File: [local] / OpenXM_contrib / gnuplot / term / Attic / fig.trm (download)
Revision 1.1.1.3 (vendor branch), Mon Sep 15 07:09:36 2003 UTC (20 years, 8 months ago) by ohara
Branch: GNUPLOT
CVS Tags: VERSION_3_7_3, RELEASE_1_2_3, RELEASE_1_2_2_KNOPPIX_b, RELEASE_1_2_2_KNOPPIX
Changes since 1.1.1.2: +88 -63
lines
Import gnuplot 3.7.3
|
/*
* $Id: fig.trm,v 1.10.2.6 2002/12/11 19:24:26 lhecking Exp $
*/
/* GNUPLOT - fig.trm */
/*[
* Copyright 1990 - 1993, 1998
*
* Permission to use, copy, and distribute this software and its
* documentation for any purpose with or without fee is hereby granted,
* provided that the above copyright notice appear in all copies and
* that both that copyright notice and this permission notice appear
* in supporting documentation.
*
* Permission to modify the software is granted, but not the right to
* distribute the complete modified source code. Modifications are to
* be distributed as patches to the released version. Permission to
* distribute binaries produced by compiling modified sources is granted,
* provided you
* 1. distribute the corresponding source modifications from the
* released version in the form of a patch file along with the binaries,
* 2. add special version identification to distinguish your version
* in addition to the base release version number,
* 3. provide your name and address as the primary contact for the
* support of your modified version, and
* 4. retain our contact information in regard to use of the base
* software.
* Permission to distribute the released version of the source code along
* with corresponding source modifications in the form of a patch file is
* granted with same provisions 2 through 4 for binary distributions.
*
* This software is provided "as is" without express or implied warranty
* to the extent permitted by applicable law.
]*/
/*
* This file is included by ../term.c.
*
* This terminal driver supports:
* Fig graphics language
*
* AUTHORS
* Micah Beck, David Kotz
*
* send your comments or suggestions to (info-gnuplot@dartmouth.edu).
*
*/
/*
* Original for Fig code output by Micah Beck, 1989
* Department of Computer Science, Cornell University
* Updated by David Kotz for gnuplot 2.0
* More efficient output by Ian Dall
* Updated to FIG 2.1 (with color) format by Vivek Khera
* Updated to FIG 3.1 (higher resolution) format by Ian MacPhedran, Jan 1995
* Updated to conform to newterm format Ian MacPhedran, Apr 1995
* Point-count option joachim.selinger@ins.uni-stuttgart.de (JFS) Feb 9 1996
* More options (portrait/landscape, metric/inches, size, fontsize, thickness)
* plus symbols and depth/thickness by bernlohr@eu1.mpi-hd.mpg.de (KB) Aug 15 1996
*/
#include "driver.h"
#ifdef TERM_REGISTER
register_term(fig)
#endif /* TERM_REGISTER */
#ifdef TERM_PROTO
TERM_PUBLIC void FIG_options __PROTO((void));
TERM_PUBLIC void FIG_init __PROTO((void));
TERM_PUBLIC void FIG_graphics __PROTO((void));
TERM_PUBLIC void FIG_text __PROTO((void));
TERM_PUBLIC void FIG_linetype __PROTO((int linetype));
TERM_PUBLIC void FIG_move __PROTO((unsigned int x, unsigned int y));
TERM_PUBLIC void FIG_vector __PROTO((unsigned int ux, unsigned int uy));
TERM_PUBLIC void FIG_arrow __PROTO((unsigned int sx, unsigned int sy, unsigned int ex, unsigned int ey, TBOOLEAN head));
TERM_PUBLIC void FIG_put_text __PROTO((unsigned int x, unsigned int y, char *str));
TERM_PUBLIC int FIG_justify_text __PROTO((enum JUSTIFY mode));
TERM_PUBLIC int FIG_text_angle __PROTO((int ang));
TERM_PUBLIC void FIG_pointsize __PROTO((double arg_pointsize));
TERM_PUBLIC void FIG_linewidth __PROTO((double linewidth));
TERM_PUBLIC void FIG_reset __PROTO((void));
TERM_PUBLIC void FIG_lpoint __PROTO((unsigned int x, unsigned int y, int number));
#define GOT_FIG_PROTO
#endif /* TERM_PROTO */
#ifndef TERM_PROTO_ONLY
#ifdef TERM_BODY
#include "object.h" /* modified from the XFig distribution */
#define FIG_DEFAULT DEFAULT
#define FIG_ROMAN_FONT (0) /* actually, the default font */
#if METRIC
# define INCH FALSE
#else
# define INCH TRUE
#endif
/* These should not be defined elsewhere - ACZ */
/* This is now 1200 per inch */
#define FIG_IRES (1200)
/* This is now 450 per cm */
#define FIG_MRES (450)
#define FIG_COORD_SYS 2
#define FIG_ORIENT (FIG_portrait?"Portrait":"Landscape")
/* Could be "Portrait" */
#define FIG_JUST "Center"
/* Could be "Flush Left" */
#define FIG_UNIT (FIG_inches?"Inches":"Metric")
/* Could be "Inches" */
#define FIG_PAPER (FIG_inches ? "Letter" : "A4")
#define FIG_MAGNIFICATION 100.0
#define FIG_MULTIPAGE "Single"
/* Could be "Multiple" */
#define FIG_TRANSCOLOR -2
/* none: -2; background: -1; 0..31: foreground colors */
/* This could probably be dropped with the support of GIFs. */
#define FIG_TRUERES (FIG_inches ? FIG_IRES : FIG_MRES) /* ACZ */
#define FIG_MAGIC "#FIG 3.2" /* new file format - ACZ */
#define FIG_HTIC(inch) ((inch) ? (5*FIG_IRES)/80 : (15*FIG_MRES)/100)
#define FIG_VTIC(inch) ((inch) ? (5*FIG_IRES)/80 : (15*FIG_MRES)/100)
#define FIG_FONT_S (10) /* size in points */
#define FIG_MAX_POINTS 99999L /* almost infinite ;-) */
/* height of font in pixels: */
#define FIG_to_pixel_v(inch,s) (((inch) ? (s)*FIG_IRES : (s)*FIG_MRES*2.54) / 72 * 3/4)
/* This is fudged to enlarge the drawing area, but gives fairly good results */
/* this is a guess at the width: */
#define FIG_to_pixel_h(inch,s) (FIG_to_pixel_v(inch,s)*6/10)
#define FIG_VCHAR FIG_to_pixel_v(INCH,FIG_FONT_S) /* just for default, */
#define FIG_HCHAR FIG_to_pixel_h(INCH,FIG_FONT_S) /* not really used */
enum FIG_poly_stat {
FIG_poly_new, FIG_poly_part
};
static int FIG_posx;
static int FIG_posy;
static long FIG_poly_vec_cnt;
static int FIG_depth = 10;
static int FIG_linedepth = 10;
static int FIG_thickness = 1;
static int FIG_default_thickness = 1;
static double FIG_current_pointsize = 1.;
static double FIG_current_linewidth = 1.;
/* Maximum number of points per POLYLINE.
