def get_glyph_id(self, glyph):
ttf = TTFont(self.file_path)
ttf.saveXML('../fonts/01.xml')
# gly_list = ttf.getGlyphOrder() # 获取 GlyphOrder 字段的值
index = ttf.getGlyphID(glyph)
# os.remove(self.file_path)
return index
def cmap_dump(self):
font = TTFont(self.fontfile)
#TODO(ahmetcelik) cmap in format 12 should be used if it exists
cmapTable = font['cmap'].getcmap(3, 10)
if not cmapTable:
cmapTable = font['cmap'].getcmap(3, 1)
assert cmapTable, 'Unicode cmap table required'
cmap = cmapTable.cmap # unicode table
codepoints = []
glyphs = []
for code, name in cmap.iteritems():
id = font.getGlyphID(name)
glyphs.append(id)
codepoints.append(code)
if self.debug:
print id, name, code
font.close()
cp_dumper = Dumper(self.folder + '/codepoints')
cp_dumper.dump_array(codepoints, 'I', '>')
cp_dumper.close()
gid_dumper = Dumper(self.folder + '/gids')
gid_dumper.dump_array(glyphs, 'H', '>')
gid_dumper.close()
def cmap_dump(self):
font = TTFont(self.fontfile)
#TODO(ahmetcelik) cmap in format 12 should be used if it exists
cmapTable = font['cmap'].getcmap(3, 10)
if not cmapTable:
cmapTable = font['cmap'].getcmap(3, 1)
assert cmapTable,'Unicode cmap table required'
cmap = cmapTable.cmap # unicode table
codepoints = []
glyphs = []
for code, name in cmap.iteritems():
id = font.getGlyphID(name)
glyphs.append(id)
codepoints.append(code)
if self.debug:
print id,name,code
font.close()
cp_dumper = Dumper(self.folder + '/codepoints')
cp_dumper.dump_array(codepoints, 'I', '>')
cp_dumper.close()
gid_dumper = Dumper(self.folder + '/gids')
gid_dumper.dump_array(glyphs, 'H', '>')
gid_dumper.close()
class TTXLEFont(LEFontInstance):
def __init__(self, fname, size=12):
super(TTXLEFont, self).__init__()
self.ttx = TTFont(fname)
self.size = size
self.upem = self.ttx['head'].unitsPerEm
self.cmap = self.ttx['cmap'].getcmap(3, 1).cmap
def getFontTable(self, table):
return self.ttx.getTableData(table)
def getAscent(self):
self.ttx['hhea'].ascent * self.size * 1. / self.upem
def getDescent(self):
self.ttx['hhea'].descent * self.size * 1. / self.upem
def getLeading(self):
self.ttx['hhea'].lineGap * self.size * 1. / self.upem
def getUnitsPerEm(self):
return self.upem
def mapCharToGlyph(self, code):
return self.ttx.getGlyphID(self.cmap[code])
def getGlyphAdvance(self, glyph):
if glyph >= self.ttx['maxp'].numGlyphs:
return (0., 0.)
name = self.ttx.getGlyphName(glyph)
x = self.ttx['hmtx'][name][0] * self.size * 1. / self.upem
if 'vmtx' in self.ttx:
y = self.ttx['vmtx'][name][0] * self.size * 1. / self.upem
else:
y = 0.
return (x, y)
def getGlyphPoint(self, glyph, point):
return (0., 0.)
def getXPixelsPerEm(self):
return self.size
def getYPixelsPerEm(self):
return self.size
def getScaleFactorX(self):
return 1.
def getScaleFactorY(self):
return 1.
class TTXLEFont(LEFontInstance):
def __init__(self, fname, size=12):
super(TTXLEFont, self).__init__()
self.ttx = TTFont(fname)
self.size = size
self.upem = self.ttx['head'].unitsPerEm
self.cmap = self.ttx['cmap'].getcmap(3, 1).cmap
def getFontTable(self, table):
return self.ttx.getTableData(table)
def getAscent(self):
self.ttx['hhea'].ascent * self.size * 1. / self.upem
def getDescent(self):
self.ttx['hhea'].descent * self.size * 1. / self.upem
def getLeading(self):
self.ttx['hhea'].lineGap * self.size * 1. / self.upem
def getUnitsPerEm(self):
return self.upem
def mapCharToGlyph(self, code):
return self.ttx.getGlyphID(self.cmap[code])
def getGlyphAdvance(self, glyph):
if glyph >= self.ttx['maxp'].numGlyphs:
return (0., 0.)
name = self.ttx.getGlyphName(glyph)
x = self.ttx['hmtx'][name][0] * self.size * 1. / self.upem
if 'vmtx' in self.ttx:
y = self.ttx['vmtx'][name][0] * self.size * 1. / self.upem
else:
y = 0.
return (x, y)
def getGlyphPoint(self, glyph, point):
return (0., 0.)
def getXPixelsPerEm(self):
return self.size
def getYPixelsPerEm(self):
return self.size
def getScaleFactorX(self):
return 1.
def getScaleFactorY(self):
return 1.
