public DecisionNode(Node owner, SerialNode serial)
{
InitializeComponent();
this.owner = owner;
left = new Point(0, MDesigner.Instance.NodeSize / 2);
right = new Point(0, MDesigner.Instance.NodeSize / 2);
top = new Point(0, MDesigner.Instance.NodeSize / 2);
bottom = new Point(0, MDesigner.Instance.NodeSize / 2);
this.TryUnbundling.IsEnabled = false;
this.LayoutUpdated += DecisionNode_LayoutUpdated;
definitions = owner.Definitions;
Dispatcher.BeginInvoke(DispatcherPriority.Loaded, new Action(() => { Name = serial.Name; }));
}
public ValueNode(Node owner, SerialNode serial)
{
InitializeComponent();
this.owner = owner;
left = new Point(0, MDesigner.Instance.NodeSize / 2);
right = new Point(0, MDesigner.Instance.NodeSize / 2);
top = new Point(0, MDesigner.Instance.NodeSize / 2);
bottom = new Point(0, MDesigner.Instance.NodeSize / 2);
this.LayoutUpdated += DecisionNode_LayoutUpdated;
better = serial.Better;
outcomes = DeserializeOutcomes(serial.Outcomes);
Dispatcher.BeginInvoke(DispatcherPriority.Loaded, new Action(() => { Name = serial.Name; }));
}
public Node(SerialNode serial)
{
type = serial.Type;
definitions = serial.Definitions;
id = serial.Id;
name = serial.Name;
switch (type)
{
case NodeType.Decision:
control = new DecisionNode(this, serial);
definitionControl = new NodeDefinition(this);
control.PreviewMouseLeftButtonUp += Control_MouseLeftButtonUp;
break;
case NodeType.Event:
control = new EventNode(this, serial);
definitionControl = new NodeDefinition(this);
probabilityControl = new PropertyEvent(control as EventNode);
control.PreviewMouseLeftButtonUp += Control_MouseLeftButtonUp;
break;
case NodeType.Value:
control = new ValueNode(this, serial);
definitionControl = new ValueDefinition(this);
outcomeControl = new PropertyValue(control as ValueNode);
control.PreviewMouseLeftButtonUp += Control_MouseLeftButtonUp;
break;
}
Point pos = serial.Position;
MainWindow.GetCanvas.Children.Add(control);
Canvas.SetLeft(control, pos.X - MDesigner.Instance.NodeSize / 2);
Canvas.SetTop(control, pos.Y - MDesigner.Instance.NodeSize / 2);
n = new Anchor(this, "North", Node.AnchorTopXProperty, Node.AnchorTopYProperty);
s = new Anchor(this, "South", Node.AnchorBottomXProperty, Node.AnchorBottomYProperty);
w = new Anchor(this, "West", Node.AnchorLeftXProperty, Node.AnchorLeftYProperty);
e = new Anchor(this, "East", Node.AnchorRightXProperty, Node.AnchorRightYProperty);
anchors = new Anchor[] { n, s, w, e };
MDiagram.AddNode(this);
}
public SerialNode Serialize()
{
SerialNode serial = new SerialNode
{
Type = Type,
Name = Name,
Id = ID,
Definitions = Definitions,
};
serial.Position = new Point(LeftXProperty, TopYProperty);
if (Type == NodeType.Event)
{
serial.Probabilities = (Control as EventNode).SerializeProbabilities();
}
else if (Type == NodeType.Value)
{
serial.Better = (Control as ValueNode).Better;
serial.Outcomes = (Control as ValueNode).SerializeOutcomes();
}
return(serial);
}