Default 1000 (hardcoded in help section as well) */
static int FIG_poly_vec_max = 999; /* JFS */
static enum FIG_poly_stat FIG_polyvec_stat;
/* 5 inches wide by 3 inches high */
#define FIG_XMAX(inch) ((inch) ? 5*FIG_IRES : 12*FIG_MRES)
#define FIG_YMAX(inch) ((inch) ? 3*FIG_IRES : 8*FIG_MRES)
#define FIG_XOFF(inch) ((inch) ? FIG_IRES : 2*FIG_MRES)
#define FIG_YOFF(inch) ((inch) ? FIG_IRES : 2*FIG_MRES)
#define BFIG_HTIC(inch) ((inch) ? (7*FIG_IRES)/80 : (20*FIG_MRES)/100)
#define BFIG_VTIC(inch) ((inch) ? (7*FIG_IRES)/80 : (20*FIG_MRES)/100)
#define BFIG_FONT_S (16) /* size in points */
#define BFIG_VCHAR FIG_to_pixel_v(INCH,BFIG_FONT_S) /* height in pixels of font */
#define BFIG_HCHAR FIG_to_pixel_h(INCH,BFIG_FONT_S) /* this is a guess at the width */
static F_point *FIG_points = NULL; /* Array for the collection of points for
POLYLINE, allocated on demand. */
static F_line FIG_line;
/* 8 inches wide by 5 inches high */
#define BFIG_XMAX(inch) ((inch) ? 8*FIG_IRES : 20*FIG_MRES)
#define BFIG_YMAX(inch) ((inch) ? 5*FIG_IRES : 15*FIG_MRES)
#define BFIG_XOFF(inch) ((inch) ? FIG_IRES : 2*FIG_MRES)
#define BFIG_YOFF(inch) ((inch) ? FIG_IRES : 2*FIG_MRES)
static int FIG_type; /* negative types use real lines */
static float FIG_spacing; /* length of dash or dot spacing */
static int FIG_justify; /* Fig justification T_*_JUSTIFIED */
static float FIG_angle; /* Fig text angle 0=horiz, Pi/2=vert */
static int FIG_use_color = FALSE; /* do we use color or not? */
static int FIG_is_big = FALSE; /* big plot ? */
static int FIG_color = DEFAULT; /* which color to use */
static int FIG_xoff = FIG_XOFF(INCH);
static int FIG_yoff = FIG_YOFF(INCH);
static int FIG_font_s = FIG_FONT_S;
static int FIG_portrait = FALSE;
static int FIG_inches = INCH;
static void FIG_poly_clean __PROTO((enum FIG_poly_stat fig_stat));
#define FIG_POINT_TYPES POINT_TYPES /* we use the same points */
static void FIG_poly_clean(fig_stat)
enum FIG_poly_stat fig_stat;
{
int i, j;
if (fig_stat == FIG_poly_part) {
fprintf(gpoutfile, "%d %d %d %d %d %d %d %d %d %9.3f %d %d %d %d %d %ld\n\t",
O_POLYLINE, FIG_line.type, FIG_line.style, FIG_line.thickness,
FIG_line.pen_color, FIG_line.fill_color, FIG_line.depth,
FIG_line.pen_style, FIG_line.fill_style, FIG_line.style_val,
FIG_line.join_style, FIG_line.cap_style, FIG_line.radius,
0, 0, FIG_poly_vec_cnt);
j = 0;
for (i = 0; i < FIG_poly_vec_cnt; i++) {
fprintf(gpoutfile, " %d %d", FIG_points[i].x, FIG_points[i].y);
if (j++ > 4 && i != FIG_poly_vec_cnt - 1) {
fputs("\n\t", gpoutfile);
j = 0; /* JFS */
}
}
if (j != 0) {
putc('\n', gpoutfile);
}
/* Give the memory back to the system because we are done with this
* polyline. Make sure FIG_points contains NULL afterwards!
*/
free(FIG_points);
FIG_points = NULL;
}
FIG_polyvec_stat = FIG_poly_new;
}
TERM_PUBLIC void FIG_options()
{
static char *options_list = /* sun cc does not concat strings */
"expecting monochrome, color, small, big, portrait, landscape,\n\
\t inches, metric, size <number> <number>, fontsize <number>,\n\
\t thickness <numer>, depth <number> or pointsmax <number>";
int parse_error = FALSE;
long temp_max;
struct value a;
unsigned int tmax_t;
double xsize_t, ysize_t;
FIG_use_color = FALSE; /* default */
FIG_is_big = FALSE; /* default */
FIG_portrait = FALSE;
FIG_font_s = 0;
FIG_default_thickness = 1;
xsize_t = ysize_t = 0.;
FIG_inches = INCH;
while (!END_OF_COMMAND) {
if (almost_equals(c_token, "mo$nochrome")) {
FIG_use_color = FALSE;
c_token++;
} else if (almost_equals(c_token, "c$olor")
|| almost_equals(c_token, "c$olour")) {
FIG_use_color = TRUE;
c_token++;
} else if (almost_equals(c_token, "sm$all")) {
FIG_is_big = FALSE;
c_token++;
} else if (almost_equals(c_token, "b$ig")) {
FIG_is_big = TRUE;
c_token++;
} else if (almost_equals(c_token, "in$ches")) { /* KB */
FIG_inches = TRUE;
c_token++;
} else if (almost_equals(c_token, "me$tric")) { /* KB */
FIG_inches = FALSE;
c_token++;
} else if (almost_equals(c_token, "por$trait")) { /* KB */
/* KB: Would have preferred "p$ortrait" but that would */
/* collide with "p$ointsmax" below. */
FIG_portrait = TRUE;
c_token++;
} else if (almost_equals(c_token, "l$andscape")) { /* KB */
FIG_portrait = FALSE;
c_token++;
} else if (almost_equals(c_token, "si$ze")) { /* KB */
c_token++;
if (END_OF_COMMAND) {
int_error("size: 2 numbers expected", c_token);
} else {
xsize_t = real(const_express(&a));
if (END_OF_COMMAND) {
int_error("size: 2 numbers expected", c_token);
xsize_t = 0.;
} else {
ysize_t = real(const_express(&a));
}
if (xsize_t < 2. || ysize_t < 2. || xsize_t > 99. || ysize_t > 99.) {
if (xsize_t != 0. || ysize_t != 0.)
