so that mosaic graphics work. */
pre {
line-height: 1em;
}
h1 {
font-size: 5em;
font-stretch: expanded;
font-weight: inherit;
margin-top: 0;
margin-bottom: -0.2em;
line-height: 1.2em;
background: url(titlebg.jpg) 0% 0% / auto 100% no-repeat;
}
.fade {
display: block;
-webkit-mask-image: linear-gradient(to right, transparent 1em, white 3em);
mask-image: linear-gradient(to right, transparent 1em, white 3em);
}
h2 {
font-size: 2em;
font-stretch: ultra-condensed;
font-weight: inherit;
margin-top: 0.5em;
margin-bottom: 0.5em;
}
h1, h2 {
margin-left: -24px;
}
ul {
list-style-type: "\2022 ";
}
img {
max-width: 100%;
}
input:not([type="image" i], [type="range" i], [type="checkbox" i],
[type="radio" i]) {
appearance: none;
font: inherit;
color: inherit;
background: inherit;
border: 0.1em solid;
margin: 0.5em 0.2em 0.4em 0.3em;
padding: 0.4em 0.3em 0.5em 0.2em;
line-height: 1;
}
.smallprint {
font-size: 0.5em;
}
/*
* When we're using text as a sample of Bedstead, it should be hidden
* from browsers without font support, and the image sample should
* be used instead.
*/
.text-sample {
font-size: 2.5em;
/* These may be overridden by the @media rule below. */
display: block;
speak: never;
}
.image-sample {
display: none;
}
@media braille, embossed, speech, tty, (grid) {
.text-sample {
display: none;
}
.image-sample {
display: block;
}
}
/* Colours that make Bedstead look better (imitating my green monitor) */
body, .fade {
background-color: #031109;
color: #33ff88;
}
:link, kbd, code, tt, .smallprint {
color: #38bf66;
}
:visited {
color: #22aa5b;
}
bedstead-3.261/compatcheck 0000775 0000000 0000000 00000012332 15141656716 0015524 0 ustar 00root root 0000000 0000000 #! /usr/bin/python3
# SPDX-License-Identifier: CC0-1.0
# This is a script to check the backward compatibility of fonts, and
# specifically of Bedstead. It takes two font files as arguments and
# checks whether upgrades from the first to the second will break
# anything. It should fail on anything that would require a change of
# major version number.
#
# Things that are checked:
#
# Glyph names. Existing PostScript files that refer to specific glyph
# names should continue to work. The script checks that all glyph
# names in the old font still exist, but not that they look right.
#
# Code points. Anything using a font through the 'cmap' table should
# continue to work. That means that any 'cmap' that exists should
# continue to exist, and that any mapping through any 'cmap' should
# continue to work. As with glyph names, the script checks for the
# existence of mappings, but not their content.
#
# Names. Applications use a font's name to refer to it. This script
# checks that the subset of names for which this seems reasonable
# match between the old and new fonts.
#
# Vendor ID. At least some versions of GNU Emacs like to use the
# OS/2.achVendID field to select fonts. So if that changes, Emacs
# might not find your favourite font.
#
# Some 'GSUB' lookups. For some features, the OpenType specification
# says that the various outputs of an alternate lookup should match
# across fonts in a family. This suggests that it's reasonable to
# depend on the behaviour of particular inputs to these lookups, and
# that they should thus be consistent within major versions. Unlike
# for most features above, we'd like to check that the semantics of
# the chosen glyphs haven't changed. This is made tricky by the fact
# the Bedstead 3.251 changed some glyph names while keeping the same
# semantics, and also changed the shape of some glyphs. Our approach
# is to look up both old and new glyph names in the new font and check
# that they have the same outline there. The only feature currently
# handled by this is 'aalt' (Access All Alternates).
from argparse import ArgumentParser
from fontTools import ttLib
from sys import exit
parser = ArgumentParser()
parser.add_argument("old")
parser.add_argument("new")
cfg = parser.parse_args()
ttold = ttLib.TTFont(cfg.old)
ttnew = ttLib.TTFont(cfg.new)
failed = False
def fail(msg):
failed = True
print(f"FAIL: {msg}")
if not (set(ttold.getGlyphOrder()) <= set(ttnew.getGlyphOrder())):
fail("Glyphs vanished: "
f"{set(ttold.getGlyphOrder()) - set(ttnew.getGlyphOrder())!r}")
for cmapold in ttold['cmap'].tables:
cmapnew = ttnew['cmap'].getcmap(cmapold.platformID, cmapold.platEncID)
if cmapnew == None:
fail("No cmap in new font for "
f"{(cmapold.platformID,cmapold.platEncID)}")
elif not (set(cmapold.cmap.keys()) <= set(cmapnew.cmap.keys())):
fail("Code points vanished from "
f"{(cmapold.platformID,cmapold.platEncID)}: "
f"{set(cmapold.cmap.keys()) - set(cmapnew.cmap.keys())!r}")
