public void CreateNodesRecursive(NetworkViewModel model, Cut previous_cut)
{
Name = EventDefinitionManager.GetCutDisplayName(Cut.ParentActor.Name, Cut.Name);
GenerateContextMenu();
// Add ourselves to the node network
model.Nodes.Edit(x => x.Add(this));
// If this is the first node in the chain, create the "Begin" node.
if (previous_cut == null)
{
Position = new System.Windows.Point(Position.X + 400, Position.Y);
CreateBeginNode(model);
}
else
{
Position = new System.Windows.Point(previous_cut.NodeViewModel.Position.X + 400, previous_cut.NodeViewModel.Position.Y);
// If this node is blocked, create a blocking node and insert it between the previous node and this node.
if (Cut.IsBlocked())
{
CreateBlockingNode(model, previous_cut.NodeViewModel);
}
// Otherwise, just connect the previous to this node.
else
{
// Create a connection between this cut and the next cut in the list.
ConnectionViewModel cut_connection = new ConnectionViewModel(
model,
Inputs.Items.First(),
previous_cut.NodeViewModel.Outputs.Items.First());
// Add the connection to the node network.
model.Connections.Edit(x => x.Add(cut_connection));
}
}
// Now that our position is finalized, we can add our property nodes to the graph.
AddPropertiesToNode();
if (Cut.NextCut != null)
{
Cut.NextCut.NodeViewModel.CreateNodesRecursive(model, Cut);
}
}
private void OnRequestCreateActorNode(string cut_name)
{
NetworkView view = PlacementTarget as NetworkView;
Cut c = new Cut(cut_name);
c.ParentActor = m_Actor;
CutNodeViewModel cv = new CutNodeViewModel(c);
cv.Name = EventDefinitionManager.GetCutDisplayName(m_Actor.Name, cut_name);
cv.Position = GetMouseLocation(view);
cv.EnableConnectionUpdates = true;
cv.GenerateContextMenu();
view.ViewModel.Nodes.Edit(x => x.Add(cv));
}