int_error("size: out of range", c_token);
xsize_t = ysize_t = 0.;
}
}
} else if (almost_equals(c_token, "f$ontsize")) { /* KB */
c_token++;
if (END_OF_COMMAND) {
int_error("fontsize: number expected", c_token);
} else {
FIG_font_s = (int) real(const_express(&a));
if (FIG_font_s < 5 || FIG_font_s > 36) {
int_error("fontsize out of range", c_token - 1);
FIG_font_s = 0;
}
}
} else if (almost_equals(c_token, "t$hickness")) { /* KB */
c_token++;
if (END_OF_COMMAND) {
int_error("thickness: number expected", c_token);
} else {
FIG_default_thickness = (int) real(const_express(&a));
if (FIG_default_thickness < 1 || FIG_default_thickness > 10) {
int_error("thickness out of range", c_token - 1);
FIG_default_thickness = 1;
}
}
} else if (almost_equals(c_token, "d$epth")) { /* KB */
c_token++;
if (END_OF_COMMAND) {
int_error("depth: number expected", c_token);
} else {
FIG_depth = (int) real(const_express(&a));
if (FIG_depth < 0 || FIG_depth > 99) {
int_error("depth out of range", c_token - 1);
FIG_depth = 10;
}
FIG_linedepth = FIG_depth;
}
} else if (almost_equals(c_token, "poi$ntsmax")) { /* JFS */
/* Skip the word and then expect the number ! */
c_token++;
if (END_OF_COMMAND) {
int_error("max. points per polyline: number expected", c_token);
} else {
temp_max = (long) real(const_express(&a));
/* Now check the range for the number */
if ((temp_max > 1) && (temp_max < (FIG_MAX_POINTS + 2))) {
/* OK. subtract one to the right number! See other numbers... */
FIG_poly_vec_max = temp_max - 1;
} else {
char t[128];
sprintf(t, "pointsmax: number out of range (2,%ld)",
(FIG_MAX_POINTS + 1));
int_error(t, c_token);
}
}
} else {
parse_error = TRUE;
int_error(options_list, c_token);
}
}
sprintf(term_options, "%s %s %s %d %s %s %s %d %s %d %s %d",
FIG_use_color ? "color" : "monochrome",
FIG_is_big ? "big" : "small",
"pointsmax",
FIG_poly_vec_max + 1,
FIG_portrait ? "portrait" : "landscape",
FIG_inches ? "inches" : "metric",
"fontsize", (FIG_font_s > 0 ? FIG_font_s :
(FIG_is_big ? BFIG_FONT_S : FIG_FONT_S)),
"thickness", FIG_default_thickness, "depth", FIG_depth); /* JFS, KB */
if (xsize_t > 0. && ysize_t > 0.) {
if (xsize_t - (int) xsize_t == 0. && ysize_t - (int) ysize_t == 0.)
sprintf(term_options + strlen(term_options),
" size %d %d", (int) xsize_t, (int) ysize_t);
else
sprintf(term_options + strlen(term_options),
" size %f %f", xsize_t, ysize_t);
}
if (!FIG_is_big) {
if (FIG_font_s == 0) /* KB */
FIG_font_s = FIG_FONT_S;
term->xmax = FIG_XMAX(FIG_inches);
term->ymax = FIG_YMAX(FIG_inches);
term->v_tic = FIG_VTIC(FIG_inches);
term->h_tic = FIG_HTIC(FIG_inches);
FIG_xoff = FIG_XOFF(FIG_inches);
FIG_yoff = FIG_YOFF(FIG_inches);
} else {
if (FIG_font_s == 0) /* KB */
FIG_font_s = BFIG_FONT_S;
term->xmax = BFIG_XMAX(FIG_inches);
term->ymax = BFIG_YMAX(FIG_inches);
term->v_tic = BFIG_VTIC(FIG_inches);
term->h_tic = BFIG_HTIC(FIG_inches);
FIG_xoff = BFIG_XOFF(FIG_inches);
FIG_yoff = BFIG_YOFF(FIG_inches);
}
if (FIG_portrait) { /* KB */
tmax_t = term->xmax;
term->xmax = term->ymax;
term->ymax = tmax_t;
}
if (xsize_t > 0. && ysize_t > 0.) {
term->xmax = (unsigned int) (xsize_t * FIG_TRUERES);
term->ymax = (unsigned int) (ysize_t * FIG_TRUERES);
}
term->v_char = FIG_to_pixel_v(FIG_inches, FIG_font_s);
term->h_char = FIG_to_pixel_h(FIG_inches, FIG_font_s);
FIG_thickness = FIG_default_thickness;
if (parse_error) { /* JFS, KB */
int_error(options_list, c_token);
}
}
TERM_PUBLIC void FIG_init()
{
FIG_posx = FIG_posy = 0;
FIG_polyvec_stat = FIG_poly_new;
FIG_linetype(-1);
FIG_justify_text(LEFT);
FIG_text_angle(0);
FIG_line.tagged = FIG_DEFAULT;
FIG_line.distrib = FIG_DEFAULT;
FIG_line.type = T_POLYLINE;
FIG_line.style = 0;
FIG_line.thickness = FIG_thickness;
FIG_line.fill_style = -1;
FIG_line.depth = FIG_linedepth;
FIG_line.pen_style = 0;
FIG_line.for_arrow = NULL;
FIG_line.back_arrow = NULL;
FIG_line.cap_style = 0;
FIG_line.join_style = 0;
FIG_line.style_val = 0.0;
FIG_line.radius = 0;
FIG_line.pic = NULL;
FIG_line.next = NULL;
fprintf(gpoutfile, "\
%s\n\
%s\n%s\n\
%s\n%s\n\
%.2f\n%s\n%d\n\
%d %d\n",
FIG_MAGIC,
FIG_ORIENT, FIG_JUST,
FIG_UNIT, FIG_PAPER,
FIG_MAGNIFICATION, FIG_MULTIPAGE, FIG_TRANSCOLOR,
FIG_IRES, FIG_COORD_SYS);
}
TERM_PUBLIC void FIG_graphics()
{
FIG_posx = FIG_posy = 0;
FIG_polyvec_stat = FIG_poly_new;
/* there is no way to have separate pictures in a FIG file */
}
TERM_PUBLIC void FIG_text()
{
/* there is no way to have separate pictures in a FIG file */
FIG_poly_clean(FIG_polyvec_stat);
FIG_posx = FIG_posy = 0;
fflush(gpoutfile);
}
/* Line types for FIG work like this:
* for monochrome:
* -2 : solid (border)
* -1 : dotted 4 (axes)
* 0 : solid (first curve)
* 1 : dotted 3
* 2 : dashed 3
* 3 : dotted 6
* 4 : dashed 6
* ... ...
