def generateFont(outputFile, listGlyphs):
print 'glyph files: ' + str(len(listGlyphs))
font = fontforge.font()
font.fontname = os.path.splitext(os.path.basename(outputFile))[0]
dict_glyphmaps = {}
# add chars
for fileName in listGlyphs:
#codepoint =
char = font.createChar(int(fileName.split('.')[0]))
char.importOutlines(fileName)
# if importOutlines not changed the char, probably the char contains errors
if not char.changed:
print 'file with error: ' + fileName
continue
# align in left
char.left_side_bearing = 0
# set width
x_max = char.boundingBox()[2]
char.width = char.vwidth = x_max
# add glyphmap
basename = os.path.splitext(os.path.basename(fileName))[0]
dict_glyphmaps[basename] = int(fileName.split('.')[0])
#codePoint += 1
font.generate(outputFile)
print 'Generate font: ' + outputFile
return dict_glyphmaps
def convert(self, theme):
fontname = self.options.fontname
if not fontname:
fontname = theme
file_prefix = path.join(self.options.output, theme)
# create empty font
self.font = font = fontforge.font()
#file_prefix = 'icons'
# set font names
font.fontname = fontname
font.familyname = self.options.familyname
font.fullname = ' '.join([ self.options.familyname, fontname ])
# import svgs
files = self.collect_glyphs(theme)
for f in files:
self.import_glyph(f)
#font.generate("fonts/%s.pfb" % file_prefix, flags=["tfm", "afm"]) # type1 with tfm/afm
#font.generate("fonts/%s.otf" % file_prefix) # opentype
font.generate("%s.ttf" % file_prefix) # truetype
font.generate("%s.svg" % file_prefix) # svg
font.generate("%s.woff" % file_prefix) # svg
fontforge.printSetup('pdf-file', '%s-preview.pdf' % file_prefix)
font.printSample('fontdisplay', 14)
def create(aName):
print("Generating %s.otf..." % aName, end="")
# Create a new font.
font = fontforge.font()
font.encoding = "UnicodeFull"
font.fontname = aName
font.familyname = aName
font.fullname = aName
# License the font under OFL.
font.copyright = "Copyright (c) 2016 Igalia S.L."
with open('OFL.txt', 'r') as OFLFile:
lang = "English (US)"
font.sfnt_names = (
(lang, 'Copyright', OFLFile.read()),
(lang, 'License URL', 'http://scripts.sil.org/OFL'),
(lang, 'Family', aName),
(lang, 'SubFamily', 'Regular'),
(lang, 'Fullname', aName),
(lang, 'PostScriptName', aName)
)
# Create a space character.
g = font.createChar(ord(" "), "space")
g.width = em
return font
def generateTuringFont(myFont, cipher, newFontName):
plain = "abcdefghijklmnopqrstuvwxyz"
# Create a font to use as auxiliar variable
temporal = fontforge.font()
# Change the order of the letters
plain = plain + plain.upper()
cipher = cipher + cipher.upper()
for i in range(len(plain)):
myFont.selection.select( plain[i] )
myFont.copy()
temporal.selection.select( cipher[i] )
temporal.paste()
# Copy back the letters in the auxiliar font to the original font.
temporal.selection.select(("ranges",None),"a","z")
myFont.selection.select(("ranges",None),"a","z")
temporal.copy()
myFont.paste()
temporal.selection.select(("ranges",None),"A","Z")
myFont.selection.select(("ranges",None),"A","Z")
temporal.copy()
myFont.paste()
# Save new font
myFont.fontname = newFontName
myFont.familyname = newFontName
myFont.fullname = newFontName
myFont.save(newFontName + ".sfd")
temporal.close()
def generate_font_project_file(meta, outfile):
font = fontforge.font()
familyname = "STDevGen_1stMix"
font.familyname = familyname
font.fullname = familyname + "-Normal"
font.fontname = familyname
for em in meta:
codepoint = em["loose"].get("codepoint",None)
if codepoint is None:
# Some of the glyphs are not intended as actual characters.
continue
basename = em["file_basename"]
width = em["loose"].get("width",0)
lines = em["loose"].get("lines",[])
glyph = font.createChar(codepoint)
# Reportedly, importOutlines() doesn't like importing files without
# any paths. If there are none, we can just skip it anyway.
draw = False
for line in lines:
draw = bool(line.get("draw", True))
if draw:
break
if draw:
glyph.importOutlines(tight_svg_filename(basename))
else:
print >> sys.stderr, "Note: %s rendered as spacing-only" % codepoint
glyph.width = width
glyph.simplify()
font.save(outfile)
def main(filename, fontname, fullname):
if (not filename.endswith('.svg')):
filename = filename + '.svg'
font = fontforge.font()
font.fontname = fontname
font.fullname = fullname
font.familyname = fullname
# Create new glyph
glyph = font.createChar(0)
# Get SVG
glyph.importOutlines(filename)
# Make the glyph rest on the baseline
ymin = glyph.boundingBox()[1]
glyph.transform([1, 0, 0, 1, 0, -ymin])
# Set glyph side bearings, can be any value or even 0
glyph.left_side_bearing = glyph.right_side_bearing = 10
# font.generate("foobar.pfb", flags=["tfm", "afm"]) # Type1 with tfm/afm
font.generate(split_filename(filename) + '.otf') # OpenType
font.generate(split_filename(filename) + '.ttf') # TrueType
def main():
global newfont, oldfont, fontName
newfont = fontforge.font()
# newfont.em = 2048
oldfont = fontforge.open("Gregoria.otf")
fontName = "gregoria"
newfont.encoding="ISO10646-1"
newfont.fontname="gregoriao"
newfont.fullname="gregoriao"
newfont.familyname="gregoriao"
newfont.weight=oldfont.weight
newfont.copyright=oldfont.copyright
first_step()
adjustAdditionalGlyphs()
oldfont.close()
oldfont = fontforge.open("Gregoria-Deminutae.otf")
fontName="gregoria-deminutae"
first_step()
adjustAdditionalGlyphs()
oldfont.close()
oldfont = fontforge.open("Gregoria-Auctae.otf")
fontName="gregoria-auctae"
first_step()
adjustAdditionalGlyphs()
oldfont.close()
newfont.em = 2048
newfont.generate("gregoriao.ttf")
newfont.close()
def build_font(self, dir_name, familyname, fontname, fullname):
'''Builds the font file.'''
