def import_from_otf(self, otfpath):
"""Import color data (CPAL/COLR) from a font file.
otfpath: Path of the font file"""
font = TTFont(otfpath)
if not (font.has_key("COLR") and font.has_key("CPAL")):
print("ERROR: No COLR and CPAL table present in %s" % otfpath)
else:
print("Reading palette data ...")
cpal = table_C_P_A_L_("CPAL")
cpal.decompile(font["CPAL"].data, font)
for j in range(len(cpal.palettes)):
palette = cpal.palettes[j]
_palette = {}
for i in range(len(palette)):
color = palette[i]
_palette[str(i)] = "#%02x%02x%02x%02x" % (
color.red, color.green, color.blue, color.alpha)
self.palettes.append(_palette)
colr = table_C_O_L_R_("COLR")
colr.decompile(font["COLR"].data, font)
print("Reading layer data ...")
for glyphname in colr.ColorLayers:
layers = colr[glyphname]
_glyph = ColorGlyph(self)
_glyph.basename = glyphname
for layer in layers:
_glyph.layers.append(layer.name)
_glyph.colors.append(layer.colorID)
self[glyphname] = _glyph
print("Done.")
font.close()
def import_from_otf(self, otfpath):
"""Import color data (CPAL/COLR) from a font file.
otfpath: Path of the font file"""
font = TTFont(otfpath)
if not (font.has_key("COLR") and font.has_key("CPAL")):
print("ERROR: No COLR and CPAL table present in %s" % otfpath)
else:
print("Reading palette data ...")
cpal = table_C_P_A_L_("CPAL")
cpal.decompile(font["CPAL"].data, font)
for j in range(len(cpal.palettes)):
palette = cpal.palettes[j]
_palette = {}
for i in range(len(palette)):
color = palette[i]
_palette[str(i)] = "#%02x%02x%02x%02x" % (
color.red,
color.green,
color.blue,
color.alpha
)
self.palettes.append(_palette)
colr = table_C_O_L_R_("COLR")
colr.decompile(font["COLR"].data, font)
print("Reading layer data ...")
for glyphname in colr.ColorLayers:
layers = colr[glyphname]
_glyph = ColorGlyph(self)
_glyph.basename = glyphname
for layer in layers:
_glyph.layers.append(layer.name)
_glyph.colors.append(layer.colorID)
self[glyphname] = _glyph
print("Done.")
font.close()
def _export_colr(self, otfpath):
font = TTFont(otfpath)
if (font.has_key("COLR") and font.has_key("CPAL")):
print(
" WARNING: Replacing existing COLR and CPAL tables in %s" %
otfpath)
print(" Writing palette data ...")
cpal = table_C_P_A_L_("CPAL")
cpal.version = 0
cpal.numPaletteEntries = len(self.palettes[0])
cpal.palettes = []
for j in range(len(self.palettes)):
palette = self.palettes[j]
_palette = []
# keep a map of old to new indices (palette indices are
# not saved in font)
if j == 0:
reindex = {0xffff: 0xffff}
count = 0
for i in sorted(palette.keys(), key=lambda k: int(k)):
_blue, _green, _red, _alpha = 0, 0, 0, 0
_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
_color = Color(_blue, _green, _red, _alpha)
if j == 0:
reindex[int(i)] = count
count += 1
_palette.append(_color)
print(" Appending palette", _palette)
#print("ReIndex:", reindex)
cpal.palettes.append(_palette)
print(" Writing layer data ...")
colr = table_C_O_L_R_("COLR")
colr.version = 0
colr.ColorLayers = {}
for glyphname in self.keys():
_layer_records = []
for i in range(len(self[glyphname].layers)):
glyph = self[glyphname]
_layer_records.append(
LayerRecord(glyph.layers[i], reindex[glyph.colors[i]]))
colr[glyphname] = _layer_records
# save
font["CPAL"] = cpal
font["COLR"] = colr
font.save(otfpath[:-4] + "_colr" + otfpath[-4:])
font.close()
def _export_colr(self, otfpath):
font = TTFont(otfpath)
if (font.has_key("COLR") and font.has_key("CPAL")):
print(" WARNING: Replacing existing COLR and CPAL tables in %s" % otfpath)
print(" Writing palette data ...")
