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gecko-dev/lib/xlate/ps.c

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/* -*- Mode: C; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 2 -*-
*
* The contents of this file are subject to the Netscape Public License
* Version 1.0 (the "NPL"); you may not use this file except in
* compliance with the NPL. You may obtain a copy of the NPL at
* http://www.mozilla.org/NPL/
*
* Software distributed under the NPL is distributed on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the NPL
* for the specific language governing rights and limitations under the
* NPL.
*
* The Initial Developer of this code under the NPL is Netscape
* Communications Corporation. Portions created by Netscape are
* Copyright (C) 1998 Netscape Communications Corporation. All Rights
* Reserved.
*/
#include "xlate_i.h"
#include "isotab.c"
#include "locale.h"
#include <libi18n.h>
#include "intl_csi.h"
#define RED_PART 0.299 /* Constants for converting RGB to greyscale */
#define GREEN_PART 0.587
#define BLUE_PART 0.114
#define XL_SET_NUMERIC_LOCALE() char* cur_locale = setlocale(LC_NUMERIC, "C")
#define XL_RESTORE_NUMERIC_LOCALE() setlocale(LC_NUMERIC, cur_locale)
/*
* Paper Names
*/
char* paper_string[]={ "Letter", "Legal", "Executive", "A4" };
/*
** These two functions swap values around in order to deal with page
** rotation.
*/
void xl_initialize_translation(MWContext *cx, PrintSetup* pi)
{
PrintSetup *dup = XP_NEW(PrintSetup);
*dup = *pi;
cx->prSetup = dup;
dup->width = POINT_TO_PAGE(dup->width);
dup->height = POINT_TO_PAGE(dup->height);
dup->top = POINT_TO_PAGE(dup->top);
dup->left = POINT_TO_PAGE(dup->left);
dup->bottom = POINT_TO_PAGE(dup->bottom);
dup->right = POINT_TO_PAGE(dup->right);
if (pi->landscape)
{
dup->height = POINT_TO_PAGE(pi->width);
dup->width = POINT_TO_PAGE(pi->height);
/* XXX Should I swap the margins too ??? */
}
}
void xl_finalize_translation(MWContext *cx)
{
XP_DELETE(cx->prSetup);
cx->prSetup = NULL;
}
void xl_begin_document(MWContext *cx)
{
int i;
XP_File f;
char* charset_name = NULL;
f = cx->prSetup->out;
XP_FilePrintf(f, "%%!PS-Adobe-3.0\n");
XP_FilePrintf(f, "%%%%BoundingBox: %d %d %d %d\n",
PAGE_TO_POINT_I(cx->prSetup->left),
PAGE_TO_POINT_I(cx->prSetup->bottom),
PAGE_TO_POINT_I(cx->prSetup->width-cx->prSetup->right),
PAGE_TO_POINT_I(cx->prSetup->height-cx->prSetup->top));
XP_FilePrintf(f, "%%%%Creator: Mozilla (NetScape) HTML->PS\n");
XP_FilePrintf(f, "%%%%DocumentData: Clean8Bit\n");
XP_FilePrintf(f, "%%%%DocumentPaperSizes: %s\n",
paper_string[cx->prSetup->paper_size]);
XP_FilePrintf(f, "%%%%Orientation: %s\n",
