Usages of EdgeDpKey
Fields
| EDGE_DIRECTEDNESS_DP_KEY | in NodeAggregationAlgorithm | A data provider key for specifying the directedness of edges. | |
| EDGE_WEIGHT_DP_KEY | in NodeAggregationAlgorithm | A data provider key for specifying the (non-negative) weights of the edges. | |
| EDGE_DIRECTEDNESS_DP_KEY | in CircularLayout | A data provider key for specifying the directedness of edges. | |
| EXTERIOR_EDGES_DP_KEY | in CircularLayout | A data provider key for marking edges that should be routed externally, around the circle instead of inside. | |
| ADDITIONAL_EDGE_WEIGHT_DP_KEY | in ConstraintIncrementalLayerer | A data provider key for assigning additional edge weights. | |
| ALTERNATIVE_EDGE_PATH_DP_KEY | in HierarchicLayout | A data provider key for associating alternative paths for edges connecting to groups, group content or folder nodes. | |
| BUS_DESCRIPTOR_DP_KEY | in HierarchicLayout | A data provider key for specifying the bus to which an edge belongs to. | |
| CRITICAL_EDGE_PRIORITY_DP_KEY | in HierarchicLayout | A data provider key for defining the priority of critical edges. | |
| EDGE_CROSSING_COST_DP_KEY | in HierarchicLayout | A data provider key for specifying individual crossing costs of the edges. | |
| EDGE_DIRECTEDNESS_DP_KEY | in HierarchicLayout | A data provider key for specifying the directedness of edges. | |
| EDGE_THICKNESS_DP_KEY | in HierarchicLayout | A data provider key for specifying the thickness of the edges. | |
| EDGE_LAYOUT_DESCRIPTOR_DP_KEY | in HierarchicLayoutCore | A data provider key for providing layout information for each edge. | |
| MINIMUM_EDGE_DISTANCE_DP_KEY | in SelfLoopCalculator | A data provider key for specifying the minimum distance to the next edge or node side. | |
| MINIMUM_FIRST_SEGMENT_LENGTH_DP_KEY | in SelfLoopCalculator | A data provider key for specifying the minimum length of the first segment of each edge. | |
| MINIMUM_LAST_SEGMENT_LENGTH_DP_KEY | in SelfLoopCalculator | A data provider key for specifying the minimum length of the last segment of each edge. | |
| MINIMUM_OCTILINEAR_SEGMENT_LENGTH_DP_KEY | in SelfLoopCalculator | A data provider key for specifying the minimum length of the octilinear segments of an octilinear edge. | |
| OCTILINEAR_EDGES_DP_KEY | in SelfLoopCalculator | A data provider key for specifying whether or not an edge is octilinear. | |
| DEFAULT_AFFECTED_EDGES_DP_KEY | in BendConverter | A data provider key for specifying the set of edges for which this stage will replace bends. | |
| DEFAULT_AFFECTED_EDGES_DP_KEY | in CurveFittingLayoutStage | A data provider key for selecting edges for curve fitting. | |
| EDGE_BUNDLE_DESCRIPTOR_DP_KEY | in EdgeBundling | A data provider key for specifying individual bundling settings for edges. | |
| SPLIT_EDGES_DP_KEY | in GenericPartitionGridStage | A data provider key for explicitly marking (some) edges that should not be considered when calculating the sub-components. | |
| EDGE_PATH_DP_KEY | in GivenCoordinatesStage | A data provider key for specifying the initial path of edges. | |
| SOURCE_INTERSECTION_CALCULATOR_DP_KEY | in IntersectionCalculatorKeys | A data provider key for providing an individual intersection calculation for each edge source in the graph. | |
| TARGET_INTERSECTION_CALCULATOR_DP_KEY | in IntersectionCalculatorKeys | A data provider key for providing an individual intersection calculation for each edge target in the graph. | |
| EDGE_LABEL_LAYOUT_DP_KEY | in LabelLayoutKeys | A data provider key for accessing label information of each edge in the input graph. | |
| ORIGINAL_EDGE_DP_KEY | in LayoutGraphAdapter | A data provider key that can be used to look up the original IEdge of an Edge. | |
| ORIGINAL_SOURCE_PORT_DP_KEY | in LayoutGraphAdapter | A data provider key that can be used to look up the source port of the original IEdge of an Edge. | |
