobal } if } bind def % % Set the initial device space % systemdict /DeviceGray_array get setcolorspace .setglobal
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