|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES | |||||||||
See:
Description
| Interface Summary | |
|---|---|
| BiDirectional<X> | This generic interface allows you to specify a bi-directional, optionally directed from-to relationships, where from and to are both objects of generic class X. |
| CompositionalDiagramElement | This type of diagram element is a composite part of another element. |
| Connected | A diagram element which has connections that link to other Connected items within the diagram. |
| Connection | A connection is a link between two Connected items within the diagram. |
| Contained | A simple marker interface for diagram elements to say that they are embedded in a (single) container, in which they must be drawn. |
| Container | Interface to say that this diagram element contains others rendered within it. |
| DiagramElement | Parent class for all elements of the diagram |
| IdentifiableDiagramElement | This means that the element has an ID, so that the id can be used to reference it from multiple places. |
| Label | DiagramElement to contain a label an edge, container or diagram. |
| Leaf | An item which is not a container of further connected items. |
| VertexOnEdge | This marker interface indicates to the layout system that the vertex is part of a link, rather than a destination in it's own right. |
| Class Summary | |
|---|---|
| AbstractBiDirectional<X> | |
| AbstractConnectedContained | This is the base class for most Connected elements within the diagram. |
| AbstractConnectedContainer | |
| AbstractConnection | This is the base class for connections within the diagram. |
| AbstractIdentifiableDiagramElement | |
| AbstractLabel | Base class of all diagram elements. |
This package contains the basic (primitive) diagram elements referenced by the visualization algorithm, as opposed to ADL which gives a specific diagram type.
|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES | |||||||||