Uses of Interface
org.jungrapht.visualization.layout.model.LayoutModel

Packages that use LayoutModel

Package	Description
org.jungrapht.samples.spatial	Sample applications showing spatial data structures
org.jungrapht.samples.sugiyama.test.algorithms
org.jungrapht.visualization	Frameworks and mechanisms for visualizing JUNGRAPHT graphs using Swing/AWT.
org.jungrapht.visualization.control	Mechanisms for manipulating and controlling a graph visualization, largely in terms of mouse plugins.
org.jungrapht.visualization.layout.algorithms	Support for graph layout algorithms
org.jungrapht.visualization.layout.algorithms.eiglsperger
org.jungrapht.visualization.layout.algorithms.repulsion
org.jungrapht.visualization.layout.algorithms.sugiyama
org.jungrapht.visualization.layout.event	Support for graph layout related events
org.jungrapht.visualization.layout.model	Support for graph layout models mapping vertices to location points
org.jungrapht.visualization.layout.util	Utilities for graph layout models and graph layout algorithms
org.jungrapht.visualization.renderers	Visualization mechanisms relating to rendering.
org.jungrapht.visualization.selection	Visualization mechanisms for supporting the selection of graph elements.
org.jungrapht.visualization.spatial	Visualization mechanisms for supporting spatial data structures.
org.jungrapht.visualization.util	Utilities for graph visualization.

Uses of LayoutModel in org.jungrapht.samples.spatial

Methods in org.jungrapht.samples.spatial with parameters of type LayoutModel

Modifier and Type	Method	Description
void	SimpleGraphSpatialEdgeSearchTest.testClosestVertices(VisualizationViewer<String,Integer> vv, org.jgrapht.Graph<String,Integer> graph, LayoutModel<String> layoutModel, Spatial<String,String> tree)
void	SimpleGraphSpatialSearchTest.testClosestVertices(VisualizationViewer<String,Integer> vv, org.jgrapht.Graph<String,Integer> graph, LayoutModel<String> layoutModel, Spatial<String,String> tree)
void	SpatialRTreeTest.testClosestVertices(VisualizationViewer<String,Integer> vv, org.jgrapht.Graph<String,Integer> graph, LayoutModel<String> layoutModel, SpatialQuadTree<String> tree)
void	SpatialRTreeTest.testClosestVertices(VisualizationViewer<String,Integer> vv, org.jgrapht.Graph<String,Integer> graph, LayoutModel<String> layoutModel, SpatialRTree.Vertices<String> tree)

Uses of LayoutModel in org.jungrapht.samples.sugiyama.test.algorithms

Methods in org.jungrapht.samples.sugiyama.test.algorithms with parameters of type LayoutModel

Modifier and Type	Method	Description
void	BrandesKopfLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	LayeredLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	TestEiglspergerLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	TestSugiyamaLayoutAlgorithm.visit(LayoutModel<V> layoutModel)

Uses of LayoutModel in org.jungrapht.visualization

Fields in org.jungrapht.visualization declared as LayoutModel

Modifier and Type	Field	Description
protected LayoutModel<V>	DefaultVisualizationModel.layoutModel
protected LayoutModel<V>	VisualizationModel.Builder.layoutModel	a LayoutModel to hold the positions of the vertices

Methods in org.jungrapht.visualization that return LayoutModel

Modifier and Type	Method	Description
LayoutModel<V>	VisualizationModel.getLayoutModel()

Methods in org.jungrapht.visualization with parameters of type LayoutModel

Modifier and Type	Method	Description
static <V,E> VisualizationModel.Builder<V,E,?,?>	VisualizationModel.builder(LayoutModel<V> layoutModel)
B	VisualizationModel.Builder.layoutModel(LayoutModel<V> layoutModel)
void	VisualizationModel.setLayoutModel(LayoutModel<V> layoutModel)

Constructors in org.jungrapht.visualization with parameters of type LayoutModel

Constructor	Description
Builder(LayoutModel<V> layoutModel)	create a builder with the passed layoutModel

Uses of LayoutModel in org.jungrapht.visualization.control

Methods in org.jungrapht.visualization.control with parameters of type LayoutModel

Modifier and Type	Method	Description
Collection<V>	GraphElementAccessor.getVertices(LayoutModel<V> layoutModel, Shape shape)

