com.tensegrity.graph.view
Class VisualPortAssignmentPredicate.ShortestDistancePredicate

java.lang.Object
  com.tensegrity.graph.view.VisualPortAssignmentPredicate
      com.tensegrity.graph.view.VisualPortAssignmentPredicate.ShortestDistancePredicate

Enclosing class:

VisualPortAssignmentPredicate

public static final class VisualPortAssignmentPredicate.ShortestDistancePredicate

extends VisualPortAssignmentPredicate

Updates the ports accourding to the distance.

Nested Class Summary

Nested classes inherited from class com.tensegrity.graph.view.VisualPortAssignmentPredicate

VisualPortAssignmentPredicate.AnglePredicate, VisualPortAssignmentPredicate.BottomToTopPredicate, VisualPortAssignmentPredicate.CenterBothPredicate, VisualPortAssignmentPredicate.ConstrainedDenotationNamePredicate, VisualPortAssignmentPredicate.ConstrainedDirectionPredicate, VisualPortAssignmentPredicate.ConstrainedShortestDistancePredicate, VisualPortAssignmentPredicate.DenotationNamePredicate, VisualPortAssignmentPredicate.DirectionPredicate, VisualPortAssignmentPredicate.IdPredicate, VisualPortAssignmentPredicate.LeftToRightPredicate, VisualPortAssignmentPredicate.RestrictedDirectionPredicate, VisualPortAssignmentPredicate.RightToLeftPredicate, VisualPortAssignmentPredicate.ShortestDistancePredicate, VisualPortAssignmentPredicate.SubgraphDeepestNodeDenotationNamePredicate, VisualPortAssignmentPredicate.SubgraphDeepestNodeShortestDistancePredicate, VisualPortAssignmentPredicate.SubgraphInnerNodeDenotationNamePredicate, VisualPortAssignmentPredicate.TopToBottomPredicate

Constructor Summary

VisualPortAssignmentPredicate.ShortestDistancePredicate(Coordinate coordinate)
Constructs a ShortestDistancePredicate instance for the given reference point.

VisualPortAssignmentPredicate.ShortestDistancePredicate(Coordinate coordinate, java.util.Set validPorts)
Constructs a ShortestDistancePredicate instance for the given reference point but limites the potential hit ports to the ones passed in the given set.

Method Summary

VisualPort

apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource) This is the predicate method an implementer of this specification must provide.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

VisualPortAssignmentPredicate.ShortestDistancePredicate

public VisualPortAssignmentPredicate.ShortestDistancePredicate(Coordinate coordinate)

Constructs a ShortestDistancePredicate instance for the given reference point.

Parameters:

coordinate - the reference point for finding the closest distance.

VisualPortAssignmentPredicate.ShortestDistancePredicate

public VisualPortAssignmentPredicate.ShortestDistancePredicate(Coordinate coordinate,
                                                               java.util.Set validPorts)

Constructs a ShortestDistancePredicate instance for the given reference point but limites the potential hit ports to the ones passed in the given set.

Parameters:

coordinate - the reference point for finding the closest distance.

validPorts - set of valid ports.

Method Detail

apply

public VisualPort apply(VisualGraph visualgraph,
                        VisualEdge visualedge,
                        VisualNode visualnode,
                        VisualPort visualport,
                        boolean isSource)

Description copied from class: VisualPortAssignmentPredicate

This is the predicate method an implementer of this specification must provide. Information about the current processed edge/port (node), in other words a connection, is supplied to the method by the following arguments. In other words, this method receives a single connection of an edge to a port as its input. It then may process this connection and adjust it by returning the new desired port. The new port must be assigned to the same node as the original port. An assignment of the connection to another node is not allowed in the context of a port reassignment. You may return null if you don't want to reassign the connection to another port. Otherwise return a new port on the same node. This is the major invariant you must obey when you implement your own predicates. The new port is only valid if it is in the same VisualNode as the old port. Another invariant affects the incoming arguments of the method. The incoming port VisualPort must always be a port that is associated with the incoming VisualNode.

Specified by:

apply in class VisualPortAssignmentPredicate

Parameters:

visualgraph - the VisualGraph the connection is in.

visualedge - the VisualEdge that is previously connected.

visualnode - the VisualNode that is previously connected.

visualport - the VisualPort that is previously connected.

isSource - false if the connection is a target end, true if the connection is a source end.