def tran(self, text, html):
url = re.findall("url\('(.*?.woff)'", html)[0]
with open('人人车01.ttf', 'wb') as f:
f.write(requests.get(url=url).content)
font1 = TTFont('人人车.ttf')
obj_list1 = font1.getGlyphNames()[1:] # 获取所有字符的对象，去除第一个和最后一个
uni_list1 = font1.getGlyphOrder()[1:]
font2 = TTFont('人人车01.ttf')
obj_list2 = font2.getGlyphNames()[1:] # 获取所有字符的对象，去除第一个和最后一个
uni_list2 = font2.getGlyphOrder()[1:]
dict = {
'zero': '0',
'one': '1',
'two': '2',
'three': '3',
'four': '4',
'five': '5',
'six': '6',
'seven': '7',
'eight': '8',
'nine': '9'
}
dict1 = {
'zero': '0',
'one': '1',
'two': '2',
'four': '3',
'three': '4',
'five': '5',
'seven': '6',
'nine': '7',
'six': '8',
'eight': '9'
}
''' 遍历加密的内容text,在新的ttf文件中查找每一个text的元素。如果找到，则替换'''
for a in text:
for uni2 in uni_list2:
# print(uni2)
try:
id = dict[str(uni2)] # 找到unit2未加密对应的数字
except:
continue
id_1 = font2.getGlyphID(str(uni2)) # Z找到unit2在ttf文件中的id
obj2 = font2['glyf'][uni2]
# str(id) != str(id_1): # 若未加密的数字id和ttf中对应的id_1不相等，说明a加密了
if str(id) == str(a):
for uni1 in uni_list1:
obj1 = font1['glyf'][uni1]
if obj1 == obj2:
text = text.replace(a, dict1[uni1])
return text
def parse(self, response, **kwargs):
page_num = response.meta['page_num']
num_li = []
font = self.find_b64_font.search(response.xpath('//style/text()').get()).group(1)
font = TTFont(BytesIO(base64.b64decode(font)))
best_cmap = font.getBestCmap()
tmp_num_li = response.xpath('//div[@class="row"]/div[@class="col-md-1"]/text()').getall()
for tmp_num in tmp_num_li:
tmp_li = []
tmp_num = tmp_num.strip()
for num in tmp_num:
glyph_id = best_cmap.get(ast.literal_eval(num.encode('unicode_escape').decode().replace('\\u', '0x')))
real_num = str(font.getGlyphID(glyph_id) - 1)
tmp_li.append(real_num)
num_li.append(int(''.join(tmp_li)))
self.num_count += sum(num_li)
self.logger.info(f'[ page: {page_num} ] => {num_li}')
def parse(self, response, **kwargs):
page_num = response.meta['page_num']
num_li = []
font = self.find_b64_font.search(
response.xpath('//style/text()').get()).group(1)
font = TTFont(BytesIO(base64.b64decode(font)))
best_cmap = font.getBestCmap()
current_num_map = dict()
for i in best_cmap.values():
real_num = str(font.getGlyphID(i) - 1)
current_num_map[i] = real_num
tmp_num_li = response.xpath(
'//div[@class="row"]/div[@class="col-md-1"]/text()').getall()
for tmp_num in tmp_num_li:
tmp_li = []
tmp_num = tmp_num.strip()
for num in tmp_num:
tmp_li.append(current_num_map[self.num_map[num]])
num_li.append(int(''.join(tmp_li)))
self.num_count += sum(num_li)
self.logger.info(f'[ page: {page_num} ] => {num_li}')
def fontchange(str1):
font = TTFont('tyc-num5-22.woff') # 打开文件
# font.saveXML('./tyc-num.xml')
mappings = {}
for k, v in font.getBestCmap().items():
if v.startswith('uni'):
# 形如 <map code="0xe040" name="uni45"/> 可直接转换得到结果
mappings['{:x}'.format(k)] = unichr(int(v[3:], 16))
else:
mappings['{:x}'.format(k)] = v
num_dict = {
'5': '0',
'9': '1',
'7': '2',
'4': '3',
'1': '4',
'6': '5',
'2': '6',
'0': '7',
'8': '8',
'3': '9'
}
list1 = []
for i in str1:
try:
if i.isdigit():
# new_str = new_str.join(num_dict[i])
list1.append(''.join(num_dict[i]))
else:
key = re.search('.*u([0-9a-f]{4}).*',
str(i.encode('unicode_escape'))).group(1)
value = mappings[key]
# 得到另一个映射
id = font.getGlyphID(value)
list1.append(''.join(ocr[id]))
except Exception:
list1.append(i)
return ''.join(str(x) for x in list1)
def cmap_dump(self):
font = TTFont(self.fontfile)
cmap = font['cmap'].getcmap(3, 1).cmap # unicode table
assert cmap, 'Unicode cmap table required'
codepoints = []
glyphs = []
for code, name in cmap.iteritems():
id = font.getGlyphID(name)
glyphs.append(id)
codepoints.append(code)
if self.debug:
print id,name,code
font.close()
cp_dumper = Dumper(self.folder + '/codepoints')
cp_dumper.dump_array(codepoints, 'H', '>')
cp_dumper.close()
gid_dumper = Dumper(self.folder + '/gids')
gid_dumper.dump_array(glyphs, 'H', '>')
gid_dumper.close()
class Builder(object):
def __init__(self, conf=None):
self.conf = conf
self.uids_for_glyph_names = None
if self.conf['verbose']:
logging.getLogger().setLevel(logging.DEBUG)
def run(self):
logger.info("Creating a new font")
ff_font = fforge.create_font(self.conf)
# Find and add regular glyphs
svg_filepaths = util.get_svg_filepaths(self.conf['glyph_svg_dir'])
# TODO: Validate regular SVGs
logger.info("Adding glyphs and ligatures")
fforge.add_glyphs(ff_font, svg_filepaths, self.conf)
tmp_dir = tempfile.mkdtemp()
tmp_file = os.path.join(tmp_dir, "tmp.ttf")
logger.debug("Using temp file: %s", tmp_file)
# TODO: Validate ligature tables to avoid warning during generate
# "Lookup subtable contains unused glyph NAME making the whole subtable invalid"
logger.info("Generating intermediate font file")
ff_font.generate(tmp_file)
del ff_font
logger.info("Reading intermediate font file")
self.font = TTFont(tmp_file)
logger.info("Adding SVGinOT SVG files")
# TODO: Validate color SVGs
self.add_color_svg()
self.add_name_table()
logger.info("Saving output file: %s", self.conf['output_file'])
self.font.save(self.conf['output_file'])
# Cleaning Up
os.remove(tmp_file)
os.rmdir(tmp_dir)
logger.info("Done!")