Uses of LayoutModel in org.jungrapht.visualization.layout.algorithms

Fields in org.jungrapht.visualization.layout.algorithms declared as LayoutModel

Modifier and Type	Field	Description
protected LayoutModel<V>	AbstractHierarchicalMinCrossLayoutAlgorithm.layoutModel
protected LayoutModel<V>	AbstractIterativeLayoutAlgorithm.layoutModel	because the IterativeLayoutAlgorithms use multithreading to continuously update vertex positions, the layoutModel state is saved (during the visit method) so that it can be used continuously
protected LayoutModel<V>	CircleLayoutAlgorithm.layoutModel
protected LayoutModel<V>	TidierTreeLayoutAlgorithm.layoutModel

Methods in org.jungrapht.visualization.layout.algorithms with parameters of type LayoutModel

Modifier and Type	Method	Description
protected Set<V>	EdgeAwareTreeLayoutAlgorithm.alignBuildTree(LayoutModel<V> layoutModel)	After the tree is configured, visit all of the vertices that are on favored edges and adjust their position to the left side of their children's bounding box.
protected Set<V>	MultiRowEdgeAwareTreeLayoutAlgorithm.alignBuildTree(LayoutModel<V> layoutModel)	After the tree is configured, visit all of the vertices that are on favored edges and adjust their position to the left side of their children's bounding box.
protected Set<V>	EdgeAwareTreeLayoutAlgorithm.buildTree(LayoutModel<V> layoutModel)
protected void	EdgeAwareTreeLayoutAlgorithm.buildTree(LayoutModel<V> layoutModel, V vertex, int x, int y, Set<V> seen)	Build the tree (position the vertices) starting at the passed vertex and then descending recursively into its child vertices
protected Set<V>	MultiRowEdgeAwareTreeLayoutAlgorithm.buildTree(LayoutModel<V> layoutModel)
protected void	MultiRowEdgeAwareTreeLayoutAlgorithm.buildTree(LayoutModel<V> layoutModel, V vertex, int x, int y, Set<V> seen)	Build a subtree rooted at the passed vertex, placed at passed coordinates (x,y)
protected Set<V>	MultiRowTreeLayoutAlgorithm.buildTree(LayoutModel<V> layoutModel)	Build the entire forest, first measuring the width and height, then possibly expanding the layout area, then placing the vertices under rows of tree roots
protected Set<V>	RadialEdgeAwareTreeLayoutAlgorithm.buildTree(LayoutModel<V> layoutModel)
protected Set<V>	RadialTreeLayoutAlgorithm.buildTree(LayoutModel<V> layoutModel)
protected void	TidierTreeLayoutAlgorithm.buildTree(LayoutModel<V> layoutModel)
protected Set<V>	TreeLayoutAlgorithm.buildTree(LayoutModel<V> layoutModel)
protected void	TreeLayoutAlgorithm.buildTree(LayoutModel<V> layoutModel, V vertex, int x, int y, Set<V> seen)	Place the passed vertex and descend into the child vertices, recursively placing each child vertex
protected int	EdgeAwareTreeLayoutAlgorithm.calculateHeight(LayoutModel<V> layoutModel, V vertex, Set<V> seen)	Calculate the overall height of the subtree rooted at the passed vertex.
protected int	MultiRowEdgeAwareTreeLayoutAlgorithm.calculateHeight(LayoutModel<V> layoutModel, V vertex, Set<V> seen)	Calculate the height of the subtree rooted at the passed vertex
protected int	TreeLayoutAlgorithm.calculateHeight(LayoutModel<V> layoutModel, Collection<V> roots, Set<V> seen)	Calculate the height of the forest as the max height of all of its subtrees
protected int	TreeLayoutAlgorithm.calculateHeight(LayoutModel<V> layoutModel, V vertex, Set<V> seen)	Calculate the height of the subtree under the passed vertex