* for color, cycle through colors. once colors are used up, repeat colors
* but start using dashed lines of different dash length. don't use white
* as a color.
*/
TERM_PUBLIC void FIG_linetype(linetype)
int linetype; /* expect linetype >= -2 */
{
int last_FIG_type = FIG_type;
int last_FIG_spacing = FIG_spacing;
int last_FIG_color = FIG_color;
int last_FIG_depth = FIG_linedepth;
int last_FIG_thickness = FIG_thickness;
FIG_linedepth = FIG_depth;
FIG_thickness = FIG_current_linewidth * FIG_default_thickness;
if (FIG_thickness < 1)
FIG_thickness = 1;
FIG_color = DEFAULT;
if (linetype < -2)
linetype = -2;
switch (linetype) {
case 0:
case -2:{
FIG_type = SOLID_LINE;
FIG_spacing = 0.0;
if (FIG_use_color)
FIG_color = BLACK;
break;
}
case -1:{
FIG_type = DOTTED_LINE;
FIG_spacing = 4.0; /* gap */
if (FIG_use_color)
FIG_color = BLACK;
break;
}
default:{
/* now linetype >= 1 *//* shouldn't be negative anyway */
FIG_linedepth = FIG_depth + linetype / 1000;
linetype %= 1000;
/* Thickness of lines is either included in the linetype */
/* (in Fig units) or the default is scaled with the */
/* current 'linewidth'. */
if ((FIG_thickness = linetype / 100) == 0)
FIG_thickness = FIG_current_linewidth * FIG_default_thickness;
if (FIG_thickness < 1) /* Less than 1 would be invisible */
FIG_thickness = 1;
linetype %= 100;
if (FIG_use_color) {
FIG_type = (linetype >= WHITE); /* dashed line */
FIG_color = linetype % WHITE;
FIG_spacing = (linetype / WHITE) * 3;
} else { /* monochrome */
FIG_type = linetype % 2 + 1; /* dotted, dashed, ... */
FIG_spacing = (linetype + 1) / 2 * 3;
}
break;
}
}
if (FIG_type != last_FIG_type || FIG_spacing != last_FIG_spacing ||
FIG_color != last_FIG_color || FIG_linedepth != last_FIG_depth ||
FIG_thickness != last_FIG_thickness)
FIG_poly_clean(FIG_polyvec_stat);
}
TERM_PUBLIC void FIG_move(x, y)
unsigned int x, y;
{
int last_FIG_posx = FIG_posx;
int last_FIG_posy = FIG_posy;
FIG_posx = x;
FIG_posy = y;
if (FIG_posx != last_FIG_posx || FIG_posy != last_FIG_posy)
FIG_poly_clean(FIG_polyvec_stat);
}
TERM_PUBLIC void FIG_vector(ux, uy)
unsigned int ux, uy;
{
int x = ux, y = uy;
if (FIG_polyvec_stat != FIG_poly_part) {
FIG_line.pen_color = FIG_color;
FIG_line.fill_color = FIG_color;
FIG_line.style = FIG_type;
FIG_line.style_val = FIG_spacing;
FIG_line.depth = FIG_linedepth;
FIG_line.thickness = FIG_thickness;
FIG_poly_vec_cnt = 0;
/* allocate memory for the first point */
FIG_points = (F_point *) gp_realloc(FIG_points, sizeof(F_point), "FIG_points"); /* JFS */
FIG_points[FIG_poly_vec_cnt].x = FIG_xoff + FIG_posx;
FIG_points[FIG_poly_vec_cnt].y = term->ymax
+ FIG_yoff - FIG_posy;
FIG_poly_vec_cnt = 1;
FIG_polyvec_stat = FIG_poly_part;
}
/* allocate memory for the next point */
FIG_points = (F_point *) gp_realloc(FIG_points, (FIG_poly_vec_cnt + 1) *
sizeof(F_point), "FIG_points"); /* JFS */
FIG_points[FIG_poly_vec_cnt].x = FIG_xoff + x;
FIG_points[FIG_poly_vec_cnt].y = term->ymax + FIG_yoff - y;
FIG_poly_vec_cnt++;
if (FIG_poly_vec_cnt > FIG_poly_vec_max)
FIG_poly_clean(FIG_polyvec_stat);
FIG_posx = x;
FIG_posy = y;
}
TERM_PUBLIC void FIG_arrow(sx, sy, ex, ey, head)
unsigned int sx, sy; /* start coord */
unsigned int ex, ey; /* end coord */
TBOOLEAN head;
{
FIG_poly_clean(FIG_polyvec_stat);
fprintf(gpoutfile, "%d %d %d %d %d %d %d %d %d %9.3f %d %d %d %d %d %d\n",
O_POLYLINE, FIG_line.type, FIG_line.style, FIG_line.thickness,
FIG_line.pen_color, FIG_line.fill_color, FIG_line.depth,
FIG_line.pen_style, FIG_line.fill_style, FIG_line.style_val,
FIG_line.join_style, FIG_line.cap_style, FIG_line.radius,
head ? 1 : 0, 0, 2);
/* arrow line */
if (head)
fprintf(gpoutfile, "%d %d %.3f %.3f %.3f\n",
0, 0, 1.0,
(double) (term->h_tic / 2 + 1),
(double) term->h_tic);
fprintf(gpoutfile, "%d %d %d %d\n",
FIG_xoff + sx, FIG_yoff + term->ymax - sy,
FIG_yoff + ex, FIG_yoff + term->ymax - ey);
FIG_posx = ex;
FIG_posy = ey;
}
TERM_PUBLIC void FIG_put_text(x, y, str)
unsigned int x, y;
char *str;
{
int has_latex_command = 0;
if (strlen(str) == 0)
return;
FIG_poly_clean(FIG_polyvec_stat);
if(FIG_angle != 0.0)
x += term->v_char / 2; /* assuming horizontally center justified */
else
y -= term->v_char / 2; /* assuming vertical center justified */
/*
* gnuplot used to create SPECIAL_TEXT for all text strings, but this
* is only really needed if str contains LaTeX commands. we assume that
* a string contains LaTeX commands if it contains a backslash.