cpal = table_C_P_A_L_("CPAL")
cpal.version = 0
cpal.numPaletteEntries = len(self.palettes[0])
cpal.palettes = []
for j in range(len(self.palettes)):
palette = self.palettes[j]
_palette = []
# keep a map of old to new indices (palette indices are
# not saved in font)
if j == 0:
reindex = {0xffff: 0xffff}
count = 0
for i in sorted(palette.keys(), key=lambda k: int(k)):
_color = Color()
_color.red = int(palette[i][1:3], 16)
_color.green = int(palette[i][3:5], 16)
_color.blue = int(palette[i][5:7], 16)
if len(palette[i]) >= 9:
_color.alpha = int(palette[i][7:9], 16)
else:
_color.alpha = 0xff
if j == 0:
reindex[int(i)] = count
count += 1
_palette.append(_color)
print(" Appending palette", _palette)
#print("ReIndex:", reindex)
cpal.palettes.append(_palette)
print(" Writing layer data ...")
colr = table_C_O_L_R_("COLR")
colr.version = 0
colr.ColorLayers = {}
for glyphname in self.keys():
_layer_records = []
for i in range(len(self[glyphname].layers)):
glyph = self[glyphname]
_layer_records.append(
LayerRecord(glyph.layers[i], reindex[glyph.colors[i]])
)
colr[glyphname] = _layer_records
# save
font["CPAL"] = cpal
font["COLR"] = colr
font.save(otfpath[:-4] + "_colr" + otfpath[-4:])
font.close()
def _export_sbix(self,
otfpath,
palette=0,
image_format="png",
replace_outlines=False,
parent_window=None):
if not have_flat:
print(
"ColorFont._export_sbix: The 'flat' Python module is missing.")
print(
"Please see <https://github.com/jenskutilek/RoboChrome/blob/master/README.md>"
)
return
if replace_outlines:
alt_glyphname_string = "%s"
else:
alt_glyphname_string = "%s.mac"
font = TTFont(otfpath)
if (font.has_key("sbix")):
print(" WARNING: Replacing existing sbix table in %s" % otfpath)
replace_outlines = True
# insert special nodes into glyphs
self._format_outlines_special(font, replace_outlines)
# build sbix table
sbix = table__s_b_i_x("sbix")
if parent_window is not None:
progress = ProgressWindow("Rendering bitmaps ...",
tickCount=len(self.bitmap_sizes) *
len(self.keys()),
parentWindow=parent_window)
for current_ppem in sorted(self.bitmap_sizes):
current_set = Strike(ppem=current_ppem)
for glyphname in self.keys():
if parent_window is not None:
progress.update("Rendering /%s @ %i px ..." %
(glyphname, current_ppem))
alt_glyphname = alt_glyphname_string % glyphname
if image_format == "png":
image_data = self[glyphname].get_png(palette, current_ppem)
elif image_format == "pdf":
image_data = self[glyphname].get_pdf(palette, current_ppem)
else:
# TODO: handle tiff, jpg, (dupe, mask)
# fallback
image_data = self[glyphname].get_png(palette, current_ppem)
if image_data is not None:
current_set.glyphs[alt_glyphname] = sbixGlyph(
glyphName=glyphname,
graphicType=image_format,
imageData=image_data,
)
sbix.strikes[current_ppem] = current_set
if parent_window is not None:
progress.close()
font["sbix"] = sbix
font.save(otfpath[:-4] + "_sbix" + otfpath[-4:])
font.close()
def __init__(self, path_list):
# Get config data
self.c = ConfigData()
self.open = self.c.openFile
# Save speciment paths for further use at the end
self.paths = []