protected int	MultiRowTreeLayoutAlgorithm.calculateOverallHeight(LayoutModel<V> layoutModel, Collection<V> roots, int overallWidth)	Calculate the overall height of the entire forest
protected int	EdgeAwareTreeLayoutAlgorithm.calculateWidth(LayoutModel<V> layoutModel, V vertex, Set<V> seen)	Calculate the overall width of the subtree rooted at the passed vertex.
protected int	MultiRowEdgeAwareTreeLayoutAlgorithm.calculateWidth(LayoutModel<V> layoutModel, V vertex, Set<V> seen)	Calculate the width of the subtree rooted at he passed vertex
protected int	MultiRowTreeLayoutAlgorithm.calculateWidth(LayoutModel<V> layoutModel, Collection<V> roots, Set<V> seen)	Calculate the width of the entire forest
protected int	TreeLayoutAlgorithm.calculateWidth(LayoutModel<V> layoutModel, Collection<V> roots, Set<V> seen)	Calculate the width of the forest as the sum of the width of each tree (plus offsets)
protected int	TreeLayoutAlgorithm.calculateWidth(LayoutModel<V> layoutModel, V vertex, Set<V> seen)	calculate the width of the subtree descended from the passed vertex
protected Rectangle	AbstractLayoutAlgorithm.computeLayoutExtent(LayoutModel<V> layoutModel)	Compute the smallest Rectangle in the layout area containing vertices
int	RadialEdgeAwareTreeLayoutAlgorithm.diameter(LayoutModel<V> layoutModel)
int	RadialTreeLayout.diameter(LayoutModel<V> layoutModel)
int	RadialTreeLayoutAlgorithm.diameter(LayoutModel<V> layoutModel)
int	TidierRadialTreeLayoutAlgorithm.diameter(LayoutModel<V> layoutModel)
protected void	AbstractLayoutAlgorithm.expandToFill(LayoutModel<V> layoutModel, Rectangle occupiedRegion)
protected void	AbstractTreeLayoutAlgorithm.expandToFill(LayoutModel<V> layoutModel)
protected Point	RadialEdgeAwareTreeLayoutAlgorithm.getCartesian(LayoutModel<V> layoutModel, V vertex)
protected Point	RadialTreeLayoutAlgorithm.getCartesian(LayoutModel<V> layoutModel, V vertex)
protected Point	TidierRadialTreeLayoutAlgorithm.getCartesian(LayoutModel<V> layoutModel, V vertex)
Point	BalloonLayoutAlgorithm.getCenter(LayoutModel<V> layoutModel, V vertex)
Point	RadialTreeLayout.getCenter(LayoutModel<V> layoutModel)
Point	TidierRadialTreeLayoutAlgorithm.getCenter(LayoutModel<V> layoutModel)
Point	TreeLayoutAlgorithm.getCenter(LayoutModel<V> layoutModel)
protected Point	RadialEdgeAwareTreeLayoutAlgorithm.getMaxXY(LayoutModel<V> layoutModel)
protected Point	RadialTreeLayoutAlgorithm.getMaxXY(LayoutModel<V> layoutModel)
protected Point	TidierRadialTreeLayoutAlgorithm.getMaxXY(LayoutModel<V> layoutModel)
protected abstract LayeredRunnable<E>	AbstractHierarchicalMinCrossLayoutAlgorithm.getRunnable(int componentCount, LayoutModel<V> componentLayoutModel)
protected LayeredRunnable<E>	EiglspergerLayoutAlgorithm.getRunnable(int componentCount, LayoutModel<V> componentLayoutModel)
protected LayeredRunnable<E>	HierarchicalMinCrossLayoutAlgorithm.getRunnable(int componentCount, LayoutModel<V> componentLayoutModel)
protected LayeredRunnable<E>	SugiyamaLayoutAlgorithm.getRunnable(int componentCount, LayoutModel<V> componentLayoutModel)
protected void	TreeLayoutAlgorithm.merge(LayoutModel<V> layoutModel, V vertex)	update the baseBounds Map value for the passed vertex, with the (x,y) position of this vertex
protected <E> int	AbstractTreeLayoutAlgorithm.moveVerticesThatOverlapVerticalEdges(LayoutModel<V> layoutModel, int offset)
