def run():
buf = []
buf.append('widthsByUnichar = {}')
for (fontName, (language, encName)) in defaultUnicodeEncodings.items():
print 'handling %s : %s : %s' % (fontName, language, encName)
#this does just about all of it for us, as all the info
#we need is present.
font = UnicodeCIDFont(fontName)
widthsByCID = font.face._explicitWidths
cmap = font.encoding._cmap
nonStandardWidthsByUnichar = {}
for (codePoint, cid) in cmap.items():
width = widthsByCID.get(cid, 1000)
if width <> 1000:
nonStandardWidthsByUnichar[unichr(codePoint)] = width
print 'created font width map (%d items). ' % len(
nonStandardWidthsByUnichar)
buf.append('widthsByUnichar["%s"] = %s' %
(fontName, repr(nonStandardWidthsByUnichar)))
src = '\n'.join(buf) + '\n'
open('canned_widths.py', 'w').write(src)
print 'wrote canned_widths.py'
def run():
buf = []
buf.append('widthsByUnichar = {}')
for (fontName, (language, encName)) in defaultUnicodeEncodings.items():
print 'handling %s : %s : %s' % (fontName, language, encName)
#this does just about all of it for us, as all the info
#we need is present.
font = UnicodeCIDFont(fontName)
widthsByCID = font.face._explicitWidths
cmap = font.encoding._cmap
nonStandardWidthsByUnichar = {}
for (codePoint, cid) in cmap.items():
width = widthsByCID.get(cid, 1000)
if width <> 1000:
nonStandardWidthsByUnichar[unichr(codePoint)] = width
print 'created font width map (%d items). ' % len(nonStandardWidthsByUnichar)
buf.append('widthsByUnichar["%s"] = %s' % (fontName, repr(nonStandardWidthsByUnichar)))
src = '\n'.join(buf) + '\n'
open('canned_widths.py','w').write(src)
print 'wrote canned_widths.py'