# Names that might be used to specify fonts.
specnames = {
1, # Font family name
2, # Font subfamily name
4, # Full font name
6, # PostScript FontName
16, # Typographic family name
17, # Typographic subfamily name
18, # Compatible full name
20, # PostScript CID findfont name
21, # WWS family name
22, # WWS subfamily name
25, # Variations PostScript name prefix
}
for oldname in ttold['name'].names:
if oldname.nameID in specnames:
newname = ttnew['name'].getName(oldname.nameID, oldname.platformID,
oldname.platEncID, oldname.langID)
if newname == None:
fail("No name in new font for "
f"nameID={oldname.nameID}, platformID={oldname.platformID}, "
f"platEncID={oldname.platEncID}, langID={oldname.langID}")
if newname.string != oldname.string:
fail("Name mismatch for "
f"nameID={oldname.nameID}, platformID={oldname.platformID}, "
f"platEncID={oldname.platEncID}, langID={oldname.langID}")
if ttold['OS/2'].achVendID != ttnew['OS/2'].achVendID:
fail("Vendor ID mismatch")
def feat_to_dict(gsub, tag):
# Assertions in this function trap various unhandled cases.
feature_records = [f for f in gsub.table.FeatureList.FeatureRecord
if f.FeatureTag == tag]
assert(len(feature_records) == 1)
for fr in feature_records:
assert(len(fr.Feature.LookupListIndex) == 1)
for llix in fr.Feature.LookupListIndex:
lookup = gsub.table.LookupList.Lookup[llix]
assert(lookup.LookupType == 3)
assert(len(lookup.SubTable) == 1)
for st in lookup.SubTable:
return st.alternates
def charstring(glyphname):
return ttnew['CFF '].cff[0].CharStrings[glyphname].bytecode
for feat in ['aalt']:
oldalt = feat_to_dict(ttold['GSUB'], feat)
newalt = feat_to_dict(ttnew['GSUB'], feat)
for k in sorted(set(oldalt.keys()) & set(newalt.keys())):
if ([charstring(x) for x in newalt[k][:len(oldalt[k])]] !=
[charstring(x) for x in oldalt[k]]):
fail(f"new '{feat}' lookup for {k} is not a prefix of old one")
if failed:
exit(1)
bedstead-3.261/df.ps 0000664 0000000 0000000 00000005342 15141656716 0014255 0 ustar 00root root 0000000 0000000 %!
% SPDX-License-Identifier: CC0-1.0
%
% This program produces a tileset image suitable for use with
% Dwarf Fortress. This is an image with 256 glyphs in a 16x16
% square, in white on magenta. The character set is (roughly)
% IBM Code Page 437.
%
% "size" should be defined in systemdict to be the pixel size of font
% to generate, e.g. using -dsize=10 as a command-line option to
% Ghostscript.
