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FAPIcidfmap
(1.45 KB)
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FAPIconfig
(815 B)
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FAPIfontmap
(1.43 KB)
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FCOfontmap-PCLPS2
(2.79 KB)
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Fontmap
(109 B)
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Fontmap.GS
(11.79 KB)
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cidfmap
(2.11 KB)
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gs_agl.ps
(212.91 KB)
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gs_btokn.ps
(11.9 KB)
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gs_cet.ps
(3.4 KB)
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gs_cff.ps
(6.71 KB)
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gs_cidcm.ps
(16.43 KB)
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gs_ciddc.ps
(8.31 KB)
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gs_cidfm.ps
(7.14 KB)
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gs_cidfn.ps
(13.22 KB)
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gs_cidtt.ps
(5.7 KB)
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gs_cmap.ps
(17.94 KB)
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gs_cspace.ps
(5.84 KB)
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gs_dbt_e.ps
(2.08 KB)
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gs_diskn.ps
(6.68 KB)
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gs_dpnxt.ps
(4.74 KB)
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gs_dps.ps
(8.15 KB)
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gs_dps1.ps
(4.57 KB)
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gs_dps2.ps
(8.28 KB)
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gs_dscp.ps
(3.85 KB)
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gs_epsf.ps
(8.62 KB)
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gs_fapi.ps
(15.13 KB)
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gs_fntem.ps
(11.04 KB)
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gs_fonts.ps
(44.83 KB)
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gs_frsd.ps
(3.07 KB)
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gs_icc.ps
(2.99 KB)
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gs_il1_e.ps
(2.66 KB)
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gs_img.ps
(24.28 KB)
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gs_init.ps
(89.73 KB)
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gs_l2img.ps
(5.74 KB)
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gs_lev2.ps
(43.65 KB)
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gs_ll3.ps
(18.51 KB)
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gs_mex_e.ps
(3.75 KB)
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gs_mgl_e.ps
(2.13 KB)
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gs_mro_e.ps
(2.45 KB)
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gs_pdf_e.ps
(1.52 KB)
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gs_pdfwr.ps
(31.68 KB)
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gs_res.ps
(40.08 KB)
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gs_resmp.ps
(21.94 KB)
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gs_setpd.ps
(38.25 KB)
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gs_statd.ps
(13.6 KB)
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gs_std_e.ps
(3.07 KB)
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gs_sym_e.ps
(3.03 KB)
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gs_trap.ps
(2.85 KB)
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gs_ttf.ps
(61.82 KB)
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gs_typ32.ps
(4.45 KB)
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gs_typ42.ps
(1.98 KB)
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gs_type1.ps
(12.12 KB)
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gs_wan_e.ps
(1.53 KB)
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pdf_base.ps
(50.68 KB)
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pdf_draw.ps
(166.95 KB)
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pdf_font.ps
(88.77 KB)
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pdf_main.ps
(120.23 KB)
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pdf_ops.ps
(71.77 KB)
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pdf_rbld.ps
(18.96 KB)
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pdf_sec.ps
(24.15 KB)
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xlatmap
(1.73 KB)
Editing: gs_dpnxt.ps
% Copyright (C) 2001-2018 Artifex Software, Inc. % 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. % % Refer to licensing information at http://www.artifex.com or contact % Artifex Software, Inc., 1305 Grant Avenue - Suite 200, Novato, % CA 94945, U.S.A., +1(415)492-9861, for further information. % % gs_dpnxt.ps % NeXT Display PostScript extensions % Define the operation values for compositing. These must match the values % in gsdpnext.h, which also are the ones from the NeXT documentation. % We put them in systemdict, which seems like as good a place as any. mark /Clear /Copy /Sover /Sin /Sout /Satop /Dover /Din /Dout /Datop /Xor /PlusD /PlusL /Highlight % not sure about Highlight counttomark { counttomark 1 sub def } repeat pop % We implement readimage and sizeimage using the following 3 otherwise % undocumented lower-level operators: % % <x> <y> <width> <height> <matrix> .sizeimagebox % <dev_x> <dev_y> <dev_width> <dev_height> <matrix> % % - .sizeimageparams <bits/sample> <multiproc> <ncolors> % % <device> <x> <y> <width> <max_height> <alpha?> <std_depth|null> % <string> .getbitsrect <height> <substring> % % NOTE: These operators are subject to change without notice! % Implement readimage using .getbitsrect. Experimentation on a NeXT system % shows that the data is always returned in order of increasing device Y, % regardless of the CTM. % % Note that we can't make stack protection work for this operator, % because it must remove its operands from the stack before calling % the supplied procedure(s). /readimage { % <x> <y> <width> <height> <proc> [... <procN-1>] % <string> <alpha?> readimage - .sizeimageparams exch { % multiproc = true. If N > 1, store the procedures in an array. exch pop 1 index { 1 add } if % Stack: ... string alpha? nprocs dup 1 eq { pop //false % only 1 procedure, multiproc is irrelevant } { dup array 4 1 roll 3 add 2 roll astore 3 1 roll //true } ifelse } { % multiproc = false. pop pop //false } ifelse % Map the rectangle to device coordinates. % Stack: x y w h proc(s) str alpha? multi? 8 -4 roll matrix .sizeimagebox pop 8 4 roll % Make sure we allocate the operand array in local VM % to avoid a possible invalidaccess. .currentglobal //false .setglobal 9 1 roll exch { 1 } { 0 } ifelse exch % alpha is last, if present exch 4 1 roll 8 array astore exch .setglobal { % Read out a block of scan lines and pass them to the procedure. % Stack: [x y w h alpha? proc(s) str multi?] -- we must consume this. dup 3 get 0 eq { pop exit } if aload 9 1 roll pop exch pop currentdevice 7 1 roll % Always read out the data as standard (not native) pixels. .sizeimageparams pop pop exch .getbitsrect % Stack: [x y w h alpha? proc(s) str multi?] hread substr 3 -1 roll % Stack: hread substr [x y w h alpha? proc(s) str multi?] dup 1 2 copy get 5 index add put % Stack: hread substr [x y' w h alpha? proc(s) str multi?] dup 3 2 copy get 6 -1 roll sub put % Stack: substr [x y' w h' alpha? proc(s) str multi?] dup 5 get exch 7 get { % multiproc = true, pass each plane to a different procedure. % Stack: substr procs 0 1 2 index length 1 sub { % Push 1 plane and its procedure under the top 2 elements. % Stack: ... substr procs plane# 2 index length 2 index length idiv % bytes per plane dup 2 index mul exch % Stack: ... substr procs plane# start length 4 index 3 1 roll getinterval 4 1 roll 2 copy get 4 1 roll pop } for exch pop length 2 mul .execn } { % multiproc = false, just call the procedure. exec } ifelse } //systemdict /exec get 3 packedarray cvx loop } bind odef % % <w> <h> <bpc> <mtx> <dsrc0> ... <multi> <ncomp> alphaimage - % img_utils_dict begin /.alphaimage where { pop .currentglobal //true .setglobal /alphaimage { //true //.colorimage stopped { /alphaimage .systemvar $error /errorname get signalerror } if } .bind systemdict begin odef end .setglobal } if end % Implement sizeimage using lower-level operators. /sizeimage { % <x> <y> <width> <height> <matrix> sizeimage % <devwidth> <devheight> <bits/sample> <matrix> % <multiproc> <ncolors> .sizeimagebox 5 -2 roll pop pop .sizeimageparams 3 -1 roll 4 1 roll } bind odef
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