def redo(self):
region = self._model.getRegion()
scene = region.getScene()
scene.beginChange()
selection_node_ids = []
for curve_identifier in self._curves:
node_statuses = self._node_statuses[curve_identifier]
node_ids = self._model.createNodes(node_statuses, group=self._model.getCurveGroup())
_updateNodeIdentifiers(node_statuses, node_ids)
curve = CurveModel(self._model)
next_curve_identifier = self._model.getNextCurveIdentifier()
self._model.insertCurve(next_curve_identifier, curve)
curve.setInterpolationCount(self._interpolation_counts[curve_identifier])
curve.setNodes(node_ids)
self._curves[curve_identifier] = next_curve_identifier
if len(curve) > 1:
locations = curve.calculate()
self._scene.setInterpolationPoints(next_curve_identifier, locations)
selection_node_ids += node_ids
self._model.setSelection(selection_node_ids)
self._set_rotation_point_method(self._rotation_point_end)
self._set_normal_method(self._normal)
scene.endChange()
def redo(self):
region = self._model.getRegion()
scene = region.getScene()
scene.beginChange()
selection_node_ids = []
for curve_identifier in self._curves:
node_statuses = self._node_statuses[curve_identifier]
node_ids = self._model.createNodes(
node_statuses, group=self._model.getCurveGroup())
_updateNodeIdentifiers(node_statuses, node_ids)
curve = CurveModel(self._model)
next_curve_identifier = self._model.getNextCurveIdentifier()
self._model.insertCurve(next_curve_identifier, curve)
curve.setInterpolationCount(
self._interpolation_counts[curve_identifier])
curve.setNodes(node_ids)
self._curves[curve_identifier] = next_curve_identifier
if len(curve) > 1:
locations = curve.calculate()
self._scene.setInterpolationPoints(next_curve_identifier,
locations)
selection_node_ids += node_ids
self._model.setSelection(selection_node_ids)
self._set_rotation_point_method(self._rotation_point_end)
self._set_normal_method(self._normal)
scene.endChange()
def undo(self):
region = self._model.getRegion()
scene = region.getScene()
scene.beginChange()
for curve_identifier in self._curves:
if self._curves[curve_identifier] is None:
curve = CurveModel(self._model)
self._model.insertCurve(curve_identifier, curve)
curve.setInterpolationCount(self._interpolation_counts[curve_identifier])
node_ids = self._model.createNodes(self._node_statuses[curve_identifier], group=self._model.getCurveGroup())
curve.setNodes(node_ids)
self._curves[curve_identifier] = curve
if len(curve) > 1:
locations = curve.calculate()
self._scene.setInterpolationPoints(curve_identifier, locations)
self._model.setSelection(self._selected)
scene.endChange()
def undo(self):
region = self._model.getRegion()
scene = region.getScene()
scene.beginChange()
for curve_identifier in self._curves:
if self._curves[curve_identifier] is None:
curve = CurveModel(self._model)
self._model.insertCurve(curve_identifier, curve)
curve.setInterpolationCount(
self._interpolation_counts[curve_identifier])
node_ids = self._model.createNodes(
self._node_statuses[curve_identifier],
group=self._model.getCurveGroup())
curve.setNodes(node_ids)
self._curves[curve_identifier] = curve
if len(curve) > 1:
locations = curve.calculate()
self._scene.setInterpolationPoints(curve_identifier,
locations)
self._model.setSelection(self._selected)
scene.endChange()