%
/pw size 16 mul 6 mul 10 div def
/ph size 16 mul def
<< /HWResolution [ 72 72 ]
/PageSize [ pw ph ] >> setpagedevice
1 0 1 setrgbcolor 0 0 pw ph rectfill
1 1 1 setrgbcolor
/Bedstead findfont size scalefont setfont
/row { %def
0 0 moveto
{ %forall
glyphshow
} forall
0 size neg translate
} def
0 size 15.2 mul translate
[ /space/smileface/invsmileface/heart/diamond/club/spade/bullet
/invbullet/circle/invcircle/male/female/musicalnote/musicalnotedbl/sun ] row
[ /triagrt/triaglf/arrowupdn/exclamdbl/paragraph/section/filledrect
/arrowupdnbse/arrowup/arrowdown/arrowright/arrowleft/orthogonal/arrowboth
/triagup/triagdn ] row
[ /space/exclam/quotedbl/numbersign/dollar/percent/ampersand/quotesingle
/parenleft/parenright/asterisk/plus/comma/hyphen/period/slash ] row
[ /zero/one/two/three/four/five/six/seven
/eight/nine/colon/semicolon/less/equal/greater/question ] row
[ /at/A/B/C/D/E/F/G/H/I/J/K/L/M/N/O ] row
[ /P/Q/R/S/T/U/V/W
/X/Y/Z/bracketleft/backslash/bracketright/asciicircum/underscore ] row
[ /grave/a/b/c/d/e/f/g/h/i/j/k/l/m/n/o ] row
[ /p/q/r/s/t/u/v/w/x/y/z/braceleft/bar/braceright/asciitilde/house ] row
[ /Ccedilla/udieresis/eacute/acircumflex/adieresis/agrave/aring/ccedilla
/ecircumflex/edieresis/egrave/idieresis/icircumflex/igrave/Adieresis
/Aring ] row
[ /Eacute/ae/AE/ocircumflex/odieresis/ograve/ucircumflex/ugrave
/ydieresis/Odieresis/Udieresis/cent/sterling/yen/peseta/florin ] row
[ /aacute/iacute/oacute/uacute/ntilde/Ntilde/ordfeminine/ordmasculine
/questiondown/revlogicalnot/logicalnot/onehalf/onequarter/exclamdown
/guillemotleft/guillemotright ] row
[ /ltshade/shade/dkshade/SF110000/SF090000/SF190000/SF200000/SF210000/SF220000
/SF230000/SF240000/SF250000/SF260000/SF270000/SF280000/SF030000 ] row
[ /SF020000/SF070000/SF060000/SF080000/SF100000/SF050000/SF360000/SF370000
/SF380000/SF390000/SF400000/SF410000/SF420000/SF430000/SF440000
/SF450000 ] row
[ /SF460000/SF470000/SF480000/SF490000/SF500000/SF510000/SF520000/SF530000
/SF540000/SF040000/SF010000/block/dnblock/lfblock/rtblock/upblock ] row
[ /alpha/germandbls/Gamma/pi/Sigma/sigma/mu/tau
/Phi/Theta/uni03A9/delta/infinity/phi1/epsilon/intersection ] row
[ /equivalence/plusminus/greaterequal/lessequal/integraltp/integralbt/divide
/approxequal/degree/uni2219/periodcentered/radical/uni207F/twosuperior
/filledbox/space ] row
showpage
bedstead-3.261/editor 0000775 0000000 0000000 00000023127 15141656716 0014535 0 ustar 00root root 0000000 0000000 #!/usr/bin/env python3
# Interactive glyph editor for Bedstead.
#
# This program was written by Simon Tatham in 2013 and updated by Ben
# Harris in 2024.
#
# Simon Tatham and Ben Harris make this program available under the
# CC0 Public Domain Dedication.
'''Interactive glyph editor for Bedstead.
Uses Python/Tk to display a window with a pixel grid on the left side,
where the user can click or drag to toggle pixels on and off, and on
the right, shows the output of the Bedstead smoothing algorithm
applied to that grid of pixels.
This is done by running the `bedstead` executable itself to compute
the smoothed outline, so a copy of that executable is required to use
this editor.
'''
import argparse
import os
import re
import sys
import string
import subprocess
import tkinter
gutter = 20
pixel = 32
XSIZE, YSIZE = 5, 9
LEFT, TOP = 100, 700 # for transforming coordinates returned from bedstead
class EditorGui:
def __init__(self, bedstead):
self.bedstead = bedstead
self.tkroot = tkinter.Tk()
self.canvas = tkinter.Canvas(self.tkroot,
width=2 * (XSIZE*pixel) + 3*gutter,
height=YSIZE*pixel + 2*gutter,
bg='white')
self.bitmap = [0] * YSIZE
self.oldbitmap = self.bitmap[:]
self.pixels = [[None]*XSIZE for y in range(YSIZE)]
self.polygons = []
for x in range(XSIZE+1):
self.canvas.create_line(gutter + x*pixel, gutter,
gutter + x*pixel, gutter + YSIZE*pixel)
for y in range(YSIZE+1):
self.canvas.create_line(gutter, gutter + y*pixel,
gutter + XSIZE*pixel, gutter + y*pixel)
self.canvas.bind("", self.click)
self.canvas.bind("", self.drag)
self.canvas.bind("", self.paste)
self.tkroot.bind("", self.key)
self.canvas.pack()
def getpixel(self, x, y):
assert x >= 0 and x < XSIZE and y >= 0 and y < YSIZE
bit = 1 << (XSIZE-1 - x)
return self.bitmap[y] & bit
def setpixel(self, x, y, state):
assert x >= 0 and x < XSIZE and y >= 0 and y < YSIZE
bit = 1 << (XSIZE-1 - x)
if state and not (self.bitmap[y] & bit):
self.bitmap[y] |= bit
self.pixels[y][x] = self.canvas.create_rectangle(
gutter + x*pixel, gutter + y*pixel,
gutter + (x+1)*pixel, gutter + (y+1)*pixel,
fill='black')
elif not state and (self.bitmap[y] & bit):
self.bitmap[y] &= ~bit
self.canvas.delete(self.pixels[y][x])
self.pixels[y][x] = None