*/
if (strchr(str,'\\'))
has_latex_command = SPECIAL_TEXT;
fprintf(gpoutfile, "%d %d %d %d %d %d %6.3f %6.3f %d %6.3f %6.3f %d %d %s\\001\n",
OBJ_TEXT, FIG_justify, FIG_color, 0, FIG_DEFAULT,
FIG_ROMAN_FONT, (float) FIG_font_s,
FIG_angle, has_latex_command, (float) term->v_char,
(float) term->h_char * strlen(str),
FIG_xoff + x, term->ymax + FIG_yoff - y, str);
}
TERM_PUBLIC int FIG_justify_text(mode)
enum JUSTIFY mode;
{
switch (mode) {
case LEFT:
FIG_justify = T_LEFT_JUSTIFIED;
break;
case CENTRE:
FIG_justify = T_CENTER_JUSTIFIED;
break;
case RIGHT:
FIG_justify = T_RIGHT_JUSTIFIED;
break;
/* shouldn't happen */
default:
FIG_justify = T_LEFT_JUSTIFIED;
return (FALSE);
break;
}
return (TRUE);
}
TERM_PUBLIC int FIG_text_angle(ang)
int ang;
{
if (ang)
FIG_angle = M_PI_2; /* vertical is pi/2 radians */
else
FIG_angle = 0.0; /* horizontal */
return (TRUE);
}
TERM_PUBLIC void FIG_lpoint(x, y, number)
unsigned int x, y;
int number;
{
FIG_type = 0; /* Solid lines for marker outline */
if (number % 100 >= 49 && number % 100 < 99) { /* circles, squares, triangles */
int r, d, h, xpc, ypc;
int line_color, fill_color, fill_style;
int cnum, tnum, color, depth;
FIG_poly_clean(FIG_polyvec_stat);
depth = FIG_linedepth - 1; /* Above error bars */
if (number > 1000)
depth = FIG_depth + number / 1000 - 1;
number %= 1000;
if (depth < 0)
depth = 0;
if (number < 100)
color = FIG_color;
else if (FIG_use_color)
color = number / 100 - 1;
else if (number / 100 >= WHITE)
color = WHITE;
else
color = DEFAULT;
number %= 100;
cnum = (number + 1) % 10;
tnum = (number - 49) / 10;
if (cnum < 5)
line_color = (FIG_use_color ? BLACK : DEFAULT);
else
line_color = FIG_color;
fill_color = color;
if (cnum == 0 || cnum == 5)
fill_style = -1;
else
fill_style = (cnum % 5) * 5;
xpc = FIG_xoff + x;
ypc = term->ymax + FIG_yoff - y;
if (tnum == 0) { /* circle */
r = FIG_current_pointsize * term->v_char / 4 + 1;
fprintf(gpoutfile,
"1 3 %d %d %d %d %d %d %d %6.3f 1 0.000 %d %d %d %d %d %d %d %d\n",
FIG_type, FIG_thickness, line_color,
fill_color, depth, 0, fill_style, FIG_spacing,
xpc, ypc, r, r, xpc, ypc, xpc, ypc - r);
} else {
fprintf(gpoutfile, "2 3 %d %d %d %d %d %d %d %6.3f 0 0 0 0 0 ",
FIG_type, FIG_thickness, line_color,
fill_color, depth, 0, fill_style, FIG_spacing);
if (tnum == 1) { /* square */
d = FIG_current_pointsize * term->v_char / 4 + 1;
fprintf(gpoutfile, "5\n\t%d %d %d %d %d %d %d %d %d %d\n",
xpc - d, ypc - d, xpc - d, ypc + d, xpc + d, ypc + d, xpc + d, ypc - d,
xpc - d, ypc - d);
} else if (tnum == 2) { /* diamond */
d = FIG_current_pointsize * term->v_char / 3 + 1;
fprintf(gpoutfile, "5\n\t%d %d %d %d %d %d %d %d %d %d\n",
xpc - d, ypc, xpc, ypc + d, xpc + d, ypc, xpc, ypc - d, xpc - d, ypc);
} else if (tnum == 3) { /* triangle up */
d = FIG_current_pointsize * term->v_char / 3 + 1;
h = d * 4 / 7; /* About d times one 3rd of sqrt(3) */
fprintf(gpoutfile, "4\n\t%d %d %d %d %d %d %d %d\n",
xpc - d, ypc + h, xpc, ypc - 2 * h, xpc + d, ypc + h, xpc - d, ypc + h);
} else if (tnum == 4) { /* triangle down */
d = FIG_current_pointsize * term->v_char / 3 + 1;
h = d * 4 / 7;
fprintf(gpoutfile, "4\n\t%d %d %d %d %d %d %d %d\n",
xpc - d, ypc - h, xpc, ypc + 2 * h, xpc + d, ypc - h, xpc - d, ypc - h);
}
}
} else
do_point(x, y, number);
}
TERM_PUBLIC void FIG_pointsize(arg_pointsize)
double arg_pointsize;
{
FIG_current_pointsize = arg_pointsize;
/* Bug-fix by hkeller@gwdg.de and K.B.: set pointsize for do_point() */
do_pointsize(arg_pointsize * FIG_font_s / (double) FIG_FONT_S);
}
TERM_PUBLIC void FIG_linewidth(linewidth)
double linewidth;
{
FIG_current_linewidth = linewidth;
}
TERM_PUBLIC void FIG_reset()
{
FIG_poly_clean(FIG_polyvec_stat);
FIG_posx = FIG_posy = 0;
fflush(gpoutfile);
}
#endif /* TERM_BODY */
#ifdef TERM_TABLE
TERM_TABLE_START(fig_driver)
"fig", "FIG 3.2 graphics language: X graphics editor",
FIG_XMAX(INCH), FIG_YMAX(INCH), FIG_VCHAR, FIG_HCHAR,
FIG_VTIC(INCH), FIG_HTIC(INCH), FIG_options, FIG_init, FIG_reset,
FIG_text, null_scale, FIG_graphics, FIG_move, FIG_vector,
FIG_linetype, FIG_put_text, FIG_text_angle, FIG_justify_text,
FIG_lpoint, FIG_arrow, set_font_null, FIG_pointsize,
0 /*flags */ , 0 /*suspend */ , 0 /*resume */ , 0 /*fillbox */ ,
FIG_linewidth
TERM_TABLE_END(fig_driver)
#undef LAST_TERM
#define LAST_TERM fig_driver
#endif /* TERM_TABLE */
#endif /* TERM_PROTO_ONLY */
#ifdef TERM_HELP
START_HELP(fig)
"1 fig",
"?commands set terminal fig",
"?set terminal fig",
"?set term fig",
"?terminal fig",
"?term fig",
"?fig",
" The `fig` terminal device generates output in the Fig graphics language.",
"",
" Syntax:",
" set terminal fig {monochrome | color} {small | big}",
" {pointsmax <max_points>}",
" {landscape | portrait}",
" {metric | inches}",
" {fontsize <fsize>}",
" {size <xsize> <ysize>}",
" {thickness <units>}",
" {depth <layer>}",
"",
" `monochrome` and `color` determine whether the picture is black-and-white or",
" `color`. `small` and `big` produce a 5x3 or 8x5 inch graph in the default",
" `landscape` mode and 3x5 or 5x8 inches in `portrait` mode. <max_points>",
" sets the maximum number of points per polyline. Default units for editing",
" with \"xfig\" may be `metric` or `inches`. `fontsize` sets the size of the",
" text font to <fsize> points. `size` sets (overrides) the size of the drawing",
