/// <summary>
/// Initializes a new instance of the <see cref="ruleNode"/> class.
/// Up-casts the node to a ruleNode and returns it with default Booleans.
/// The original node is unaffected.
/// </summary>
/// <param name="n">The node.</param>
public ruleNode(node n)
: this(n.name)
{
DisplayShape = n.DisplayShape;
TargetType = n.GetType().ToString();
localLabels.AddRange(n.localLabels);
localVariables.AddRange(n.localVariables);
X = n.X;
Y = n.Y;
Z = n.Z;
}
public void updateGraphControl(Netron.GraphLib.UI.GraphControl graphControl1,
Label globalLabelsText)
{
try
{
string defaultShapeKey = "8ED1469D-90B2-43ab-B000-4FF5C682F530";
Boolean isFixed = true;
Random rnd = new Random();
#region Global Labels
if (this.globalLabels.Count > 0)
{
globalLabelsText.Text = StringCollectionConverter.convert(this.globalLabels);
}
else
{
globalLabelsText.Text = " ";
}
#endregion
#region display the nodes
for (int i = nodes.Count - 1; i >= 0; i--)
{
node n = nodes[i];
#region if it has no displayShape
if (n.displayShape == null)
{
if (n.shapekey == null)
{
n.shapekey = defaultShapeKey;
}
if (n.screenX == 0.0 && n.screenY == 0.0)
{
n.screenX = rnd.Next(50, graphControl1.Width - 100);
n.screenY = rnd.Next(20, graphControl1.Height - 20);
isFixed = false;
}
else
{
isFixed = true;
}
n.displayShape = graphControl1.AddShape(n.shapekey, new PointF(n.screenX, n.screenY));
/* if the prev. statement didn't take, it's likely the shapekey wasn't recognized.
* there we try again with the default ShapeKey. */
if (n.displayShape == null)
{
n.displayShape = graphControl1.AddShape(defaultShapeKey, new PointF(n.screenX, n.screenY));
}
}
#endregion
else if (!graphControl1.Shapes.Contains(n.displayShape))
{
/* a shape is defined for the node but is not displayed */
n.displayShape = graphControl1.AddShape(n.displayShape);
}
n.displayShape.Text = textForNode(n);
n.displayShape.IsFixed = isFixed;
/* make sure node is of right type - if not call the replacement function */
if ((n.nodeType != null) && (n.GetType() != typeof(GraphSynth.Representation.ruleNode)) &&
(n.GetType() != n.nodeType))
{
replaceNodeWithInheritedType(n);
}
}
#endregion
#region display the arcs
for (int i = arcs.Count - 1; i >= 0; i--)
{
arc a = arcs[i];
node fromNode = a.From;
node toNode = a.To;
Connector fromConnect = null;
Connector toConnect = null;
if ((fromNode == null) || (fromNode.displayShape == null))
{
a.fromConnector = 0;
if (a.displayShape == null || a.displayShape.From.BelongsTo == null)
{
fromConnect = addNullShape(graphControl1, 0).Connectors[0];
}
else
{
fromConnect = a.displayShape.From;
}
}
else if ((a.fromConnector == -1) ||
(a.fromConnector >= fromNode.displayShape.Connectors.Count))
{
a.fromConnector = rnd.Next(fromNode.displayShape.Connectors.Count);
fromConnect = fromNode.displayShape.Connectors[a.fromConnector];
}
else
{
fromConnect = fromNode.displayShape.Connectors[a.fromConnector];
}
/* now repeat same process for To */
if ((toNode == null) || (toNode.displayShape == null))
{
a.toConnector = 0;
if (a.displayShape == null || a.displayShape.To.BelongsTo == null)
{
toConnect = addNullShape(graphControl1, 1).Connectors[0];
}
else
{
toConnect = a.displayShape.To;
}
}
else if ((a.toConnector == -1) ||
(a.toConnector >= toNode.displayShape.Connectors.Count))
{
a.toConnector = rnd.Next(toNode.displayShape.Connectors.Count);
toConnect = toNode.displayShape.Connectors[a.toConnector];
}
else
{
toConnect = toNode.displayShape.Connectors[a.toConnector];
}
if (((a.displayShape != null) && (!graphControl1.Connections.Contains(a.displayShape)) &&
((a.displayShape.From == null) || (a.displayShape.To == null))) ||
((a.displayShape == null) && (fromConnect == null) && (toConnect == null)))
{
removeArc(a);
}
else
{
if (a.displayShape == null)
{
a.displayShape = graphControl1.AddConnection(fromConnect, toConnect);
}
else if (!graphControl1.Connections.Contains(a.displayShape))
{
a.displayShape = graphControl1.AddConnection(a.displayShape.From, a.displayShape.To);
}
/* a shape is defined for the node but is not displayed
* Rectangular, Default, Bezier */
if (a.curveStyle != null)
{
a.displayShape.LinePath = a.curveStyle;
}
if (a.doublyDirected)
{
a.displayShape.LineEnd = ConnectionEnd.BothFilledArrow;
}
else if (a.directed)
{
a.displayShape.LineEnd = ConnectionEnd.RightFilledArrow;
}
else
{
a.displayShape.LineEnd = ConnectionEnd.NoEnds;
}
a.displayShape.Text = textForArc(a);
a.displayShape.ShowLabel = true;
}
/* make sure node is of right type - if not call the replacement function */
if ((a.arcType != null) && (a.GetType() != typeof(GraphSynth.Representation.ruleArc)) &&
(a.GetType() != a.arcType))
{
replaceArcWithInheritedType(a, fromNode, toNode);
}
}
#endregion
}
catch (Exception e)
{
MessageBox.Show("There was an error displaying the graph. Please save work and re-open. (Error: " + e.ToString() + ")", "Error Displaying Graph", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
