Package | Description |
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com.yworks.yfiles.layout.circular |
Provides circular layout style algorithms.
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com.yworks.yfiles.layout.tree |
Provides tree layout style algorithms.
|
Class and Description |
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BalloonLayout
A tree layout algorithm that arranges the subtrees of the tree in a balloon-like fashion.
|
Class and Description |
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AbstractNodePlacer
Abstract base class for implementations of the
INodePlacer interface. |
AbstractRotatableNodePlacer
Abstract base class for
INodePlacer s that support rotations of the subtrees. |
AbstractRotatableNodePlacer.Matrix
A matrix describes the rotation of the subtree handled by
AbstractRotatableNodePlacer . |
AbstractRotatableNodePlacer.RootAlignment
A
RootAlignment describes how a local root node is arranged in relation to its children. |
BorderLineSide
Side constant that defines the index of the eastern border line.
|
ChildAlignmentPolicy |
ChildOrderingPolicy |
ChildPlacement |
ConnectorDirection
A direction constant that describes that the last connector segment points up.
|
EdgeRoutingStyle |
FillStyle |
IFromSketchNodePlacer
A
IFromSketchNodePlacer arranges the subtrees while taking the initial locations of the nodes into account. |
INodePlacer
A
INodePlacer is responsible for the arrangement of a local root node and all of its subtrees. |
InterleavedMode |
IPortAssignment
A
IPortAssignment places the ports of edges connecting to the same node. |
IProcessor
A
IProcessor provides the possibility for each INodePlacer to prepare (and clean up) the graph for the
children of the local root. |
LayeredRoutingStyle |
LeafPlacement |
MultiParentDescriptor
The
MultiParentDescriptor provides style information for multi-parent structures. |
MultiParentRoutingStyle |
NodeLabelingPolicy |
ParentConnectorDirection |
PortAssignmentMode |
PortStyle |
RootAlignment |
RootNodePolicy |
RootPlacement |
RotatedSubtreeShape
Decorates a SubtreeShape and provides rotated access on it.
|
RoutingStyle |
SubtreeArrangement
A direction specifier for placing the child nodes next to each other in direction of the actual
layout orientation , with the edges
connecting in the direction of flow. |
TreeLayout
This layout algorithm arranges graphs with a tree structure.
|
TreeLayout.SubtreeShape
A
TreeLayout.SubtreeShape represents the position and the borders of a subtree. |