def effect(self):
# Prepare the document for exporting
SynfigPrep.effect(self)
svg = self.document.getroot()
width = get_dimension(svg.get("width", 1024))
height = get_dimension(svg.get("height", 768))
title = svg.xpath("svg:title", namespaces=NSS)
if len(title) == 1:
name = title[0].text
else:
name = svg.get(addNS("docname", "sodipodi"), "Synfig Animation 1")
d = SynfigDocument(width, height, name)
layers = []
for node in svg.iterchildren():
layers += self.convert_node(node, d)
root_canvas = d.get_root_canvas()
for layer in layers:
root_canvas.append(layer)
d.get_root_tree().write(sys.stdout)
def extract_width(style, width_attrib, mtx):
if width_attrib in style.keys():
width = get_dimension(style[width_attrib])
else:
width = 1
area_scale_factor = mtx[0][0] * mtx[1][1] - mtx[0][1] * mtx[1][0]
linear_scale_factor = math.sqrt(abs(area_scale_factor))
return width * linear_scale_factor / sif.kux
def extract_width(style, width_attrib, mtx):
if width_attrib in style.keys():
width = get_dimension(style[width_attrib])
else:
width = 1
area_scale_factor = mtx[0][0] * mtx[1][1] - mtx[0][1] * mtx[1][0]
linear_scale_factor = math.sqrt(abs(area_scale_factor))
return width * linear_scale_factor / sif.kux
def effect(self):
# Prepare the document for exporting
SynfigPrep.effect(self)
svg = self.document.getroot()
width = get_dimension(svg.get("width", 1024))
height = get_dimension(svg.get("height", 768))
title = svg.getElement('svg:title')
if title:
name = title.text
else:
name = svg.get('sodipodi:docname', "Synfig Animation 1")
doc = SynfigDocument(width, height, name)
layers = []
for node in svg.iterchildren():
layers += self.convert_node(node, doc)
root_canvas = doc.get_root_canvas()
for layer in layers:
root_canvas.append(layer)
self.synfig_document = doc.get_root_tree()