See: Description
Class | Description |
---|---|
BalloonTreeLayout |
Layout that computes a circular "balloon-tree" layout of a tree.
|
BalloonTreeLayout.Params |
Wrapper class holding parameters used for each node in this layout.
|
ForceDirectedLayout |
Layout that positions graph elements based on a physics simulation of
interacting forces; by default, nodes repel each other, edges act as
springs, and drag forces (similar to air resistance) are applied.
|
FruchtermanReingoldLayout |
Layout instance implementing the Fruchterman-Reingold algorithm for
force-directed placement of graph nodes.
|
FruchtermanReingoldLayout.Params |
Wrapper class holding parameters used for each node in this layout.
|
NodeLinkTreeLayout |
TreeLayout that computes a tidy layout of a node-link tree
diagram.
|
NodeLinkTreeLayout.Params |
Wrapper class holding parameters used for each node in this layout.
|
RadialTreeLayout |
TreeLayout instance that computes a radial layout, laying out subsequent
depth levels of a tree on circles of progressively increasing radius.
|
RadialTreeLayout.Params |
Wrapper class holding parameters used for each node in this layout.
|
SquarifiedTreeMapLayout |
TreeLayout instance computing a TreeMap layout that optimizes for low
aspect ratios of visualized tree nodes.
|
TreeLayout |
Abstract base class providing convenience methods for tree layout algorithms.
|
Action modules for computing the layout of graph or tree structured data.
All tree layouts can be used on non-tree Graphs; a spanning tree of the
graph will be requested using the Graph.getSpanningTree()
method.
Copyright ? 2013 Regents of the University of California