y.layout
Interface LayoutStage

All Superinterfaces:

Layouter

All Known Implementing Classes:

AbstractLabelingAlgorithm, AbstractLayoutStage, BendConverter, BufferedLayouter, BusRouter, ChannelEdgeRouter, ChannelEdgeRouter.OrthogonalShortestPathPathFinder, CollinearBendHider, CompactOrthogonalLayouter, ComponentLayouter, CompositeLayoutStage, CurveFittingLayoutStage, CurveRoutingStage, EdgeBundlingStage, EdgeGroupRouterStage, EdgeReversalStage, EdgeRouter, FixedGroupLayoutStage, FixNodeLayoutStage, GenericPartitionGridStage, GivenCoordinatesStage, GraphLayoutLineWrapper, GraphTransformer, GreedyMISLabeling, GroupedShuffleLayouter, GroupNodeHider, GroupNodeRouterStage, HandleNaNCoordinatesStage, IsolatedGroupComponentLayouter, KeepStrongPortConstraintsStage, LabelLayoutDataRefinement, LabelLayoutTranslator, LayoutMultiplexer, MinNodeSizeStage, MISLabelingAlgorithm, MultiPageLayouter, NormalizingGraphElementOrderStage, OrganicEdgeRouter, OrganicPartitionGridLayoutStage, OrganicRemoveOverlapsStage, OrientationLayouter, OrthogonalEdgeRouter, OrthogonalPatternEdgeRouter, OrthogonalSegmentDistributionStage, ParallelEdgeLayouter, ParentEdgeAugmentationStage, PartialLayouter, PartialLayouter.StraightLineEdgeRouter, PartitionGridLayoutStage, PartitionGridRouterStage, PartitionLayouter, PatchRouterStage, PlaceNodesAtBarycenterStage, PolylineLayoutStage, PortCalculator, PortCandidateAssignmentStage, PortConstraintEnforcementStage, RecursiveGroupLayouter, ReducedSphereOfActionStage, RemoveColinearBendsStage, RemoveOverlapsLayoutStage, SALabeling, SelfLoopLayouter, ShuffleLayouter, SnapOuterPortsToNodeBorderStage, SplitEdgeLayoutStage, StraightLineEdgeRouter, SubgraphLayouter, TemporaryGroupNodeInsertionStage, TopLevelGroupToSwimlaneStage, TreeComponentLayouter, TreeReductionStage

public interface LayoutStage
extends Layouter

A LayoutStage is a layout algorithm that represents a stage of a larger layout process.

It delegates the core layout process to another layout algorithm. Implementing classes may perform pre-processing steps before the core layout algorithm gets called and post-processing steps afterwards.

See Also:

CanonicMultiStageLayouter

Field Summary

Fields inherited from interface y.layout.Layouter

EDGE_ID_DPKEY, NODE_ID_DPKEY, NODE_TYPE_DPKEY, SELECTED_EDGES, SELECTED_NODES

Method Summary

Layouter	getCoreLayouter() Returns the core layout algorithm.
void	setCoreLayouter(Layouter layouter) Specifies the core layout algorithm.

Methods inherited from interface y.layout.Layouter

canLayout, doLayout

Method Detail

setCoreLayouter

void setCoreLayouter(Layouter layouter)

Specifies the core layout algorithm. This algorithm is wrapped by this stage. It is invoked in Layouter.doLayout(LayoutGraph). The LayoutStage may add pre- and post-processing steps before and after calling the core layout algorithm.

Parameters:

layouter - the core layout algorithm

getCoreLayouter

Layouter getCoreLayouter()

Returns the core layout algorithm. This algorithm is wrapped by this stage. It is invoked in Layouter.doLayout(LayoutGraph). The LayoutStage may add pre- and post-processing steps before and after calling the core layout algorithm.

Returns:

the core layout algorithm