(cx->prSetup->width < cx->prSetup->height) ? "Portrait" : "Landscape");
XP_FilePrintf(f, "%%%%Pages: %d\n", (int) cx->prInfo->n_pages);
if (cx->prSetup->reverse)
XP_FilePrintf(f, "%%%%PageOrder: Descend\n");
else
XP_FilePrintf(f, "%%%%PageOrder: Ascend\n");
XP_FilePrintf(f, "%%%%Title: %s\n", cx->prInfo->doc_title);
#ifdef NOTYET
XP_FilePrintf(f, "%%%%For: %n", user_name_stuff);
#endif
XP_FilePrintf(f, "%%%%EndComments\n");
/* general comments: Mozilla-specific */
XP_FilePrintf(f, "\n%% MozillaURL: %s\n", cx->prSetup->url->address);
/* get charset name of non-latin1 fonts */
/* for external filters, supply information */
if (cx->prSetup->otherFontName[0] || cx->prSetup->otherFontInfo[0]){
INTL_CharSetIDToName(cx->prSetup->otherFontCharSetID, charset_name);
XP_FilePrintf(f, "%% MozillaCharsetName: %s\n\n", charset_name);
}else
/* default: iso-8859-1 */
XP_FilePrintf(f, "%% MozillaCharsetName: iso-8859-1\n\n");
/* now begin prolog */
XP_FilePrintf(f, "%%%%BeginProlog\n");
XP_FilePrintf(f, "[");
for (i = 0; i < 256; i++)
{
if (*isotab[i] == '\0')
XP_FilePrintf(f, " /.notdef");
else
XP_FilePrintf(f, " /%s", isotab[i]);
if (( i % 6) == 5)
XP_FilePrintf(f, "\n");
}
XP_FilePrintf(f, "] /isolatin1encoding exch def\n");
XP_FilePrintf(f, "/c { matrix currentmatrix currentpoint translate\n");
XP_FilePrintf(f, " 3 1 roll scale newpath 0 0 1 0 360 arc setmatrix } bind def\n");
for (i = 0; i < N_FONTS; i++)
XP_FilePrintf(f,
"/F%d\n"
" /%s findfont\n"
" dup length dict begin\n"
" {1 index /FID ne {def} {pop pop} ifelse} forall\n"
" /Encoding isolatin1encoding def\n"
" currentdict end\n"
"definefont pop\n"
"/f%d { /F%d findfont exch scalefont setfont } bind def\n",
i, PSFE_MaskToFI[i]->name, i, i);
for (i = 0; i < N_FONTS; i++)
if (cx->prSetup->otherFontName[i]) {
XP_FilePrintf(f,
"/of%d { /%s findfont exch scalefont setfont } bind def\n",
i, cx->prSetup->otherFontName[i]);
/* XP_FilePrintf(f, "/of /of1;\n", cx->prSetup->otherFontName); */
}
XP_FilePrintf(f, "/rhc {\n");
XP_FilePrintf(f, " {\n");
XP_FilePrintf(f, " currentfile read {\n");
XP_FilePrintf(f, " dup 97 ge\n");
XP_FilePrintf(f, " { 87 sub true exit }\n");
XP_FilePrintf(f, " { dup 48 ge { 48 sub true exit } { pop } ifelse }\n");
XP_FilePrintf(f, " ifelse\n");
XP_FilePrintf(f, " } {\n");
XP_FilePrintf(f, " false\n");
XP_FilePrintf(f, " exit\n");
XP_FilePrintf(f, " } ifelse\n");
XP_FilePrintf(f, " } loop\n");
XP_FilePrintf(f, "} bind def\n");
XP_FilePrintf(f, "\n");
XP_FilePrintf(f, "/cvgray { %% xtra_char npix cvgray - (string npix long)\n");
XP_FilePrintf(f, " dup string\n");
XP_FilePrintf(f, " 0\n");
XP_FilePrintf(f, " {\n");