| ORIGINAL_TARGET_PORT_DP_KEY | in LayoutGraphAdapter | A data provider key that can be used to look up the target port of the original IEdge of an Edge. | |
| AFFECTED_EDGES_DP_KEY | in LayoutKeys | A data provider key for looking up the selected state of the edges in the graph. | |
| EDGE_ID_DP_KEY | in LayoutKeys | A data provider key for looking up a unique identifier for each edge in a graph. | |
| EDGE_COMPARABLE_DP_KEY | in NormalizeGraphElementOrderStage | A data provider key for defining a (global) order for edges. | |
| SOURCE_PORT_CANDIDATE_COLLECTION_DP_KEY | in PortCandidate | A data provider key for specifying source port candidates for each edge. | |
| TARGET_PORT_CANDIDATE_COLLECTION_DP_KEY | in PortCandidate | A data provider key for specifying target port candidates for each edge. | |
| SOURCE_GROUP_ID_DP_KEY | in PortConstraintKeys | A data provider key for assigning source group information for edges of the input graph. | |
| SOURCE_PORT_CONSTRAINT_DP_KEY | in PortConstraintKeys | A data provider key for providing source constraints for edges in the input graph. | |
| SOURCE_PORT_GROUP_ID_DP_KEY | in PortConstraintKeys | A data provider key for assigning port group ids to the edges' source. | |
| TARGET_GROUP_ID_DP_KEY | in PortConstraintKeys | A data provider key for assigning target group information for edges of the input graph. | |
| TARGET_PORT_CONSTRAINT_DP_KEY | in PortConstraintKeys | A data provider key for providing target constraints for edges in the input graph. | |
| TARGET_PORT_GROUP_ID_DP_KEY | in PortConstraintKeys | A data provider key for assigning port group ids to the edges' target. | |
| SOURCE_SPLIT_ID_DP_KEY | in RecursiveGroupLayout | A data provider key for assigning source split ids to edges connecting to group nodes. | |
| TARGET_SPLIT_ID_DP_KEY | in RecursiveGroupLayout | A data provider key for assigning target split ids to edges connecting to group nodes. | |
| AFFECTED_EDGES_DP_KEY | in ReverseEdgesStage | A data provider key for selecting edges for reversal. | |
| KEEP_SELF_LOOP_LAYOUT_DP_KEY | in SelfLoopRouter | A data provider key for determining which self-loops should keep their current path. | |
| SUBGRAPH_EDGES_DP_KEY | in SubgraphLayout | A data provider key for marking edges that are included in the subgraph, thus, visible during the core layout. | |
| EDGE_ID_DP_KEY | in MultiPageLayout | A data provider key for mapping each edge of the input graph to a unique ID. | |
| EDGE_TYPE_DP_KEY | in MultiPageLayout | A data provider key for specifying the type of multi-edges. | |
| PREFERRED_EDGE_LENGTH_DP_KEY | in ClassicOrganicLayout | A data provider key for defining an individual preferred length for each edge. | |
| EDGE_DIRECTEDNESS_DP_KEY | in OrganicLayout | A data provider key for specifying the directedness of edges. | |
| EDGE_ORIENTATION_DP_KEY | in OrganicLayout | A data provider key for specifying the orientation of edges in the layout. | |
| MINIMUM_EDGE_LENGTH_DP_KEY | in OrganicLayout | A data provider key for specifying the minimum length of edges. | |
| PREFERRED_EDGE_LENGTH_DP_KEY | in OrganicLayout | A data provider key for defining an individual preferred length for each edge. | |
| DIRECTED_EDGE_DP_KEY | in OrthogonalLayout | A data provider key for marking edges which should be routed such that they point to the main layout orientation. | |
| EDGE_BEND_COST_DP_KEY | in OrthogonalLayout | A data provider key for providing bend costs for each edge. | |
| EDGE_CROSSING_COST_DP_KEY | in OrthogonalLayout | A data provider key for providing crossing costs for each edge. | |
| EDGE_DIRECTEDNESS_DP_KEY | in OrthogonalLayout | A data provider key for specifying the directedness of edges for the detection of substructures. | |
| EDGE_LAYOUT_DESCRIPTOR_DP_KEY | in OrthogonalLayout | A data provider key for providing layout information for each edge. | |