def regenerate(self):
if self.oldbitmap == self.bitmap:
return
self.oldbitmap = self.bitmap[:]
for pg in self.polygons:
self.canvas.delete(pg)
self.polygons = []
data = subprocess.check_output(
[self.bedstead] + list(map(str, self.bitmap)),
universal_newlines=True)
class CharstringInterpreter:
def __init__(self):
self.paths = []
self.path = None
self.stack = []
self.cursor = [0, 0]
self.skip = False
def rmoveto(self):
self.path = []
self.paths.append(self.path)
self.rlineto()
def rlineto(self):
while len(self.stack) >= 2:
self.cursor[0] += self.stack[0]
self.cursor[1] += self.stack[1]
self.stack = self.stack[2:]
self.path.append(self.cursor[:])
def op(self, word):
try:
if not self.skip:
self.stack.append(float(word))
self.skip = False
except:
if word == "rmoveto": self.rmoveto()
elif word == "rlineto": self.rlineto()
elif word in ("hstem", "vstem"): self.stack = []
elif word in ("cntrmask", "hintmask"): self.skip = True
elif word == "endchar": pass
else:
print("unknown charstring component " + repr(word))
interp = CharstringInterpreter()
data = re.sub(r"", "", data)
for word in data.split():
interp.op(word)
paths = [[[int((float(x)-LEFT)*pixel*0.01 + 2*gutter + XSIZE*pixel),
int((TOP - float(y))*pixel*0.01 + gutter)]
for x, y in path] for path in interp.paths]
# The output from 'bedstead' will be a set of disjoint paths,
# in the Postscript style (going one way around the outside of
# filled areas, and the other way around internal holes in
# those areas). Python/Tk doesn't know how to fill an
# arbitrary path in that representation, so instead we must
# convert into a set of individual Tk polygons (convex shapes
# with a single closed outline) and display them in the right
# order with the right colour.
#
# A neat way to arrange this is to compute the area enclosed
# by each polygon, essentially by integration: for each line
# segment (x0,y0)-(x1,y1), sum the y difference (y1-y0) times
# the average x value, which gives the area between that line
# segment and the corresponding segment of the x-axis. After
# we go all the way round an outline in this way, we'll have
# precisely the area enclosed by the outline, no matter how
# many times it doubles back on itself (because every piece of
# x-axis has been cancelled out by an outline going back the
# other way). Furthermore, the sign of the integral we've
# computed tells us whether the outline goes one way or the
# other around the area.
#
# So then we sort our paths into descending order of the
# absolute value of its computed area (guaranteeing that any
# path contained inside another appears after it, since it
# must enclose a strictly smaller area) and fill each one with
# a colour based on the area's sign.
#
# This strategy depends critically on 'bedstead' having given
# us sensible paths in the first place: it wouldn't handle an
# _arbitrary_ PostScript path, with loops allowed to overlap
# and intersect rather than being neatly nested.
pathswithmetadata = []
for path in paths:
area = 0
for i in range(len(path)):
x0, y0 = path[i-1]
x1, y1 = path[i]
area += (y1-y0) * (x0+x1)/2
pathswithmetadata.append([abs(area),
('black' if area<0 else 'white'),
path])
pathswithmetadata.sort(reverse=True)
for _, colour, path in pathswithmetadata:
if len(path) > 1:
args = sum(path, []) # x,y,x,y,...,x.y
pg = self.canvas.create_polygon(*args, fill=colour)
self.polygons.append(pg)
def click(self, event):
for dragstartx in gutter, 2*gutter + XSIZE*pixel:
x = (event.x - dragstartx) // pixel
y = (event.y - gutter) // pixel
if x >= 0 and x < XSIZE and y >= 0 and y < YSIZE:
self.dragstartx = dragstartx
self.dragstate = not self.getpixel(x,y)
self.setpixel(x, y, self.dragstate)
self.regenerate()
break
def paste(self, event):
s = self.tkroot.selection_get()
pat = re.compile("[0-7]+")
bitmap = []
for i in range(YSIZE):
m = pat.search(s)
if m is None:
print("Unable to interpret selection data {!r} as a "
"Bedstead glyph description".format(s))
return
bitmap.append(int(m.group(0), 8) & ((1 << XSIZE) - 1))
s = s[m.end(0):]
for y in range(YSIZE):
for x in range(XSIZE):
self.setpixel(x, y, 1 & (bitmap[y] >> (XSIZE-1 - x)))
self.regenerate()
def drag(self, event):
x = (event.x - self.dragstartx) // pixel
y = (event.y - gutter) // pixel
if 0 <= x < XSIZE and 0 <= y < YSIZE:
self.setpixel(x, y, self.dragstate)
self.regenerate()
def key(self, event):
if event.char in (' '):
bm = "".join(map(lambda n: "\\%02o" % n, self.bitmap))
print(' {"%s", U() },' % bm)
elif event.char in ('c','C'):
for y in range(YSIZE):
for x in range(XSIZE):
self.setpixel(x, y, 0)
self.regenerate()
elif event.char in ('q','Q','\x11'):
sys.exit(0)
def run(self):
tkinter.mainloop()
def main():