protected void	RadialEdgeAwareTreeLayoutAlgorithm.offset(LayoutModel<V> layoutModel, int delta)
protected void	RadialTreeLayoutAlgorithm.offset(LayoutModel<V> layoutModel, int delta)
protected void	TidierRadialTreeLayoutAlgorithm.offset(LayoutModel<V> layoutModel, int deltax, int deltay)
protected void	RadialEdgeAwareTreeLayoutAlgorithm.putRadialPointsInModel(LayoutModel<V> layoutModel)
protected void	RadialTreeLayoutAlgorithm.putRadialPointsInModel(LayoutModel<V> layoutModel)
protected void	TidierRadialTreeLayoutAlgorithm.putRadialPointsInModel(LayoutModel<V> layoutModel)
protected void	BalloonLayoutAlgorithm.setPolars(LayoutModel<V> layoutModel, Collection<V> kids, Point parentLocation, double angleToParent, double parentRadius, Set<V> seen)
protected void	RadialEdgeAwareTreeLayoutAlgorithm.setRadialLocations(Set<V> roots, LayoutModel<V> layoutModel)
protected void	RadialTreeLayoutAlgorithm.setRadialLocations(Set<V> roots, LayoutModel<V> layoutModel)
protected void	TidierRadialTreeLayoutAlgorithm.setRadialLocations(List<V> roots, LayoutModel<V> layoutModel)
protected void	BalloonLayoutAlgorithm.setRootPolar(LayoutModel<V> layoutModel, V root)
protected void	BalloonLayoutAlgorithm.setRootPolars(LayoutModel<V> layoutModel)
void	CircleLayoutAlgorithm.setVertexOrder(LayoutModel<V> layoutModel, List<V> vertexList)	Sets the order of the vertices in the layout according to the ordering of vertex_list.
void	AbstractHierarchicalMinCrossLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	AbstractIterativeLayoutAlgorithm.visit(LayoutModel<V> layoutModel)	because the IterativeLayoutAlgorithms use multithreading to continuously update vertex positions, the layoutModel state is saved (during the visit method) so that it can be used continuously
void	AbstractTreeLayoutAlgorithm.visit(LayoutModel<V> layoutModel)	visit a LayoutModel to set all of the graph vertex positions according to the LayoutAlgorithm logic.
void	BalloonLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	CircleLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	DAGLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	EdgeAwareLayoutAlgorithm.visit(LayoutModel<V> layoutModel)	visit the passed layoutModel and set its locations
void	ForceAtlas2LayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	FRLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	GEMLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	ISOMLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	KKLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	LayoutAlgorithm.NoOp.visit(LayoutModel<V> layoutModel)	visit the passed layoutModel and set its locations
void	LayoutAlgorithm.visit(LayoutModel<V> layoutModel)	visit the passed layoutModel and set its locations
void	SpringLayoutAlgorithm.visit(LayoutModel<V> layoutModel)	Override to create the BarnesHutOctTree
void	StaticLayoutAlgorithm.visit(LayoutModel<V> layoutModel)	a no-op, as the Vertex locations are unchanged from where they are in the layoutModel
void	TidierRadialTreeLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	TidierTreeLayoutAlgorithm.visit(LayoutModel<V> layoutModel)
void	TreeLayoutAlgorithm.visit(LayoutModel<V> layoutModel)	visit a LayoutModel to set all of the graph vertex positions according to the LayoutAlgorithm logic.