XP_FilePrintf(f, " rhc { cvr 4.784 mul } { exit } ifelse\n");
XP_FilePrintf(f, " rhc { cvr 9.392 mul } { exit } ifelse\n");
XP_FilePrintf(f, " rhc { cvr 1.824 mul } { exit } ifelse\n");
XP_FilePrintf(f, " add add cvi 3 copy put pop\n");
XP_FilePrintf(f, " 1 add\n");
XP_FilePrintf(f, " dup 3 index ge { exit } if\n");
XP_FilePrintf(f, " } loop\n");
XP_FilePrintf(f, " pop\n");
XP_FilePrintf(f, " 3 -1 roll 0 ne { rhc { pop } if } if\n");
XP_FilePrintf(f, " exch pop\n");
XP_FilePrintf(f, "} bind def\n");
XP_FilePrintf(f, "\n");
XP_FilePrintf(f, "/smartimage12rgb { %% w h b [matrix] smartimage12rgb -\n");
XP_FilePrintf(f, " /colorimage where {\n");
XP_FilePrintf(f, " pop\n");
XP_FilePrintf(f, " { currentfile rowdata readhexstring pop }\n");
XP_FilePrintf(f, " false 3\n");
XP_FilePrintf(f, " colorimage\n");
XP_FilePrintf(f, " } {\n");
XP_FilePrintf(f, " exch pop 8 exch\n");
XP_FilePrintf(f, " 3 index 12 mul 8 mod 0 ne { 1 } { 0 } ifelse\n");
XP_FilePrintf(f, " 4 index\n");
XP_FilePrintf(f, " 6 2 roll\n");
XP_FilePrintf(f, " { 2 copy cvgray }\n");
XP_FilePrintf(f, " image\n");
XP_FilePrintf(f, " pop pop\n");
XP_FilePrintf(f, " } ifelse\n");
XP_FilePrintf(f, "} def\n");
XP_FilePrintf(f,"/cshow { dup stringwidth pop 2 div neg 0 rmoveto show } bind def\n");
XP_FilePrintf(f,"/rshow { dup stringwidth pop neg 0 rmoveto show } bind def\n");
XP_FilePrintf(f, "/BeginEPSF {\n");
XP_FilePrintf(f, " /b4_Inc_state save def\n");
XP_FilePrintf(f, " /dict_count countdictstack def\n");
XP_FilePrintf(f, " /op_count count 1 sub def\n");
XP_FilePrintf(f, " userdict begin\n");
XP_FilePrintf(f, " /showpage {} def\n");
XP_FilePrintf(f, " 0 setgray 0 setlinecap 1 setlinewidth 0 setlinejoin\n");
XP_FilePrintf(f, " 10 setmiterlimit [] 0 setdash newpath\n");
XP_FilePrintf(f, " /languagelevel where\n");
XP_FilePrintf(f, " { pop languagelevel 1 ne\n");
XP_FilePrintf(f, " { false setstrokeadjust false setoverprint } if\n");
XP_FilePrintf(f, " } if\n");
XP_FilePrintf(f, "} bind def\n");
XP_FilePrintf(f, "/EndEPSF {\n");
XP_FilePrintf(f, " count op_count sub {pop} repeat\n");
XP_FilePrintf(f, " countdictstack dict_count sub {end} repeat\n");
XP_FilePrintf(f, " b4_Inc_state restore\n");
XP_FilePrintf(f, "} bind def\n");
XP_FilePrintf(f, "%%%%EndProlog\n");
}
void xl_begin_page(MWContext *cx, int pn)
{
XP_File f;
f = cx->prSetup->out;
pn++;
XP_FilePrintf(f, "%%%%Page: %d %d\n", pn, pn);
XP_FilePrintf(f, "%%%%BeginPageSetup\n/pagelevel save def\n");
if (cx->prSetup->landscape)
XP_FilePrintf(f, "%d 0 translate 90 rotate\n",
PAGE_TO_POINT_I(cx->prSetup->height));
XP_FilePrintf(f, "%d 0 translate\n", PAGE_TO_POINT_I(cx->prSetup->left));