self.font = font = fontforge.font()
# height = 32
font.descent = 4 * SQUARE_SIZE
font.ascent = 8 * SQUARE_SIZE
# font.em = 28
# font.design_size = 12
font.upos = -2 * SQUARE_SIZE
font.uwidth = SQUARE_SIZE
font.fontname = fontname
font.familyname = familyname
font.fullname = fullname
font.encoding = 'unicode'
if 'bold' in fontname.lower():
font.weight = 'Bold'
if 'oblique' in fontname.lower():
font.italicangle = -10.0
if 'boldoblique' in fontname.lower():
font.appendSFNTName(0x0409, 'SubFamily', 'Bold Oblique')
font.addLookup('Anchors', 'gpos_mark2base', (), (
("mark", (("DFLT", ("dflt")),)),
))
font.addLookupSubtable('Anchors', 'DiacriticTop')
font.addAnchorClass('DiacriticTop', 'Top')
font.addLookupSubtable('Anchors', 'DiacriticBottom')
font.addAnchorClass('DiacriticBottom', 'Bottom')
reader = Reader(
*sorted(kitabyte.reader.get_font_def_filenames(dir_name)))
deferred_glyph_defs = []
for glyph_def in kitabyte.reader.read_font_def(reader):
if isinstance(glyph_def, Glyph):
try:
_logger.debug('Processing u+%x %s', glyph_def.char_code,
fontforge.nameFromUnicode(glyph_def.char_code))
self._make_glyph(glyph_def)
except (EnvironmentError, ValueError):
_logger.debug('Deferring glyph u+%x %s',
glyph_def.char_code,
fontforge.nameFromUnicode(glyph_def.char_code))
deferred_glyph_defs.append(glyph_def)
for glyph_def in deferred_glyph_defs:
_logger.debug('Processing u+%x %s', glyph_def.char_code,
fontforge.nameFromUnicode(glyph_def.char_code))
self._make_glyph(glyph_def)
font.selection.all()
font.removeOverlap()
font.simplify()
font.correctDirection()
return font
def generate(filepath, name, mapFile, output):
convertedPath = filepath + "/converted"
isExists = os.path.exists(convertedPath)
if not isExists:
os.makedirs(convertedPath)
convert2pbm(filepath)
convert2svg(filepath)
charMap = {}
file = open(filepath + '/' + mapFile)
list_of_all_the_lines = file.read().splitlines()
# 文件名到字符的映射关系
for line in list_of_all_the_lines:
chars = line.split(" ")
charMap[chars[0]] = chars[1]
#
font = fontforge.font()
family_name = "tesseracthand"
style_name = name
font.familyname = family_name
font.fullname = family_name + "-" + style_name
font.fontname = family_name + "-" + style_name
for filename in os.listdir(filepath):
if filename.endswith('.png'):
fileRealName = filename.split('.')[0]
char = charMap[fileRealName]
glyph = font.createMappedChar(char)
glyph.importOutlines("{0}/converted/{1}.svg".format(filepath, fileRealName))
font.generate(output + '/tesseracthand.ttf')
return True
def __init__ (self, option):
""" The `__init__` constructor function inits the font's option. """
if not option.input:
self.font = fontforge.font();
else:
self.font = fontforge.open(option.input);
self.font.encoding = 'UnicodeBmp';
self.font.version = '2.000;PS 1;hotconv 1.0.49;makeotf.lib2.0.14853';
self.font.weight = 'Book'
self.font.fontname = option.name;
self.font.familyname = option.name;
self.font.fullname = option.name;
self.font.ascent = 1000;
self.font.descent = 200;
self.font.em = 1000;
self.font.addLookup('liga', 'gsub_ligature', (), (
(
'liga',
(
('latn', ('dflt')),
)
),
));
self.font.addLookupSubtable('liga', 'liga');
self.output = option.output;
self.index = option.index;
def convert_main(self, config_file, directory, outdir, metadata):
try:
self.font = fontforge.font()
except:
import fontforge
with open(config_file) as f:
self.config = json.load(f)
self.metadata = json.loads(metadata) or {}
self.font = fontforge.font()
self.unicode_mapping = {}
self.set_properties()
self.add_glyphs(directory)
# bearing table
self.set_bearings(self.config["typography_parameters"].get(
"bearing_table", {}))
# kerning table
self.set_kerning(self.config["typography_parameters"].get(
"kerning_table", {}))
# Generate font and save as a .ttf file
filename = self.metadata.get(
"filename", None) or self.config["props"].get("filename", None)
self.generate_font_file(str(filename), outdir, config_file)
def main():
name = "Bhaataan-Gothic"
font = fontforge.font()
font.encoding = "UnicodeBmp"
font.familyname = name
font.fontname = name
font.fullname = name
font.ascent = 1000
font.descent = 0
add_anchorclasses(font)
add_substitution(font)
add_punctuations(font)
add_basic_consonants(font)
add_vowels(font)
add_with_o_consonants(font)
add_kerning(font)
add_contextual_chaining(font)
font.em = 1024
font.save(name)
font.generate("%s.ttf" % name)
font.generate("%s.woff" % name)
def __init__(self, source):
self._new_font = fontforge.font()
# Set up the new font shell
self._new_font.encoding = 'UnicodeFull'
self._new_font.fontname = source.font_name
self._new_font.fullname = source.font_name
self._new_font.familyname = source.font_name
self._new_font.ascent = 850
self._new_font.em = 1792
self._new_font.descent = 256
self._new_font.gasp = ((65535, (
'gridfit',
'antialias',
'symmetric-smoothing',
'gridfit+smoothing')),)
self._new_font.gasp_version = 1
self._new_font.hhea_descent = -34
self._new_font.hhea_linegap = 0
self._new_font.os2_codepages = (1, 0)
self._new_font.os2_fstype = 4
self._new_font.os2_panose = (0, 0, 0, 0, 0, 0, 0, 0, 0, 0)
self._new_font.os2_strikeypos = 1075
self._new_font.os2_strikeysize = 90
self._new_font.os2_subyoff = 134
self._new_font.os2_subysize = 1075
self._new_font.os2_supyoff = 627
self._new_font.os2_supysize = 1075
self._new_font.os2_typolinegap = 0
self._new_font.weight = 'Book'
# Fire up the reference font
self._source_font = fontforge.open(source.tff_file)
self._source_font.encoding = 'UnicodeFull'
def generate(fontname, files):
filename = fontname + '.otb'
newfont = fontforge.font()
for file in files:
if args.verbose:
print(f'{filename}: {file}: importing bitmap strikes',
file=sys.stderr)
try:
import_bitmap(newfont, file)
except ValueError:
print(
f'opentype-bitmap: warning: {file}: file must end with '
'.pcf.gz, bdf.gz, .pcf, or .bdf',
file=sys.stderr)
except OSError:
print(f'opentype-bitmap: warning: {file}: invalid bitmap font',
file=sys.stderr)
if newfont.changed:
newfont.generate(filename, 'otb')
print(f'{filename}')
def main():
font = fontforge.font()
font.descent = 1 * SQUARE_SIZE
font.ascent = 8 * SQUARE_SIZE
font.upos = -1 * SQUARE_SIZE
font.uwidth = SQUARE_SIZE
font.fontname = 'pkmn_gb_en_tppocr-regular'
font.familyname = 'pkmn_gb_en_tppocr'
font.fullname = 'PkMn GB English TPPOCR Regular'
font.encoding = 'unicode'
char_pixel_data = get_pixel_data()
red_char_pixel_data = get_pixel_data('red_font.png', rows=7)
def draw_glyph(char, char_pixel_data):
glyph = font.createChar(ord(char))
glyph.clear()
pixel_data = char_pixel_data[char_row][char_col]
pen = glyph.glyphPen()
for tile_y, tile_x in itertools.product(range(8), range(8)):
if pixel_data[tile_y * 8 + tile_x] != 0:
continue
x = tile_x * SQUARE_SIZE
y = 7 * SQUARE_SIZE - tile_y * SQUARE_SIZE
# Add +/-1 to slightly increase the block size so each block
# will slightly overlap and ensure no points overlap.
pen.moveTo((x - 1, y - 1))
pen.lineTo((x + SQUARE_SIZE + 1, y - 1))
pen.lineTo((x + SQUARE_SIZE + 1, y + SQUARE_SIZE + 1))
pen.lineTo((x - 1, y + SQUARE_SIZE + 1))
pen.closePath()
glyph.width = SQUARE_SIZE * 8
for char_row, row in enumerate(CHARS):
for char_col, char in enumerate(row):
if char == ' ':
continue
draw_glyph(char, char_pixel_data)
if char == 'c':
draw_glyph(u'ċ', red_char_pixel_data)
glyph = font.createChar(ord(' '))
glyph.width = SQUARE_SIZE * 8
font.selection.all()
font.removeOverlap()
font.simplify()
font.correctDirection()
font.version = VERSION
font.copyright = COPYRIGHT
font.generate(font.fontname + '.ttf', flags=('no-hints',))
def create_font():
"""create a minimal FontForge font"""
font = fontforge.font()
# font.addLookup("belowbaseline","gpos_mark2base",0,
# [["blwm",[["deva",["dflt"]]]]])
# font.addLookupSubtable("belowbaseline", "belowbasesub")
# font.addAnchorClass("belowbasesub", "sub")
return font
def __init__(self, kerning=15):
#initialize the font
self.font = fontforge.font()
# starts in the character code for !
self.font_character_index = 33
#other fontforge options:
self.kerning = kerning
def create_font():
"""create a minimal FontForge font"""
font = fontforge.font()
#font.addLookup("belowbaseline","gpos_mark2base",0,
# [["blwm",[["deva",["dflt"]]]]])
#font.addLookupSubtable("belowbaseline", "belowbasesub")
#font.addAnchorClass("belowbasesub", "sub")
return font
def __init__(self, kerning=15):
#initialize the font
self.font = fontforge.font()
# starts in the character code for !
self.font_character_index = 33
#other fontforge options:
self.kerning = kerning
def generateFont(fontName: str,
text: str,
saveType: int = WOFF_TYPE,
flags: int = 0) -> str:
try:
fontLocation = getFontLocation(fontName)
if fontLocation is None:
return None
if saveType <= 0:
return None
if flags & ASCII_SUPPORT:
charList = [chr(i) for i in range(32, 127)]
else:
charList = []
for i in text:
if i not in charList:
charList.append(i)
fn = f"fonts/{md5(fontName)}_{sha256(''.join(charList))}"
cont = False
if saveType & TTF_TYPE and not exists(f"{fn}.ttf"):
cont = True
if saveType & WOFF_TYPE and not exists(f"{fn}.woff"):
cont = True
if saveType & WOFF2_TYPE and not exists(f"{fn}.woff2"):
cont = True
if saveType & EOT_TYPE and not exists(f"{fn}.eot"):
cont = True
if not cont:
return fn
print(fontLocation)
ft: font = openfont(fontLocation)
print(ft.encoding)
nf = font()
nf.encoding = 'UnicodeBMP'
for char in charList:
char = ord(char)
ft.selection.select(("more", None), char)
nf.selection.select(("more", None), char)
ft.copy()
nf.paste()
if not exists('fonts/'):
mkdir('fonts/')
if saveType & TTF_TYPE:
nf.generate(f"{fn}.ttf", flags="opentype")
if saveType & WOFF_TYPE:
nf.generate(f"{fn}.woff")
if saveType & WOFF2_TYPE:
nf.generate(f"{fn}.woff2")
if saveType & EOT_TYPE:
nf.generate(f"{fn}.eot")
nf.close()
return fn
except Exception as e:
s = settings()
s.ReadSettings()
if s.debug:
raise e
return None
def main(config_file):
config = loadConfig(config_file)
os.chdir(os.path.dirname(config_file) or '.')
font = fontforge.font()
setProperties(font, config)
addGlyphs(font, config)
for outfile in config['output']:
sys.stderr.write('Generating %s...\n' % outfile)
font.generate(outfile)
def __init__(self, code_base=1):
f = fontforge.font()
f.encoding = 'UnicodeFull'
f.design_size = 16
f.em = 512
f.ascent = 448
# f.design_sizescent = 64
self.f = f
self.char_code = code_base
def createFont(): font = fontforge.font() font.fontname = fontname font.fullname = fullname font.ascent = ascent font.descent = descent font.em = em font.encoding = encoding font.save(buildPath+fontname+".sfd") return font
def make_font(options: argparse.Namespace) -> None:
font = fontforge.font()
font.familyname = 'Duployan'
font.fontname = font.familyname
font.fullname = font.familyname
font.encoding = 'UnicodeFull'
builder = duployan.Builder(font, options.bold, options.noto)
builder.augment()
build_font(options, builder.font)
patch_fonttools()
tweak_font(options, builder)
def configFont(config_file, user):
config = loadConfig(config_file)
os.chdir(os.path.dirname(config_file) or '.')
