def begin_text(self, text_type): self.in_text = 1 self.text_type = text_type self.text_string = [] if text_type == 1: self.add_message(_("Area text not supported")) if text_type == 2: GenericLoader.begin_group(self)
def __init__(self, file, filename, match): GenericLoader.__init__(self, file, filename, match) self.file = file self.curstyle = Style() self.verbosity = 0 self.gdiobjects = [] self.dcstack = [] self.curpoint = Point(0, 0)
def bezier(self): if self.guess_continuity: self.path.guess_continuity() if self.path.len > 0: if self.compound_path is not None: self.compound_path.append(self.path) else: GenericLoader.bezier(self, paths=(self.path,)) self.path = CreatePath()
def bezier(self): if self.guess_continuity: self.path.guess_continuity() if self.path.len > 0: if self.compound_path is not None: self.compound_path.append(self.path) else: GenericLoader.bezier(self, paths=(self.path, )) self.path = CreatePath()
def __init__(self, file, filename, match): GenericLoader.__init__(self, file, filename, match) self.file = file self.verbosity = 15 self.IntF = (self.i8, self.i16, self.i24, self.i32) self.CardF = (self.u8, self.u16, self.u24, self.u32) self.FloatF = (self.flp32, self.flp64) self.FixedF = (self.fip32, self.fip64) self.RealF = self.FixedF + self.FloatF self.VDCF = (self.IntF, self.RealF)
def begin_group(self): if self.compound_path is None: # a normal group if self.treat_toplevel_groups_as_layers: if self.composite_class == Document: self.begin_layer() return GenericLoader.begin_group(self) else: # a `compound group'. Ignored since Sketch doesn't have this. pass
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_compound_path(self): paths = tuple(self.compound_path) self.compound_path = None if paths: # XXX ugly if self.gradient_geo: rect = paths[0].accurate_rect() for path in paths[1:]: rect = UnionRects(rect, path.accurate_rect()) self.gradient_rect = rect else: self.gradient_rect = None getattr(self, self.compound_render)() GenericLoader.bezier(self, paths=paths)
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 __init__(self, file, filename, match, treat_toplevel_groups_as_layers=1, flatten_groups=1): GenericLoader.__init__(self, file, filename, match) self.line_color = StandardColors.black self.fill_color = StandardColors.black self.line_width = 0.0 self.line_join = const.JoinMiter self.line_cap = const.CapButt self.line_dashes = () self.cur_x = self.cur_y = 0.0 self.treat_toplevel_groups_as_layers = treat_toplevel_groups_as_layers self.flatten_groups = flatten_groups self.guess_continuity = 1 self.path = CreatePath() self.compound_path = None # If compound_path is None, we're # outside of a compound path, # otherwise it's a possibly empty list # of paths self.compound_render = '' self.stack = [] self.gradients = {} self.in_gradient_instance = 0 self.gradient_geo = None # set to a true value after Bg, and set # to false by make_gradient_pattern self.gradient_rect = None self.in_palette = 0 self.in_text = 0 self.ignore_fill = 0 self.text_type = 0 # 0: point text, 1: area text, 2 = path text self.text_render = 0 # filled self.text_font = None self.text_size = 12 # Test alignment. Possible values: 0: left, 1: center, 2:right, # 3: justified, 4: justified including last line self.text_align = 0 self.text_string = [] self.standard_encoding = encoding.adobe_standard self.font_map = {} self.guides = [] self.format_version = 0.0
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 __init__(self, file, filename, match): GenericLoader.__init__(self, file, filename, match) if atoi(match.group('minor')) > 2: self.add_message(_("The file was created by a newer version of " "Skencil or Sketch, there might be inaccuracies.")) if self.filename: self.directory = os.path.split(filename)[0] else: self.directory = '' self.style_dict = {} self.id_dict = {} self.page_layout = None self.pattern = None self.gradient = None self.arrow1 = None self.arrow2 = None self.font = None self.font_size = 1.0 self.color_cache = {}
def __init__(self, file, filename, match): GenericLoader.__init__(self, file, filename, match) if atoi(match.group('minor')) > 2: self.add_message( _("The file was created by a newer version of " "Skencil or Sketch, there might be inaccuracies.")) if self.filename: self.directory = os.path.split(filename)[0] else: self.directory = '' self.style_dict = {} self.id_dict = {} self.page_layout = None self.pattern = None self.gradient = None self.arrow1 = None self.arrow2 = None self.font = None self.font_size = 1.0 self.color_cache = {}
def __init__(self, file, filename, match, treat_toplevel_groups_as_layers=1, flatten_groups=1): GenericLoader.__init__(self, file, filename, match) self.line_color = StandardColors.black self.fill_color = StandardColors.black self.line_width = 0.0 self.line_join = const.JoinMiter self.line_cap = const.CapButt self.line_dashes = () self.cur_x = self.cur_y = 0.0 self.treat_toplevel_groups_as_layers = treat_toplevel_groups_as_layers self.flatten_groups = flatten_groups self.guess_continuity = 1 self.path = CreatePath() self.compound_path = None # If compound_path is None, we're # outside of a compound path, # otherwise it's a possibly empty list # of paths self.compound_render = "" self.stack = [] self.gradients = {} self.in_gradient_instance = 0 self.gradient_geo = None # set to a true value after Bg, and set # to false by make_gradient_pattern self.gradient_rect = None self.in_palette = 0 self.in_text = 0 self.ignore_fill = 0 self.text_type = 0 # 0: point text, 1: area text, 2 = path text self.text_render = 0 # filled self.text_font = None self.text_size = 12 # Test alignment. Possible values: 0: left, 1: center, 2:right, # 3: justified, 4: justified including last line self.text_align = 0 self.text_string = [] self.standard_encoding = encoding.adobe_standard self.font_map = {} self.guides = [] self.format_version = 0.0
def __init__(self, file, filename, match): GenericLoader.__init__(self, file, filename, match)
def __init__(self, file, filename, match): GenericLoader.__init__(self, file, filename, match) if self.filename: self.directory = os.path.split(filename)[0] else: self.directory = ''