def update_shape(self, view):
self.e.render_handles(self.opt_model)
for key, graphics_handle in self.e.handles.items():
poly = np.array(graphics_handle.polydata)
poly_gbl, bbox = transform_poly(graphics_handle.tfrm, poly)
if graphics_handle.polytype == 'polygon':
p = view.create_polygon(poly_gbl,
fill_color=self.render_color(),
zorder=2.5)
elif graphics_handle.polytype == 'polyline':
hilite_kwargs = {
'color': lo_rgb['profile'],
'linewidth': lo_lw['hilite'],
'linestyle': '-'
}
priority = 2.
if key == 'ct':
priority = 3.
hilite_kwargs['color'] = lo_rgb['ct']
p = view.create_polyline(poly_gbl,
hilite=hilite_kwargs,
zorder=priority)
else:
break
self.handles[key] = GUIHandle(p, bbox)
return self.handles
def update_shape(self, view):
self.e.render_handles(self.opt_model)
for key, graphics_handle in self.e.handles.items():
poly = np.array(graphics_handle.polydata)
poly_gbl, bbox = transform_poly(graphics_handle.tfrm, poly)
if graphics_handle.polytype == 'polygon':
p = view.create_polygon(poly_gbl,
fill_color=self.render_color(),
zorder=2.5)
elif graphics_handle.polytype == 'polyline':
priority = 2.
hc = 'red'
if key == 'ct':
priority = 3.
hc = 'blue'
p = view.create_polyline(poly_gbl, hilite=hc, zorder=priority)
else:
break
self.handles[key] = GUIHandle(p, bbox)
return self.handles