# Receive one or more fonts.
self.fontpath_list = self.acceptOnlyAllowedFiletypesInList(path_list)
# Copy every font into the document-fonts folder of a predefined directory
self.copyFonts()
# Read font data
for font_path in self.fontpath_list:
font = TTFont(font_path)
this_fontdict = {
'fontpath': font_path,
'familyname': font['name'].getName(1,1,0).string,
'style': font['name'].getName(2,1,0).string,
'fullname': font['name'].getName(4,1,0).string,
'postscriptname': font['name'].getName(6,1,0).string,
'version': font['name'].getName(5,1,0).string,
'filename': os.path.basename(font_path),
'fonttype': ''
}
# Get specific placeholders
this_placeholders = self.addPlaceholderData(this_fontdict)
if font.has_key('CFF '): # There is a space after CFF because table tags have 4 letters
this_fontdict['fonttype'] = 'OpenTypeCFF'
else:
this_fontdict['fonttype'] = 'TrueType'
# Create a working directory from idml file
self.createTmpIDMLDir()
# Add all data to template InDesign file. (Create a file for every font.)
self.replaceIDContent(this_fontdict, this_placeholders)
# Save IDML file (which is virtually a zip file)
shutil.make_archive(this_fontdict['filename'], 'zip', 'temp')
temp_zip = this_fontdict['filename'] + '.zip'
temp_idml = temp_zip.replace('zip', 'idml')
specimen_path = os.path.join(self.c.specimen_folder, temp_idml)
os.rename(temp_zip, specimen_path)
# Add IDML file to specimen paths
self.paths.append(specimen_path)
# Remove temporary dir
removeDir('temp')
def _export_sbix(self, otfpath, palette=0, image_format="png", replace_outlines=False, parent_window=None):
if not have_flat:
print("ColorFont._export_sbix: The 'flat' Python module is missing.")
print("Please see <https://github.com/jenskutilek/RoboChrome/blob/master/README.md>")
return
if replace_outlines:
alt_glyphname_string = "%s"
else:
alt_glyphname_string = "%s.mac"
font = TTFont(otfpath)
if (font.has_key("sbix")):
print(" WARNING: Replacing existing sbix table in %s" % otfpath)
replace_outlines = True
# insert special nodes into glyphs
self._format_outlines_special(font, replace_outlines)
# build sbix table
sbix = table__s_b_i_x("sbix")
if parent_window is not None:
progress = ProgressWindow("Rendering bitmaps ...", tickCount=len(self.bitmap_sizes)*len(self.keys()), parentWindow=parent_window)
for current_ppem in sorted(self.bitmap_sizes):
current_set = Strike(ppem=current_ppem)
for glyphname in self.keys():
if parent_window is not None:
progress.update("Rendering /%s @ %i px ..." % (glyphname, current_ppem))
alt_glyphname = alt_glyphname_string % glyphname
if image_format == "png":
image_data = self[glyphname].get_png(palette, current_ppem)
elif image_format == "pdf":
image_data = self[glyphname].get_pdf(palette, current_ppem)
else:
# TODO: handle tiff, jpg, (dupe, mask)
# fallback
image_data = self[glyphname].get_png(palette, current_ppem)
if image_data is not None:
current_set.glyphs[alt_glyphname] = sbixGlyph(
glyphName=glyphname,
graphicType=image_format,
imageData=image_data,
)
sbix.strikes[current_ppem] = current_set
if parent_window is not None:
progress.close()
font["sbix"] = sbix
font.save(otfpath[:-4] + "_sbix" + otfpath[-4:])
font.close()
class Font(object):
def __init__(self, path, glyphClass=None):
self.path = path
self.fallbackGlyph = ".notdef"
self._glyphs = {}
if isinstance(path, TTFont):
self.source = path
else:
self.source = TTFont(path)
self.loadGlyphSet()
self.loadInfo()
self.loadCMAP()
self.loadFeatures()
if glyphClass is None:
glyphClass = Glyph
self.glyphClass = glyphClass
def __del__(self):
del self._glyphs
self.source.close()
del self.source
# --------------
# initialization
# --------------
def loadCMAP(self):
self.cmap = extractCMAP(self.source)
self.reversedCMAP = reverseCMAP(self.cmap)
def loadGlyphSet(self):
self.glyphSet = self.source.getGlyphSet()