# By default, assume that the user ran 'make' in the bedstead
# source directory, so that the 'bedstead' executable is alongside
# the binary.
default_executable_path = os.path.join(
os.path.dirname(os.path.abspath(__file__)), "bedstead")
parser = argparse.ArgumentParser(
description=__doc__,
formatter_class=argparse.RawDescriptionHelpFormatter)
parser.add_argument("--bedstead", default=default_executable_path,
help="Location of the 'bedstead' executable.")
args = parser.parse_args()
editor = EditorGui(args.bedstead)
editor.run()
if __name__ == '__main__':
main()
bedstead-3.261/extended.ps 0000664 0000000 0000000 00000001151 15141656716 0015456 0 ustar 00root root 0000000 0000000 %!
% SPDX-License-Identifier: CC0-1.0
/bpx { 5 mul } bind def
<< /HWResolution [ 72 72 ] /PageSize [ 215 bpx 30 bpx ] >> setpagedevice
3 255 div 17 255 div 9 255 div setrgbcolor 0 0 215 bpx 30 bpx rectfill
51 255 div 255 255 div 136 255 div setrgbcolor
/Bedstead findfont 10 bpx scalefont setfont
0 22 bpx moveto (Bedstead) show
/Bedstead-UltraCondensed findfont 80 scalefont setfont
0 2 bpx moveto (Ultra Condensed) show
/Bedstead-Extended findfont 40 scalefont setfont
100 bpx 22 bpx moveto (Extended) show
/Bedstead-ExtraCondensed findfont 80 scalefont setfont
100 bpx 2 bpx moveto (Extra Condensed) show
showpage
bedstead-3.261/icon.ps 0000664 0000000 0000000 00000000635 15141656716 0014614 0 ustar 00root root 0000000 0000000 %!
% SPDX-License-Identifier: CC0-1.0
/bpy { size 8 div mul } bind def
/bpx { bpy 1.25 mul } bind def
<< /HWResolution [ 72 72 ] /PageSize [ size size ] >> setpagedevice
3 255 div 17 255 div 9 255 div setrgbcolor 0 0 size size rectfill
51 255 div 255 255 div 136 255 div setrgbcolor
/Bedstead-Extended findfont 10 bpy scalefont setfont
size 5 bpx sub 2 div 1 bpx sub
size 7 bpy sub 2 div
moveto (B) show
showpage
bedstead-3.261/index.xhtml 0000664 0000000 0000000 00000021615 15141656716 0015506 0 ustar 00root root 0000000 0000000
Bedstead MODE 7 for the 21st century
Bedstead
Bedstead is a family of outline fonts based on the characters
produced by the
Mullard SAA5050 series of Teletext Character Generators. The
SAA5050 is familiar to those of a certain age as the chip that
produced the MODE7 display on the BBC
Microcomputer. It generates characters from a 59 pixel
matrix, smoothing diagonal lines to produce an interlaced 1018
matrix for each character. Bedstead extends that algorithm to
continuity, converting a 59 pixel grid into an outline with
smooth diagonals.
Bedstead includes all the character designs from the SAA5050
and its various sister chips, including Cyrillic and Hebrew
alphabets. It also has a large number of custom-designed glyphs,
all of them of course based on the same 59 pixel grid.