XP_FilePrintf(f, "%%%%EndPageSetup\n");
#if 0
xl_annotate_page(cx, cx->prSetup->header, 0, -1, pn);
#endif
XP_FilePrintf(f, "newpath 0 %d moveto ", PAGE_TO_POINT_I(cx->prSetup->bottom));
XP_FilePrintf(f, "%d 0 rlineto 0 %d rlineto -%d 0 rlineto ",
PAGE_TO_POINT_I(cx->prInfo->page_width),
PAGE_TO_POINT_I(cx->prInfo->page_height),
PAGE_TO_POINT_I(cx->prInfo->page_width));
XP_FilePrintf(f, " closepath clip newpath\n");
}
void xl_end_page(MWContext *cx, int pn)
{
#if 0
xl_annotate_page(cx, cx->prSetup->footer,
cx->prSetup->height-cx->prSetup->bottom-cx->prSetup->top,
1, pn);
XP_FilePrintf(cx->prSetup->out, "pagelevel restore\nshowpage\n");
#endif
XP_FilePrintf(cx->prSetup->out, "pagelevel restore\n");
xl_annotate_page(cx, cx->prSetup->header, cx->prSetup->top/2, -1, pn);
xl_annotate_page(cx, cx->prSetup->footer,
cx->prSetup->height - cx->prSetup->bottom/2,
1, pn);
XP_FilePrintf(cx->prSetup->out, "showpage\n");
}
void xl_end_document(MWContext *cx)
{
XP_FilePrintf(cx->prSetup->out, "%%%%EOF\n");
}
void xl_moveto(MWContext* cx, int x, int y)
{
XL_SET_NUMERIC_LOCALE();
y -= cx->prInfo->page_topy;
/*
** Agh! Y inversion again !!
*/
y = (cx->prInfo->page_height - y - 1) + cx->prSetup->bottom;
XP_FilePrintf(cx->prSetup->out, "%g %g moveto\n",
PAGE_TO_POINT_F(x), PAGE_TO_POINT_F(y));
XL_RESTORE_NUMERIC_LOCALE();
}
void xl_moveto_loc(MWContext* cx, int x, int y)
{
/* This routine doesn't care about the clip region in the page */
XL_SET_NUMERIC_LOCALE();
/*
** Agh! Y inversion again !!
*/
y = (cx->prSetup->height - y - 1);
XP_FilePrintf(cx->prSetup->out, "%g %g moveto\n",
PAGE_TO_POINT_F(x), PAGE_TO_POINT_F(y));
XL_RESTORE_NUMERIC_LOCALE();
}
void xl_translate(MWContext* cx, int x, int y)
{
XL_SET_NUMERIC_LOCALE();
y -= cx->prInfo->page_topy;
/*
** Agh! Y inversion again !!
*/
y = (cx->prInfo->page_height - y - 1) + cx->prSetup->bottom;
XP_FilePrintf(cx->prSetup->out, "%g %g translate\n", PAGE_TO_POINT_F(x), PAGE_TO_POINT_F(y));
XL_RESTORE_NUMERIC_LOCALE();
}
void xl_show(MWContext *cx, char* txt, int len, char *align)
{
XP_File f;
f = cx->prSetup->out;
XP_FilePrintf(f, "(");
while (len-- > 0) {
switch (*txt) {
case '(':
case ')':
case '\\':
XP_FilePrintf(f, "\\%c", *txt);
break;
default:
if (*txt < ' ' || (*txt & 0x80))
XP_FilePrintf(f, "\\%o", *txt & 0xff);
else
XP_FilePrintf(f, "%c", *txt);
break;
}
txt++;
}
XP_FilePrintf(f, ") %sshow\n", align);
}
void xl_circle(MWContext* cx, int w, int h)
{
XL_SET_NUMERIC_LOCALE();
XP_FilePrintf(cx->prSetup->out, "%g %g c ", PAGE_TO_POINT_F(w)/2.0, PAGE_TO_POINT_F(h)/2.0);
XL_RESTORE_NUMERIC_LOCALE();
}
