Hey,

Is there a way to make an arrow to look like in the attached image?
The link is anchored on both ends (red crosses symbolize the anchors), but its graphical representation on the "head end" should terminate earlier then the anchor, with a gap between.

I know that I would be able to do it using the templated nodes, but it would mean that I would probably need to rebuild the anchoring functionality...

Thanks! Problem solved, even if a bit of adaptation was needed, especially a yet another transform operation to the upper right corner. The origin was always in the top-left corner of the link-occupied space, so
e.Graphics.PushTransform(
           new TranslateTransform(l.StartPoint.X, l.StartPoint.Y));
was not correctly working, I had to add a transform to the top-left of the viewport first.

Yes, when doing it from the Draw override. Another two small bits were:
CarthesianToPolar was not existing, was called DekartToPolar in my case. Also, no StartPoint and EndPoint properties on the link here.

Anyways, the final code looks like this:

public override void Draw(DrawingContext graphics, MindFusion.Diagramming.Wpf.RenderOptions options)
        {

	        var l = this;
	        var len = l.Length;
	        var gap = 10;
	        var tip = 3;
	        var wth = 3;
	        var path = new PathGeometry();
	        var figure = new PathFigure(
		        new Point(0, 0),
		        new[]
		        {
			        new LineSegment(new Point(0, -wth), true),
			        new LineSegment(new Point(len - gap - tip, -wth), true),
			        new LineSegment(new Point(len - gap, 0), true),
			        new LineSegment(new Point(len - gap - tip, +wth), true),
			        new LineSegment(new Point(0, +wth), true)
		        },
		        true);
	        path.Figures.Add(figure);

	        double a = 0, r = 0;
            var start = OriginConnection.GetEndPoint();
            var end = DestinationConnection.GetEndPoint();
            // first, return to global!
            graphics.PushTransform(
                new TranslateTransform(-Math.Min(start.X, end.X), -Math.Min(start.Y, end.Y)));

	        MindFusion.Geometry2D.Convert.DekartToPolar(
                start, end, ref a, ref r);
	        // now, go to the start point
            graphics.PushTransform(
                new TranslateTransform(start.X, start.Y));
            // then rotate to correct position
            graphics.PushTransform(
		        new RotateTransform(-a));
            graphics.DrawGeometry(l.Brush, l.Pen, path);
            graphics.Pop();
            graphics.Pop();
            graphics.Pop();

        }