![[A sample of Bedsteads characters]](sample.png)
ABCDEFGHIJKLMNOPQRSTUVWXYZ
abcdefghijklmnopqrstuvwxyz
abcdefghijklmnopqrstuvwxyz
峞峉峇峊峖峓峔峏
帢帣帠帤庰庤庢庛庣庥弇弮彖徆怷
苤苠苺苳苭虷虴虼虳衁衎衧衪衩觓
訄訇赲迣迡迮迠郱邽邿郕郅邾郇郋郈
蛂蛁蚺蛅蛈蚰蚹蚳蚸蛌
0123456789翹翻職!?.,:;'"()[]{}
-+繩<=>/\|瞿$瞼瞽瞻%&*#@繞穢簧
Styles
Bedstead is available in six widths. The standard version of
Bedstead is based on a square pixel grid. This is good for
displays with square pixels, but not entirely faithful to the
SAA5050. There is a second version, Bedstead Extended, that
more accurately reflects the character shapes generated by an
SAA5050 driving a 576i display.
To simulate teletext double-height mode, Bedstead and
Bedstead Extended each has a half-width version, Bedstead
Ultra Condensed and Bedstead Extra Condensed respectively.
Bedstead Condensed and Bedstead Semi Condensed provide intermediate
widths.
![[ Various widths of Bedstead ]](extended.png)
Bedstead
Ultra Condensed
Extended
Extra Condensed
Each width also comes in a bold variant based on the idea of a
variant SAA5050 that could advance its rising edges by one output
pixel, thickening the vertical and diagonal lines.
Semi-Graphics
Bedstead includes all of the teletext mosaic graphics
characters available from the SAA5050. These are encoded
at the standard code points defined by Unicode.
These characters are also encoded in the Private
Use area between U+EE00 and U+EE7F, in the same arrangement as
is used by
ZVBI.
為為為為為為為為為為為為為為為為馳馳馳馳馳馳馳馳
馴僧馴僧馴僧馴僧馴僧馴僧馴僧馴僧
洫為為洫為為洫為為洫為為洫為為洫為為洫為為洫為為
Bedstead also has 4-cell and 8-cell mosaic graphics, DEC- and
IBM-style box-drawing characters, and the large character pieces
supported by some HP terminals.
Generation
The outline version of Bedstead is generated by an ISO C program.
It emits an XML file that can be processed by
TTX
(part of
fontTools)
into an OpenType font.
The bitmap versions (in Bitmap Distribution Format) are then
generated from that OpenType font.
Copyright
The program that generates Bedstead and all of the
newly-designed glyphs have been released into the public domain.
I believe that the original SAA5050 bitmap font is essentially
in the public domain in the United Kingdom as a result of
Section55 of the Copyright, Designs and Patents Act 1988
as applied by
subparagraph14(5) of Schedule1. Im not a lawyer, though,
so this may well be wrong.
Downloads
bedstead-3.261.zip
Full source and binary distribution containing everything
below and more.NEWS Release notes summarizing
whats changed between releases.bedstead.c The C
program that generates the font.- Finished OpenType fonts:
bedstead.otf
Bedsteadbedstead-extended.otf
Bedstead Extendedbedstead-semicondensed.otf
Bedstead Semi Condensedbedstead-condensed.otf
Bedstead Condensedbedstead-extracondensed.otf
Bedstead Extra Condensedbedstead-ultracondensed.otf
Bedstead Ultra Condensedbedstead-bold.otf
Bedstead Boldbedstead-boldextended.otf
Bedstead Bold Extendedbedstead-boldsemicondensed.otf
Bedstead Bold Semi Condensedbedstead-boldcondensed.otf
Bedstead Bold Condensedbedstead-boldextracondensed.otf
Bedstead Bold Extra Condensedbedstead-boldultracondensed.otf
Bedstead Bold Ultra Condensed
bedstead-10.bdf,
bedstead-20.bdf
Bitmap versions at 10and20 pixels high.bedstead-bold-20.bdf
Bold bitmap version at 20pixels high.bedstead-10-df.png,
bedstead-20-df.png
10-pixel and 20-pixel tilesets for use with
Dwarf Fortress.bedstead-complement.pdf
A complete catalogue of glyphs in PDF.
The code to generate Bedstead is held in
Git.
You can get your own copy by running
git clone https://bjh21.me.uk/bedstead/.git
You can also
browse the repository on-line.
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/Bedstead findfont 10 scalefont setfont
ARGUMENTS {
2 952 moveto
cvn findencoding
32 96 getinterval
{ glyphshow -6 -10 rmoveto } forall
showpage
} forall
bedstead-3.261/sample.ps 0000664 0000000 0000000 00000005652 15141656716 0015151 0 ustar 00root root 0000000 0000000 %!