# the glyph order will be needed later
# to assign the proper glyph index to
# glyph objects.
order = self.source.getGlyphOrder()
self._glyphOrder = {}
for index, glyphName in enumerate(order):
self._glyphOrder[glyphName] = index
def loadInfo(self):
self.info = info = Info()
head = self.source["head"]
hhea = self.source["hhea"]
os2 = self.source["OS/2"]
info.unitsPerEm = head.unitsPerEm
info.ascender = hhea.ascent
info.descender = hhea.descent
info.xHeight = os2.sxHeight
info.capHeight = os2.sCapHeight
# names
nameIDs = {}
for nameRecord in self.source["name"].names:
nameID = nameRecord.nameID
platformID = nameRecord.platformID
platEncID = nameRecord.platEncID
langID = nameRecord.langID
text = nameRecord.string
nameIDs[nameID, platformID, platEncID, langID] = text
# to retrive the family and style names, first start
# with the preferred name entries and progress to less
# specific entries until something is found.
familyPriority = [(16, 1, 0, 0), (16, 1, None, None), (16, None, None, None),
(1, 1, 0, 0), (1, 1, None, None), (1, None, None, None)]
familyName = self._skimNameIDs(nameIDs, familyPriority)
stylePriority = [(17, 1, 0, 0), (17, 1, None, None), (17, None, None, None),
(2, 1, 0, 0), (2, 1, None, None), (2, None, None, None)]
styleName = self._skimNameIDs(nameIDs, stylePriority)
if familyName is None or styleName is None:
raise CompositorError("Could not extract name data from name table.")
self.info.familyName = familyName
self.info.styleName = styleName
def _skimNameIDs(self, nameIDs, priority):
for (nameID, platformID, platEncID, langID) in priority:
for (nID, pID, pEID, lID), text in nameIDs.items():
if nID != nameID:
continue
if pID != platformID and platformID is not None:
continue
if pEID != platEncID and platEncID is not None:
continue
if lID != langID and langID is not None:
continue
# make sure there are no endian issues
# XXX right way to do this?
text = "".join([i for i in text if i != "\x00"])
return text
def loadFeatures(self):
self.gsub = None
self.gpos = None
self.gdef = None
if self.source.has_key("GDEF"):
self.gdef = GDEF().loadFromFontTools(self.source["GDEF"])
if self.source.has_key("GSUB"):
self.gsub = GSUB().loadFromFontTools(self.source["GSUB"], self.reversedCMAP, self.gdef)
if self.source.has_key("GPOS"):
self.gpos = GPOS().loadFromFontTools(self.source["GPOS"], self.reversedCMAP, self.gdef)
# -------------
# dict behavior
# -------------
def keys(self):
return self.glyphSet.keys()
def __contains__(self, name):
return self.glyphSet.has_key(name)
def __getitem__(self, name):
if name not in self._glyphs:
glyph = self.glyphSet[name]
index = self._glyphOrder[name]
glyph = self.glyphClass(name, index, glyph, self)
self._glyphs[name] = glyph
return self._glyphs[name]
# -----------------
# string processing
# -----------------
def stringToGlyphNames(self, string):
glyphNames = []
for c in string:
c = unicode(c)
v = ord(c)
if v in self.cmap:
glyphNames.append(self.cmap[v])
elif self.fallbackGlyph is not None:
glyphNames.append(self.fallbackGlyph)
return glyphNames
def stringToGlyphRecords(self, string):
return [GlyphRecord(glyphName) for glyphName in self.stringToGlyphNames(string)]
def glyphListToGlyphRecords(self, glyphList):
glyphRecords = []
for glyphName in glyphList:
if glyphName not in self:
if self.fallbackGlyph is None:
continue
glyphName = self.fallbackGlyph
record = GlyphRecord(glyphName)
glyphRecords.append(record)
return glyphRecords
def process(self, stringOrGlyphList, script="latn", langSys=None, rightToLeft=False, case="unchanged", logger=None):
if isinstance(stringOrGlyphList, basestring):
stringOrGlyphList = self.stringToGlyphNames(stringOrGlyphList)
if case != "unchanged":
l = langSys
if l is not None:
l = l.strip()
stringOrGlyphList = convertCase(case, stringOrGlyphList, self.cmap, self.reversedCMAP, l, self.fallbackGlyph)
glyphRecords = self.glyphListToGlyphRecords(stringOrGlyphList)
if rightToLeft:
glyphRecords.reverse()
if logger:
logger.logStart()
glyphNames = [r.glyphName for r in glyphRecords]
logger.logMainSettings(glyphNames, script, langSys)
if self.gsub is not None:
if logger:
logger.logTableStart(self.gsub)
glyphRecords = self.gsub.process(glyphRecords, script=script, langSys=langSys, logger=logger)
if logger:
logger.logResults(glyphRecords)
logger.logTableEnd()
advancedRecords = []
for glyphRecord in glyphRecords:
glyphRecord.advanceWidth = self[glyphRecord.glyphName].width
advancedRecords.append(glyphRecord)
glyphRecords = advancedRecords
if self.gpos is not None:
if logger:
logger.logTableStart(self.gpos)
glyphRecords = self.gpos.process(glyphRecords, script=script, langSys=langSys, logger=logger)
if logger:
logger.logResults(glyphRecords)
logger.logTableEnd()
if logger:
logger.logEnd()
return glyphRecords
# ------------------
# feature management
# ------------------
def getScriptList(self):
gsub = []
gpos = []
if self.gsub is not None:
gsub = self.gsub.getScriptList()
if self.gpos is not None:
gpos = self.gpos.getScriptList()
return sorted(set(gsub + gpos))
def getLanguageList(self):
gsub = []
gpos = []
if self.gsub is not None:
gsub = self.gsub.getLanguageList()
if self.gpos is not None:
gpos = self.gpos.getLanguageList()
return sorted(set(gsub + gpos))
def getFeatureList(self):
gsub = []
gpos = []
if self.gsub is not None:
gsub = self.gsub.getFeatureList()
if self.gpos is not None:
gpos = self.gpos.getFeatureList()
return sorted(set(gsub + gpos))
def getFeatureState(self, featureTag):
gsubState = None
gposState = None
if self.gsub is not None:
if featureTag in self.gsub:
gsubState = self.gsub.getFeatureState(featureTag)
if self.gpos is not None:
if featureTag in self.gpos:
gposState = self.gpos.getFeatureState(featureTag)
if gsubState is not None and gposState is not None:
if gsubState != gposState:
raise CompositorError("Inconsistently applied feature: %s" % featureTag)
if gsubState is not None:
return gsubState
if gposState is not None:
return gposState
raise CompositorError("Feature %s is is not contained in GSUB or GPOS" % featureTag)
def setFeatureState(self, featureTag, state):
if self.gsub is not None:
if featureTag in self.gsub:
self.gsub.setFeatureState(featureTag, state)
if self.gpos is not None:
if featureTag in self.gpos:
self.gpos.setFeatureState(featureTag, state)
# -------------
# Miscellaneous
# -------------
def getGlyphOrder(self):
return self.source.getGlyphOrder()
class DFont(TTFont):
"""Container font for ttfont, freetype and hb fonts"""
def __init__(self,
path=None,
lazy=False,