font = fontforge.font()
setProperties(font, config)
addGlyphs(font, config)
i = 0
while os.path.exists('my_fonts/hand-spoken-' + user + '-' + str(i) +
'.ttf'):
i += 1
font.generate('my_fonts/hand-spoken-' + user + '-' + str(i) + '.ttf')
def main():
try:
opts, args = getopt.getopt(sys.argv[1:], '', ['font='])
except getopt.GetoptError as err:
print >> sys.stderr, str(err)
sys.exit(1)
font_file = None
for o, a in opts:
if o == '--font':
font_file = a
if font_file == None:
print >> sys.stderr, "no font file"
sys.exit(1)
chars = set([])
for fi in args:
f = codecs.open(fi, encoding='utf-8')
for line in f:
for c in line:
chars.add(c)
f.close()
font = fontforge.open(font_file)
ft_out = fontforge.font()
ft_out.fontname = font.fontname
ft_out.familyname = font.familyname
ft_out.fullname = font.fullname
ft_out.encoding = font.encoding
for c in chars:
try:
uc = font[ord(c)]
print ord(c),
font.selection.select(uc)
font.copy()
ft_out.selection.select(uc)
ft_out.paste()
except TypeError:
print "not found",
pass
print
ft_out.generate("partial.ttf")
print ft_out.fontname
print ft_out.familyname
print ft_out.fullname
font.close()
ft_out.close()
def init(options = {}, extensions = {}, **args):
if 'svg' not in extensions:
print 'font extension requires svg extension'
exit(1)
options['_font'] = font = fontforge.font()
font.copyright = options['font-copyright']
font.familyname = options['font-family']
font.fondname = options['font-family']
font.fontname = options['font-family']
font.fullname = options['font-family']
font.weight = str(options['font-weight'])
font.em = 1000
def __init__(self, paramsFile, svgdir, outname) :
self.params = ConfigParser.SafeConfigParser()
parameters = codecs.open(paramsFile, "r", "UTF-8")
self.params.readfp(parameters)
self.svgDir = svgdir
self.font = fontforge.font()
self.font.encoding = 'UnicodeBmp' # 1 USC-2 Unicode BMP
self.font.fontname = self.params.get("Font", "enFamilyName")
self.font.fullname = self.params.get("Font", "enFullName")
self.font.familyname = self.params.get("Font", "enFamilyName")
sfntNameList = list(self.font.sfnt_names[:])
subFamily = self.params.get("Font", "enSubFamily")
self.font.sfnt_names = (('English (US)', 'Copyright', self.params.get("Font", 'copyright')), \
('English (US)', 'Family', self.font.familyname), ('English (US)', 'SubFamily', subFamily), \
('English (US)', 'UniqueID', u'FontForge 2.0 : ' + self.font.fullname + ": " + datetime.datetime.now().isoformat()),\
('English (US)', 'Fullname', self.font.fullname),\
('English (US)', 'Version', 'Version {0:09.3f}'.format(float(self.params.get("Font", 'version')))),\
# ('English (US)', 'PostScriptName', self.font.fontname),\
('English (US)', 'License', "Open Font License"), ('English (US)', 'License URL', 'http://scripts.sil.org/OFL'))
langCode = int(self.params.get("Font", "localizedLang"))
self.font.appendSFNTName(langCode, 1, self.params.get("Font", "localizedFamilyName").encode('UTF-8'))
self.font.appendSFNTName(langCode, 2, self.params.get("Font", "localizedSubFamily").encode('UTF-8'))
self.font.appendSFNTName(langCode, 4, self.params.get("Font", "localizedFullName").encode('UTF-8'))
self.font.appendSFNTName(0x409, 8, self.params.get("Font", "vendor"))
self.font.appendSFNTName(0x409, 9, self.params.get("Font", "designer"))
self.font.appendSFNTName(0x409, 11, self.params.get("Font", "vendorUrl"))
print(self.font.sfnt_names)
self.font.ascent = self.params.getint("Font", "fontAscent")
self.font.descent = self.params.getint("Font", "fontDescent")
self.font.os2_weight = self.params.getint("Font", "fontWeight")
self.font.os2_winascent = self.params.getint("Font", "ascent") - self.font.ascent
self.font.os2_windescent = self.params.getint("Font", "descent") - self.font.descent
self.font.os2_family_class = self.params.getint("Font", "familyClass")
self.fixedWidth = int(self.params.get("Font", "fixedWidth"))
self.font.os2_panose = (2, 0, 6, 3, 0, 0, 0, 0, 0, 0)
if self.fixedWidth > 0: self.font.os2_panose = (2, 0, 6, 9, 0, 0, 0, 0, 0, 0)
self.font.em = int(self.params.get("Font", "emWidth"))
logFile = codecs.open(outname +".log", "w", "UTF-8")
logging.basicConfig(filemode="r", level=logging.DEBUG, stream=logFile)
self.log = logging.getLogger(outname)
# self.log =
self.outName = outname
self.sfdFile = outname + ".sfd"
self.ttfFile = outname + ".ttf"
self.glyphCount = 0
self.alternateTables = dict()
# dict of tables, where each table is a list of tuples in the form
# (precontext, orig_glyphs, postcontext, replace_glyphs)
self.substitutions = []
self.subDict = dict()
self.classes = dict()
def initialize_font(weight):
"""Create a new font, with constans initialized.
"""
font = fontforge.font()
font.fontname = FONT_FAMILY_NAME + "-" + weight
font.fullname = FONT_FAMILY_FULL_NAME + " " + weight
font.familyname = FONT_FAMILY_FULL_NAME
font.weight = weight
font.encoding = "UnicodeFull"
font.copyright = ""
font.version = ""
font.comment = None
return font
def main():
font = fontforge.font()
name = "liparxe-round"
font.encoding = "UnicodeBmp"
font.familyname = name
font.fullname = name
font.fontname = name
create(font)
font.save("%s.sfd" % name)
font.generate("%s.ttf" % name)
def process(process_id, line_num_p_process):
for i in range(process_id * line_num_p_process,
(process_id + 1) * line_num_p_process):
if i >= lines_num:
break
font_line = valid_fonts[i]
font_id = font_line.strip().split(', ')[0]
split = font_line.strip().split(', ')[1]
font_name = font_line.strip().split(', ')[-1]
font_file_path = os.path.join(fonts_file_path, split, font_name)
try:
cur_font = fontforge.open(font_file_path)
except Exception as e:
print('Cannot open', font_name)
print(e)
continue
target_dir = os.path.join(sfd_path, split, "{}".format(font_id))
if not os.path.exists(target_dir):
os.makedirs(target_dir)
for char_id, char in enumerate(alphabet_chars):
char_description = open(
os.path.join(target_dir,
'{}_{:02d}.txt'.format(font_id, char_id)),
'w')
cur_font.selection.select(char)
cur_font.copy()
new_font_for_char = fontforge.font()
new_font_for_char.selection.select(char)
new_font_for_char.paste()
new_font_for_char.fontname = "{}_".format(font_id) + font_name
new_font_for_char.save(
os.path.join(target_dir,
'{}_{:02d}.sfd'.format(font_id, char_id)))
char_description.write(str(ord(char)) + '\n')
char_description.write(
str(new_font_for_char[char].width) + '\n')
char_description.write(
str(new_font_for_char[char].vwidth) + '\n')
char_description.write('{:02d}'.format(char_id) + '\n')
char_description.write('{}'.format(font_id))
char_description.close()
cur_font.close()
def post(self, request, *args, **kwargs):
try: pk_list = json.loads(request.body)
except: pk_list = []
if len(pk_list)<=0: return redirect("/")
pk = [int(x) for x in pk_list]
att = []
f = fontforge.font()
gs = Glyph.objects.all()
gs = Glyph.objects.filter(pk__in=pk_list)
svgs = glob.glob("/Users/kirby/htdocs/testcol/font/don/svgs/*")
count = 1
for g in gs:
if g.license.attribution: att += [g]
fn = os.path.join(settings.MEDIA_ROOT, str(g.svg))
if not os.path.exists(fn): continue
c = f.createChar(0xf000 + count)
c.importOutlines(fn)
c.left_side_bearing = KERNING
c.right_side_bearing = KERNING
c.simplify()
c.round()
count += 1
random_name = ""
while True:
random_name = hex(int(1000000000000*random.random()))
