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Classes

AspectRatioSubtreePlacer: This ISubtreePlacer places the subtrees such that the overall aspect ratio of the arranged subtree will be close to the specified aspect ratio.
AssistantSubtreePlacer: The AssistantSubtreePlacer places nodes that are marked as assistants left and right of their parents and all other nodes below the assistant nodes.
BusSubtreePlacer: The BusSubtreePlacer creates a bus to which all child nodes and the local root node are connected.
CompactSubtreePlacer: The CompactSubtreePlacer produces a compact placement of the children.
DendrogramSubtreePlacer: The DendrogramSubtreePlacer arranges subtrees in a dendrogram-like style.
DoubleLayerSubtreePlacer: The DoubleLayerSubtreePlacer arranges the subtrees of a local root alternating in two layers.
FixedSubtreePlacer: A FixedSubtreePlacer keeps the current position of the subtrees and routes the edges.
LeftRightSubtreePlacer: The LeftRightSubtreePlacer arranges the children in a subtree on the left and the right of a vertical bus.
LevelAlignedSubtreePlacer: A LevelAlignedSubtreePlacer arranges the nodes of a subtree into layers such that nodes on the same level/depth are aligned.
MultiLayerSubtreePlacer: The MultiLayerSubtreePlacer arranges the children/subtrees of a local root into multiple layers.
MultiParentDescriptor: The MultiParentDescriptor provides style information for multi-parent structures.
MultiSplitSubtreePlacer: This ISubtreePlacer splits the children of a local root into clusters based on port groups defined on the edges to the children - the placement of the cluster content and the placement of clusters themselves is delegated to other ISubtreePlacers.
RadialTreeLayout: A tree layout algorithm that arranges the subtrees of the tree in a radial fashion.
RadialTreeLayoutData: Specifies custom data for the RadialTreeLayout.
SingleLayerSubtreePlacer: The SingleLayerSubtreePlacer arranges the subtrees of a local root in a single layer.
SingleSplitSubtreePlacer: SingleSplitSubtreePlacer delegates the arrangement of the children to two different ISubtreePlacers.
SubtreeShape: A SubtreeShape represents the position and the borders of a subtree.
TreeLayout: This layout algorithm arranges graphs with a tree structure.
TreeLayoutData: Specifies custom data for the TreeLayout.
TreeLayoutPortAssigner: The TreeLayoutPortAssigner provides some simple port assignment styles for the TreeLayout.
TreeMapLayout: This layout algorithm produces tree map layouts.
TreeMapLayoutData: Specifies custom data for the TreeMapLayout.
TreeReductionStage: The TreeReductionStage temporarily reduces general graphs to trees.
TreeReductionStageData: Specifies custom data for the TreeReductionStage.

Interfaces

IFromSketchSubtreePlacer: A IFromSketchSubtreePlacer arranges the subtrees while taking the initial locations of the nodes into account.
ISubtreePlacer: A ISubtreePlacer is responsible for the arrangement of a local root node and all of its subtrees.
ISubtreePlacerProcessor: A ISubtreePlacerProcessor provides the possibility for each ISubtreePlacer to prepare (and clean up) the graph for the children of the local root.
ITreeLayoutPortAssigner: A ITreeLayoutPortAssigner places the ports of edges connecting to the same node.

Enums

AspectRatioChildAlignmentPolicy: Specifies the policies for aligning rows or columns with the AspectRatioSubtreePlacer in a TreeLayout.
BusPlacement: A bus placement that places the bus connecting the child nodes in the center of the child subtrees.
ChildAlignmentPolicy: Specifies the alignment policies for child nodes under the same parent in a TreeLayout.
ChildArrangementPolicy: A direction specifier for placing the child nodes next to each other in the direction of the actual LayoutOrientation, with the edges connecting in the direction of flow.
ChildOrderingPolicy: Specifies the ordering policies for child nodes under the same parent in a TreeLayout.
LevelAlignedSubtreePlacerRoutingStyle: Specifies the routing styles for edges in a LevelAlignedSubtreePlacer layout.
MultiLayerSubtreePlacerRootAlignment: A SubtreeRootAlignment describes how a local root node is arranged in relation to its children.
MultiParentRoutingStyle: Specifies the routing styles for edges in a multi-parent structure.
ParentConnectorDirection: Specifies the possible directions in which a connector to a parent node can be placed.
RootPlacementPolicy: Specifies the policies for placing the root node of a subtree within its bounds.
RootSelectionPolicy: Specifies the policy for selecting the root node of a tree in RadialTreeLayout.
SingleLayerSubtreePlacerRootAlignment: Defines root alignments for the SingleLayerSubtreePlacer, see property rootAlignment.
SingleLayerSubtreePlacerRoutingStyle: Defines routing styles for the SingleLayerSubtreePlacer, which indicates how edge paths are routed, see property edgeRoutingStyle.
SubtreeConnectorDirection: Specifies the direction in which the last connector segment of a SubtreeShape is placed.
SubtreeRootAlignment: A SubtreeRootAlignment describes how a local root node is arranged in relation to its children.
SubtreeTransform: Defines transformation matrices that define the direction of the subtree (see, e.g., property transformation).
TilingStrategy: Specifies the strategies for tiling nodes in a TreeMapLayout.
TreeLayoutPortAssignmentMode: Specifies the method of port assignment for edges in a tree layout.