measurementNames.append(row[0])
measurements[row[0]] = mDict
# loop through designspace
doc = DesignSpaceDocument()
doc.read(designspacePath)
designspaceFileName = os.path.split(designspacePath)[1]
# gather glyph index for width counting
for source in doc.sources:
if source.copyInfo:
f = OpenFont(source.path, showInterface=False)
for gname in f.glyphOrder:
if gname in f:
widthsCols.append(gname)
f.close()
widthsRows.append(widthsCols)
# process each source
for source in doc.sources:
if not os.path.exists(source.path):
print('missing source', source.path)
continue
f = OpenFont(source.path, showInterface=False)
charMap = f.getCharacterMapping()
row = [os.path.split(source.path)[1], int(f.info.unitsPerEm)]
# get the measurements
for measurementName in measurementNames:
value = None
printWrite(f'sans italic '.ljust(80, '-') + '\n')
printWrite('\n')
for g in font:
if '.' in g.name and\
g.name.split('.')[1] == 'italic' and\
g.name.split('.')[0][0] not in italicsNotInSans:
baseName = g.name.split('.')[0]
rule = f'<sub name="{baseName}" with="{g.name}" />'
printWrite(rule + '\n')
makeRules()
makeSansItalicRules()
font.close()
GSUBrules.close()
# go through glyph construction recipes and pull out all suffixed glyphs
# OR go through the charset of a UFO and find all suffixes that have dict rules
# print(suffix)
# print(f"<sub name="{baseDiacritic}" with="{baseDiacritic}.{suffix}" />")
# only do this for diacritics which have bases in certain rule set
# TODO: limit these rules to what bases are already in a selected designspace?
# sans: do not italicize
# c
# f
# s