private void PerformLayout(Hashtable args)
{
// create a layout
NSpringLayout layout = new NSpringLayout();
// configure the optional forces
layout.BounceBackForce.Padding = 100f;
layout.GravityForce.AttractionCoefficient = 0.2f;
// configure the layout
if (args != null)
{
layout.BounceBackForce.Enabled = Boolean.Parse(args["BounceBackForce"].ToString());
layout.GravityForce.Enabled = Boolean.Parse(args["GravityForce"].ToString());
layout.ElectricalForce.NominalDistance = Single.Parse(args["NominalDistance"].ToString());
layout.SpringForce.LogBase = NLayoutsHelper.ParseFloat(args["LogBase"]);
layout.SpringForce.SpringForceLaw = (SpringForceLaw)Enum.Parse(typeof(SpringForceLaw), args["SpringForceLaw"].ToString());
}
// get the shapes to layout
NNodeList shapes = NDrawingView1.Document.ActiveLayer.Children(NFilters.Shape2D);
// layout the shapes
layout.Layout(shapes, new NDrawingLayoutContext(NDrawingView1.Document));
// resize document to fit all shapes
NDrawingView1.Document.SizeToContent();
}
private void PerformLayout(Hashtable args)
{
// Create the layout
NSingleCycleLayout layout = new NSingleCycleLayout();
// Configure the layout
NLayoutsHelper.ConfigureLayout(layout, args);
// Get the shapes to layout
NNodeList shapes = NDrawingView1.Document.ActiveLayer.Children(NFilters.Shape2D);
// Layout the shapes
layout.Layout(shapes, new NDrawingLayoutContext(NDrawingView1.Document));
// Resize document to fit all shapes
NDrawingView1.Document.SizeToContent();
}
