def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
self.load_xml_elements(elm)
if not self.closed:
elm.attrib["closed"] = "0"
point_indices_elm = XmlElement("pi")
point_indices_elm.text = ",".join(str(p) for p in self.point_indices)
elm.append(point_indices_elm)
return elm
def add_linked_clone_elements(self, multi_shape, root):
for shape in multi_shape.shapes:
if shape.linked_clones:
linked = XmlElement("linked")
linked.attrib["source"] = ".".join(get_hierarchy_names(shape))
for linked_clone_shape in shape.linked_clones:
linked_clone = XmlElement("dest")
linked_clone.text = ".".join(
get_hierarchy_names(linked_clone_shape))
linked.append(linked_clone)
root.append(linked)
if isinstance(shape, MultiShape):
self.add_linked_clone_elements(shape, root)
def save(self, filename=None):
result = False
root = XmlElement("root")
app = XmlElement("app")
app.attrib["name"] = "{0}".format(Settings.APP_NAME)
app.attrib["version"] = "{0}".format(Settings.APP_VERSION)
root.append(app)
doc = XmlElement("doc")
doc.attrib["width"] = "{0}".format(self.width)
doc.attrib["height"] = "{0}".format(self.height)
if not self.fixed_border:
doc.attrib["fixed_border"] = "False"
root.append(doc)
for guide in self.guides:
root.append(guide.get_xml_element())
tree = XmlTree(root)
root.append(self.main_multi_shape.get_xml_element())
self.add_linked_clone_elements(self.main_multi_shape, root)
backup_file = None
if filename is None:
filename = self.filename
if filename is not None:
self.filename = filename
if os.path.isfile(filename):
backup_file = filename + ".bk"
os.rename(filename, backup_file)
#tree.write(self.filename)
try:
tree.write(self.filename, encoding="utf-8", xml_declaration=True)
result = True
except TypeError as e:
print("{0}".format(e))
except UnicodeDecodeError as e:
print("{0}".format(e))
if not result:
if backup_file:
os.rename(backup_file, filename)
backup_file = None
sys.exit("Unable to save file")
if backup_file:
os.remove(backup_file)
return True
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
self.load_xml_elements(elm)
point_values = []
for point in self.points:
point_values.append(point.to_text())
points_elm = XmlElement("points")
points_elm.text = ",".join(point_values)
elm.append(points_elm)
for polygon in self.polygons:
elm.append(polygon.get_xml_element())
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib["text"] = self.text
elm.attrib["at"] = "{0}".format(self.at)
if not self.fixed:
elm.attrib["fixed"] = "0"
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib["origin"] = self.origin.to_text()
elm.attrib["closed"] = "{0}".format(self.closed)
for bezier_point in self.bezier_points:
elm.append(bezier_point.get_xml_element())
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib["ci"] = "{0}".format(self.curve_index)
elm.attrib["pi"] = "{0}".format(self.point_index)
elm.attrib["pt"] = "{0}".format(self.point_type)
elm.attrib["ps"] = self.position.to_text()
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib["type"] = self.TYPE_NAME
elm.attrib["name"] = self.get_name()
if not self.visible:
elm.attrib["visible"] = "0"
elm.attrib["mimic_like"] = u"{0}".format(self.mimic_like)
return elm
def get_xml_elements(self):
elms = []
for i in range(len(self.names)):
elm = XmlElement(self.TAG_NAME)
elm.attrib["name"] = self.names[i]
elm.attrib["path"] = self.paths[i]
elms.append(elm)
return elms
def get_xml_element(self):
form_elm = XmlElement(self.TAG_NAME)
if self.name:
form_elm.attrib["name"] = self.name
form_elm.attrib["width"] = "{0}".format(self.width)
form_elm.attrib["height"] = "{0}".format(self.height)
for polygon in self.polygons:
form_elm.append(polygon.get_xml_element())
return form_elm
def get_xml_element(self, exclude_border_fill=False):
elm = XmlElement(self.TAG_NAME)
self.load_xml_elements(elm, exclude_border_fill=exclude_border_fill)
for i in range(len(self.items)):
item = self.items[i]
item_elm = item.get_xml_element()
item_elm.attrib["name"] = self.item_names[i]
elm.append(item_elm)
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib[self.START_VALUE_NAME] = "{0}".format(self.start_value)
