def end_text(self):
# we don't support area text (text_type 1) at all. Return
# immediately in that case.
if self.text_type == 1:
return
# first, turn the text accumulated in the list text_string into
# a single string and unify line endings to newline characters.
text = string.join(self.text_string, '')
text = string.replace(text, '\r\n', '\n')
text = string.replace(text, '\r', '\n')
# remove a trailing newline. Many Illustrator files contain a
# trailing newline as 'overflow' text, there's probably a better
# way to deal with this...
if text[-1:] == "\n":
text = text[:-1]
# Re-encode to Latin1
text = self.text_font.Reencode(text)
if not string.strip(text):
if self.text_type == 2:
self.end_composite()
del self.composite_items[-1]
if len(self.composite_items) > 0:
self.object = self.composite_items[-1]
return
# first create a simple text object
self.fs()
self.style.font = GetFont(self.text_font.psname)
self.style.font_size = self.text_size
self.simple_text(text,
self.text_trafo,
halign=_ai_text_align[self.text_align])
# if we're actually supposed to create a path-text object, turn
# the text object just created into a path-text object
if self.text_type == 2:
GenericLoader.end_group(self)
group = self.pop_last()
objects = group.GetObjects()
if len(objects) == 2:
path, text = objects
self.append_object(
PathText(text, path, start_pos=self.text_start_pos))
#self.composite_items[-1] = self.object
# we've finished the text object
self.in_text = 0
def end_text(self): # we don't support area text (text_type 1) at all. Return # immediately in that case. if self.text_type == 1: return # first, turn the text accumulated in the list text_string into # a single string and unify line endings to newline characters. text = string.join(self.text_string, '') text = string.replace(text, '\r\n', '\n') text = string.replace(text, '\r', '\n') # remove a trailing newline. Many Illustrator files contain a # trailing newline as 'overflow' text, there's probably a better # way to deal with this... if text[-1:] == "\n": text = text[:-1] # Re-encode to Latin1 text = self.text_font.Reencode(text) if not string.strip(text): if self.text_type == 2: self.end_composite() del self.composite_items[-1] if len(self.composite_items) > 0: self.object = self.composite_items[-1] return # first create a simple text object self.fs() self.style.font = GetFont(self.text_font.psname) self.style.font_size = self.text_size self.simple_text(text, self.text_trafo, halign = _ai_text_align[self.text_align]) # if we're actually supposed to create a path-text object, turn # the text object just created into a path-text object if self.text_type == 2: GenericLoader.end_group(self) group = self.pop_last() objects = group.GetObjects() if len(objects) == 2: path, text = objects self.append_object(PathText(text, path, start_pos = self.text_start_pos)) #self.composite_items[-1] = self.object # we've finished the text object self.in_text = 0
def end_group(self): if self.compound_path is None: # a normal group if self.composite_class == Layer: self.end_composite() else: try: GenericLoader.end_group(self) if self.flatten_groups: if self.object.NumObjects() == 1: obj = self.object.GetObjects()[0] del self.composite_items[-1] self.append_object(obj) except EmptyCompositeError: pass else: # a `compound group'. Ignored since Sketch doesn't have this. pass
def end_group(self):
if self.compound_path is None:
# a normal group
if self.composite_class == Layer:
self.end_composite()
else:
try:
GenericLoader.end_group(self)
if self.flatten_groups:
if self.object.NumObjects() == 1:
obj = self.object.GetObjects()[0]
del self.composite_items[-1]
self.append_object(obj)
except EmptyCompositeError:
pass
else:
# a `compound group'. Ignored since Sketch doesn't have this.
pass