dir = os.path.join(tmp_root, random_name)
if not os.path.exists(dir): break
os.makedirs(dir)
ttf_fn = os.path.join(dir, "font.ttf")
eof_fn = os.path.join(dir, "font.eof")
woff_fn = os.path.join(dir, "font.woff")
license_fn = os.path.join(dir, "attribution.txt")
f.generate(ttf_fn)
f.generate(eof_fn)
f.generate(woff_fn)
f = open(license_fn, "w")
for g in att:
f.writelines("the icon '%s' is contributed by %s %s\n"%(g.name, g.author, "("+g.author_url+")" if g.author_url else ""))
f.close()
files = glob.glob(os.path.join(dir, "*"))
#buf = StringIO.StringIO()
zip_fn = os.path.join(tmp_root, random_name+".zip")
z = zipfile.ZipFile(zip_fn, "w")
#z = zipfile.ZipFile(buf, "w")
for f in files:
b = os.path.basename(f)
print(b)
z.write(f, b)
z.close()
return HttpResponse(json.dumps({"name": random_name}))
def generateTTF(filename):
emsize = 1024
width = emsize
height = emsize
from xie.graphics.canvas import TrueTypeGlyphCanvasController
canvas = TrueTypeGlyphCanvasController(width, height)
from xie.graphics.drawing import DrawingSystem
drawSystem = DrawingSystem(canvas)
import fontforge
f = fontforge.font()
f.is_quadratic = True
# f.strokedfont=True
# f.strokewidth=50
f.em = emsize
characters = sorted(rm.getCharacters())
print("總共有 %s 個字符" % len(characters))
for index, ch in enumerate(characters):
if index % 100 == 0:
print("正在描繪 %s 到 %s 個字符" % (index * 1, index + 100))
o = ord(ch)
g = f.createChar(o)
g.left_side_bearing = 100
g.right_side_bearing = 100
canvas.changeGlyph(g)
character = rm.getCharacter(ch)
from xie.graphics.shape import Boundary
descriptionBoundary = Boundary(0, 0, 256, 256)
drawSystem.save()
drawSystem.setSourceBoundary(descriptionBoundary)
drawSystem.draw(character)
drawSystem.restore()
# stroke(penType, strokeWidth, lineCap, lineJoin)
# stroke(circular|calligraphic|polygon, strokeWidth, square|round|butt, miter|round|bevel)
g.stroke("circular", 30, "round", "miter")
g.correctDirection()
g.removeOverlap()
g.correctDirection()
makeSureDirCreated(filename)
f.generate(filename)
print('結束')
def __init__(self, basename, isBold=False, isItalic=False):
if isBold:
self.weight = 'bold'
else:
self.weight = 'normal'
if isItalic:
self.style = 'italic'
self.bitmaps = italicBitmaps
else:
self.style = 'normal'
self.bitmaps = romanBitmaps
self.glyphs = glyphs # That is, glyphs.glyphs
s = [basename]
if self.weight == 'bold':
s.append(self.weight)
if self.style == 'italic':
s.append('italic')
s = [cap(x) for x in s]
self.human_name = ' '.join(s)
self.fontname = ''.join(self.human_name.split())
self.familyname = ''.join(basename.split())
print("basename: {0}".format(basename))
print("fontname: {0}".format(self.fontname))
print("familyname: {0}".format(self.familyname))
print("human name: {0}".format(self.human_name))
print("")
self.sfd_name = '{0}.sfd'.format(self.fontname)
self.otf_name = '{0}.otf'.format(self.fontname)
self.ttf_name = '{0}.ttf'.format(self.fontname)
self.font = fontforge.font()
self.font.ascent = ASCENT
self.font.descent = DESCENT
self.font.fontname = self.fontname
self.font.familyname = self.familyname
self.font.fullname = self.human_name
if self.weight == 'bold':
self.font.weight = cap(self.weight)
# if self.style == 'italic':
# self.font.isItalic = True
g = self.font.createChar(0x0020, 'space')
g.width = CHAR_WIDTH
def run(self):
self.name = self.options.name
self.path = self.options.path
self.font = font = fontforge.font()
font.fontname = self.name
font.fullname = self.name
font.familyname = self.name
glyphs = self.options.glyphs.split(',,')
for g in glyphs:
self.grab(g)
font.generate(self.path)
def createFont(strFontName):
logFile= open(options.logfile,"w")
if options.font_in:
tt=fontforge.open(options.font_in)
else:
tt=fontforge.font(options.font_out)
print "Adding Glyphs"
AddGlyphs(tt, logFile)
print "Setting font em size from", tt.em, "to", options.emsize
tt.em = options.emsize
logFile.write("Font em size set to {0}\n".format(tt.em))
print "Generating font"
tt.generate(strFontName)
print "Done"
logFile.close()
def main(model_fd):
data = json.load(model_fd)
if not data:
return
validateModel(data)
font = fontforge.font()
font.familyname = data["font_name"]
font.fontname = data["font_name"]
font.design_size = 1024.0
font.hasvmetrics = True
font.upos = 0
font.ascent = 1024
font.descent = 0
font.hhea_ascent = 1024
font.hhea_ascent_add = False
font.hhea_descent = 0
font.hhea_descent_add = False
font.hhea_linegap = 0
font.os2_use_typo_metrics = True
font.os2_typoascent = 1024
font.os2_typoascent_add = False
font.os2_typodescent = 0
font.os2_typodescent_add = False
font.os2_typolinegap = 0
font.os2_winascent = 1024
font.os2_winascent_add = False
font.os2_windescent = 0
font.os2_windescent_add = False
for i, glyph in enumerate(data["glyphs"]):
charcode = UTF8_AREA + i
c = font.createChar(charcode)
glyph["charcode"] = "\\u{:x}".format(charcode)
c.importOutlines(glyph["path"])
#scale glyph to fit between 200 (base line) and 800 (x 0.6)
#c.transform((0.6, 0.0, 0.0, 0.6, 200, 200.))
c.vwidth = 1024
c.width = 1024
font.generate(data["font_file"])
genQml(data)
def __init__(self, existing_font=None, preset=None):
self._ff_messages = []
if existing_font:
with self._captures_messages():
self._ff = fontforge.open(existing_font)
else:
self._ff = fontforge.font()
self.name = DEFAULT_FONT_NAME
self.family = DEFAULT_FAMILY_NAME
self.postscript_name = DEFAULT_POSTSCRIPT_NAME
self.apply_preset(preset or DefaultPreset)
self.closed = False
def main():
font = fontforge.font();
name = "BhataanTransliteration"
font.fullname = name;
font.fontname = name;
font.familyname = name;
font.encoding = "UnicodeBmp";
create_characters(font);
create(font);
font.save("%s.sfd" % name);
font.generate("%s.ttf" % name);
font.generate("%s.woff" % name);
def initialize_font(glyph_database, font_type):
font_name = FONT_NAME_PATTERN % font_type
font = fontforge.font()
font.familyname = font_name
font.fullname = font_name
for glyph_id, glyph_info in glyph_database['info'].iteritems():
print("Importing glyph [%s]: %s" % (font_type, glyph_id))
unicode_id = glyph_info['unicode_id']
unicode_name = 'uni' + hex(unicode_id).upper()[2:]
char = font.createChar(unicode_id, unicode_name)
char.importOutlines(GLYPH_PATH_PATTERN %
(FONT_TYPES[font_type], glyph_id))
char.width = 1000
return font, font_name.replace(' ', '-')
def __init__(self, filename=None):
self.filename = filename
if filename != None and os.path.isfile(filename):
self.sfdfile = fontforge.open(filename)
else:
self.sfdfile = fontforge.font()
# set default
self.setName('unnamed')
self.sfdfile.weight = 'Medium'
self.sfdfile.copyright = \
'Created with python-fontforge, edit with FontForge'
self.sfdfile.comment = 'Created %s' % time.ctime()
self.sfdfile.ascent = 1000
self.sfdfile.descent = 0
self.sfdfile.upos = 0
self.sfdfile.encoding = 'UnicodeFull'
self.glyphs = {}
def createFont(name):
font = fontforge.font()
font.familyname = fontName
font.fontname = fontName
font.fondname = fontName
font.fullname = fontName
font.copyright = ' '
font.comment = ' '
font.woffMetadata = ' '
font.version = '1.0.1'
font.encoding = "utf-8"
font.uwidth = 0
font.upos = 0
font.ascent = 960
font.descent = 64
font.em = 1024
return font
def icon(filepath):
"""Try to convert the contents of svg file to json representation of icon.