# 0 for success
return 0
def add_color_svg(self):
svg_files = util.get_svg_filepaths(self.conf['color_svg_dir'])
svg_list = []
# Set default namespace (avoids "ns0:svg")
ET.register_namespace("", "http://www.w3.org/2000/svg")
for filepath in svg_files:
glyph_id = self.get_glyph_id(filepath)
svg_tree = ET.parse(filepath)
svg_root = svg_tree.getroot()
# Add Glyph ID as SVG root id, required by SVGinOT spec.
svg_root.set('id', "glyph{}".format(glyph_id))
# Remove the viewBox/height/width attributes since they are
# processed inconsistently by Gecko and Edge renderers.
try:
del svg_root.attrib['viewBox']
except KeyError:
pass
try:
del svg_root.attrib['height']
except KeyError:
pass
try:
del svg_root.attrib['width']
except KeyError:
pass
# Add the transform to size the SVG to the FONT_EM
svg_transform = self.create_color_transform(filepath)
logger.debug("Set SVG transform: {}".format(svg_transform))
svg_transform_attrib = {"transform": svg_transform}
# Create a new group tag to apply the transform to
new_svg_group = ET.Element('g', svg_transform_attrib)
# Copy all SVG root children to the new group
for child in svg_root:
new_svg_group.append(child)
# Backup the root attribs, clear the children, and apply attribs
svg_root_attrib = svg_root.items()
svg_root.clear()
for name, value in svg_root_attrib:
svg_root.set(name, value)
# Append the new group.
svg_root.append(new_svg_group)
data = ET.tostring(svg_root, encoding='UTF-8')
logger.debug("Glyph ID: %d Adding SVG: %s", glyph_id, filepath)
svg_list.append([data, glyph_id, glyph_id])
svg_table = table_S_V_G_()
# The SVG table must be sorted by glyph_id
svg_table.docList = sorted(svg_list, key=lambda table: table[1])
svg_table.colorPalettes = None
self.font['SVG '] = svg_table
def get_glyph_id(self, filepath):
"""
Find a Glyph ID for the filename in filepath
"""
if self.uids_for_glyph_names is None:
self.uids_for_glyph_names = self.get_uids_for_glyph_names()
(codepoint, filename) = util.codepoint_from_filepath(filepath)
# Check for a regular glyph first
try:
glyph_name = self.uids_for_glyph_names[codepoint]
except KeyError:
# If that doesn't work check for a Ligature Glyph
glyph_id = self.font.getGlyphID(filename)
if glyph_id is -1:
logger.warning(
"No Glyph ID found for: %s (Note: A regular "
"glyph is required for each color glyph)", filepath)
logger.debug("Found Ligature Glyph: %s", filename)
return glyph_id
logger.debug("Found regular Glyph: %s", glyph_name)
return self.font.getGlyphID(glyph_name)
def get_uids_for_glyph_names(self):
"""
Get a dict of glyph names in the font indexed by unicode IDs
"""
codepoints = {}
for subtable in self.font['cmap'].tables:
if subtable.isUnicode():
for codepoint, name in subtable.cmap.items():
# NOTE: May overwrite previous values
codepoints[codepoint] = name
if len(codepoints) is 0:
raise NoCodePointsException(
'No Unicode IDs/CodePoints found in font.')
return codepoints
def create_color_transform(self, filepath):
"""
Generate the transform for the color SVG.
"""
svg_transform = ""
if 'color_transform' in self.conf:
svg_transform = "{} ".format(self.conf['color_transform'])
svg_height, _ = util.get_dimensions(filepath)
# Find the scale multiplier based on current height verses intended
# height (aka font EM). Whatever the SVG is, it needs to be scaled to
# fit within the FONT_EM.
scale = FONT_EM / svg_height
# No need to adjust, but called out for clarity.
translate_x = 0
# SVG(y Down) vs Glyph/TTF(y Up) y-coordinate differences.
# Simple answer is -FONT_EM but that does not account for descent.
# Y=0 is on the baseline without a descent adjustment.
# Default font descent: -2/10*2048 = -409.6
translate_y = -(FONT_EM - FONT_EM * .2)
svg_transform += "translate({},{}) scale({})".format(
translate_x, translate_y, scale)
return svg_transform
def add_name_table(self):
# FontForge doesn't support all font fields, so we use FontTools.
self.name_table = table__n_a_m_e()
self.name_table.names = []
tn = self.conf['table_name']
# Set the values that will always exist.
self.add_name_records(tn['family'], NR.FAMILY)
self.add_name_records(tn['subfamily'], NR.SUBFAMILY)
fullname = ''
if 'full_name' in tn:
fullname = tn['full_name']
else:
fullname = "{} {}".format(tn['family'], tn['subfamily'])
self.add_name_records(fullname, NR.FULL_NAME)
# Add the build date to the version
now = time.strftime('%Y%m%d')
version = "{} {}".format(tn['version'], now)
self.add_name_records(version, NR.VERSION)
# Add the build date to the unique id
unique_id = ''
if 'unique_id' in tn:
unique_id = "{} {}".format(tn['unique_id'], now)
else:
unique_id = now
self.add_name_records(unique_id, NR.UNIQUE_ID)
# Set the values that don't always exist
for key, name_id in (('copyright', NR.COPYRIGHT), ('postscript_name',
NR.PS_NAME),
('trademark', NR.TRADEMARK), ('manufacturer',
NR.MANUFACTURER),
('designer', NR.DESIGNER), ('description',
NR.DESCRIPTION),
('url_vendor', NR.URL_VENDOR), ('url_designer',
NR.URL_DESIGNER),
('license', NR.LICENSE), ('url_license',
NR.URL_LICENSE)):
if key in tn:
self.add_name_records(tn[key], name_id)
self.font['name'] = self.name_table
def add_name_records(self, text, name_id):
# <namerecord nameID="0" platformID="0" platEncID="0" langID="0x0">
self._add_name_record(text, name_id, NR.PLATFORM_UNICODE,
NR.UC_ENC_UNICODE1, NR.UC_LANG_NA)
# <namerecord nameID="0" platformID="1" platEncID="0" langID="0x0" unicode="True">
self._add_name_record(text, name_id, NR.PLATFORM_MAC, NR.MAC_ENC_ROMAN,
NR.MAC_LANG_EN)
# <namerecord nameID="0" platformID="3" platEncID="1" langID="0x409">
self._add_name_record(text, name_id, NR.PLATFORM_WIN,
NR.WIN_ENC_UNICODE, NR.WIN_LANG_EN)
def _add_name_record(self, text, name_id, platform_id, plat_enc_id,
lang_id):
