Usages of LayoutStageBase
Extending Types
| GenericLabeling | A generic labeling algorithm for placing the labels of a graph. | |
| AlignmentStage | AlignmentStage places the nodes of the given layout on automatically determined horizontal and/or vertical lines. | |
| BendSubstitutionStage | BendSubstitutionStage replaces edge bends with proxy nodes for the coreLayout. | |
| ComponentLayout | Represents a layout algorithm that arranges the connected components of a graph, allowing for the use of different layout styles and customization for component and edge arrangement. | |
| ContextModificationStage | Temporarily modifies the LayoutGraphContext for the following layout algorithms. | |
| CurveFittingStage | CurveFittingStage fits a piecewise cubic Bezier curve to given arbitrary edge paths. | |
| GenericLayoutGridStage | This stage offers generic support for LayoutGrid structures so that a grid can be considered even when running a layout algorithm that natively does not support it. | |
| GivenCoordinatesLayout | GivenCoordinatesLayout changes node locations and sizes as well as edge paths to user-specified values before invoking the coreLayout. | |
| GroupHidingStage | An ILayoutStage that hides the group nodes of hierarchically grouped graphs. | |
| LayoutAnchoringStage | LayoutAnchoringStage anchors the graph on an initial position based on either a single graph item or the alignment of the bounds of several items (but not the positions of the individual items). | |
| LineWrappingStage | LineWrappingStage can line-wrap or column-wrap a graph layout. | |
| MinimumNodeSizeStage | MinimumNodeSizeStage enforces a given minimum width/height of the nodes of a graph during the layout process. | |
| OrientationStage | OrientationStage is an ILayoutStage that changes the orientation of the layout. | |
| PlaceNodesAtBarycenterStage | PlaceNodesAtBarycenterStage temporarily hides the affectedNodes, applies the specified core layout algorithm (if any) to the resulting graph and, finally, reinserts the hidden nodes by placing them on the barycenter of their neighbors using the specified node sizes. | |
| PortPlacementStage | The PortPlacementStage assigns edges to the ports specified by LayoutPortCandidates or NodePortCandidates after calling the coreLayout. | |
| RecursiveGroupLayout | This layout algorithm recursively traverses a hierarchically organized graph in a bottom-up fashion and applies a specified layout algorithm to the contents (direct children) of each group node. | |
| RemoveCollinearBendsStage | The RemoveCollinearBendsStage removes all collinear bends found in a graph. | |
| RemoveOverlapsStage | This ILayoutStage removes node overlaps and guarantees a certain minimum distance between nodes. | |
| ReverseEdgesStage | ReverseEdgesStage selectively reverses edges in a graph, while keeping the layout and label positions of the reversed edges as close to the pre-reversal layout and positions as possible. | |
| SubgraphLayoutStage | A SubgraphLayoutStage is an ILayoutStage that filters out all graph elements that are not part of a specific subgraph. | |
| TemporaryGroupInsertionStage | TemporaryGroupInsertionStage is useful if nodes should be treated by layout algorithms as if they were actually grouped without the need to manually create a grouped graph for the layout process. | |
| MultiPageLayout | This layout algorithm subdivides the input graph into several LayoutGraphs (called page graphs) such that the layout (calculated by the specified coreLayout) of each graph fits the maximumPageSize. | |
| PartialLayout | This class represents a partial layout algorithm which changes the coordinates for a given set of graph elements (called partial elements) only. | |
| BundledEdgeRouter | An ILayoutStage that bundles the edges of general undirected graphs to avoid visual cluttering. | |
| CurveRoutingStage | CurveRoutingStage replaces polyline edge paths with curved segments using cubic bezier splines. | |
| EdgeRouter | This edge routing algorithm applies orthogonal, octilinear or curved routes to the edges of the graph while not changing node positions. | |
| OctilinearRoutingStage | OctilinearRoutingStage creates octilinear edge routes by extending given orthogonal edge paths with polyline segments. | |
| OrganicEdgeRouter | This edge routing algorithm applies organic routes to the edges of the graph. | |
| ParallelEdgeRouter | ParallelEdgeRouter is an ILayoutStage that routes multi-edges, which connect the same pair of nodes, in a parallel fashion. | |
| SelfLoopRouter | A SelfLoopRouter routes the self-loops (reflexive edges) of a graph. | |
| StraightLineEdgeRouter | This edge routing algorithm routes edges as straight lines considering the specified LayoutPortCandidates. | |
| TreeReductionStage | The TreeReductionStage temporarily reduces general graphs to trees. |