Uses of LayoutModel in org.jungrapht.visualization.layout.algorithms.eiglsperger

Fields in org.jungrapht.visualization.layout.algorithms.eiglsperger declared as LayoutModel

Modifier and Type	Field	Description
protected LayoutModel<V>	EiglspergerRunnable.Builder.layoutModel
protected LayoutModel<V>	EiglspergerRunnable.layoutModel

Methods in org.jungrapht.visualization.layout.algorithms.eiglsperger with parameters of type LayoutModel

Modifier and Type	Method	Description
B	EiglspergerRunnable.Builder.layoutModel(LayoutModel<V> layoutModel)

Constructors in org.jungrapht.visualization.layout.algorithms.eiglsperger with parameters of type LayoutModel

Constructor	Description
EiglspergerRunnable(LayoutModel<V> layoutModel, Function<V,Rectangle> vertexShapeFunction, boolean straightenEdges, boolean postStraighten, boolean transpose, int maxLevelCross, boolean minimizeEdgeLength, Layering layering, boolean multiComponent)

Uses of LayoutModel in org.jungrapht.visualization.layout.algorithms.repulsion

Fields in org.jungrapht.visualization.layout.algorithms.repulsion declared as LayoutModel

Modifier and Type	Field	Description
protected LayoutModel<V>	StandardFA2Repulsion.Builder.layoutModel
protected LayoutModel<V>	StandardFA2Repulsion.layoutModel
protected LayoutModel<V>	StandardFRRepulsion.Builder.layoutModel
protected LayoutModel<V>	StandardFRRepulsion.layoutModel
protected LayoutModel<V>	StandardSpringRepulsion.Builder.layoutModel
protected LayoutModel<V>	StandardSpringRepulsion.layoutModel

Methods in org.jungrapht.visualization.layout.algorithms.repulsion with parameters of type LayoutModel

Modifier and Type	Method	Description
BarnesHutFA2Repulsion.Builder<V>	BarnesHutFA2Repulsion.Builder.layoutModel(LayoutModel<V> layoutModel)
BarnesHutFRRepulsion.Builder<V>	BarnesHutFRRepulsion.Builder.layoutModel(LayoutModel<V> layoutModel)
B	BarnesHutRepulsion.Builder.layoutModel(LayoutModel<V> layoutModel)
BarnesHutSpringRepulsion.Builder<V>	BarnesHutSpringRepulsion.Builder.layoutModel(LayoutModel<V> layoutModel)
B	StandardFA2Repulsion.Builder.layoutModel(LayoutModel<V> layoutModel)
B	StandardFRRepulsion.Builder.layoutModel(LayoutModel<V> layoutModel)
B	StandardRepulsion.Builder.layoutModel(LayoutModel<V> layoutModel)
B	StandardSpringRepulsion.Builder.layoutModel(LayoutModel<V> layoutModel)

Uses of LayoutModel in org.jungrapht.visualization.layout.algorithms.sugiyama

Fields in org.jungrapht.visualization.layout.algorithms.sugiyama declared as LayoutModel

Modifier and Type	Field	Description
protected LayoutModel<V>	SugiyamaRunnable.Builder.layoutModel
protected LayoutModel<V>	SugiyamaRunnable.layoutModel

Methods in org.jungrapht.visualization.layout.algorithms.sugiyama with parameters of type LayoutModel

Modifier and Type	Method	Description
B	SugiyamaRunnable.Builder.layoutModel(LayoutModel<V> layoutModel)

Uses of LayoutModel in org.jungrapht.visualization.layout.event

Fields in org.jungrapht.visualization.layout.event declared as LayoutModel

Modifier and Type	Field	Description
LayoutModel<V>	LayoutSizeChange.Event.layoutModel
LayoutModel	LayoutStateChange.Event.layoutModel

Methods in org.jungrapht.visualization.layout.event with parameters of type LayoutModel

Modifier and Type	Method	Description
void	LayoutSizeChange.Support.fireLayoutSizeChanged(LayoutModel<V> layoutModel, int width, int height)
void	LayoutSizeChange.SupportImpl.fireLayoutSizeChanged(LayoutModel<V> layoutModel, int width, int height)
void	LayoutStateChange.Support.fireLayoutStateChanged(LayoutModel layoutModel, boolean state)
void	LayoutStateChange.SupportImpl.fireLayoutStateChanged(LayoutModel layoutModel, boolean state)

Constructors in org.jungrapht.visualization.layout.event with parameters of type LayoutModel

Constructor	Description
Event(LayoutModel<V> layoutModel, int width, int height)
Event(LayoutModel layoutModel, boolean active)

Uses of LayoutModel in org.jungrapht.visualization.layout.model

Classes in org.jungrapht.visualization.layout.model that implement LayoutModel

Modifier and Type	Class	Description
class	AbstractLayoutModel<V>	superclass for LayoutModels.
class	AggregateLayoutModel<V>	A LayoutModel implementation that combines multiple other layoutModels so that they may be manipulated as one layoutModel.
class	DefaultLayoutModel<V>	A LayoutModel that uses a ConcurrentHashMap.

