Classes
| Class | Description | |
|---|---|---|
 | CircularEdge | Holds auto-layout specific edge data. |
| CircularLayout | Position nodes in a circular arrangement. |
| CircularNetwork | This provides an abstract view of a network (a graph) of nodes and directed links. These nodes and links correspond to Parts provided in the Diagram. This class provides a framework for manipulating the state of nodes and links without modifying the structure of the original document. |
| CircularVertex | Holds auto-layout specific vertex data. |
| DiagramLayout | DiagramLayout is the base class for all of the predefined specific layout implementations. |
| ForceDirectedEdge | Holds auto-layout specific link data. |
| ForceDirectedLayout | ForceDirected provides an auto-layout algorithm for graphs which utilizes a force-directed method. |
| ForceDirectedNetwork | This provides an abstract view of a network (graph) of nodes and directed links. These nodes and links correspond to Parts provided in the Diagram. This class provides a framework for manipulating the state of nodes and links without modifying the structure of the original document. |
| ForceDirectedVertex | Holds auto-layout specific node data. |
| GenericNetwork<V,E,Y> | This provides an abstract view of a IEnumerable as a network (graph) of vertexes and directed edges. These vertexes and edges correspond to Parts (Nodes or Links) provided in the IEnumerable. This class provides a framework for manipulating the state of nodes and links without modifying the structure of the original model. |
| GenericNetwork.Edge<V,E,Y> | Holds auto-layout specific link data. |
| GenericNetwork.Vertex<V,E,Y> | Holds auto-layout specific node data. |
| GridLayout | This simple layout places all of the nodes in a grid-like arrangement, ordered, and wrapping as needed. |
| LayeredDigraphEdge | Holds auto-layout specific link data. |
| LayeredDigraphLayout | LayeredDigraph provides an auto-layout for layered drawings of directed graphs. |
| LayeredDigraphNetwork | This provides an abstract view of a network (graph) of nodes and directed links. These nodes and links correspond to Parts provided in the Diagram. This class provides a framework for manipulating the state of nodes and links without modifying the structure of the original document. |
| LayeredDigraphVertex | Holds auto-layout specific node data. |
| MultiLayout | This Northwoods.GoXam.Layout.IDiagramLayout is a compound layout where each of the nested Layouts works on a subset of the nodes and links that are this MultiLayout's responsibility. |
| TreeEdge | Holds auto-layout specific link data. |
| TreeLayout | Position nodes in a tree-like arrangement. |
| TreeNetwork | This provides an abstract view of a IEnumerable as a network (graph) of nodes and directed links. These nodes and links correspond to Parts provided in the IEnumerable. This class provides a framework for manipulating the state of nodes and links without modifying the structure of the original document. |
| TreeVertex | Holds auto-layout specific node data. |
Interfaces
| Interface | Description | |
|---|---|---|
 | IDiagramLayout | This interface specifies the methods and properties that the LayoutManager of the Diagram uses to perform the positioning and routing of all of the nodes and links in the diagram. |
Structures
| Structure | Description | |
|---|---|---|
 | GenericNetwork.Enumerator<V,E,Y,T> | Enumerator implements both IEnumerator and IEnumerable. |
| LayoutChangeValue | This trivial wrapper structure exists to allow the XAML parser in Silverlight to use a TypeConverter to convert a string into a LayoutChange value. [Silverlight only.] |
Enumerations
| Enumeration | Description | |
|---|---|---|
 | CircularArrangement | Specifies how the nodes should be spaced in the ring for CircularLayout. |
| CircularDirection | Represents the direction in which the nodes fill the ring for CircularLayout. |
| CircularNodeDiameterFormula | Specifies a method for finding the size of a node for CircularLayout. |
| CircularSorting | Specifies how to sort the nodes for CircularLayout. |
| GridAlignment | This enumeration specifies whether to position each node by its Northwoods.GoXam.Node.Position or by its Northwoods.GoXam.Node.Location. |
| GridArrangement | This enumeration specifies how to fill each row. |
| GridSorting | This enumeration specifies whether to sort all of the nodes, and in what order to position them. |
| LayeredDigraphAggressive | This enumeration controls how much effort LayeredDigraphLayout.ReduceCrossings puts into trying to look for link crossings. |
| LayeredDigraphCycleRemove | This enumeration controls how LayeredDigraphLayout.RemoveCycles changes the graph to make sure it contains no cycles or loops. |
| LayeredDigraphInitIndices | This enumeration controls how LayeredDigraphLayout.InitializeIndices determines the array of indices for each layer. |
| LayeredDigraphLayering | This enumeration controls how LayeredDigraphLayout.AssignLayers assigns each node of the graph to a layer. |
| LayeredDigraphPack | These enumerated values can be bitwise combined as values for the LayeredDigraphLayout.PackOption property, which controls how much and what kinds of effort LayeredDigraphLayout.StraightenAndPack makes. |
| LayoutChange | This enumerates the reasons that a layout may no longer be valid when a particular Part has been added or removed. |
| MultiArrangement | This enumeration specifies how to position the results of nested layouts of a MultiLayout. |
| TreeAlignment | This enumeration specifies how to position a parent TreeVertex relative to its children, or how to align children in a bus. |
| TreeArrangement | This enumeration specifies how to position the resulting trees in the document. |
| TreeCompaction | This enumeration specifies how closely packed the children of a node should be. |
| TreePath | This enumeration specifies how to build a tree from the TreeNetwork. |
| TreeSorting | This enumeration specifies whether to sort the children of a node, and in what order to position them. |
| TreeStyle | This enumeration identifies the general style in which the nodes are laid out. |