# TODO: The installed version of fontTools doesn't have
# table__n_a_m_e.setName().
record = NameRecord()
# PyYAML creates strings, force to Unicode
record.string = unicode(text)
record.nameID = name_id
record.platformID = platform_id
record.platEncID = plat_enc_id
record.langID = lang_id
self.name_table.names.append(record)
# Aligned by design. Curr offset will point to the start of the first font
curr_offset = header_size + len(args.pt) * size_info_size
# This will be filled with the font data
font_data = bytearray()
# Iterate though all sizes
for pt in range(len(args.pt)):
# Get the font size
font_size = args.pt[pt]
# Load the font
font = ImageFont.truetype(args.ttf, font_size)
font_info = TTFont(args.ttf)
start_id = font_info.getGlyphID('space')
scale = font_info['head'].unitsPerEm
if args.prev:
preview = ""
for i in range(num_chars):
preview += str(chr(i + start_char))
image = Image.new("RGB", (1000, 1000))
draw = ImageDraw.Draw(image)
draw.text((0, 0), preview, font=font)
image = image.crop(image.getbbox())
image.save(args.tf + "_prev" + str(args.pt[pt]) + ".png")
pixels = image.load()
# Find the max and min values
ymax = 0
def _export_svg(self, otfpath, palette=0, parent_window=None):
font = TTFont(otfpath)
if font.has_key("SVG "):
print(" WARNING: Replacing existing SVG table in %s" % otfpath)
# font.getReverseGlyphMap(rebuild=1)
svg = table_S_V_G_("SVG ")
svg.version = 0
svg.docList = []
svg.colorPalettes = None
if parent_window is not None:
progress = ProgressWindow("Rendering SVG ...", tickCount=len(self.keys()), parentWindow=parent_window)
_palette = self.palettes[palette]
_svg_palette = []
_docList = []
reindex = {0xffff: 0xffff}
count = 0
for i in sorted(_palette.keys(), key=lambda k: int(k)):
red = int(_palette[i][1:3], 16)
green = int(_palette[i][3:5], 16)
blue = int(_palette[i][5:7], 16)
if len(_palette[i]) >= 9:
alpha = int(_palette[i][7:9], 16)
else:
alpha = 0xff
reindex[int(i)] = count
count += 1
_svg_palette.append((red, green, blue, alpha))
# print("Palette:", len(_svg_palette), _svg_palette)
_pen = SVGpen(self.rfont, optimize_output=True)
for glyphname in self.keys(): # ["A", "P"]: #self.keys():
# look up glyph id
try:
gid = font.getGlyphID(glyphname)
except:
assert 0, "SVG table contains a glyph name not in font.getGlyphNames(): " + str(glyphname)
# update progress bar
if parent_window is not None:
progress.update("Rendering SVG for /%s ..." % glyphname)
# build svg glyph
_svg_transfrom_group = """<g transform="scale(1 -1)">%s</g>"""
contents = u""
for i in range(len(self[glyphname].layers)):
_color_index = reindex[self[glyphname].colors[i]]
# print(" Layer %i, color %i" % (i, _color_index))
rglyph = self.rfont[self[glyphname].layers[i]]
if _color_index == 0xffff:
r, g, b, a = (0, 0, 0, 0xff)
else:
r, g, b, a = _svg_palette[_color_index]
_pen.reset()
rglyph.draw(_pen)
if _pen.d:
contents += u'<g fill="#%02x%02x%02x"><path d="%s"/></g>' % (r, g, b, _pen.d)
if contents:
contents = _svg_transfrom_group % contents
_svg_doc = u"""<svg enable-background="new 0 0 64 64" id="glyph%i" version="1.1" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink">%s</svg>""" % (gid, contents)
_docList.append((_svg_doc, gid, gid))
svg.docList = sorted(_docList, key=itemgetter(1))
if parent_window is not None:
progress.close()
# save
font["SVG "] = svg
font.save(otfpath[:-4] + "_svg" + otfpath[-4:])
font.close()
class Builder(object):
def __init__(self, conf=None):
self.conf = conf
self.uids_for_glyph_names = None
if self.conf['verbose']:
logging.getLogger().setLevel(logging.DEBUG)
def run(self):
logger.info("Creating a new font")
ff_font = fforge.create_font(self.conf)
# Find and add regular glyphs
svg_filepaths = util.get_svg_filepaths(self.conf['glyph_svg_dir'])
# TODO: Validate regular SVGs
logger.info("Adding glyphs and ligatures")
fforge.add_glyphs(ff_font, svg_filepaths, self.conf)
tmp_dir = tempfile.mkdtemp()
tmp_file = os.path.join(tmp_dir, "tmp.ttf")
logger.debug("Using temp file: %s", tmp_file)
# TODO: Validate ligature tables to avoid warning during generate
# "Lookup subtable contains unused glyph NAME making the whole subtable invalid"
logger.info("Generating intermediate font file")
ff_font.generate(tmp_file)
del ff_font
logger.info("Reading intermediate font file")
self.font = TTFont(tmp_file)
logger.info("Adding SVGinOT SVG files")
# TODO: Validate color SVGs
self.add_color_svg()
self.add_name_table()
logger.info("Saving output file: %s", self.conf['output_file'])
self.font.save(self.conf['output_file'])
# Cleaning Up
os.remove(tmp_file)
os.rmdir(tmp_dir)
logger.info("Done!")