Fields in org.jungrapht.visualization.layout.model declared as LayoutModel

Modifier and Type	Field	Description
protected LayoutModel<V>	AggregateLayoutModel.delegate

Fields in org.jungrapht.visualization.layout.model with type parameters of type LayoutModel

Modifier and Type	Field	Description
protected Map<LayoutModel<V>,Point>	AggregateLayoutModel.layouts

Methods in org.jungrapht.visualization.layout.model with parameters of type LayoutModel

Modifier and Type	Method	Description
void	AbstractLayoutModel.appendLayoutModel(LayoutModel<V> layoutModel)	Append the supplied layoutModel to the right of this LayoutModel by increasing the width of this layoutModel by the width of the supplied LayoutModel, and by offsetting all locations in the new layoutModel by the previous width of this layoutModel
void	AggregateLayoutModel.appendLayoutModel(LayoutModel<V> layoutModel)
void	LayoutModel.appendLayoutModel(LayoutModel<V> layoutModel)
static <V> DefaultLayoutModel<V>	DefaultLayoutModel.from(LayoutModel<V> other)
Point	AggregateLayoutModel.get(LayoutModel<V> layout)
B	LayoutModel.Builder.layoutModel(LayoutModel<V> layoutModel)	set the LayoutModel to copy with this builder
void	AggregateLayoutModel.put(LayoutModel<V> layoutModel, Point center)	Adds the passed layout as a sublayout, and specifies the center of where this sublayout should appear.
void	AggregateLayoutModel.remove(LayoutModel<V> layout)	Removes layout from this instance.

Constructors in org.jungrapht.visualization.layout.model with parameters of type LayoutModel

Constructor	Description
AbstractLayoutModel(LayoutModel<V> other)
AggregateLayoutModel(LayoutModel<V> delegate)	Creates an instance backed by the specified delegate.

Uses of LayoutModel in org.jungrapht.visualization.layout.util

Methods in org.jungrapht.visualization.layout.util with parameters of type LayoutModel

Modifier and Type	Method	Description
E	EdgeAccessor.getEdge(LayoutModel<V> layoutModel, double x, double y)	Returns the edge, if any, associated with (x, y).
E	EdgeAccessor.getEdge(LayoutModel<V> layoutModel, Point p)
V	RadiusVertexAccessor.getVertex(LayoutModel<V> layoutModel, double x, double y)	Gets the vertex nearest to the location of the (x,y) location selected, within a distance of this.maxDistance.
V	RadiusVertexAccessor.getVertex(LayoutModel<V> layoutModel, Point p)
V	VertexAccessor.getVertex(LayoutModel<V> layoutModel, double x, double y)	Returns the vertex, if any, associated with (x, y).
V	VertexAccessor.getVertex(LayoutModel<V> layoutModel, Point p)

Uses of LayoutModel in org.jungrapht.visualization.renderers

Fields in org.jungrapht.visualization.renderers declared as LayoutModel

Modifier and Type	Field	Description
protected LayoutModel<V>	VertexLabelAsShapeRenderer.layoutModel

Methods in org.jungrapht.visualization.renderers with parameters of type LayoutModel

