diva.graph

Interface GraphController

All Known Implementing Classes:

AbstractGraphController, ActorEditorGraphController, ActorViewerGraphController, BasicGraphController, BasicGraphController, BubbleGraphController, CaseGraphFrame.CaseGraphController, EditIconGraphController, FmvAutomatonGraphController, FSMGraphController, FSMViewerGraphController, InterfaceAutomatonGraphController, MatchResultViewer.MatchResultActorGraphController, MatchResultViewer.MatchResultFSMGraphController, OntologyGraphController, OntologySolverGraphController, PteraGraphController, RunnableGraphController, SimpleGraphController, TransformationEditor.TransformationActorGraphController, TransformationEditor.TransformationFSMGraphController, WithIconGraphController

public interface GraphController

A class that represents the main component of a typical graph editor. It is associated with a GraphPane, and manages interactors, renderers, and other parameters of user interaction (e.g. connector targets) to implement a flexible graph editor.

The interaction and rendering of nodes is managed by node controller objects, each associated with particular kind of node. Edges are similarly managed by an edge controller object.

Version:

$Id: GraphController.java 61464 2011-07-11 23:17:56Z cxh $

Author:

John Reekie, Michael Shilman, Steve Neuendorffer

Accepted Rating:

Red

Method Summary

Modifier and Type	Method and Description
void	addEdge(java.lang.Object edge, java.lang.Object node, int end, double x, double y) Add an edge to this graph editor and render it from the given tail node to an autonomous site at the given location.
void	addEdge(java.lang.Object edge, java.lang.Object tail, java.lang.Object head) Add an edge to this graph between the given tail and head nodes.
void	addGraphViewListener(GraphViewListener l)
void	addNode(java.lang.Object node) Add the node to this graph editor and place it wherever convenient.
void	addNode(java.lang.Object node, double x, double y) Add the node to this graph editor and render it at the given location.
void	addNode(java.lang.Object node, java.lang.Object parent) Add the node to this graph editor, inside the given parent node at whatever position is convenient
void	addNode(java.lang.Object node, java.lang.Object parent, double x, double y) Add the node to this graph editor, inside the given parent node and render it at the given location relative to its parent.
void	clear() Remove all figures from the display
void	clearEdge(java.lang.Object edge) Remove the figure for the given edge.
void	clearNode(java.lang.Object node) Remove the figure for the given node.
void	dispatch(GraphViewEvent e) Dispatch the given graph view event to all registered graph view listeners.
Figure	drawEdge(java.lang.Object edge) Draw the given edge: create a figure, place it in the canvas, and associate the figure with the edge.
Figure	drawNode(java.lang.Object node) Draw the given node: create a figure, place it in the canvas, and associate the figure with the node.
Figure	drawNode(java.lang.Object node, java.lang.Object parent) Draw the given node: create a figure, place it in the figure of the given parent node, and associate the figure with the node.
EdgeController	getEdgeController(java.lang.Object edge) Given an edge, return the controller associated with that edge.
Figure	getFigure(java.lang.Object semanticObj) Return the figure associated with the given semantic object (node or edge), or null if there is no association.
GraphModel	getGraphModel() Return the graph being viewed.
GraphPane	getGraphPane() Return the graphics pane of this controller cast as a GraphPane.
NodeController	getNodeController(java.lang.Object node) Given an node, return the controller associated with that node.
SelectionModel	getSelectionModel() Get the default selection model
void	removeEdge(java.lang.Object edge) Remove the given edge.
void	removeGraphViewListener(GraphViewListener l) Remove the given view listener.
void	removeNode(java.lang.Object node) Remove the given node.
void	rerender() Render the current graph again by recreating the figures for all nodes and edges, but do not alter the connectivity in the graph.
void	rerenderEdge(java.lang.Object edge) Rerender the given edge by replacing its figure with a new figure.
void	rerenderNode(java.lang.Object node) Rerender the given node by replacing its figure with a new figure.
void	setFigure(java.lang.Object semanticObj, Figure f) Set the figure associated with the given semantic object (node or edge).
void	setGraphModel(GraphModel model) Set the graph being viewed.
void	setGraphPane(GraphPane pane) Set the graph pane.
void	setSelectionModel(SelectionModel m) Set the default selection model.

Method Detail

addEdge

void addEdge(java.lang.Object edge,
             java.lang.Object node,
             int end,
             double x,
             double y)

Add an edge to this graph editor and render it from the given tail node to an autonomous site at the given location. Give the new edge the given semanticObject. The "end" flag is either HEAD_END or TAIL_END, from diva.canvas.connector.ConnectorEvent.