# 0 for success
return 0
def add_color_svg(self):
svg_files = util.get_svg_filepaths(self.conf['color_svg_dir'])
svg_list = []
# Set default namespace (avoids "ns0:svg")
ET.register_namespace("", "http://www.w3.org/2000/svg")
for filepath in svg_files:
glyph_id = self.get_glyph_id(filepath)
svg_tree = ET.parse(filepath)
svg_root = svg_tree.getroot()
# Add Glyph ID as SVG root id, required by SVGinOT spec.
svg_root.set('id', "glyph{}".format(glyph_id))
# Remove the viewBox/height/width attributes since they are
# processed inconsistently by Gecko and Edge renderers.
try:
del svg_root.attrib['viewBox']
except KeyError:
pass
try:
del svg_root.attrib['height']
except KeyError:
pass
try:
del svg_root.attrib['width']
except KeyError:
pass
# Add the transform to size the SVG to the FONT_EM
svg_transform = self.create_color_transform(filepath)
logger.debug("Set SVG transform: {}".format(svg_transform))
svg_transform_attrib = {"transform": svg_transform}
# Create a new group tag to apply the transform to
new_svg_group = ET.Element('g', svg_transform_attrib)
# Copy all SVG root children to the new group
for child in svg_root:
new_svg_group.append(child)
# Backup the root attribs, clear the children, and apply attribs
svg_root_attrib = svg_root.items()
svg_root.clear()
for name, value in svg_root_attrib:
svg_root.set(name, value)
# Append the new group.
svg_root.append(new_svg_group)
data = ET.tostring(svg_root, encoding='UTF-8')
logger.debug("Glyph ID: %d Adding SVG: %s", glyph_id, filepath)
svg_list.append([data, glyph_id, glyph_id])
svg_table = table_S_V_G_()
# The SVG table must be sorted by glyph_id
svg_table.docList = sorted(svg_list, key=lambda table: table[1])
svg_table.colorPalettes = None
self.font['SVG '] = svg_table
def get_glyph_id(self, filepath):
"""
Find a Glyph ID for the filename in filepath
"""
if self.uids_for_glyph_names is None:
self.uids_for_glyph_names = self.get_uids_for_glyph_names()
(codepoint, filename) = util.codepoint_from_filepath(filepath)
# Check for a regular glyph first
try:
glyph_name = self.uids_for_glyph_names[codepoint]
except KeyError:
# If that doesn't work check for a Ligature Glyph
glyph_id = self.font.getGlyphID(filename)
if glyph_id is -1:
logger.warning("No Glyph ID found for: %s (Note: A regular "
"glyph is required for each color glyph)", filepath)
logger.debug("Found Ligature Glyph: %s", filename)
return glyph_id
logger.debug("Found regular Glyph: %s", glyph_name)
return self.font.getGlyphID(glyph_name)
def get_uids_for_glyph_names(self):
"""
Get a dict of glyph names in the font indexed by unicode IDs
"""
codepoints = {}
for subtable in self.font['cmap'].tables:
if subtable.isUnicode():
for codepoint, name in subtable.cmap.items():
# NOTE: May overwrite previous values
codepoints[codepoint] = name
if len(codepoints) is 0:
raise NoCodePointsException(
'No Unicode IDs/CodePoints found in font.')
return codepoints
def create_color_transform(self, filepath):
"""
Generate the transform for the color SVG.
"""
svg_transform = ""
if 'color_transform' in self.conf:
svg_transform = "{} ".format(self.conf['color_transform'])
svg_height, _ = util.get_dimensions(filepath)
# Find the scale multiplier based on current height verses intended
# height (aka font EM). Whatever the SVG is, it needs to be scaled to
# fit within the FONT_EM.
scale = FONT_EM / svg_height
# No need to adjust, but called out for clarity.
translate_x = 0
# SVG(y Down) vs Glyph/TTF(y Up) y-coordinate differences.
# Simple answer is -FONT_EM but that does not account for descent.
# Y=0 is on the baseline without a descent adjustment.
# Default font descent: -2/10*2048 = -409.6
translate_y = - (FONT_EM - FONT_EM * .2)
svg_transform += "translate({},{}) scale({})".format(translate_x,
translate_y,
scale)
return svg_transform
def add_name_table(self):
# FontForge doesn't support all font fields, so we use FontTools.
self.name_table = table__n_a_m_e()
self.name_table.names = []
tn = self.conf['table_name']
# Set the values that will always exist.
self.add_name_records(tn['family'], NR.FAMILY)
self.add_name_records(tn['subfamily'], NR.SUBFAMILY)
fullname = ''
if 'full_name' in tn:
fullname = tn['full_name']
else:
fullname = "{} {}".format(tn['family'], tn['subfamily'])
self.add_name_records(fullname, NR.FULL_NAME)
# Add the build date to the version
now = time.strftime('%Y%m%d')
version = "{} {}".format(tn['version'], now)
self.add_name_records(version, NR.VERSION)
# Add the build date to the unique id
unique_id = ''
if 'unique_id' in tn:
unique_id = "{} {}".format(tn['unique_id'], now)
else:
unique_id = now
self.add_name_records(unique_id, NR.UNIQUE_ID)
# Set the values that don't always exist
for key, name_id in (
('copyright', NR.COPYRIGHT),
('postscript_name', NR.PS_NAME),
('trademark', NR.TRADEMARK),
('manufacturer', NR.MANUFACTURER),
('designer', NR.DESIGNER),
('description', NR.DESCRIPTION),
('url_vendor', NR.URL_VENDOR),
('url_designer', NR.URL_DESIGNER),
('license', NR.LICENSE),
('url_license', NR.URL_LICENSE)):
if key in tn:
self.add_name_records(tn[key], name_id)
self.font['name'] = self.name_table
def add_name_records(self, text, name_id):
# <namerecord nameID="0" platformID="0" platEncID="0" langID="0x0">
self._add_name_record(text, name_id,
NR.PLATFORM_UNICODE,
NR.UC_ENC_UNICODE1,
NR.UC_LANG_NA)
# <namerecord nameID="0" platformID="1" platEncID="0" langID="0x0" unicode="True">
self._add_name_record(text, name_id,
NR.PLATFORM_MAC,
NR.MAC_ENC_ROMAN,
NR.MAC_LANG_EN)
# <namerecord nameID="0" platformID="3" platEncID="1" langID="0x409">
self._add_name_record(text, name_id,
NR.PLATFORM_WIN,
NR.WIN_ENC_UNICODE,
NR.WIN_LANG_EN)
def _add_name_record(self, text, name_id, platform_id, plat_enc_id, lang_id):