Modifier and Type	Method	Description
protected abstract void	AbstractEdgeRenderer.drawSimpleEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)
protected void	HeavyweightEdgeRenderer.drawSimpleEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)	Draws the edge e, whose endpoints are at (x1,y1) and (x2,y2) , on the graphics context g.
protected void	LightweightEdgeRenderer.drawSimpleEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)	Draws the edge e, whose endpoints are at (x1,y1) and (x2,y2) , on the graphics context g.
protected void	ReshapingEdgeRenderer.drawSimpleEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)	Draws the edge e, whose endpoints are at (x1,y1) and (x2,y2) , on the graphics context g.
void	HeayweightEdgeLabelRenderer.labelEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e, String label)
void	Renderer.EdgeLabel.labelEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e, String label)
void	Renderer.EdgeLabel.NOOP.labelEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e, String label)
void	HeavyweightVertexLabelRenderer.labelVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v, String label)	Labels the specified vertex with the specified label.
void	Renderer.VertexLabel.labelVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v, String label)
void	Renderer.VertexLabel.NOOP.labelVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v, String label)
void	VertexLabelAsShapeRenderer.labelVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v, String label)	Labels the specified vertex with the specified label.
void	AbstractEdgeRenderer.paintEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)
void	Renderer.Edge.NOOP.paintEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)
void	Renderer.Edge.paintEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)
protected abstract void	AbstractVertexRenderer.paintIconForVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
protected void	HeavyweightVertexRenderer.paintIconForVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)	Paint v's icon on g at (x,y).
protected void	HeavyweightVertexSelectionRenderer.paintIconForVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
protected void	LightweightVertexRenderer.paintIconForVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)	Paint v's icon on g at (x,y).
void	AbstractVertexRenderer.paintVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
void	GradientVertexRenderer.paintVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
void	Renderer.Vertex.NOOP.paintVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
void	Renderer.Vertex.paintVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
protected Shape	AbstractEdgeRenderer.prepareFinalEdgeShape(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e, int[] coords, boolean[] loop)
protected Shape	AbstractVertexRenderer.prepareFinalVertexShape(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v, int[] coords)	Returns the vertex shape in layout coordinates.
void	BiModalRenderer.render(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel)
void	BiModalRenderer.render(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, Spatial<V,V> vertexSpatial, Spatial<E,V> edgeSpatial)
void	LightweightRenderer.render(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel)
void	LightweightRenderer.render(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, Spatial<V,V> vertexSpatial, Spatial<E,V> edgeSpatial)
void	Renderer.render(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel)
void	Renderer.render(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, Spatial<V,V> vertexSpatial, Spatial<E,V> edgeSpatial)
void	SelectionRenderer.render(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel)
void	SelectionRenderer.render(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, Spatial<V,V> vertexSpatial, Spatial<E,V> edgeSpatial)
void	BiModalRenderer.renderEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)
void	LightweightRenderer.renderEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)
void	Renderer.renderEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)
void	SelectionRenderer.renderEdge(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)
void	BiModalRenderer.renderEdgeLabel(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)
void	LightweightRenderer.renderEdgeLabel(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)
void	Renderer.renderEdgeLabel(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)
void	SelectionRenderer.renderEdgeLabel(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)
void	BiModalRenderer.renderVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
void	BiModalSelectionRenderer.renderVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)	Render the highlights for the supplied vertex
void	LightweightRenderer.renderVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
void	Renderer.renderVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
void	SelectionRenderer.renderVertex(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
void	BiModalRenderer.renderVertexLabel(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
void	LightweightRenderer.renderVertexLabel(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
void	Renderer.renderVertexLabel(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)
void	SelectionRenderer.renderVertexLabel(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, V v)

Constructors in org.jungrapht.visualization.renderers with parameters of type LayoutModel

Constructor	Description
VertexLabelAsShapeRenderer(LayoutModel<V> layoutModel, RenderContext<V,E> rc)

Uses of LayoutModel in org.jungrapht.visualization.selection

Methods in org.jungrapht.visualization.selection with parameters of type LayoutModel

Modifier and Type	Method	Description
protected Collection<V>	ShapePickSupport.getContained(Spatial spatial, LayoutModel<V> layoutModel, Shape shape)	use the spatial structure to find vertices inside the passed shape
protected Collection<E>	ShapePickSupport.getContained(SpatialRTree.Edges<E,V> spatial, LayoutModel<V> layoutModel, Shape shape)	use the spatial R tree to find edges inside the passed shape
E	ShapePickSupport.getEdge(LayoutModel<V> layoutModel, double x, double y)	Returns an edge whose shape intersects the 'pickArea' footprint of the passed x,y, coordinates.
E	ShapePickSupport.getEdge(LayoutModel<V> layoutModel, Rectangle2D pickFootprint)
E	ShapePickSupport.getEdge(LayoutModel<V> layoutModel, Point p)
protected E	ShapePickSupport.getEdge(SpatialRTree.Edges<E,V> spatial, LayoutModel<V> layoutModel, double x, double y)	uses the spatialRTree to find the closest edge to the point coords
protected E	ShapePickSupport.getEdge(SpatialRTree.Edges<E,V> spatial, LayoutModel<V> layoutModel, Rectangle2D pickingFootprint)
V	ShapePickSupport.getVertex(LayoutModel<V> layoutModel, double x, double y)	Returns the vertex, if any, whose shape contains (x, y).
V	ShapePickSupport.getVertex(LayoutModel<V> layoutModel, Rectangle2D pickingFootprint)	Returns the vertex, if any, whose shape intersects the supplied pickingFootprint.
V	ShapePickSupport.getVertex(LayoutModel<V> layoutModel, Point p)
protected V	ShapePickSupport.getVertex(Spatial<V,V> spatial, LayoutModel<V> layoutModel, Rectangle2D pickingFootprint)	uses the spatialRTree to find the closest vertex to the points
Collection<V>	ShapePickSupport.getVertices(LayoutModel<V> layoutModel, Shape shape)	Returns the vertices whose layout coordinates are contained in Shape.
protected Shape	ShapePickSupport.prepareFinalEdgeShape(RenderContext<V,E> renderContext, LayoutModel<V> layoutModel, E e)

