def glyphs(self, s):
rv = [ ]
if not s:
return rv
for c in s:
g = textsupport.Glyph() # @UndefinedVariable
g.character = ord(c)
g.ascent = self.baseline
g.line_spacing = self.height
if not is_zerowidth(g.character):
width = self.width.get(c, None)
if width is None:
raise Exception("Character {0!r} not found in image-based font.".format(c))
g.width = self.width[c]
g.advance = self.advance[c]
else:
g.width = 0
g.advance = 0
rv.append(g)
# Compute kerning.
for i in range(len(s) - 1):
kern = self.kerns.get(s[i] + s[i+1], self.default_kern)
rv[i].advance += kern
return rv
def __init__(self, ts, width=0, height=0):
"""
`ts`
The text segment that this SpaceSegment follows.
"""
self.glyph = glyph = textsupport.Glyph()
glyph.character = 0
glyph.ascent = 0
glyph.line_spacing = height
glyph.advance = width
glyph.width = width
if ts.hyperlink:
glyph.hyperlink = ts.hyperlink
self.cps = ts.cps
def textwrap(s, width=78, asian=False):
"""
Wraps the unicode string `s`, and returns a list of strings.
`width`
The number of half-width characters that fit on a line.
`asian`
True if we should make ambiguous width characters full-width, as is
done in Asian encodings.
"""
import unicodedata
glyphs = [ ]
for c in str(s):
eaw = unicodedata.east_asian_width(c)
if (eaw == "F") or (eaw == "W"):
gwidth = 20
elif (eaw == "A"):
if asian:
gwidth = 20
else:
gwidth = 10
else:
gwidth = 10
g = textsupport.Glyph()
g.character = ord(c)
g.ascent = 10
g.line_spacing = 10
g.width = gwidth
g.advance = gwidth
glyphs.append(g)
textsupport.annotate_unicode(glyphs, False, 2)
renpy.text.texwrap.linebreak_tex(glyphs, width * 10, width * 10, False)
return textsupport.linebreak_list(glyphs)
def __init__(self, ts, d, renders):
"""
`ts`
The text segment that this SpaceSegment follows.
"""
self.d = d
rend = renders[d]
w, h = rend.get_size()
self.glyph = glyph = textsupport.Glyph()
glyph.character = 0
glyph.ascent = 0
glyph.line_spacing = h
glyph.advance = w
glyph.width = w
if ts.hyperlink:
glyph.hyperlink = ts.hyperlink
self.cps = ts.cps