# TODO: The installed version of fontTools doesn't have
# table__n_a_m_e.setName().
record = NameRecord()
# PyYAML creates strings, force to Unicode
record.string = unicode(text)
record.nameID = name_id
record.platformID = platform_id
record.platEncID = plat_enc_id
record.langID = lang_id
self.name_table.names.append(record)
def get_number(self, company_name):
res = requests.get(
"https://ss.cods.org.cn/latest/searchR?q={}¤tPage=1&t=common&searchToken="
.format(company_name),
headers=self.headers)
woff_name = re.findall(r"\/(\d+\.woff2)", res.text)[0]
# print(woff_name)
# 获得动态字体地址并请求获得字体对象
woff_url = "https://ss.cods.org.cn/css/woff/{}".format(woff_name)
woff_res = requests.get(woff_url, headers=self.headers)
font = TTFont(BytesIO(woff_res.content))
cmap = font.getBestCmap()
fmap = {
0: None,
1: None,
2: None,
3: '0',
4: '1',
5: '2',
6: '3',
7: '4',
8: '5',
9: '6',
10: '7',
11: '8',
12: '9',
13: 'A',
14: 'B',
15: 'C',
16: 'D',
17: 'E',
18: 'F',
19: 'G',
20: 'H',
21: 'I',
22: 'J',
23: 'K',
24: 'L',
25: 'M',
26: 'N',
27: 'O',
28: 'P',
29: 'Q',
30: 'R',
31: 'S',
32: 'T',
33: 'U',
34: 'V',
35: 'W',
36: 'X',
37: 'Y',
38: 'Z',
39: '0',
40: '1',
41: '2',
42: '3',
43: '4',
44: '5',
45: '6',
46: '7',
47: '8',
48: '9',
49: 'A',
50: 'B',
51: 'C',
52: 'D',
53: 'E',
54: 'F',
55: 'G',
56: 'H',
57: 'I',
58: 'J',
59: 'K',
60: 'L',
61: 'M',
62: 'N',
63: 'O',
64: 'P',
65: 'Q',
66: 'R',
67: 'S',
68: 'T',
69: 'U',
70: 'V',
71: 'W',
72: 'X',
73: 'Y',
74: 'Z'
}
html = etree.HTML(res.text)
number = html.xpath(
"//div[@class='result result-2']//div[@class='info']/h6[text()='统一社会信用代码：']/following-sibling::p[1]/text()"
)[0]
# print(number)
result = ""
for n in number:
n = ord(n)
_id = font.getGlyphID(cmap[n])
# 根据索引id获得最终结果
r_n = fmap[_id]
result += r_n
return result
def _export_svg(self, otfpath, palette=0, parent_window=None):
font = TTFont(otfpath)
if font.has_key("SVG "):
print(" WARNING: Replacing existing SVG table in %s" % otfpath)
# font.getReverseGlyphMap(rebuild=1)
svg = table_S_V_G_("SVG ")
svg.version = 0
svg.docList = []
svg.colorPalettes = None
if parent_window is not None:
progress = ProgressWindow("Rendering SVG ...",
tickCount=len(self.keys()),
parentWindow=parent_window)
_palette = self.palettes[palette]
_svg_palette = []
_docList = []
reindex = {0xffff: 0xffff}
count = 0
for i in sorted(_palette.keys(), key=lambda k: int(k)):
red = int(_palette[i][1:3], 16)
green = int(_palette[i][3:5], 16)
blue = int(_palette[i][5:7], 16)
if len(_palette[i]) >= 9:
alpha = int(_palette[i][7:9], 16)
else:
alpha = 0xff
reindex[int(i)] = count
count += 1
_svg_palette.append((red, green, blue, alpha))
# print("Palette:", len(_svg_palette), _svg_palette)
_pen = SVGpen(self.rfont, optimize_output=True)
for glyphname in self.keys(): # ["A", "P"]: #self.keys():
# look up glyph id
try:
gid = font.getGlyphID(glyphname)
except:
assert 0, "SVG table contains a glyph name not in font.getGlyphNames(): " + str(
glyphname)
# update progress bar
if parent_window is not None:
progress.update("Rendering SVG for /%s ..." % glyphname)
# build svg glyph
_svg_transfrom_group = """<g transform="scale(1 -1)">%s</g>"""
contents = u""
for i in range(len(self[glyphname].layers)):
_color_index = reindex[self[glyphname].colors[i]]
# print(" Layer %i, color %i" % (i, _color_index))
rglyph = self.rfont[self[glyphname].layers[i]]
if _color_index == 0xffff:
r, g, b, a = (0, 0, 0, 0xff)
else:
r, g, b, a = _svg_palette[_color_index]
_pen.reset()
rglyph.draw(_pen)
if _pen.d:
contents += u'<g fill="#%02x%02x%02x"><path d="%s"/></g>' % (
r, g, b, _pen.d)
if contents:
contents = _svg_transfrom_group % contents
_svg_doc = u"""<svg enable-background="new 0 0 64 64" id="glyph%i" version="1.1" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink">%s</svg>""" % (
gid, contents)
_docList.append((_svg_doc, gid, gid))
svg.docList = sorted(_docList, key=itemgetter(1))
if parent_window is not None:
progress.close()
# save
font["SVG "] = svg
font.save(otfpath[:-4] + "_svg" + otfpath[-4:])
font.close()
def add_svg_table(font_path, file_paths, compress_table=False):
gnames_dict = {} # key: glyph name; value: SVG file path
for fpath in file_paths:
gname = os.path.splitext(os.path.basename(fpath))[0] # trim extension
# validate glyph name
if not glyph_name_is_valid(gname, fpath):
continue
# skip any duplicates and 'space'
if gname in gnames_dict or gname == 'space':
log.warning("Skipped file '{}'. The glyph name derived from it "
"is either a duplicate or 'space'".format(fpath))
continue
# limit the length of glyph name to 31 chars
if len(gname) > 31:
num = 0
trimmed_gname = get_trimmed_glyph_name(gname, num)
while trimmed_gname in gnames_dict:
num += 1
trimmed_gname = get_trimmed_glyph_name(trimmed_gname, num)
gnames_dict[trimmed_gname] = fpath
log.warning("Glyph name '{}' was trimmed to 31 characters: "
"'{}'".format(gname, trimmed_gname))
else:
gnames_dict[gname] = fpath
font = TTFont(font_path)
svg_docs_dict = {}