% SPDX-License-Identifier: CC0-1.0
/bpx { 5 mul } bind def
<< /HWResolution [ 72 72 ] /PageSize [ 193 bpx 101 bpx ] >> setpagedevice
3 255 div 17 255 div 9 255 div setrgbcolor 0 0 193 bpx 101 bpx rectfill
51 255 div 255 255 div 136 255 div setrgbcolor
/Bedstead findfont 10 bpx scalefont setfont
/row { %def
0 0 moveto
dup length 32 exch sub 3 bpx mul 0 rmoveto
{ %forall
glyphshow
} forall
0 -10 bpx translate
} def
0 93 bpx translate
[ /A/B/C/D/E/F/G/H/I/J/K/L/M/N/O/P/Q/R/S/T/U/V/W/X/Y/Z ] row
[ /a/b/c/d/e/f/g/h/i/j/k/l/m/n/o/p/q/r/s/t/u/v/w/x/y/z ] row
[ /a.sc/b.sc/c.sc/d.sc/e.sc/f.sc/g.sc/h.sc/i.sc/j.sc/k.sc/l.sc/m.sc
/n.sc/o.sc/p.sc/q.sc/r.sc/s.sc/t.sc/u.sc/v.sc/w.sc/x.sc/y.sc/z.sc ] row
[ /Alpha/Beta/Gamma/uni0394/Epsilon/Zeta/Eta/Theta/Iota/Kappa/Lambda/Mu
/Nu/Xi/Omicron/Pi/Rho/Sigma/Tau/Upsilon/Phi/Chi/Psi/uni03A9 ] row
[ /alpha/beta/gamma/delta/epsilon/zeta/eta/theta/iota/kappa/lambda/uni03BC
/nu/xi/omicron/pi/rho/sigma/sigma1/tau/upsilon/phi/phi1/chi/psi/omega ] row
[ /uni0410/uni0411/uni0412/uni0413/uni0414/uni0415/uni0416/uni0417
/uni0418/uni0419/uni041A/uni041B/uni041C/uni041D/uni041E/uni041F
/uni0420/uni0421/uni0422/uni0423/uni0424/uni0425/uni0426/uni0427
/uni0428/uni0429/uni042A/uni042B/uni042C/uni042D/uni042E/uni042F ] row
[ /uni0430/uni0431/uni0432/uni0433/uni0434/uni0435/uni0436/uni0437
/uni0438/uni0439/uni043A/uni043B/uni043C/uni043D/uni043E/uni043F
/uni0440/uni0441/uni0442/uni0443/uni0444/uni0445/uni0446/uni0447
/uni0448/uni0449/uni044A/uni044B/uni044C/uni044D/uni044E/uni044F ] row
%[ /uni0531/uni0532/uni0533/uni0534/uni0535/uni0536/uni0537/uni0538
% /uni0539/uni053A/uni053B/uni053C/uni053D/uni053E/uni053F/uni0540
% /uni0541/uni0542/uni0543/uni0544/uni0545/uni0546/uni0547/uni0548 ] row
%[ /uni0549/uni054A/uni054B/uni054C/uni054D/uni054E/uni054F/uni0550
% /uni0551/uni0552/uni0553/uni0554/uni0555/uni0556 ] row
%[ /uni0561/uni0562/uni0563/uni0564/uni0565/uni0566/uni0567/uni0568
% /uni0569/uni056A/uni056B/uni056C/uni056D/uni056E/uni056F/uni0570
% /uni0571/uni0572/uni0573/uni0574/uni0575/uni0576/uni0577/uni0578 ] row
%[ /uni0579/uni057A/uni057B/uni057C/uni057D/uni057E/uni057F/uni0580
% /uni0581/uni0582/uni0583/uni0584/uni0585/uni0586/uni0587 ] row
[ /uni05EA/uni05E9/uni05E8
/uni05E7/uni05E5/uni05E6/uni05E3/uni05E4/uni05E2/uni05E1/uni05DF
/uni05E0/uni05DD/uni05DE/uni05DC/uni05DA/uni05DB/uni05D9/uni05D8
/uni05D7/uni05D6/uni05D5/uni05D4/uni05D3/uni05D2/uni05D1/uni05D0] row
[ /zero/one/two/three/four/five/six/seven/eight/nine
/onequarter/onehalf/threequarters
/exclam/question/period/comma/colon/semicolon
/quotesingle/quotedbl/quoteleft/quoteright/quotedblleft/quotedblright
/parenleft/parenright/bracketleft/bracketright/braceleft/braceright ] row
[ /hyphen/emdash/plus/multiply/divide/less/equal/greater/slash/backslash/bar
/sterling/dollar/yen/cent/currency
/percent/ampersand/asterisk/numbersign/at/section/paragraph
/copyright/registered/uni2117 ] row
showpage
bedstead-3.261/strokefont.py 0000664 0000000 0000000 00000006070 15141656716 0016067 0 ustar 00root root 0000000 0000000 # SPDX-License-Identifier: CC0-1.0
from __future__ import print_function
import fontforge
from math import radians
from psMat import translate
from sys import argv
class Stroker(object):
def __init__(self, fontname):
self.fontname = fontname
self.dotwidth = max(0, 100 - self.nibwidth)
self.dotheight = max(0, 100 - self.nibheight)
def modify_font(self, f):
f.strokedfont = False
for g in f.glyphs():
for i, c in enumerate(list(g.layers[1])):
newc = self.adjust_contour(c)