void xl_box(MWContext* cx, int w, int h)
{
XL_SET_NUMERIC_LOCALE();
XP_FilePrintf(cx->prSetup->out, "%g 0 rlineto 0 %g rlineto %g 0 rlineto closepath ",
PAGE_TO_POINT_F(w), -PAGE_TO_POINT_F(h), -PAGE_TO_POINT_F(w));
XL_RESTORE_NUMERIC_LOCALE();
}
MODULE_PRIVATE void
xl_draw_border(MWContext *cx, int x, int y, int w, int h, int thick)
{
XL_SET_NUMERIC_LOCALE();
XP_FilePrintf(cx->prSetup->out, "gsave %g setlinewidth\n ",
PAGE_TO_POINT_F(thick));
xl_moveto(cx, x, y);
xl_box(cx, w, h);
xl_stroke(cx);
XP_FilePrintf(cx->prSetup->out, "grestore\n");
XL_RESTORE_NUMERIC_LOCALE();
}
MODULE_PRIVATE void
xl_draw_3d_border(MWContext *cx, int x, int y, int w, int h, int thick, int tl, int br)
{
int llx, lly;
XL_SET_NUMERIC_LOCALE();
XP_FilePrintf(cx->prSetup->out, "gsave\n ");
/* lower left */
llx = x;
lly = y + h;
/* top left */
xl_moveto(cx, llx, lly);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto 0 %g rlineto %g 0 rlineto %g %g rlineto %g 0 rlineto closepath\n",
PAGE_TO_POINT_F(thick), PAGE_TO_POINT_F(thick),
PAGE_TO_POINT_F(h-2*thick),
PAGE_TO_POINT_F(w-2*thick),
PAGE_TO_POINT_F(thick), PAGE_TO_POINT_F(thick),
-PAGE_TO_POINT_F(w));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", tl);
/* bottom right */
xl_moveto(cx, llx, lly);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto %g 0 rlineto 0 %g rlineto %g %g rlineto 0 %g rlineto closepath\n",
PAGE_TO_POINT_F(thick), PAGE_TO_POINT_F(thick),
PAGE_TO_POINT_F(w-2*thick),
PAGE_TO_POINT_F(h-2*thick),
PAGE_TO_POINT_F(thick), PAGE_TO_POINT_F(thick),
-PAGE_TO_POINT_F(h));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", br);
XP_FilePrintf(cx->prSetup->out, "grestore\n");
XL_RESTORE_NUMERIC_LOCALE();
}
MODULE_PRIVATE void
xl_draw_3d_radiobox(MWContext *cx, int x, int y, int w, int h, int thick,
int top, int bottom, int center)
{
int lx, ly;
XL_SET_NUMERIC_LOCALE();
XP_FilePrintf(cx->prSetup->out, "gsave\n ");
/* left */
lx = x;
ly = y + h/2;
/* bottom */
xl_moveto(cx, lx, ly);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto %g %g rlineto %g 0 rlineto %g %g rlineto %g %g rlineto closepath\n",
PAGE_TO_POINT_F(w/2), -PAGE_TO_POINT_F(h/2),
PAGE_TO_POINT_F(w/2), PAGE_TO_POINT_F(h/2),
-PAGE_TO_POINT_F(thick),
-PAGE_TO_POINT_F(w/2-thick),-PAGE_TO_POINT_F(h/2-thick),
-PAGE_TO_POINT_F(w/2-thick), PAGE_TO_POINT_F(h/2-thick));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", bottom);
/* top */
xl_moveto(cx, lx, ly);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto %g %g rlineto %g 0 rlineto %g %g rlineto %g %g rlineto closepath\n",
PAGE_TO_POINT_F(w/2), PAGE_TO_POINT_F(h/2),
PAGE_TO_POINT_F(w/2), -PAGE_TO_POINT_F(h/2),