:filepath: path to file
:returns: dict
"""
iconfile = open(filepath)
origincontents = iconfile.read()
tempfont = fontforge.font()
tempfont.ascent = BASE_ASCENT
tempfont.descent = BASE_DESCENT
tempfont.em = BASE_ASCENT + BASE_DESCENT
glyph = tempfont.createChar(0xf000)
try:
tempiconfile = tempfile.NamedTemporaryFile(suffix='.svg')
tempiconfile.write(origincontents)
tempiconfile.flush()
glyph.importOutlines(tempiconfile.name)
bbox = glyph.boundingBox()
if abs(bbox[2] - bbox[0]) < 1.0 or abs(bbox[3] - bbox[1]) < 1.0:
return None
glyph.transform((1, 0, 0, 1, -bbox[0], -bbox[1]))
glyph.round()
bbox = map(int, glyph.boundingBox())
tempiconfile.close()
except:
return None
tmpf = tempfile.NamedTemporaryFile(suffix='.svg')
tempfont.generate(tmpf.name)
tempfont.close()
output = tmpf.read()
tmpf.close()
output = re.sub(r'xmlns\s*=\s*["\'][^"\']+["\']', '', output)
fontquery = pq(output)
glyph = fontquery('glyph').eq(0)
d = glyph.attr('d')
return {
'viewBox': (0, 0, BASE_ASCENT, BASE_ASCENT),
'boundingBox': bbox,
'svg_d': d
}
def icon(filepath):
"""Try to convert the contents of svg file to json representation of icon.
:filepath: path to file
:returns: dict
"""
iconfile = open(filepath)
origincontents = iconfile.read()
tempfont = fontforge.font()
tempfont.ascent = BASE_ASCENT
tempfont.descent = BASE_DESCENT
tempfont.em = BASE_ASCENT + BASE_DESCENT
glyph = tempfont.createChar(0xf000)
try:
tempiconfile = tempfile.NamedTemporaryFile(suffix='.svg')
tempiconfile.write(origincontents)
tempiconfile.flush()
glyph.importOutlines(tempiconfile.name)
bbox = glyph.boundingBox()
if abs(bbox[2] - bbox[0]) < 1.0 or abs(bbox[3] - bbox[1]) < 1.0:
return None
glyph.transform((1, 0, 0, 1, -bbox[0], -bbox[1]))
glyph.round()
bbox = map(int, glyph.boundingBox())
tempiconfile.close()
except:
return None
tmpf = tempfile.NamedTemporaryFile(suffix='.svg')
tempfont.generate(tmpf.name)
tempfont.close()
output = tmpf.read()
tmpf.close()
output = re.sub(r'xmlns\s*=\s*["\'][^"\']+["\']', '', output)
fontquery = pq(output)
glyph = fontquery('glyph').eq(0)
d = glyph.attr('d')
return {
'viewBox': (0, 0,BASE_ASCENT, BASE_ASCENT),
'boundingBox': bbox,
'svg_d': d
}
def create_font(conf):
"""
Create font with some default options
"""
font = fontforge.font()
font.encoding = 'UnicodeFull'
font.em = FONT_EM
# TODO: Make ligatures optional
# Forcing strings to stop TypeError: Bad type for argument due to
# unicode_literals
liga = str('liga')
latn = str('latn')
dflt = str('dflt')
feature_script_lang = ((liga, ((latn, (dflt)),)),)
# Set up ligatures
font.addLookup('liga', 'gsub_ligature', (), feature_script_lang)
font.addLookupSubtable('liga', 'liga')
# Add all recommended font characters
# Reference: https://www.microsoft.com/typography/otspec/recom.htm
glyph = font.createChar(-1, '.notdef')
glyph.width = 0
# TODO: Needs a default notdef glyph
glyph = font.createChar(0x0, '.null')
glyph.width = DEFAULT_GLYPH_WIDTH
glyph = font.createChar(0xD, 'CR')
glyph.width = DEFAULT_GLYPH_WIDTH
glyph = font.createChar(0x20, 'space')
try:
glyph.width = conf['width_space']
except KeyError:
glyph.width = DEFAULT_GLYPH_WIDTH
logger.debug("Space character width: %d", glyph.width)
glyph = font.createChar(ZWJ_INT)
glyph.width = 0
glyph = font.createChar(VS16_INT)
glyph.width = 0
return font
def makeFont():
boardWidth = (PARAMS['keyWidth']+PARAMS['horizontalSpacing'])*10
boardHeight = PARAMS['tallHeight']*1.8
font = fontforge.font()
font.fontname = FONTNAME
font.fullname = FONTNAME
font.familyname = FONTNAME
font.ascent = boardHeight
font.descent = 0
def storeGlyph(char, svgFilename, width=0):
glyph = font.createChar(ord(char))
glyph.width = width
glyph.importOutlines(svgFilename)
storeGlyph('/', 'board.svg', boardWidth)
for key in KEYS.keys():
svgFilename = key+'.svg'
if key=='star':
storeGlyph('*', svgFilename)
elif '2' in key:
# this is a key that exists on the left
# and the right, and this one is on the right.
# So we store it as a lowercase letter
storeGlyph(key[0].lower(), svgFilename)
elif (key+'2') in KEYS:
# this is a key that exists on the left
# and the right, and this one is on the left
# So we store it as an uppercase letter
storeGlyph(key.upper(), svgFilename)
else:
# it appears on one side only;
# be convenient and store it as both cases
storeGlyph(key.upper(), svgFilename)
storeGlyph(key.lower(), svgFilename)
font.save('stenoboard.sfd')
font.generate('stenoboard.ttf')
def create_font(conf):
"""
Create font with some default options
"""
font = fontforge.font()
font.encoding = 'UnicodeFull'
font.em = FONT_EM
# TODO: Make ligatures optional
# Forcing strings to stop TypeError: Bad type for argument due to
# unicode_literals
liga = str('liga')
latn = str('latn')
dflt = str('dflt')
feature_script_lang = ((liga, ((latn, (dflt)),)),)
# Set up ligatures
font.addLookup('liga', 'gsub_ligature', (), feature_script_lang)
font.addLookupSubtable('liga', 'liga')
# Add all recommended font characters
# Reference: https://www.microsoft.com/typography/otspec/recom.htm
glyph = font.createChar(-1, '.notdef')
glyph.width = 0
# TODO: Needs a default notdef glyph
glyph = font.createChar(0x0, '.null')
glyph.width = DEFAULT_GLYPH_WIDTH
glyph = font.createChar(0xD, 'CR')
glyph.width = DEFAULT_GLYPH_WIDTH
glyph = font.createChar(0x20, 'space')
try:
glyph.width = conf['width_space']
except KeyError:
glyph.width = DEFAULT_GLYPH_WIDTH
logger.debug("Space character width: %d", glyph.width)
glyph = font.createChar(ZWJ_INT)
glyph.width = 0
glyph = font.createChar(VS16_INT)
glyph.width = 0
return font
def font_generate(filename, dirpath):
font = ff.font()
font.fontname = "User"
font.familyname = "UserFont1"
for i in xrange(96):
image_name = str(i + 32) + '.png'
image_path = os.path.join(dirpath, image_name)
glyph = font.createMappedChar(chr(i + 32))
glyph.importOutlines(image_path)
font.selection.select(chr(i + 32))
font.autoTrace()
if i != 0:
font.autoWidth(10)
# font.autoKern()
filepath = os.path.join(dirpath, filename)
font.generate(filepath)
def build_font(_f):
modify_and_save_latin(_f, EN_TEMP)
modify_and_save_jp(_f, JP_TEMP)
deco_print('merge modified {} and modified {}'.format(
_f.get('latin'), _f.get('japanese')))
target_font = fontforge.font()
target_font = set_height(target_font)
target_font.upos = 45
target_font.fontname = _f.get('family')
target_font.familyname = _f.get('family')
target_font.fullname = _f.get('name')
target_font.weight = _f.get('weight_name')
target_font = set_os2_values(target_font, _f)
target_font = set_sfnt_names(target_font, _f)
target_font = set_gasp_table(target_font)
target_font.mergeFonts(EN_TEMP)
if not DEBUG: os.remove(EN_TEMP)
target_font.mergeFonts(JP_TEMP)
if not DEBUG: os.remove(JP_TEMP)
target_font = vertical_line_to_broken_bar(target_font)
# target_font = emdash_to_broken_dash(target_font) # あまり必要性を感じないので削除
# 全角をいじるのはマージ前に行う
target_font = post_process(target_font)
fontpath = DIST + '/{}'.format(_f.get('filename'))
if DEBUG: print_pdf(target_font, fontpath + '.pdf')
target_font.generate(fontpath)
target_font.close()
fix_xAvgCharWidth(SOURCE + '/{}'.format(_f.get('japanese')), fontpath)
deco_print('Generate {} completed.'.format(_f.get('name')))
def build_svg_only():
build = fontforge.font()
build.encoding = "UnicodeBMP"
build.ascent = ASCENT
build.descent = DESCENT
add_own_symbols(build)
licf = open("src/COPYING")
lic = licf.read()
licf.close()
build.appendSFNTName(0x409, 0, "No Copyright")
build.appendSFNTName(0x409, 1, "Ocami PD")
build.appendSFNTName(0x409, 2, "Regular")
build.appendSFNTName(0x409, 4, "Ocami PD Regular")
build.appendSFNTName(0x409, 6, "Ocami PD Regular")
build.appendSFNTName(0x409, 13, lic)
build.save("dist/ocami-symbols.sfd")
build.close()
def newMathFont(aName):
print("Generating %s.otf..." % aName, end="")
mathFont = fontforge.font()
mathFont.fontname = aName
mathFont.familyname = aName
mathFont.fullname = aName
mathFont.copyright = "Copyright (c) 2014 Mozilla Corporation"
mathFont.encoding = "UnicodeFull"
# Create a space character. Also force the creation of some MATH subtables
# so that OTS will not reject the MATH table.
g = mathFont.createChar(ord(" "), "space")
g.width = em
g.italicCorrection = 0
g.topaccent = 0
g.mathKern.bottomLeft = tuple([(0, 0)])
g.mathKern.bottomRight = tuple([(0, 0)])
g.mathKern.topLeft = tuple([(0, 0)])
g.mathKern.topRight = tuple([(0, 0)])
mathFont[ord(" ")].horizontalVariants = "space"
mathFont[ord(" ")].verticalVariants = "space"
return mathFont
def __init__(self, em_size, basename):
self.EM_SIZE = em_size
SCALE_FACTOR = self.EM_SIZE/2048.0
if em_size == EM_SIZE_OTF:
self.format = 'otf'
elif em_size == EM_SIZE_TTF:
self.format = 'ttf'
self.human_name = basename
self.fontname = ''.join(self.human_name.split())
self.familyname = ''.join(basename.split())
self.ASCENT = SCALE_FACTOR * 1700.0
self.DESCENT = SCALE_FACTOR * 324.0
self.CAP_HEIGHT = SCALE_FACTOR * 1790.0
self.CHAR_WIDTH = (self.EM_SIZE / ASPECT_RATIO) * 0.9
self.ROW_SIZE = self.EM_SIZE / DOT_ROWS
self.COL_SIZE = self.CHAR_WIDTH / (DOT_COLUMNS - 1)
self.DOT_SIZE = max(self.ROW_SIZE, self.COL_SIZE) / 2.0
self.DOT_H = self.DOT_SIZE * 2.1
self.DOT_V = self.DOT_SIZE * 2.1
self.font = fontforge.font()
self.font.ascent = self.ASCENT
self.font.descent = self.DESCENT
self.font.fontname = self.fontname
self.font.familyname = self.familyname
self.font.fullname = self.human_name
self.font.fontlog = open(FONTLOG_FILENAME, 'r').read()
self.font.copyright = open(COPYRIGHT_FILENAME, 'r').read()
g = self.font.createChar(0x0020, 'space')
g.width = self.COL_SIZE * DOT_COLUMNS
self.binary_filename = '{0}.{1}'.format(self.fontname, self.format)
self.archive_filename = '{0}-{1}.sfd'.format(self.fontname, self.format)
def generate( font_path, texts, output ):
font = fontforge.open(font_path)
new_font = fontforge.font()
new_font.encoding = 'UnicodeFull'
texts = get_text_str(texts)
for text in texts:
hex_text = hex(ord(text))
val = hex_text.replace("0x","").upper()
if len(val) < 4:
for i in range(0, 4 - len(val)):
val = "0" + val
val = "uni" + val
#print(text, val, texts, re.search("0x", hex_text), hex_text)
try:
font.selection.select(("ranges",None), val, val)
font.copy()
new_font.selection.select(("ranges",None), val, val)
new_font.paste()
except Exception as e:
print(val, e)
new_font.generate(output)
def generate(self):
"""Goes through all the registered glyphs inside the font and
generates each one."""