if newc != None: g.layers[1] += newc
g.stroke(*self.nib)
g.removeOverlap()
g.addExtrema()
g.transform(translate(0, self.nibheight/2.0))
f.familyname = self.familyname
f.fontname = self.fontname
f.fullname = self.fullname
f.appendSFNTName('English (US)', 'Preferred Family', self.familyname)
f.private['StdHW'] = self.nibheight
f.private['StdVW'] = self.nibwidth
def adjustblue(y): return y - 100 + self.nibheight
bv = list(f.private['BlueValues'])
bv[1:] = map(adjustblue, bv[1:])
f.private['BlueValues'] = tuple(bv)
f.uwidth = self.nibheight
f.os2_weight = self.ttfweight
f.weight = self.weight
return f
def adjust_contour(self, c):
# This function just expands dots.
if len(c) != 1: return None
if self.dotwidth == 0 and self.dotheight == 0: return None
newc = fontforge.contour()
newc.moveTo(c[0].x + self.dotwidth/2, c[0].y)
newc.lineTo(c[0].x, c[0].y + self.dotheight/2)
newc.lineTo(c[0].x - self.dotwidth/2, c[0].y)
newc.lineTo(c[0].x, c[0].y - self.dotheight/2)
newc.closed = True
return newc
class Plotter(Stroker):
familyname = "Bedstead Plotter"
def __init__(self, penwidth, weight, ttfweight):
self.nib = ['circular', penwidth, 'round', 'round']
self.nibwidth = self.nibheight = penwidth
self.fontname = "BedsteadPlotter-" + weight
self.fullname = "%s %s" % (self.familyname, weight)
self.ttfweight = ttfweight
self.weight = weight
super(Plotter, self).__init__("BedsteadPlotter-" + weight)
class Chiseltip(Stroker):
familyname = "Bedstead Chiseltip"
fullname = "Bedstead Chiseltip"
weight = "Medium"
ttfweight = 500
def __init__(self):
chisel = fontforge.contour()
chisel.moveTo(-56, 7)
chisel.lineTo(39, 41)
chisel.lineTo(56, -7)
chisel.lineTo(-39, -41)
chisel.closed = True
self.nib = ['polygonal', chisel]
self.nibwidth = 112
self.nibheight = 82
super(Chiseltip, self).__init__("BedsteadChiseltip")
modes = {
'plotter-thin': Plotter(10, "Thin", 100),
'plotter-light': Plotter(50, "Light", 300),
'plotter-medium': Plotter(100, "Medium", 500),
'plotter-bold': Plotter(150, "Bold", 700),
'chiseltip': Chiseltip(),
}
mode = modes[argv[1]]
f = fontforge.open(argv[2])
mode.modify_font(f)
f.save(argv[3])
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Bedstead Editor
Bedstead Editor
This page allows you to design glyphs for
Bedstead.
Click pixels in the grid on the left to turn them on and off.
The drawing on the right shows the rendered glyph, which will be
identical to the input until you start drawing diagonal lines.
The box below the grid shows the pixels encoded for adding to
bedstead.c.
You can also edit that box directly, or paste designs into it.
This editor contains code from Emscripten and musl libc under
the following licence:
Copyright 2010-2022 The Emscripten Authors
Copyright 穢 2005-2020 Rich Felker, et al.
Copyright (C) 2011 by Valentin Ochs
Permission is hereby granted, free of charge, to any person obtaining
a copy of this software and associated documentation files (the
"Software"), to deal in the Software without restriction, including
without limitation the rights to use, copy, modify, merge, publish,
distribute, sublicense, and/or sell copies of the Software, and to
permit persons to whom the Software is furnished to do so, subject to
the following conditions:
The above copyright notice and this permission notice shall be
included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY
CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT,
TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE
SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