-PAGE_TO_POINT_F(thick),
-PAGE_TO_POINT_F(w/2-thick), PAGE_TO_POINT_F(h/2-thick),
-PAGE_TO_POINT_F(w/2-thick), -PAGE_TO_POINT_F(h/2-thick));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", top);
/* center */
if (center != 10) {
xl_moveto(cx, lx+thick, ly);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto %g %g rlineto %g %g rlineto closepath\n",
PAGE_TO_POINT_F(w/2-thick), -PAGE_TO_POINT_F(h/2-thick),
PAGE_TO_POINT_F(w/2-thick), PAGE_TO_POINT_F(h/2-thick),
-PAGE_TO_POINT_F(w/2-thick), PAGE_TO_POINT_F(h/2-thick));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", center);
}
XP_FilePrintf(cx->prSetup->out, "grestore\n");
XL_RESTORE_NUMERIC_LOCALE();
}
MODULE_PRIVATE void
xl_draw_3d_checkbox(MWContext *cx, int x, int y, int w, int h, int thick,
int tl, int br, int center)
{
int llx, lly;
XL_SET_NUMERIC_LOCALE();
XP_FilePrintf(cx->prSetup->out, "gsave\n ");
/* lower left */
llx = x;
lly = y + h;
/* top left */
xl_moveto(cx, llx, lly);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto 0 %g rlineto %g 0 rlineto %g %g rlineto %g 0 rlineto closepath\n",
PAGE_TO_POINT_F(thick), PAGE_TO_POINT_F(thick),
PAGE_TO_POINT_F(h-2*thick),
PAGE_TO_POINT_F(w-2*thick),
PAGE_TO_POINT_F(thick), PAGE_TO_POINT_F(thick),
-PAGE_TO_POINT_F(w));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", tl);
/* bottom right */
xl_moveto(cx, llx, lly);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto %g 0 rlineto 0 %g rlineto %g %g rlineto 0 %g rlineto closepath\n",
PAGE_TO_POINT_F(thick), PAGE_TO_POINT_F(thick),
PAGE_TO_POINT_F(w-2*thick),
PAGE_TO_POINT_F(h-2*thick),
PAGE_TO_POINT_F(thick), PAGE_TO_POINT_F(thick),
-PAGE_TO_POINT_F(h));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", br);
/* center */
if (center != 10) {
xl_moveto(cx, llx+thick, lly-thick);
XP_FilePrintf(cx->prSetup->out,
"0 %g rlineto %g 0 rlineto 0 %g rlineto closepath\n",
PAGE_TO_POINT_F(h-2*thick),
PAGE_TO_POINT_F(w-2*thick),
-PAGE_TO_POINT_F(h-2*thick));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", center);
}
XP_FilePrintf(cx->prSetup->out, "grestore\n");
XL_RESTORE_NUMERIC_LOCALE();
}
extern void xl_draw_3d_arrow(MWContext *cx, int x , int y, int thick, int w,
int h, XP_Bool up, int left, int right, int base)
{
int tx, ty;
XL_SET_NUMERIC_LOCALE();
XP_FilePrintf(cx->prSetup->out, "gsave\n ");
if (up) {
tx = x + w/2;
ty = y;
/* left */
xl_moveto(cx, tx, ty);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto %g %g rlineto %g %g rlineto closepath\n",
-PAGE_TO_POINT_F(w/2), -PAGE_TO_POINT_F(h),
PAGE_TO_POINT_F(thick), PAGE_TO_POINT_F(thick),
