private void SetupLayouts()
{
//using hierarchical layout style
HierarchicLayout hierarchicLayout = new HierarchicLayout();
hierarchicLayout.EdgeLayoutDescriptor.RoutingStyle = new yWorks.Layout.Hierarchic.RoutingStyle(
yWorks.Layout.Hierarchic.EdgeRoutingStyle.Orthogonal);
CurrentLayout = hierarchicLayout;
layouts.Add("Hierarchic", hierarchicLayout);
//using organic layout style
OrganicLayout organic = new OrganicLayout
{
QualityTimeRatio = 1.0,
NodeOverlapsAllowed = false,
NodeEdgeOverlapAvoided = true,
MinimumNodeDistance = 10,
PreferredEdgeLength = 50,
};
layouts.Add("Organic", organic);
//using orthogonal layout style
OrthogonalLayout orthogonal = new OrthogonalLayout
{
GridSpacing = 15,
OptimizePerceivedBends = true
};
layouts.Add("Orthogonal", orthogonal);
//using circular layout style
CircularLayout circular = new CircularLayout();
circular.BalloonLayout.MinimumEdgeLength = 50;
circular.BalloonLayout.CompactnessFactor = 0.1;
layouts.Add("Circular", circular);
// a tree layout algorithm
TreeLayout treeLayout = new TreeLayout {
ConsiderNodeLabels = true
};
treeLayout.AppendStage(new TreeReductionStage()
{
NonTreeEdgeRouter = new OrganicEdgeRouter(),
NonTreeEdgeSelectionKey = OrganicEdgeRouter.AffectedEdgesDpKey,
});
layouts.Add("Tree", treeLayout);
//using Polyline Router
var polylineRouter = new EdgeRouter
{
Grid = new Grid(0, 0, 10),
PolylineRouting = true,
Rerouting = true
};
polylineRouter.DefaultEdgeLayoutDescriptor.PenaltySettings.BendPenalty = 3;
polylineRouter.DefaultEdgeLayoutDescriptor.PenaltySettings.EdgeCrossingPenalty = 5;
layouts.Add("Polyline Edge Router", polylineRouter);
}
