Uses of Class
com.googlecode.whatswrong.Edge

Packages that use Edge

com.googlecode.whatswrong

The whatswrong package is the top-level package of What's Wrong With My NLP.

Uses of Edge in com.googlecode.whatswrong

Fields in com.googlecode.whatswrong with type parameters of type Edge

protected HashMap<Edge,Point>	AbstractEdgeLayout.from A mapping from edges to their start points in the layout.
protected HashMap<Shape,Edge>	AbstractEdgeLayout.shapes A mapping from edge shapes to the corresponding edge objects.
protected HashMap<Edge,Point>	AbstractEdgeLayout.to A mapping from edges to their end points in the layout.
protected HashSet<Edge>	AbstractEdgeLayout.visible The set of visisible edges.

Methods in com.googlecode.whatswrong that return Edge

Edge	SingleSentenceRenderer.getEdgeAt(Point2D p, int radius)
Edge	NLPCanvasRenderer.getEdgeAt(Point2D p, int radius) Get the Edge at a given location.
Edge	AlignmentRenderer.getEdgeAt(Point2D p, int radius)
Edge	AbstractEdgeLayout.getEdgeAt(Point2D p, int radius) Get the Edge at a given location.

Methods in com.googlecode.whatswrong that return types with arguments of type Edge

Collection<Edge>	EdgeTypeFilter.filterEdges(Collection<Edge> original) Filters out all edges that don't have an allowed prefix and postfix type.
Collection<Edge>	EdgeTokenFilter.filterEdges(Collection<Edge> original) Filters out all edges that do not have at least one token with an allowed property value.
Collection<Edge>	EdgeLabelFilter.filterEdges(Collection<Edge> original) Filters out all edges that don't have a label that contains one of the allowed label substrings.
abstract Collection<Edge>	EdgeFilter.filterEdges(Collection<Edge> original) Take a set of edges and return a subset of them.
List<Edge>	NLPInstance.getEdges() Returns all edges of this instance.
List<Edge>	NLPInstance.getEdges(Edge.RenderType renderType) Returns all edges of this instance with the given render type.
Set<Edge>	AbstractEdgeLayout.getSelected() Returns the set of selected edges.

Methods in com.googlecode.whatswrong with parameters of type Edge

void	NLPInstance.addEdge(Edge edge) Adds an edge.
void	AbstractEdgeLayout.addToSelection(Edge edge) Add an edge to the selection.
protected int	AbstractEdgeLayout.calculateDepth(HashMultiMapLinkedList<Edge,Edge> dominates, Counter<Edge> depth, Edge root) Calculate the number of edges under each edge and returns the max.
boolean	Edge.covers(Edge edge) Check whether this edge completely covers the specified edge.
boolean	Edge.coversExactly(Edge edge) Check whether this edge spans the same sequence of tokens as the given edge.
boolean	Edge.coversSemi(Edge edge) Checks whether this edge covers the given edge and is aligned with it on one side.
boolean	Edge.crosses(Edge edge) Checks whether the given edge crosses this edge.
Point	AbstractEdgeLayout.getFrom(Edge edge) Return the point at the start of the given edge.
BasicStroke	AbstractEdgeLayout.getStroke(Edge edge) Get the stroke for a given edge.
Point	AbstractEdgeLayout.getTo(Edge edge) Return the point at the end of the given edge.
int	Edge.lexicographicOrder(Edge edge) Compares the type and label of this edge and the passed edge.
boolean	Edge.overlaps(Edge edge) Checks whether this edge overlaps the given edge.
void	AbstractEdgeLayout.removeFromSelection(Edge edge) Remove an edge from the selection.
void	AbstractEdgeLayout.select(Edge edge) Select only one edge and remove all other edges from the selection.
boolean	Edge.strictlyCovers(Edge edge) Checks whether the given edge is covered by this edge and at least one token is not aligned.
void	AbstractEdgeLayout.toggleSelection(Edge edge) Change whether the given edge is selected or not.

Method parameters in com.googlecode.whatswrong with type arguments of type Edge

void	NLPInstance.addEdges(Collection<Edge> edges) Adds the given edges to this instance.
protected int	AbstractEdgeLayout.calculateDepth(HashMultiMapLinkedList<Edge,Edge> dominates, Counter<Edge> depth, Edge root) Calculate the number of edges under each edge and returns the max.
protected int	AbstractEdgeLayout.calculateDepth(HashMultiMapLinkedList<Edge,Edge> dominates, Counter<Edge> depth, Edge root) Calculate the number of edges under each edge and returns the max.
protected int	AbstractEdgeLayout.calculateDepth(HashMultiMapLinkedList<Edge,Edge> dominates, Counter<Edge> depth, Edge root) Calculate the number of edges under each edge and returns the max.
Map<Token,Integer>	SpanLayout.estimateRequiredTokenWidths(Collection<Edge> edges, Graphics2D g2d) For each token that has a self-loop we need the token to be wide enough.
Collection<Edge>	EdgeTypeFilter.filterEdges(Collection<Edge> original) Filters out all edges that don't have an allowed prefix and postfix type.
Collection<Edge>	EdgeTokenFilter.filterEdges(Collection<Edge> original) Filters out all edges that do not have at least one token with an allowed property value.
Collection<Edge>	EdgeLabelFilter.filterEdges(Collection<Edge> original) Filters out all edges that don't have a label that contains one of the allowed label substrings.
abstract Collection<Edge>	EdgeFilter.filterEdges(Collection<Edge> original) Take a set of edges and return a subset of them.
void	EdgeLayout.layout(Collection<Edge> edges, TokenLayout tokenLayout, Graphics2D g2d) Draws the edges onto the graphics object.
Dimension	SpanLayout.layoutEdges(Collection<Edge> edges, Map<Token,Bounds1D> bounds, Graphics2D g2d) Lays out the edges as spans (blocks) under or above the tokens they contain.
Dimension	DependencyLayout.layoutEdges(Collection<Edge> edges, Map<Token,Bounds1D> bounds, Graphics2D g2d) Lays out the edges as directed labelled dependency links between tokens.
void	AbstractEdgeLayout.onlyShow(Collection<Edge> edges) Show only the given edges.

Constructor parameters in com.googlecode.whatswrong with type arguments of type Edge

NLPInstance(Collection<Token> tokens, Collection<Edge> edges, NLPInstance.RenderType renderType, List<Integer> splitPoints)
Creates a new NLPInstance with the given tokens and edges.