Throws:

GraphException - If the connector target cannot return a valid site on the node's figure.

addEdge

void addEdge(java.lang.Object edge,
             java.lang.Object tail,
             java.lang.Object head)

Add an edge to this graph between the given tail and head nodes. Give the new edge the given semanticObject.

addGraphViewListener

void addGraphViewListener(GraphViewListener l)

addNode

void addNode(java.lang.Object node)

Add the node to this graph editor and place it wherever convenient.

addNode

void addNode(java.lang.Object node,
             double x,
             double y)

Add the node to this graph editor and render it at the given location.

addNode

void addNode(java.lang.Object node,
             java.lang.Object parent)

Add the node to this graph editor, inside the given parent node at whatever position is convenient

addNode

void addNode(java.lang.Object node,
             java.lang.Object parent,
             double x,
             double y)

Add the node to this graph editor, inside the given parent node and render it at the given location relative to its parent.

clear

void clear()

Remove all figures from the display

clearEdge

void clearEdge(java.lang.Object edge)

Remove the figure for the given edge.

clearNode

void clearNode(java.lang.Object node)

Remove the figure for the given node.

drawEdge

Figure drawEdge(java.lang.Object edge)

Draw the given edge: create a figure, place it in the canvas, and associate the figure with the edge. This should only be called when the object is in the model but does not yet have a figure associated with it.

drawNode

Figure drawNode(java.lang.Object node)

Draw the given node: create a figure, place it in the canvas, and associate the figure with the node. This should only be called when the object is in the model but does not yet have a figure associated with it. The location of the figure should be set if some location is appropriate for it.

drawNode

Figure drawNode(java.lang.Object node,
                java.lang.Object parent)

Draw the given node: create a figure, place it in the figure of the given parent node, and associate the figure with the node. This should only be called when the object is in the model but does not yet have a figure associated with it. The location of the figure should be set if some location is appropriate for it.

getEdgeController

EdgeController getEdgeController(java.lang.Object edge)

Given an edge, return the controller associated with that edge.

getNodeController

NodeController getNodeController(java.lang.Object node)

Given an node, return the controller associated with that node.

getGraphModel

GraphModel getGraphModel()

Return the graph being viewed.

getGraphPane

GraphPane getGraphPane()

Return the graphics pane of this controller cast as a GraphPane.

getFigure

Figure getFigure(java.lang.Object semanticObj)

Return the figure associated with the given semantic object (node or edge), or null if there is no association.

getSelectionModel

SelectionModel getSelectionModel()

Get the default selection model

removeEdge

void removeEdge(java.lang.Object edge)

Remove the given edge. Find the edge controller associated with that edge and delegate to that edge controller.

removeGraphViewListener

void removeGraphViewListener(GraphViewListener l)

Remove the given view listener.

removeNode

void removeNode(java.lang.Object node)

Remove the given node. Find the node controller associated with that node and delegate to that node controller.

rerender

void rerender()

Render the current graph again by recreating the figures for all nodes and edges, but do not alter the connectivity in the graph. This should be called when changes to renderers are made.

rerenderEdge

void rerenderEdge(java.lang.Object edge)

Rerender the given edge by replacing its figure with a new figure. This should be called if the state of the edge has changed in such a way that the rendering should change.

rerenderNode

void rerenderNode(java.lang.Object node)

Rerender the given node by replacing its figure with a new figure. This should be called if the state of the node has changed in such a way that the rendering should change.

setGraphModel

void setGraphModel(GraphModel model)

Set the graph being viewed. If there is a graph already and it contains data, delete the figures of that graph's nodes and edges (but don't modify the graph itself).

setFigure

void setFigure(java.lang.Object semanticObj,
               Figure f)

Set the figure associated with the given semantic object (node or edge). A null figure clears the association.

setGraphPane

void setGraphPane(GraphPane pane)

Set the graph pane. This is called by the GraphPane. FIXME: should this be package private?

setSelectionModel

void setSelectionModel(SelectionModel m)

Set the default selection model. The caller is expected to ensure that the old model is empty before calling this.

dispatch

void dispatch(GraphViewEvent e)

Dispatch the given graph view event to all registered graph view listeners. This method is generally only called by subclasses and representatives of the subclasses, such as a node controller or an edge controller.