" area to <xsize>*<ysize> in units of inches or centimeters depending on the",
" `inches` or `metric` setting in effect. `depth` sets the default depth layer",
" for all lines and text. The default depth is 10 to leave room for adding",
" material with \"xfig\" on top of the plot.",
"",
" `thickness` sets the default line thickness, which is 1 if not specified.",
" Overriding the thickness can be achieved by adding a multiple of 100 to the",
" `linetype` value for a `plot` command. In a similar way the `depth`",
" of plot elements (with respect to the default depth) can be controlled by",
" adding a multiple of 1000 to <linetype>. The depth is then <layer> +",
" <linetype>/1000 and the thickness is (<linetype>%1000)/100 or, if that is",
" zero, the default line thickness.",
"",
" Additional point-plot symbols are also available with the `fig` driver. The",
" symbols can be used through `pointtype` values % 100 above 50, with different",
" fill intensities controlled by <pointtype> % 5 and outlines in black (for",
" <pointtype> % 10 < 5) or in the current color. Available symbols are",
" 50 - 59: circles",
" 60 - 69: squares",
" 70 - 79: diamonds",
" 80 - 89: upwards triangles",
" 90 - 99: downwards triangles",
" The size of these symbols is linked to the font size. The depth of symbols",
" is by default one less than the depth for lines to achieve nice error bars.",
" If <pointtype> is above 1000, the depth is <layer> + <pointtype>/1000-1. If",
" <pointtype>%1000 is above 100, the fill color is (<pointtype>%1000)/100-1.",
"",
" Available fill colors are (from 1 to 9): black, blue, green, cyan, red,",
" magenta, yellow, white and dark blue (in monochrome mode: black for 1 to 6",
" and white for 7 to 9).",
"",
" See `plot with` for details of <linetype> and <pointtype>.",
"",
" The `big` option is a substitute for the `bfig` terminal in earlier versions,",
" which is no longer supported.",
"",
" Examples:",
" set terminal fig monochrome small pointsmax 1000 # defaults",
"",
" plot 'file.dat' with points linetype 102 pointtype 759",
" would produce circles with a blue outline of width 1 and yellow fill color.",
"",
" plot 'file.dat' using 1:2:3 with err linetype 1 pointtype 554",
" would produce errorbars with black lines and circles filled red. These",
" circles are one layer above the lines (at depth 9 by default).",
"",
" To plot the error bars on top of the circles use",
" plot 'file.dat' using 1:2:3 with err linetype 1 pointtype 2554"
END_HELP(fig)
#endif /* TERM_HELP */
#if 0
/* I hope this is enough to stop compilers looking in here
* (I think that anything inside #if 0 is still strictly
* required to be valid C, rather than just any old junk
* like this.)
*/
/*
* FIG : Facility for Interactive Generation of figures
* Copyright (c) 1985 by Supoj Sutanthavibul
* Parts Copyright (c) 1994 by Brian V. Smith
* Parts Copyright (c) 1991 by Paul King
*
* The X Consortium, and any party obtaining a copy of these files from
* the X Consortium, directly or indirectly, is granted, free of charge, a
* full and unrestricted irrevocable, world-wide, paid up, royalty-free,
* nonexclusive right and license to deal in this software and
* documentation files (the "Software"), including without limitation the
* rights to use, copy, modify, merge, publish, distribute, sublicense,
* and/or sell copies of the Software, and to permit persons who receive
* copies from any such party to do so, with the only requirement being
* that this copyright notice remain intact. This license includes without
* limitation a license to do the foregoing actions under any patents of
* the party supplying this software to the X Consortium.
*/
/*
The only difference from version 3.0 to version 3.1 is that the position
of the "magnet" has been shifted by 14 Fig units.
In the 2.1 and older versions of xfig the grid was in multiples of 5 Fig
units, but they were on intervals 4, 9, 14, 19, etc.
When version 3.0 was created, coordinates were simply multiplied by the
ratio of the resolutions (1200/80 = 15) so values like 4 became 60 instead
of 74 ((4+1)*15 - 1).
This means that figures converted from 2.1 and older files are offset by
14 Fig units but new objects entered with version 3.0 are correct.
In version 3.1 the magnet grid is at intervals 0, 75, 150, etc instead of
-1, 74, 149, etc.
Figures from 2.1 and older are correctly converted now and a warning is popped
up when you read in a version 3.0 file that says you may have to offset the
figure when you load it, using the x and y offsets in the file panel.
--------------------------------------------------------------------------------
Description of the Fig Format Follows
--------------------------------------------------------------------------------
(1) The very first line is a comment line containing the name and version:
#FIG 3.1
The character # at the first column of a line indicates that the line
is a comment line which will be ignored.
(2) The first non-comment line consists of two numbers and two strings:
int fig_resolution (Fig units/inch)
string orientation ("Landscape" or "Portrait")
string justification ("Center" or "Flush Left")
string units ("Metric" or "Inches")
int coordinate_system (1: origin is the lower left corner (NOT USED)
2: upper left)
Fig_resolution is the resolution of the figure in the file.
