| Constant | Defined By | ||
|---|---|---|---|
| EDGE_ID_DPKEY : Object = y.layout.Layouter.EDGE_ID_DPKEY [static]
The data provider key used to look up a unique Object identifier (consistent with hashCode() and equals() ) for each edge in a graph. | LayouterKeys | ||
| NODE_ID_DPKEY : Object = y.layout.Layouter.NODE_ID_DPKEY [static]
The data provider key used to look up a unique Object identifier (consistent with hashCode() and equals() ) for each node in a graph. | LayouterKeys | ||
| SELECTED_EDGES : Object = y.layout.Layouter.SELECTED_EDGES [static]
The data provider key used to look up the selected state of the edges of the graph to be laid out. | LayouterKeys | ||
| SELECTED_NODES : Object = y.layout.Layouter.SELECTED_NODES [static]
The data provider key used to look up the selected state of the nodes of the graph to be laid out. | LayouterKeys | ||
| EDGE_ID_DPKEY | Constant |
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public static const EDGE_ID_DPKEY:Object = y.layout.Layouter.EDGE_ID_DPKEYThe data provider key used to look up a unique Object identifier (consistent with hashCode() and equals() ) for each edge in a graph. Layout algorithms may use this information to provide consistent layouts for multiple runs. The looked up data provider should provide Object values for the edges of that graph. These should be consistent with the Object.hashCode() and Object.equals() methods.
| NODE_ID_DPKEY | Constant |
public static const NODE_ID_DPKEY:Object = y.layout.Layouter.NODE_ID_DPKEYThe data provider key used to look up a unique Object identifier (consistent with hashCode() and equals() ) for each node in a graph. Layout algorithms may use this information to provide consistent layouts for multiple runs. The looked up data provider should provide Object values for the nodes of that graph. These should be consistent with the Object.hashCode() and Object.equals() methods.
| SELECTED_EDGES | Constant |
public static const SELECTED_EDGES:Object = y.layout.Layouter.SELECTED_EDGESThe data provider key used to look up the selected state of the edges of the graph to be laid out. A layout algorithm will try to retrieve a data provider from the graph to be laid out with this key. The looked up data provider should provide boolean values for the edges of that graph. The boolean value should signal whether an edge is to be considered as selected or not.
Note that for several layouters this key is used for restricting the sphere of action, e.g. to route only a subset of the edges by theOrthogonalEdgeRouter. However, it is often more convenient to use a specific data provider key for this purpose, for example if you want to combine two layouters of this kind which have to operate on different subsets of the graph. Thus, these layouters provide a method like setSelectedEdgesDpKey(Object) in the case of the OrthogonalEdgeRouter for using a different data provider.
| SELECTED_NODES | Constant |
public static const SELECTED_NODES:Object = y.layout.Layouter.SELECTED_NODESThe data provider key used to look up the selected state of the nodes of the graph to be laid out. A layout algorithm will try to retrieve a data provider from the graph to be laid out with this key. The looked up data provider should provide boolean values for the nodes of that graph. The boolean value should signal whether a node is to be considered as selected or not.
Note that for several layouters this key is used for restricting the sphere of action, e.g. to layout the subgraph induced by the set of selected nodes in theSubgraphLayouter. However, it is often more convenient to use a specific data provider key for this purpose, for example if you want to combine two layouters of this kind which have to operate on different subsets of the graph. Thus, these layouters provide a method like setSubgraphNodesDpKey(Object) in the case of the SubgraphLayouter for using a different data provider.