size=1500,
ft_load_glyph_flags=FTHintMode.UNHINTED):
self.path = path
self.ttfont = TTFont(self.path)
has_outlines = self.ttfont.has_key("glyf") or self.ttfont.has_key(
"CFF ")
if not has_outlines:
# Create faux empty glyf table with empty glyphs to make
# it a valid font, e.g. for old-style CBDT/CBLC fonts
logger.warning(
"No outlines present, treating {} as bitmap font".format(
self.path))
self.ttfont["glyf"] = newTable("glyf")
self.ttfont["glyf"].glyphs = {}
pen = TTGlyphPen({})
for name in self.ttfont.getGlyphOrder():
self.ttfont["glyf"].glyphs[name] = pen.glyph()
self._src_ttfont = TTFont(self.path)
self.glyphset = None
self.recalc_glyphset()
self.axis_order = None
self.instance_coordinates = self._get_dflt_instance_coordinates()
self.instances_coordinates = self._get_instances_coordinates()
self.glyphs = self.marks = self.mkmks = self.kerns = \
self.glyph_metrics = self.names = self.attribs = None
self.ftfont = freetype.Face(self.path)
self.ftslot = self.ftfont.glyph
self.ft_load_glyph_flags = ft_load_glyph_flags
self.size = size
if self.ftfont.is_scalable:
self.ftfont.set_char_size(self.size)
with open(self.path, 'rb') as fontfile:
self._fontdata = fontfile.read()
self.hbface = hb.Face.create(self._fontdata)
self.hbfont = hb.Font.create(self.hbface)
self.hbfont.scale = (self.size, self.size)
if not lazy:
self.recalc_tables()
def _get_instances_coordinates(self):
results = {}
if self.is_variable:
for inst in self._src_ttfont['fvar'].instances:
inst_name = self._src_ttfont['name'].getName(
inst.subfamilyNameID, 3, 1, 1033).toUnicode()
results[inst_name] = inst.coordinates
return results
def _get_dflt_instance_coordinates(self):
if self.is_variable:
return {
i.axisTag: i.defaultValue
for i in self._src_ttfont['fvar'].axes
}
return None
def glyph(self, name):
return self.glyphset[name]
def recalc_glyphset(self):
if not 'cmap' in self.ttfont.keys():
self.glyphset = []
inputs = InputGenerator(self).all_inputs()
self.glyphset = {g.name: g for g in inputs}
@property
def is_variable(self):
if 'fvar' in self._src_ttfont:
return True
return False
def set_variations(self, axes):
"""Instantiate a ttfont VF with axes vals"""
logger.debug("Setting variations to {}".format(axes))
if self.is_variable:
font = instantiateVariableFont(self._src_ttfont,
axes,
inplace=False)
self.ttfont = copy(font)
self.axis_order = [
a.axisTag for a in self._src_ttfont['fvar'].axes
]
self.instance_coordinates = {
a.axisTag: a.defaultValue
for a in self._src_ttfont['fvar'].axes
}
for axis in axes:
if axis in self.instance_coordinates:
self.instance_coordinates[axis] = axes[axis]
else:
logger.info("font has no axis called {}".format(axis))
self.recalc_tables()
coords = []
for name in self.axis_order:
coord = FT_Fixed(int(self.instance_coordinates[name]) << 16)
coords.append(coord)
ft_coords = (FT_Fixed * len(coords))(*coords)
FT_Set_Var_Design_Coordinates(self.ftfont._FT_Face, len(ft_coords),
ft_coords)
self.hbface = hb.Face.create(self._fontdata)
self.hbfont = hb.Font.create(self.hbface)
self.hbfont.set_variations(self.instance_coordinates)
self.hbfont.scale = (self.size, self.size)
else:
logger.info("Not vf")
def set_variations_from_static(self, static_font):
"""Set VF font variations so they match a static font."""