for gname, svg_file_path in gnames_dict.items():
try:
gid = font.getGlyphID(gname)
except KeyError:
log.warning('Could not find a glyph named {} in the font'
''.format(gname))
continue
with io.open(svg_file_path, encoding='utf-8') as fp:
svg_item_data = fp.read()
# Set id value
svg_item_data = set_svg_id(svg_item_data, gid)
# Scale and shift the artwork, by adjusting its viewBox
svg_item_data = adjust_viewbox(svg_item_data, svg_file_path,
VIEWBOX_SCALE)
# Clean SVG document
svg_item_data = clean_svg_doc(svg_item_data)
svg_docs_dict[gid] = (svg_item_data.strip(), gid, gid)
# Don't modify the input font if there's no SVG data
if not svg_docs_dict:
log.warning('None of the SVG files found could be added to the font')
font.close()
return
# Make a list of the SVG documents sorted by GID
svg_docs_list = sorted(svg_docs_dict.values(), key=lambda doc: doc[1])
svg_table = newTable('SVG ')
svg_table.compressed = compress_table
svg_table.docList = svg_docs_list
svg_table.colorPalettes = None
font['SVG '] = svg_table
ext = '.ttf' if 'glyf' in font else '.otf'
svg_font_filename = '{}{}'.format(PS_NAME, ext)
svg_font_path = os.path.join(os.path.dirname(font_path), svg_font_filename)
font.save(svg_font_path)
font.close()
log.info("Wrote '{}' containing {} SVG glyphs".format(
os.path.basename(svg_font_path), len(svg_docs_list)))
return svg_font_path
class TTVarCFont:
def __init__(self, path, ttFont=None, hbFont=None):
if ttFont is not None:
assert hbFont is not None
assert path is None
self.ttFont = ttFont
else:
assert hbFont is None
self.ttFont = TTFont(path, lazy=True)
self.axes = {
axis.axisTag: (axis.minValue, axis.defaultValue, axis.maxValue)
for axis in self.ttFont["fvar"].axes
}
if hbFont is not None:
self.hbFont = hbFont
else:
with open(path, "rb") as f:
face = hb.Face(f.read())
self.hbFont = hb.Font(face)
def keys(self):
return self.ttFont.getGlyphNames()
def __contains__(self, glyphName):
return glyphName in self.ttFont.getReverseGlyphMap()
def drawGlyph(self, pen, glyphName, location):
normLocation = normalizeLocation(location, self.axes)
fvarTable = self.ttFont["fvar"]
glyfTable = self.ttFont["glyf"]
varcTable = self.ttFont.get("VarC")
if varcTable is not None:
glyphData = varcTable.GlyphData
else:
glyphData = {}
g = glyfTable[glyphName]
varComponents = glyphData.get(glyphName)
if g.isComposite():
componentOffsets = instantiateComponentOffsets(
self.ttFont, glyphName, normLocation
)
if varComponents is not None:
assert len(g.components) == len(varComponents)
varcInstancer = VarStoreInstancer(
varcTable.VarStore, fvarTable.axes, normLocation
)
for (x, y), gc, vc in zip(
componentOffsets, g.components, varComponents
):
componentLocation = unpackComponentLocation(vc.coord, varcInstancer)
transform = unpackComponentTransform(
vc.transform, varcInstancer, vc.numIntBitsForScale
)
tPen = TransformPen(pen, _makeTransform(x, y, transform))
self.drawGlyph(tPen, gc.glyphName, componentLocation)
else:
for (x, y), gc in zip(componentOffsets, g.components):
tPen = TransformPen(pen, (1, 0, 0, 1, x, y))
self.drawGlyph(tPen, gc.glyphName, {})
else:
glyphID = self.ttFont.getGlyphID(glyphName)
self.hbFont.set_variations(location)
self.hbFont.draw_glyph_with_pen(glyphID, pen)
class Vharfbuzz:
"""A user-friendlier way to use Harfbuzz in Python.
Args:
filename (str): A path to a TrueType font file.
"""
def __init__(self, filename):
self.filename = filename
with open(self.filename, "rb") as fontfile:
self.fontdata = fontfile.read()
self.ttfont = TTFont(filename)
self.glyphOrder = self.ttfont.getGlyphOrder()
self.prepare_shaper()
self.shapers = None
self.drawfuncs = None
def prepare_shaper(self):
face = hb.Face(self.fontdata)
font = hb.Font(face)
upem = face.upem
font.scale = (upem, upem)
hb.ot_font_set_funcs(font)
self.hbfont = font
def make_message_handling_function(self, buf, onchange):
self.history = {"GSUB": [], "GPOS": []}
self.lastLookupID = None
def handle_message(msg, buf2):
m = re.match("start lookup (\\d+)", msg)
if m:
lookupid = int(m[1])
self.history[self.stage].append(self.serialize_buf(buf2))
m = re.match("end lookup (\\d+)", msg)
if m:
lookupid = int(m[1])
if self.serialize_buf(buf2) != self.history[self.stage][-1]:
onchange(self, self.stage, lookupid, self._copy_buf(buf2))
self.history[self.stage].pop()
if msg.startswith("start GPOS stage"):
self.stage = "GPOS"
return handle_message
def shape(self, text, parameters=None, onchange=None):
"""Shapes a text
This shapes a piece of text.
Args:
text (str): A string of text
parameters: A dictionary containing parameters to pass to Harfbuzz.
Relevant keys include ``script``, ``direction``, ``language``
(these three are normally guessed from the string contents),
``features``, ``variations`` and ``shaper``.
onchange: An optional function with three parameters. See below.
Additionally, if an `onchange` function is provided, this will be called
every time the buffer changes *during* shaping, with the following arguments:
- ``self``: the vharfbuzz object.