elm.attrib[self.END_VALUE_NAME] = "{0}".format(self.end_value)
elm.attrib[self.DURATION_NAME] = "{0}".format(self.duration)
elm.attrib[self.LINKED_TO_NEXT_NAME] = u"{0}".format(
self.linked_to_next)
if type(self.change_type) is not TimeChangeType:
elm.append(self.change_type.get_xml_element())
if self.prop_data:
for key, value in self.prop_data.items():
#if value is None: continue
prop_data_elm = XmlElement(self.PROP_DATA_TAG_NAME)
prop_data_elm.attrib["key"] = "{0}".format(key)
prop_data_elm.attrib["value"] = u"{0}".format(value)
prop_data_elm.attrib["type"] = value.__class__.__name__
elm.append(prop_data_elm)
if self.end_marker:
elm.attrib["end_marker"] = u"{0}".format(self.end_marker)
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib["name"] = self.name
for shape_time_line in self.shape_time_lines:
shape_time_elm = shape_time_line.get_xml_element()
if shape_time_line.shape == self.multi_shape:
del shape_time_elm.attrib[ShapeTimeLine.SHAPE_NAME]
elm.append(shape_time_elm)
for time_marker in self.time_markers.values():
elm.append(time_marker.get_xml_element())
return elm
def get_xml_element(self):
form_elm = XmlElement(self.TAG_NAME)
if self.name:
form_elm.attrib["name"] = self.name
form_elm.attrib["width"] = "{0}".format(self.width)
form_elm.attrib["height"] = "{0}".format(self.height)
for curve in self.curves:
form_elm.append(curve.get_xml_element())
if self.shapes_props:
for shape_name, prop_dict in self.shapes_props.items():
pose_shape_elm = Shape.get_pose_prop_xml_element(
shape_name, prop_dict)
form_elm.append(pose_shape_elm)
return form_elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib["y"] = "{0}".format(self.y)
elm.attrib["type"] = self.TYPE_NAME
elm.attrib["name"] = "{0}".format(self.get_name())
elm.attrib["loop"] = "{0}".format(self.loop)
elm.attrib["duration"] = self.duration_time.to_text()
elm.attrib["start"] = self.start_time.to_text()
elm.attrib["auto_fit"] = "{0}".format(int(self.auto_fit_duration))
elm.attrib["note"] = "{0}".format(self.music_note)
if self.midi_channel is not None:
elm.attrib["mchannel"] = "{0}".format(self.midi_channel)
elm.attrib["mvelocity"] = "{0}".format(self.midi_velocity)
if self.instru:
elm.attrib["instru"] = self.instru.get_name()
return elm
def get_xml_element(self):
elm = super(AudioFormulaInstru, self).get_xml_element()
if self.formulator_path:
elm.attrib["formulator_path"] = self.formulator_path
for param_data in self.get_param_list():
param_name = param_data[0]
param_value = "{0}".format(self.get_param(param_name))
param_elm = XmlElement(self.PARAM_TAG_NAME)
param_elm.attrib["name"] = param_name
param_elm.attrib["value"] = param_value
elm.append(param_elm)
else:
elm.attrib["formulator"] = self.formulator.DISPLAY_NAME
elm.attrib["autogen"] = "{0}".format(int(self.autogen_other_notes))
elm.attrib["base_note"] = self.base_note.name
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
for point in self.points.values():
elm.append(point.get_xml_element())
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib["c1"] = self.control_1.to_text()
elm.attrib["c2"] = self.control_2.to_text()
elm.attrib["d"] = self.dest.to_text()
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib["type"] = self.TYPE_NAME
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib["p"] = self.to_text()
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib["type"] = self.TYPE_NAME
elm.attrib["y"] = "{0}".format(self.y)
return elm
def get_xml_element(self, ):
elm = XmlElement(self.TAG_NAME)
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib[self.SHAPE_NAME] = self.shape.get_name()
for prop_time_line in self.prop_time_lines:
elm.append(prop_time_line.get_xml_element())
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib[self.PROP_NAME] = self.prop_name
for time_slice in self.time_slices:
elm.append(time_slice.get_xml_element())
return elm
def get_xml_element(self):
elm = XmlElement(self.TAG_NAME)
elm.attrib["closed"] = "{0}".format(self.closed)
for point in self.points:
elm.append(point.get_xml_element())
return elm