PAGE_TO_POINT_F(w/2-thick), PAGE_TO_POINT_F(h-2*thick));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", left);
/* right */
xl_moveto(cx, tx, ty);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto %g %g rlineto %g %g rlineto closepath\n",
PAGE_TO_POINT_F(w/2), -PAGE_TO_POINT_F(h),
-PAGE_TO_POINT_F(thick), PAGE_TO_POINT_F(thick),
-PAGE_TO_POINT_F(w/2-thick), PAGE_TO_POINT_F(h-2*thick));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", right);
/* base */
xl_moveto(cx, tx-w/2, ty+h);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto %g 0 rlineto %g %g rlineto closepath\n",
PAGE_TO_POINT_F(thick), PAGE_TO_POINT_F(thick),
PAGE_TO_POINT_F(w-2*thick),
PAGE_TO_POINT_F(thick), -PAGE_TO_POINT_F(thick));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", base);
}
else {
tx = x + w/2;
ty = y + h;
/* left */
xl_moveto(cx, tx, ty);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto %g %g rlineto %g %g rlineto closepath\n",
-PAGE_TO_POINT_F(w/2), PAGE_TO_POINT_F(h),
PAGE_TO_POINT_F(thick), -PAGE_TO_POINT_F(thick),
PAGE_TO_POINT_F(w/2-thick), -PAGE_TO_POINT_F(h-2*thick));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", left);
/* right */
xl_moveto(cx, tx, ty);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto %g %g rlineto %g %g rlineto closepath\n",
PAGE_TO_POINT_F(w/2), PAGE_TO_POINT_F(h),
-PAGE_TO_POINT_F(thick), -PAGE_TO_POINT_F(thick),
-PAGE_TO_POINT_F(w/2-thick), -PAGE_TO_POINT_F(h-2*thick));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", right);
/* base */
xl_moveto(cx, x, y);
XP_FilePrintf(cx->prSetup->out,
"%g %g rlineto %g 0 rlineto %g %g rlineto closepath\n",
PAGE_TO_POINT_F(thick), -PAGE_TO_POINT_F(thick),
PAGE_TO_POINT_F(w-2*thick),
PAGE_TO_POINT_F(thick), PAGE_TO_POINT_F(thick));
XP_FilePrintf(cx->prSetup->out, ".%d setgray fill\n", base);
}
XP_FilePrintf(cx->prSetup->out, "grestore\n");
XL_RESTORE_NUMERIC_LOCALE();
}
void xl_line(MWContext* cx, int x1, int y1, int x2, int y2, int thick)
{
XL_SET_NUMERIC_LOCALE();
XP_FilePrintf(cx->prSetup->out, "gsave %g setlinewidth\n ",
PAGE_TO_POINT_F(thick));
y1 -= cx->prInfo->page_topy;
y1 = (cx->prInfo->page_height - y1 - 1) + cx->prSetup->bottom;
y2 -= cx->prInfo->page_topy;
y2 = (cx->prInfo->page_height - y2 - 1) + cx->prSetup->bottom;
XP_FilePrintf(cx->prSetup->out, "%g %g moveto %g %g lineto\n",
PAGE_TO_POINT_F(x1), PAGE_TO_POINT_F(y1),
PAGE_TO_POINT_F(x2), PAGE_TO_POINT_F(y2));
xl_stroke(cx);
XP_FilePrintf(cx->prSetup->out, "grestore\n");
XL_RESTORE_NUMERIC_LOCALE();
}
void xl_stroke(MWContext *cx)
{
XP_FilePrintf(cx->prSetup->out, " stroke \n");
}
void xl_fill(MWContext *cx)
{
XP_FilePrintf(cx->prSetup->out, " fill \n");
