def insertGlyph(self, codePoint, contours, xAdvance, glyphName=None, correctDirection=True):
if glyphName is None:
glyphName = self.getGlyphName(codePoint)
glyph = TFSGlyph(self.rffont.newGlyph(glyphName))
if codePoint is not None:
glyph.setUnicode(codePoint)
glyph.setContours(contours, correctDirection=correctDirection)
glyph.setXAdvance(xAdvance)
glyph.update()
# glyph.correctDirection()
return glyph
def insertGlyph(self,
codePoint,
contours,
xAdvance,
glyphName=None,
correctDirection=True):
if glyphName is None:
glyphName = self.getGlyphName(codePoint)
glyph = TFSGlyph(self.rffont.newGlyph(glyphName))
if codePoint is not None:
glyph.setUnicode(codePoint)
glyph.setContours(contours, correctDirection=correctDirection)
glyph.setXAdvance(xAdvance)
glyph.update()
# glyph.correctDirection()
return glyph
def getGlyphs(self):
return [TFSGlyph(glyph) for glyph in self.rffont]
def getGlyphByCodePoint(self, value):
for glyph in self.rffont:
if glyph.unicode == value:
return TFSGlyph(glyph)
return None
def getGlyphByName(self, key):
rfglyph = self.rffont.getGlyph(key)
return TFSGlyph(rfglyph)
def insertGlyphDerivedFromGlyph(self, codePoint, contours, srcGlyph):
import UnicodeCharacterNames
name = UnicodeCharacterNames.getUnicodeCharacterName(codePoint)
glyph = TFSGlyph(self.rffont.newGlyph(name))
glyph.updateDerivedFromGlyph(codePoint, contours, srcGlyph)
def insertGlyphDerivedFromGlyph(self, codePoint, contours, srcGlyph):
import UnicodeCharacterNames
name = UnicodeCharacterNames.getUnicodeCharacterName(codePoint)
glyph = TFSGlyph(self.rffont.newGlyph(name))
glyph.updateDerivedFromGlyph(codePoint, contours, srcGlyph)