Xfig will always write the file with a resolution of 1200ppi so it
will scale the figure upon reading it in if its resolution is different
from 1200ppi. Pixels are assumed to be square.
Xfig will read the orientation string and change the canvas to match
either the Landscape or Portrait mode of the figure file.
The units specification is self-explanatory.
The coordinate_system variable is ignored - the origin is ALWAYS the
upper-left corner.
** Coordinates are given in "fig_resolution" units.
** Line thicknesses are given in 1/80 of an inch ("display units"). The
minimum line thickness is 0 (no line is drawn) and the maximum is 500.
** dash-lengths/dot-gaps are given in 1/80 of an inch.
(3) The rest of the file contains various objects. An object can be one
of six classes (or types).
0) Color pseudo-object.
1) Arc.
2) Ellipse which is a generalization of circle.
3) Polyline which includes polygon and box.
4) Spline which includes closed/open control/interpolated spline.
5) Text.
6) Compound object which is composed of one or more objects.
In the following elaboration on object formats, every value of Fig
output are separated by blank characters or new line ('\n'). The
value of the unused parameters will be -1.
Some fields are described as "enumeration type" or "bit vector"; the
values which these fields can take are defined in the header file object.h.
The pen_style field is unused.
These values may be defined in some future version of Fig.
The two color fields (pen and fill; pen only, for texts) are
defined as follows:
-1 = Default
0 = Black
1 = Blue
2 = Green
3 = Cyan
4 = Red
5 = Magenta
6 = Yellow
7 = White
8-11 = four shades of blue (dark to lighter)
12-14 = three shades of green (dark to lighter)
15-17 = three shades of cyan (dark to lighter)
18-20 = three shades of red (dark to lighter)
21-23 = three shades of magenta (dark to lighter)
24-26 = three shades of brown (dark to lighter)
27-30 = four shades of pink (dark to lighter)
31 = Gold
values from 32 to 543 (512 total) are user colors and
are defined in color pseudo-objects (type 0)
For WHITE color, the area fill field is defined as follows:
-1 = not filled
0 = black
... values from 1 to 19 are shades of grey, from darker to lighter
20 = white
21-40 not used
41-56 see patterns for colors, below
For BLACK or DEFAULT color, the area fill field is defined as follows:
-1 = not filled
0 = white
... values from 1 to 19 are shades of grey, from lighter to darker
20 = black
21-40 not used
41-56 see patterns for colors, below
For all other colors, the area fill field is defined as follows:
-1 = not filled
0 = black
... values from 1 to 19 are "shades" of the color, from darker to lighter.
A shade is defined as the color mixed with black
20 = full saturation of the color
... values from 21 to 39 are "tints" of the color from the color to white.
A tint is defined as the color mixed with white
40 = white
41 = 30 degree left diagonal pattern
42 = 30 degree right diagonal pattern
43 = 30 degree crosshatch
44 = 45 degree left diagonal pattern
45 = 45 degree right diagonal pattern
46 = 45 degree crosshatch
47 = bricks
48 = circles
49 = horizontal lines
50 = vertical lines
51 = crosshatch
52 = fish scales
53 = small fish scales
54 = octagons
55 = horizontal "tire treads"
56 = vertical "tire treads"
The depth field is defined as follows:
0 ... 999 where larger value means object is deeper than (under)
objects with smaller depth
The line_style field is defined as follows:
-1 = Default
0 = Solid
1 = Dashed
2 = Dotted
The style_val field is defined as the length, in 1/80 inches, of the on/off
dashes for dashed lines, and the distance between the dots, in 1/80 inches,
for dotted lines.
The join_style field is defined FOR LINES only as follows:
0 = Miter (the default in xfig 2.1 and earlier)
1 = Bevel
2 = Round
The cap_style field is defined FOR LINES, OPEN SPLINES and ARCS only as follows:
0 = Butt (the default in xfig 2.1 and earlier)
1 = Round
2 = Projecting
The arrow_type field is defined for LINES, ARCS and OPEN SPLINES
only as follows:
0 = Stick-type (the default in xfig 2.1 and earlier)
1 = Closed triangle:
|\
| \
| \
| /
| /
|/
2 = Closed with "indented" butt:
|\
\ \
\ \
\ \
/ /
/ /
/ /
|/
3 = Closed with "pointed" butt:
|\
/ \
/ \
/ \
\ /
\ /
\ /
|/
The arrow_style field is defined for LINES, ARCS and OPEN SPLINES
only as follows:
0 = Hollow (actually filled with white)
1 = Filled with pen_color
(3.0) OBJECT DEFINITION:
(3.1) Color Pseudo-objects (user-defined colors)
This is used to define arbitrary colors beyond the 32 standard colors.
The color objects must be defined before any other Fig objects.
First line:
type name (brief description)
---- ---- -------------------
int object_code (always 0)
int color_number (color number, from 32-543 (512 total))
hex string rgb values (hexadecimal string describing red,
green and blue values (e.g. #330099) )
(3.2) ARC
First line:
type name (brief description)
---- ---- -------------------
int object_code (always 5)
int sub_type (0: pie-wedge (closed)
1: open ended arc)
int line_style (enumeration type)
int line_thickness (1/80 inch)
int pen_color (enumeration type, pen color)
int fill_color (enumeration type, fill color)
int depth (enumeration type)
int pen_style (pen style, not used)
int area_fill (enumeration type, -1 = no fill)
float style_val (1/80 inch)
int cap_style (enumeration type)
int direction (0: clockwise, 1: counterclockwise)
int forward_arrow (0: no forward arrow, 1: on)
int backward_arrow (0: no forward arrow, 1: on)
float center_x, center_y (center of the arc)
int x1, y1 (Fig units, the 1st point the user entered)
int x2, y2 (Fig units, the 2nd point)
int x3, y3 (Fig units, the last point)
Forward arrow line (Optional; absent if forward_arrow is 0):
type name (brief description)
---- ---- -------------------
int arrow_type (enumeration type)
int arrow_style (enumeration type)
float arrow_thickness (1/80 inch)
float arrow_width (Fig units)
float arrow_height (Fig units)
Backward arrow line (Optional; absent if backward_arrow is 0):
type name (brief description)
---- ---- -------------------
int arrow_type (enumeration type)
int arrow_style (enumeration type)
float arrow_thickness (1/80 inch)
float arrow_width (Fig units)
float arrow_height (Fig units)
(3.3) COMPOUND
A line with object code 6 signifies the start of a compound.
There are four more numbers on this line which indicate the
upper right corner and the lower left corner of the bounding
box of this compound. A line with object code -6 signifies
the end of the compound. Compound may be nested.