}
/*
** This function works, but is starting to show it's age, as the list
** of known problems grows:
**
** + The images are completely uncompressed, which tends to generate
** huge output files. The university prototype browser uses RLE
** compression on the images, which causes them to print slowly,
** but is a huge win on some class of images.
** + 12 bit files can be constructed which print on any printer, but
** not 24 bit files.
** + The 12 bit code is careful not to create a string-per-row, unless
** it is going through the compatibility conversion routine.
** + The 1-bit code is completely unused and untested.
** + It should squish the image if squishing is currently in effect.
*/
void xl_colorimage(MWContext *cx, int x, int y, int w, int h, IL_Pixmap *image,
IL_Pixmap *mask)
{
uint8 pixmap_depth;
int row, col, pps;
int n;
int16 *p12;
int32 *p24;
unsigned char *p8;
int cbits;
int rowdata, rowextra, row_ends_within_byte;
XP_File f;
NI_PixmapHeader *img_header = &image->header;
XL_SET_NUMERIC_LOCALE();
f = cx->prSetup->out;
pps = 1;
row_ends_within_byte = 0;
pixmap_depth = img_header->color_space->pixmap_depth;
/* Imagelib row data is aligned to 32-bit boundaries */
if (pixmap_depth == 1) {
rowdata = (img_header->width + 7)/8;
rowextra = img_header->widthBytes - rowdata;
cbits = 1;
pps = 8;
}
else if (pixmap_depth == 16) {
if (cx->prSetup->color) {
rowdata = (img_header->width*12)/8;
row_ends_within_byte = (img_header->width*12)%8 ? 1 : 0;
cbits = 4;
} else {
cbits = 8;
rowdata = img_header->width;
}
rowextra = img_header->widthBytes - img_header->width * 2;
}
else { /* depth assumed to be 32 */
rowdata = 3 * img_header->width;
rowextra = 0;
cbits = 8;
}
assert(pixmap_depth == 16 || pixmap_depth == 32 || pixmap_depth == 1);
XP_FilePrintf(f, "gsave\n");
XP_FilePrintf(f, "/rowdata %d string def\n",
rowdata + row_ends_within_byte);
xl_translate(cx, x, y + h);
XP_FilePrintf(f, "%g %g scale\n", PAGE_TO_POINT_F(w), PAGE_TO_POINT_F(h));
XP_FilePrintf(f, "%d %d ", img_header->width, img_header->height);
XP_FilePrintf(f, "%d ", cbits);
XP_FilePrintf(f, "[%d 0 0 %d 0 %d]\n", img_header->width,
-img_header->height, img_header->height);
if (cx->prSetup->color && pixmap_depth == 16)
XP_FilePrintf(f, " smartimage12rgb\n");
else if (pixmap_depth == 32) {
XP_FilePrintf(f, " { currentfile rowdata readhexstring pop }\n");
XP_FilePrintf(f, " false 3 colorimage\n");
} else {
XP_FilePrintf(f, " { currentfile rowdata readhexstring pop }\n");
XP_FilePrintf(f, " image\n");
}
n = 0;
p8 = (unsigned char*) image->bits;
p12 = (int16*) image->bits;
p24 = (int32*) image->bits;
for (row = 0; row < img_header->height; row++) {
for (col = 0; col < img_header->width; col += pps) {
switch ( pixmap_depth ) {
case 16:
if (cx->prSetup->color) {
if (n > 76) {
XP_FilePrintf(f, "\n");
n = 0;
}
XP_FilePrintf(f, "%03x", 0xfff & *p12++);
n += 3;
} else {
unsigned char value;
value = (*p12 & 0x00f)/15.0 * GREEN_PART * 255.0
+ ((((*p12 & 0x0f0)>>4)/15.0) * BLUE_PART * 255.0)
+ ((((*p12 & 0xf00)>>8)/15.0) * RED_PART * 255.0);
p12++;
if (n > 76) {
XP_FilePrintf(f, "\n");
n = 0;
}
XP_FilePrintf(f, "%02X", value);
n += 2;
}
break;
case 32:
if (n > 71) {
XP_FilePrintf(f, "\n");
n = 0;
}
XP_FilePrintf(f, "%06x", (int) (0xffffff & *p24++));
n += 6;
break;
case 1:
if (n > 78) {
XP_FilePrintf(f, "\n");
n = 0;
}
XP_FilePrintf(f, "%02x", 0xff ^ *p8++);
n += 2;
break;
}
}
if (row_ends_within_byte) {
XP_FilePrintf(f, "0");
n += 1;
}
p8 += rowextra;
p12 = (int16*)((char*)p12 + rowextra);
}
XP_FilePrintf(f, "\ngrestore\n");
XL_RESTORE_NUMERIC_LOCALE();
}
MODULE_PRIVATE void
xl_begin_squished_text(MWContext *cx, float scale)
{
XL_SET_NUMERIC_LOCALE();
XP_FilePrintf(cx->prSetup->out, "gsave %g 1 scale\n", scale);
XL_RESTORE_NUMERIC_LOCALE();
}
MODULE_PRIVATE void
xl_end_squished_text(MWContext *cx)
{
XP_FilePrintf(cx->prSetup->out, "grestore\n");
}
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