# Create a new font.
self.font = fontforge.font()
# Go through the glyphs and generate each one. We display the
# current status of the generation to the screen so we can see
# something happening.
total = len(self.glyphs)
processed = 0
for gid, glyph in self.glyphs.iteritems():
processed += 1
self.log.debug(" [{0:4}/{1:4}] Unicode {3:04x}: {2}".format(
processed,
total,
glyph.label,
glyph.gid))
glyph.generate(self.font)
# Finalize the font.
self.font.fontname = self.name
def generate():
font = fontforge.font()
# Some basic metadata.
font.copyright = ('Copyright (c) 2014 Ryan Dorsey\n'
'Licensed under SIL Open Font License v1.1 '
'(http://scripts.sil.org/OFL)\n'
'Created with FontForge 2.0 (http://fontforge.sf.net)')
font.encoding = config['specs']['encoding']
font.em = config['specs']['fontforge em']
font.descent = config['specs']['descent']
font.ascent = config['specs']['ascent']
font.familyname = config['specs']['family name']
font.fontname = config['specs']['font name']
font.fullname = config['specs']['full name']
font.version = config['specs']['version']
font.weight = config['specs']['weight']
make_basic_glyphs(font)
make_private_use_glyphs(font)
make_space_glyphs(font)
font.mergeFeature('MazonHebrew-Regular.fea')
font.save('MazonHebrew-Regular.gen.sfd')
font.generate('MazonHebrew-Regular.gen.otf')
parser.add_argument('--debug', '-d', action='store_true', help='display debug messages')
args = parser.parse_args()
indir = args.dir[0]
outdir = args.dir[1]
except ImportError:
# Older Pythons don't have argparse, so we use optparse instead
import optparse
parser = optparse.OptionParser(description='Convert a directory of svg and eps files into a unified font file.')
parser.add_option('--name', metavar='fontname', type='string', nargs='?', default='fontrobot', help='reference name of the font (no spaces)')
parser.add_option('--nohash', '-n', action='store_true', help='disable hash fingerprinting of font files')
parser.add_argument('--debug', '-d', action='store_true', help='display debug messages')
(args, posargs) = parser.parse_args()
indir = posargs[0]
outdir = posargs[1]
f = fontforge.font()
f.encoding = 'UnicodeFull'
m = md5.new()
cp = 0xf100
files = []
KERNING = 15
for dirname, dirnames, filenames in os.walk(indir):
for filename in filenames:
name, ext = os.path.splitext(filename)
filePath = os.path.join(dirname, filename)
size = os.path.getsize(filePath)
if ext in ['.svg', '.eps']:
if len(src_codes) != len(set(src_codes)):
stderr.write("Error in file %s: glyph codes aren't unique:\n" % args.config)
for code in set(src_codes):
if src_codes.count(code) > 1:
stderr.write("Duplicate 'from:' 0x%04x\n" % code)
sys.exit(1)
try:
font = fontforge.open(args.src_font)
# set font encoding so we can select any unicode code point
font.encoding = 'UnicodeFull'
except:
stderr.write("Error: Fontforge can't open source %s" % args.src_font)
sys.exit(1)
new_font = fontforge.font()
new_font.encoding = 'UnicodeFull'
# load font properties from config
for key, value in config.get('font', {}).items():
setattr(new_font, key, value)
for from_code, to_code in remap_config:
try:
font[from_code]
except TypeError:
stderr.write("Warning: no such glyph in the source font (code=0x%04x)\n" %
from_code)
continue
#!/usr/local/bin/fontforge
#Needs: fonts/ayn+meem.init.svg
# At one point splinestroke failed if the first spline on a contour had a length of 0
import fontforge;
font=fontforge.font();
a = font.createChar(65);
a.importOutlines("fonts/ayn+meem.init.svg");
def subset_font_raw(font_in, font_out, unicodes, opts):
if '--namelist' in opts:
# 2010-12-06 DC To allow setting namelist filenames,
# change getopt.gnu_getopt from namelist to namelist=
# and invert comments on following 2 lines
# nam_fn = opts['--namelist']
nam_fn = font_out + '.nam'
nam = file(nam_fn, 'w')
else:
nam = None
if '--script' in opts:
pe_fn = "/tmp/script.pe"
pe = file(pe_fn, 'w')
else:
pe = None
font = fontforge.open(font_in)
if pe:
print >> pe, 'Open("' + font_in + '")'
extract_vert_to_script(font_in, pe)
for i in unicodes:
select_with_refs(font, i, font, pe, nam)
addl_glyphs = []
if '--nmr' in opts: addl_glyphs.append('nonmarkingreturn')
if '--null' in opts: addl_glyphs.append('.null')
for glyph in addl_glyphs:
font.selection.select(('more',), glyph)
if nam:
print >> nam, "0x%0.4X" % fontforge.unicodeFromName(glyph), glyph
if pe:
print >> pe, 'SelectMore("%s")' % glyph
flags = ()
if '--simplify' in opts:
font.simplify()
font.round()
flags = ('omit-instructions',)
if '--strip_names' in opts:
font.sfnt_names = ()
if '--new' in opts:
font.copy()
new = fontforge.font()
new.encoding = font.encoding
new.em = font.em
new.layers['Fore'].is_quadratic = font.layers['Fore'].is_quadratic
for i in unicodes:
select_with_refs(font, i, new, pe, nam)
new.paste()
# This is a hack - it should have been taken care of above.
font.selection.select('space')
font.copy()
new.selection.select('space')
new.paste()
new.sfnt_names = font.sfnt_names
font = new
else:
font.selection.invert()
print >> pe, "SelectInvert()"
font.cut()
print >> pe, "Clear()"
if nam:
print "Writing NameList",
nam.close()
if pe:
print >> pe, 'Generate("' + font_out + '")'
pe.close()
os.system("fontforge -script " + pe_fn)
else:
font.generate(font_out, flags = flags)
font.close()
if '--roundtrip' in opts:
# FontForge apparently contains a bug where it incorrectly calculates
# the advanceWidthMax in the hhea table, and a workaround is to open
# and re-generate
font2 = fontforge.open(font_out)
font2.generate(font_out, flags = flags)
fontforge.logWarning(" code point:" + str(f.CollabLastChangedCodePoint()))
f.generate(fontFileOnDisk)
js = json.dumps({
"seq": str(f.CollabLastSeq()),
"glyph": str(f.CollabLastChangedName()),
"codepoint": str(f.CollabLastChangedCodePoint()),
"earl": str(fontFileURL),
"end": "null" # this is simply so we dont have to manage keeping the last item with no terminating ,
},
sort_keys=True, indent=4, separators=(',', ': '))
print js
fi = open(fontJsonOnDisk, 'w')
fi.write(js)
newfont=fontforge.font()
f = newfont.CollabSessionJoin()
fontforge.logWarning( "Joined session, font name: " + f.fullname )
openURLInBrowser( "http://localhost:8000" )
fontforge.logWarning("web-test-collab: starting up...");
f.CollabSessionSetUpdatedCallback( OnCollabUpdate )
while True:
f.CollabSessionRunMainLoop()
# if keyPressed():
# break;
finalOutput = "/tmp/out-final.ttf"
f.generate(finalOutput)
fontforge.logWarning( "Left collab session, final file is at " + finalOutput )
