def newFromSvg(cls, e):
parsedAttribs = svgparsing.ParseSvgAttribs(e)
kwargs = {}
pti = cls(**kwargs)
if 'fill' in parsedAttribs:
pti.setColor(QtGui.QColor(*parsedAttribs['fill']))
if 'transform' in parsedAttribs:
pti.setTransform(parsedAttribs['transform'])
return pti
def newFromSvg(cls, e):
d = svgparsing.ParseSvgAttribs(e)
if all(a in d for a in 'cx cy rx ry'.split()):
rect = QtCore.QRectF(d['cx']-d['rx'], d['cy']-d['ry'], d['rx']*2, d['ry']*2)
else:
rect = None
eti = cls(rect=rect)
if 'fill' in d:
eti.setColor(QtGui.QColor(*d['fill']))
if 'transform' in d:
eti.setTransform(d['transform'])
return eti
def newFromSvg(cls, e):
d = svgparsing.ParseSvgAttribs(e)
if 'points' in d:
poly = QtGui.QPolygonF(d['points'])
elif 'd' in d:
poly = svgparsing.SvgPathCmdsToPolygons(d['d'])[0]
else:
poly = None
pti = cls(polygon=poly)
if 'fill' in d:
pti.setColor(QtGui.QColor(*d['fill']))
if 'transform' in d:
pti.setTransform(d['transform'])
return pti
def newFromSvg(cls, e):
parsedAttribs = svgparsing.ParseSvgAttribs(e)
kwargs = {}
for k in 'tiles:size'.split():
if k in parsedAttribs: kwargs[k.split(':')[1]] = parsedAttribs[k]
if 'tiles:shapeno' in parsedAttribs:
kwargs['shape'] = parsedAttribs['tiles:shapeno']
if 'points' in parsedAttribs:
kwargs['polygon'] = QtGui.QPolygonF(parsedAttribs['points'])
pti = cls(**kwargs)
if 'fill' in parsedAttribs:
pti.setColor(QtGui.QColor(*parsedAttribs['fill']))
if 'transform' in parsedAttribs:
pti.setTransform(parsedAttribs['transform'])
return pti