- ``stage``: either "GSUB" or "GPOS"
- ``lookupid``: the current lookup ID
- ``buffer``: a copy of the buffer as a list of lists (glyphname, cluster, position)
Returns:
A uharfbuzz ``hb.Buffer`` object
"""
if not parameters:
parameters = {}
self.prepare_shaper()
buf = hb.Buffer()
buf.add_str(text)
buf.guess_segment_properties()
if "script" in parameters and parameters["script"]:
buf.script = parameters["script"]
if "direction" in parameters and parameters["direction"]:
buf.direction = parameters["direction"]
if "language" in parameters and parameters["language"]:
buf.language = parameters["language"]
shapers = self.shapers
if "shaper" in parameters and parameters["shaper"]:
shapers = [parameters["shaper"]]
features = parameters.get("features")
if "variations" in parameters:
self.hbfont.set_variations(parameters["variations"])
self.stage = "GSUB"
if onchange:
f = self.make_message_handling_function(buf, onchange)
buf.set_message_func(f)
hb.shape(self.hbfont, buf, features, shapers=shapers)
self.stage = "GPOS"
return buf
def _copy_buf(self, buf):
# Or at least the bits we care about
outs = []
for info, pos in zip(buf.glyph_infos, buf.glyph_positions):
l = [self.glyphOrder[info.codepoint], info.cluster]
if self.stage == "GPOS":
l.append(pos.position)
else:
l.append(None)
outs.append(l)
return outs
def serialize_buf(self, buf, glyphsonly=False):
"""Serializes a buffer to a string
Returns the contents of the given buffer in a string format similar to
that used by ``hb-shape``.
Args:
buf: The ``hb.Buffer`` object.
Returns: A serialized string.
"""
outs = []
for info, pos in zip(buf.glyph_infos, buf.glyph_positions):
glyphname = self.glyphOrder[info.codepoint]
if glyphsonly:
outs.append(glyphname)
continue
outs.append("%s=%i" % (glyphname, info.cluster))
if self.stage == "GPOS" and (pos.position[0] != 0
or pos.position[1] != 0):
outs[-1] = outs[-1] + "@%i,%i" % (pos.position[0],
pos.position[1])
if self.stage == "GPOS":
outs[-1] = outs[-1] + "+%i" % (pos.position[2])
return "|".join(outs)
def buf_from_string(self, s):
"""Deserializes a string.
This attempts to perform the inverse operation to :py:meth:`serialize_buf`,
turning a serialized buffer back into an object. The object is not a
``hb.Buffer``, but has a similar structure (``glyph_infos`` and ``glyph_positions``)
so can be passed to code which expects a ``hb.Buffer``, such as
:py:meth:`buf_to_svg` below.
Args:
s (str): A string produced by :py:meth:`serialize_buf`
Returns a ``FakeBuffer`` object.
"""
buf = FakeBuffer()
buf.glyph_infos = []
buf.glyph_positions = []
for item in s.split("|"):
m = re.match(r"^(.*)=(\d+)(@(-?\d+),(-?\d+))?(\+(-?\d+))?$", item)
if not m:
raise ValueError("Couldn't parse glyph %s in %s" % (item, s))
groups = m.groups()
info = FakeItem()
info.codepoint = self.ttfont.getGlyphID(groups[0])
info.cluster = int(groups[1])
buf.glyph_infos.append(info)
pos = FakeItem()
pos.position = [
int(x or 0) for x in (groups[3], groups[4], groups[6], 0)
] # Sorry, vertical scripts
buf.glyph_positions.append(pos)
return buf
def setup_svg_draw_funcs(self, container):
if self.drawfuncs:
return
def move_to(x, y, c):
c["output_string"] = c["output_string"] + f"M{x},{y}"
def line_to(x, y, c):
c["output_string"] = c["output_string"] + f"L{x},{y}"
def cubic_to(c1x, c1y, c2x, c2y, x, y, c):
c["output_string"] = (c["output_string"] +
f"C{c1x},{c1y} {c2x},{c2y} {x},{y}")
def quadratic_to(c1x, c1y, x, y, c):
c["output_string"] = c["output_string"] + f"Q{c1x},{c1y} {x},{y}"
def close_path(c):
c["output_string"] = c["output_string"] + "Z"
self.drawfuncs = hb.DrawFuncs()
self.drawfuncs.set_move_to_func(move_to, container)
self.drawfuncs.set_line_to_func(line_to, container)
self.drawfuncs.set_cubic_to_func(cubic_to, container)
self.drawfuncs.set_quadratic_to_func(quadratic_to, container)
self.drawfuncs.set_close_path_func(close_path, container)
def glyph_to_svg_path(self, gid):
"""Converts a glyph to SVG
Args:
gid (int): Glyph ID to render
Returns: An SVG string containing a path to represent the glyph.
"""
if not hasattr(hb, "DrawFuncs"):
raise ValueError(
"glyph_to_svg_path requires uharfbuzz with draw function support"
)
container = {"output_string": ""}
self.setup_svg_draw_funcs(container)
self.drawfuncs.get_glyph_shape(self.hbfont, gid)
return container["output_string"]
def buf_to_svg(self, buf):
"""Converts a buffer to SVG
Args:
buf (hb.Buffer): uharfbuzz ``hb.Buffer``
Returns: An SVG string containing a rendering of the buffer
"""
x_cursor = 0
paths = []
svg = ""
if "hhea" in self.ttfont:
ascender = self.ttfont["hhea"].ascender + 500
descender = self.ttfont["hhea"].descender - 500
fullheight = ascender - descender
elif "OS/2":
ascender = self.ttfont["OS/2"].sTypoAscender + 500
descender = self.ttfont["OS/2"].sTypoDescender - 500
fullheight = ascender - descender
else:
fullheight = 1500
descender = 500
y_cursor = -descender
for info, pos in zip(buf.glyph_infos, buf.glyph_positions):
glyph_path = self.glyph_to_svg_path(info.codepoint)
dx, dy = pos.position[0], pos.position[1]
p = (f'<path d="{glyph_path}" ' +
f' transform="translate({x_cursor+dx}, {y_cursor+dy})"/>\n')
svg += p
x_cursor += pos.position[2]
y_cursor += pos.position[3]
svg = ((
f'<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 {x_cursor} {fullheight}"'
+ ' transform="matrix(1 0 0 -1 0 0)">\n') + svg + "</svg>\n")
return svg