First line:
type name (brief description)
---- ---- -------------------
int object_code (always 6)
int upperright_corner_x (Fig units)
int upperright_corner_y (Fig units)
int lowerleft_corner_x (Fig units)
int lowerleft_corner_y (Fig units)
Subsequent lines:
objects
.
.
Last line:
-6
(3.4) ELLIPSE
First line:
type name (brief description)
---- ---- -------------------
int object_code (always 1)
int sub_type (1: ellipse defined by radiuses
2: ellipse defined by diameters
3: circle defined by radius
4: circle defined by diameter)
int line_style (enumeration type)
int thickness (1/80 inch)
int pen_color (enumeration type, pen color)
int fill_color (enumeration type, fill color)
int depth (enumeration type)
int pen_style (pen style, not used)
int area_fill (enumeration type, -1 = no fill)
float style_val (1/80 inch)
int direction (always 1)
float angle (radians, the angle of the x-axis)
int center_x, center_y (Fig units)
int radius_x, radius_y (Fig units)
int start_x, start_y (Fig units; the 1st point entered)
int end_x, end_y (Fig units; the last point entered)
(3.5) POLYLINE
First line:
type name (brief description)
---- ---- -------------------
int object_code (always 2)
int sub_type (1: polyline
2: box
3: polygon
4: arc-box)
5: imported-picture bounding-box)
int line_style (enumeration type)
int thickness (1/80 inch)
int pen_color (enumeration type, pen color)
int fill_color (enumeration type, fill color)
int depth (enumeration type)
int pen_style (pen style, not used)
int area_fill (enumeration type, -1 = no fill)
float style_val (1/80 inch)
int join_style (enumeration type)
int cap_style (enumeration type, only used for POLYLINE)
int radius (1/80 inch, radius of arc-boxes)
int forward_arrow (0: off, 1: on)
int backward_arrow (0: off, 1: on)
int npoints (number of points in line)
Forward arrow line: same as ARC object
Backward arrow line: same as ARC object
Points line:
type name (brief description)
---- ---- -------------------
int x1, y1 (Fig units)
int x2, y2 (Fig units)
.
.
int xnpoints ynpoints (this will be the same as the 1st
point for polygon and box)
PIC line:
type name (brief description)
---- ---- -------------------
boolean flipped orientation = normal (0) or flipped (1)
char file[] name of picture file to import
(3.6) SPLINE
First line:
type name (brief description)
---- ---- -------------------
int object_code (always 3)
int sub_type (0: open spline
1: closed spline
2: open interpolated spline
3: closed interpolated spline)
int line_style (See the end of this section)
int thickness (1/80 inch)
int pen_color (enumeration type, pen color)
int fill_color (enumeration type, fill color)
int depth (enumeration type)
int pen_style (pen style, not used)
int area_fill (enumeration type, -1 = no fill)
float style_val (1/80 inch)
int cap_style (enumeration type, only used for open splines)
int forward_arrow (0: off, 1: on)
int backward_arrow (0: off, 1: on)
int npoints (number of control points in spline)
Forward arrow line: same as ARC object
Backward arrow line: same as ARC object
Points line: same as POLYLINE object
Control points line (absent if sub_type is 0 or 1):
Control points of interpolated spline. There are two control
points for each knots. A section i, of the spline is drawn
using Bezier cubic with the following four points:
(x ,y ), (rx ,ry ), (lx , ly ), (x , y ).
i i i i i+1 i+1 i+1 i+1
For closed interpolated spline the last pair of control points,
(lxnpoints,lynpoints) and (rxnpoints,rynpoints) (which can be ignored),
are the same as (lx1,ly1) and (rx1,ry1) respectively.
type name (brief description)
---- ---- -------------------
float lx1, ly1 (Fig units)
float rx1, ry1 (Fig units)
float lx2, ly2 (Fig units)
float rx2, ry2 (Fig units)
.
.
float lxnpoints, lynpoints (Fig units)
float rxnpoints, rynpoints (Fig units)
(3.7) TEXT
type name (brief description)
---- ---- -------------------
int object (always 4)
int sub_type (0: Left justified
1: Center justified
2: Right justified)
int color (enumeration type)
int depth (enumeration type)
int pen_style (enumeration , not used)
int font (enumeration type)
float font_size (font size in points)
float angle (radians, the angle of the text)
int font_flags (bit vector)
float height (Fig units)
float length (Fig units)
int x, y (Fig units, coordinate of the origin
of the string. If sub_type = 0, it is
the lower left corner of the string.
If sub_type = 1, it is the lower
center. Otherwise it is the lower
right corner of the string.)
char string[] (ASCII characters; starts after a blank
character following the last number and
ends before the sequence '\001'. This
sequence is not part of the string.
Characters above octal 177 are
represented by \xxx where xxx is the
octal value. This permits Fig files to
be edited with 7-bit editors and sent
by e-mail without data loss.
Note that the string may contain '\n'.)
The font_flags field is defined as follows:
Bit Description
0 Rigid text (text doesn't scale when scaling compound objects)
1 Special text (for LaTeX)
2 PostScript font (otherwise LaTeX font is used)
3 Hidden text
The font field is defined as follows:
For font_flags bit 2 = 0 (LaTeX fonts):
0 Default font
1 Roman
2 Bold
3 Italic
4 Sans Serif
5 Typewriter
For font_flags bit 3 = 1 (PostScript fonts):
-1 Default font
0 Times Roman
1 Times Italic
2 Times Bold
3 Times Bold Italic
4 AvantGarde Book
5 AvantGarde Book Oblique
6 AvantGarde Demi
7 AvantGarde Demi Oblique
8 Bookman Light
9 Bookman Light Italic
10 Bookman Demi
11 Bookman Demi Italic
12 Courier
13 Courier Oblique
14 Courier Bold
15 Courier Bold Oblique
16 Helvetica
17 Helvetica Oblique
18 Helvetica Bold
19 Helvetica Bold Oblique
20 Helvetica Narrow
21 Helvetica Narrow Oblique
22 Helvetica Narrow Bold
23 Helvetica Narrow Bold Oblique
24 New Century Schoolbook Roman
25 New Century Schoolbook Italic
26 New Century Schoolbook Bold
27 New Century Schoolbook Bold Italic
28 Palatino Roman
29 Palatino Italic
30 Palatino Bold
31 Palatino Bold Italic
32 Symbol
33 Zapf Chancery Medium Italic
34 Zapf Dingbats
*/
#endif
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