Uses of LayoutModel in org.jungrapht.visualization.spatial

Fields in org.jungrapht.visualization.spatial declared as LayoutModel

Modifier and Type	Field	Description
protected LayoutModel<NT>	AbstractSpatial.layoutModel	the layoutModel that the structure operates on
protected LayoutModel<NT>	SpatialRTree.Builder.layoutModel

Methods in org.jungrapht.visualization.spatial that return LayoutModel

Modifier and Type	Method	Description
LayoutModel<NT>	AbstractSpatial.getLayoutModel()
LayoutModel	Spatial.getLayoutModel()
LayoutModel	SwingThreadSpatial.getLayoutModel()

Methods in org.jungrapht.visualization.spatial with parameters of type LayoutModel

Modifier and Type	Method	Description
SpatialRTree.Builder<T,NT>	SpatialRTree.Builder.layoutModel(LayoutModel<NT> layoutModel)
SpatialRTree.Edges.Builder<E,V>	SpatialRTree.Edges.Builder.layoutModel(LayoutModel<V> layoutModel)

Constructors in org.jungrapht.visualization.spatial with parameters of type LayoutModel

Constructor	Description
AbstractSpatial(LayoutModel<NT> layoutModel)
DegenerateTreeVertex(LayoutModel<V> layoutModel)
NoOp(LayoutModel<NT> layoutModel)
SpatialGrid(LayoutModel<V> layoutModel)	Create an instance
SpatialGrid(LayoutModel<V> layoutModel, Rectangle2D bounds, int horizontalCount, int verticalCount)	Create an instance
SpatialQuadTree(LayoutModel<V> layoutModel)
SpatialQuadTree(LayoutModel<V> layoutModel, double width, double height)
SpatialQuadTree(LayoutModel<V> layoutModel, int level, double x, double y, double width, double height)
SpatialQuadTree(LayoutModel<V> layoutModel, int pLevel, Rectangle2D area)
SpatialRTree(LayoutModel<NT> layoutModel, SplitterContext<T> splitterContext, boolean reinsert)	create a new instance with the a LayoutModel and a style of splitter to use
Vertex(LayoutModel<V> layoutModel)

Uses of LayoutModel in org.jungrapht.visualization.util

Fields in org.jungrapht.visualization.util declared as LayoutModel

Modifier and Type	Field	Description
protected LayoutModel	BoundingRectangleCollector.layoutModel
protected LayoutModel<V>	BoundingRectanglePaintable.layoutModel

Methods in org.jungrapht.visualization.util with parameters of type LayoutModel

Modifier and Type	Method	Description
E	RadiusGraphElementAccessor.getEdge(LayoutModel<V> layoutModel, double x, double y)	Gets the edge nearest to the location of the (x,y) location selected, whose endpoints are < maxDistance.
E	RadiusGraphElementAccessor.getEdge(LayoutModel<V> layoutModel, Point p)	Gets the edge nearest to the point location selected, whose endpoints are < maxDistance.
Set<V>	RadiusGraphElementAccessor.getVertices(LayoutModel<V> layoutModel, Shape rectangle)
void	AnimationLayoutAlgorithm.visit(LayoutModel<V> layoutModel)

Constructors in org.jungrapht.visualization.util with parameters of type LayoutModel

Constructor	Description
BoundingRectangleCollector(LayoutModel layoutModel)
BoundingRectanglePaintable(RenderContext rc, LayoutModel<V> layoutModel)
Edges(Function<V,Shape> vertexShapeFunction, BiFunction<org.jgrapht.Graph<V,E>,E,Shape> edgeShapeFunction, LayoutModel<V> layoutModel)
Points(Function<V,Shape> vertexShapeFunction, LayoutModel layoutModel)
TreeCells(LayoutModel<V> layoutModel, Map<V,Rectangle> cellMap, ShapeTransformer transformer)
TreeCells(LayoutModel<V> layoutModel, Map<V,Rectangle> cellMap, ShapeTransformer transformer, Color color)
Vertices(Function<V,Shape> vertexShapeFunction, LayoutModel layoutModel)