if not self.is_variable:
raise Exception("Not a variable font")
# Use an fvar instance if its name matches the static font's
# typographic subfamily name or subfamily name
subfamilyname = static_font.ttfont['name'].getName(2, 3, 1, 1033)
typosubfamilyname = static_font.ttfont['name'].getName(17, 3, 1, 1033)
anysubfamilyname = typosubfamilyname or subfamilyname
subfamilyname = anysubfamilyname.toUnicode(
) if anysubfamilyname else ""
# The Google Fonts v1 api can only handle the wght axis. For families
# which have widths, we have to release them as a seperate family,
# https://fonts.google.com/?query=condensed
# To distinguish the width family from the normal family, we append
# the width to the family name e.g Roboto Condensed
filename = os.path.basename(static_font.path)
family_name = filename.split("-")[0]
family_name_width = find_token(family_name,
list(WIDTH_NAME_TO_FVAR.keys()))
if family_name_width:
subfamilyname = f"{family_name_width} {subfamilyname}"
if subfamilyname in self.instances_coordinates:
logger.debug(
f"Instance name '{subfamilyname}' matches static font "
"subfamily names. Setting variations using this instance.")
variations = self.instances_coordinates[subfamilyname]
self.set_variations(variations)
return
# if the font doesn't contain an instance name which matches the
# static font, infer the correct values
logger.debug(
f"Font does not contain an instance name which matches "
f"static font subfamily names '{subfamilyname}'. Inferring "
"values instead.")
variations = {}
# wght
parsed_weight = find_token(os.path.basename(static_font.path),
list(WEIGHT_NAME_TO_FVAR.keys()))
if parsed_weight:
variations["wght"] = WEIGHT_NAME_TO_FVAR[parsed_weight]
else:
logger.debug(
f"Couldn't parse weight value from {static_font.path}")
weight_class = static_font.ttfont["OS/2"].usWeightClass
# Google Fonts used to set the usWeightClass of Thin static
# fonts to 250 and the ExtraLight to 275. Override these
# values with 100 and 200.
if weight_class == 250:
weight_class = 100
if weight_class == 275:
weight_class = 200
variations["wght"] = weight_class
# wdth
# We cannot simply use OS/2.usWidthClass since Google Fonts
# releases Condensed styles as new families. These new families
# have a usWidthClass of 5 (Normal).
parsed_width = find_token(os.path.basename(static_font.path),
list(WIDTH_NAME_TO_FVAR.keys()))
if parsed_width:
variations["wdth"] = WIDTH_NAME_TO_FVAR[parsed_width]
else:
logger.debug(
f"Couldn't parse weight value from {static_font.path}")
width_class = static_font.ttfont["OS/2"].usWidthClass
variations["wdth"] = WIDTH_CLASS_TO_FVAR[width_class]
# TODO (M Foley) add slnt axes
self.set_variations(variations)
def recalc_tables(self):
"""Recalculate DFont tables"""
self.recalc_glyphset()
anchors = DumpAnchors(self)
self.glyphs = dump_glyphs(self)
self.marks = anchors.marks_table
self.mkmks = anchors.mkmks_table
self.attribs = dump_attribs(self)
self.names = dump_nametable(self)
self.kerns = dump_kerning(self)
self.metrics = dump_glyph_metrics(self)
self.gdef_base, self.gdef_mark = dump_gdef(self)
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 openFile(path, txPath):
# If input font is CFF or PS, build a dummy ttFont.
tempPathCFF = None
cffPath = None
# If it is CID-keyed font, we need to convert it to a name-keyed font. This is a hack, but I really don't want to add CID support to
# the very simple-minded PDF library.
command = "%s -dump -0 \"%s\" 2>&1" % (txPath, path)
report = FDKUtils.runShellCmd(command)
if "CIDFontName" in report:
tfd, tempPath1 = tempfile.mkstemp()
os.close(tfd)
command = "%s -t1 -decid -usefd 0 \"%s\" \"%s\" 2>&1" % (
txPath, path, tempPath1)
report = FDKUtils.runShellCmd(command)
if "fatal" in report:
logMsg(report)
logMsg(
"Failed to convert CID-keyed font %s to a temporary Typ1 data file."