| EXPANDED_NODE_ORIGINAL_EDGE_PATH_DP_KEY | in ClearAreaLayout | A data provider key for associating original paths for edges connecting to the expanded node, including edges that did so only when the node was not yet expanded. | |
| ROUTE_EDGE_DP_KEY | in ClearAreaLayout | A data provider key for obtaining the edges that should be routed by the custom edge router. | |
| AFFECTED_EDGES_DP_KEY | in PartialLayout | A data provider key for marking partial edges. | |
| DIRECTED_EDGES_DP_KEY | in PartialLayout | A data provider key for specifying the edges that should be considered to be directed. | |
| ROUTE_EDGE_DP_KEY | in PartialLayout | A data provider key for obtaining the edges that should be routed by the edge router. | |
| SOURCE_ID_DP_KEY | in BusRepresentations | A data acceptor key to transfer a user-defined object from each original edge to the respective newly created edge. | |
| TARGET_ID_DP_KEY | in BusRepresentations | A data acceptor key to transfer a user-defined object from each original edge to the respective newly created edge. | |
| DEFAULT_AFFECTED_EDGES_DP_KEY | in BusRouter | A data provider key for specifying the edge subset to be routed. | |
| EDGE_DESCRIPTOR_DP_KEY | in BusRouter | A data provider key for specifying a bus descriptor object for each edge. | |
| AFFECTED_EDGES_DP_KEY | in ChannelEdgeRouter | A data provider key for marking the edges that should be routed. | |
| CURVE_EDGE_LAYOUT_DESCRIPTOR_DP_KEY | in CurveRoutingStage | A data provider key for specifying individual edge layout information. | |
| BUS_DESCRIPTOR_DP_KEY | in EdgeRouter | A data provider key for specifying a bus descriptor for each edge. | |
| EDGE_LAYOUT_DESCRIPTOR_DP_KEY | in EdgeRouter | A data provider key for specifying individual edge layout information. | |
| AFFECTED_EDGES_DP_KEY | in OrganicEdgeRouter | A data provider key for selecting edges that should be routed. | |
| DEFAULT_AFFECTED_EDGES_DP_KEY | in OrthogonalPatternEdgeRouter | A data provider key for determining which edges are routed. | |
| DEFAULT_AFFECTED_EDGES_DP_KEY | in OrthogonalSegmentDistributionStage | A data provider key for determining which edges are distributed. | |
| AFFECTED_EDGES_DP_KEY | in ParallelEdgeRouter | A data provider key for marking edges that will be routed. | |
| LEADING_EDGE_DP_KEY | in ParallelEdgeRouter | A data provider key for specifying the master edges. | |
| ROUTED_PARALLEL_EDGES_DP_KEY | in ParallelEdgeRouter | A data acceptor key for publishing the parallel edges that were routed and not treated as leading edges. | |
| EDGE_LAYOUT_DESCRIPTOR_DP_KEY | in SeriesParallelLayout | A data provider key for storing individual settings for edges. | |
| CRITICAL_EDGE_DP_KEY | in TreeLayout | A data provider key for defining the priority of critical edges. | |
| NON_TREE_EDGES_DP_KEY | in TreeReductionStage | A data provider key for explicitly marking (some) edges that should not be considered for the tree. |
Method Parameters
| createConstantMapper (EdgeDpKey<V>, V) | in IMapperRegistry | Creates a simple read-only IMapper<K,V> implementation with key type IEdge and adds it to the registry using the provided tag. | |
| createDelegateMapper (EdgeDpKey<V>, function(IEdge):V) | in IMapperRegistry | Creates a delegate-based read-only IMapper<K,V> implementation with key type IEdge and adds it to the registry using the provided tag. | |
| createMapper (EdgeDpKey<V>) | in IMapperRegistry | Creates and adds a new Mapper<K,V> with key type IEdge to the registry using the provided tag. | |
| addEdgeItemCollection (EdgeDpKey<boolean>, ItemCollection<IEdge>?) | in GenericLayoutData | Adds a set of edges in the graph that will be passed to the LayoutGraph | |
| addEdgeItemMapping (EdgeDpKey<TValue>, ItemMapping<IEdge,TValue>?) | in GenericLayoutData | Adds data per IEdge in the graph that will be added to the LayoutGraph |