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	Interface	Description
	IAngularLayouter	An angular layouter uses an angle as a main parameter.
	ILayoutAlgorithm	The interface to all layout algorithms that should work with VisualGraph components and underlying Graph data structures.

	Class	Description
	AnimatedBaseLayouter	This subclass to the BaseLayouter encapsulates the methods for animation, since they are typically common in layouters.
	BaseLayoutDrawing	This is a base class to hold layout drawing information like target coordinates for all nodes, access to polar and cartesian versions of those coordinates and an origin offset.
	BaseLayouter	This is an base class to various layout implementations it does not really do any layouting but implements everything required by the Interface.
	CircularLayouter	This is an implementation of the circular layout - all visible nodes are arranged in a circle
	ConcentricRadialLayoutDrawing	This class holds all the parameters needed for a drawing representation of a graph drawing with a Concentric Radial Layout and corresponding access methods It actually represents a calculated layout.
	ConcentricRadialLayouter	This is an implementation of the generic radial layout algorithm that uses concentric rings for the distance.
	DirectPlacementLayouter	This layouter does not use any algorithm for node placement, but relys on coordinate information (x,y-coordinates) specified in each nodes associated XML object.
	ForceDirectedLayouter	This is an implementation of the ForceDirected/SpringGraph Layouting algorithm.
	HierarchicalLayoutDrawing	This class holds all the parameters needed for a drawing representation of a graph drawing with a Hierarchical Layout according to
	HierarchicalLayouter	This layouter implements the drawing of generalized trees in a hierarchical fashion using the algorithm by Christoph Buchheim, Michael Juenger and Sebastian Leipert presented in their paper "Improving Walker's Algorithm to run in linear time"
	Hyperbolic2DLayouter	This is an implementation of the Hyperbolic 2D layouting algorithm. For this iterative layout, most of default mouse behavior, namely: (1) scrolling while background drag, and (2) node drag-drop should be turned-off in VisualGraph.
	ISOMLayouter	This is an implementation of an Inverted Self Organizing Map (ISOM) layout.
	IterativeBaseLayouter	This is a base class of an Iterative Layouting algorithm.
	ParentCenteredDrawingModel	This class holds all the parameters needed for a drawing representation of a graph drawing with a Parent-Centered Radial Layout i.e.
	ParentCenteredRadialLayouter	This is an implementation of the parent centered radial layouter as described in the 2006 paper by Andy Pavlo, Christopher Homan and Jon Schull.
	PhylloTreeDrawingModel	This class is similar to the parent centered layout drawing model.
	PhylloTreeLayouter	This is an modification of the parent centered radial layoute that draws the node radiuses not fixed but increasing resulting in a sea-shell like structure.