% path)
tfd, tempPathCFF = tempfile.mkstemp()
os.close(tfd)
command = "%s -cff +b \"%s\" \"%s\" 2>&1" % (txPath, tempPath1,
tempPathCFF)
report = FDKUtils.runShellCmd(command)
if "fatal" in report:
logMsg(report)
logMsg(
"Failed to convert CID-keyed font %s to a temporary CFF data file."
% path)
cffPath = tempPathCFF
os.remove(tempPath1)
elif os.path.isdir(path):
# See if it is a UFO font by truing to dump it.
command = "%s -dump -0 \"%s\" 2>&1" % (txPath, path)
report = FDKUtils.runShellCmd(command)
if not "sup.srcFontType" in report:
logMsg(report)
logMsg("Failed to open directory %s as a UFO font." % path)
tfd, tempPathCFF = tempfile.mkstemp()
os.close(tfd)
command = "%s -cff +b \"%s\" \"%s\" 2>&1" % (txPath, path,
tempPathCFF)
report = FDKUtils.runShellCmd(command)
if "fatal" in report:
logMsg(report)
logMsg(
"Failed to convert ufo font %s to a temporary CFF data file." %
path)
cffPath = tempPathCFF
else:
try:
ff = file(path, "rb")
data = ff.read(10)
ff.close()
except (IOError, OSError):
traceback.print_exc()
raise FontError(
"Failed to open and read font file %s. Check file/directory permissions."
% path)
if len(data) < 10:
raise FontError(
"Error: font file was zero size: may be a resource fork font, which this program does not process. <%s>."
% path)
if (data[:4] == "OTTO") or (data[:4] == "true") or (
data[:4] == "\0\1\0\0"
): # it is an OTF/TTF font, can process file directly
try:
ttFont = TTFont(path)
except (IOError, OSError):
raise FontError(
"Error opening or reading from font file <%s>." % path)
except TTLibError:
raise FontError("Error parsing font file 333 <%s>." % path)
if not (ttFont.has_key('CFF ') or ttFont.has_key('glyf')):
raise FontError(
"Error: font is not a CFF or TrueType font <%s>." % path)
return ttFont, tempPathCFF
# It is not an OTF file.
if (data[0] == '\1') and (data[1] == '\0'): # CFF file
cffPath = path
elif not "%" in data:
#not a PS file either
logMsg("Font file must be a PS, CFF or OTF fontfile: %s." % path)
raise FontError("Font file must be PS, CFF or OTF file: %s." %
path)
else: # It is a PS file. Convert to CFF.
tfd, tempPathCFF = tempfile.mkstemp()
os.close(tfd)
cffPath = tempPathCFF
command = "%s -cff +b \"%s\" \"%s\" 2>&1" % (txPath, path,
tempPathCFF)
report = FDKUtils.runShellCmd(command)
if "fatal" in report:
logMsg(
"Attempted to convert font %s from PS to a temporary CFF data file."
% path)
logMsg(report)
raise FontError(
"Failed to convert PS font %s to a temp CFF font." % path)
# now package the CFF font as an OTF font
ff = file(cffPath, "rb")
data = ff.read()
ff.close()
try:
ttFont = TTFont()
cffModule = getTableModule('CFF ')
cffTable = cffModule.table_C_F_F_('CFF ')
ttFont['CFF '] = cffTable
cffTable.decompile(data, ttFont)
except:
traceback.print_exc()
logMsg("Attempted to read font %s as CFF." % path)
raise FontError("Error parsing font file <%s>." % path)
return ttFont, tempPathCFF
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()