Uses of Class
com.intersult.ai.convex.ConvexSet.Vertex

Packages that use ConvexSet.Vertex

Package	Description
com.intersult.ai.convex

Uses of ConvexSet.Vertex in com.intersult.ai.convex

Methods in com.intersult.ai.convex that return ConvexSet.Vertex

Modifier and Type	Method and Description
ConvexSet.Vertex	ConvexSet.add(T value)
ConvexSet.Vertex	ConvexSet.find(T value)
ConvexSet.Vertex	ConvexSet.Vertex.find(T value)
ConvexSet.Vertex	LinearSearch.getBest()

Methods in com.intersult.ai.convex that return types with arguments of type ConvexSet.Vertex

Modifier and Type	Method and Description
List<ConvexSet.Vertex>	Collector.get()
List<ConvexSet.Vertex>	ConvexSet.Vertex.getEdges()

Methods in com.intersult.ai.convex with parameters of type ConvexSet.Vertex

Modifier and Type	Method and Description
void	ConvexSet.connect(ConvexSet.Vertex left, ConvexSet.Vertex right)
void	ConvexSet.connect(ConvexSet.Vertex left, ConvexSet.Vertex right)
boolean	ConvexSet.connected(ConvexSet.Vertex left, ConvexSet.Vertex right)
boolean	ConvexSet.connected(ConvexSet.Vertex left, ConvexSet.Vertex right)
<T> boolean	SphereCriterion.convex(ConvexSet.Vertex a, ConvexSet.Vertex b, ConvexSet.Vertex test) Determine if this know lies in the sphere between knot a and knot b.
<T> boolean	SphereCriterion.convex(ConvexSet.Vertex a, ConvexSet.Vertex b, ConvexSet.Vertex test) Determine if this know lies in the sphere between knot a and knot b.
<T> boolean	SphereCriterion.convex(ConvexSet.Vertex a, ConvexSet.Vertex b, ConvexSet.Vertex test) Determine if this know lies in the sphere between knot a and knot b.
<T> boolean	LenseCriterion.convex(ConvexSet.Vertex a, ConvexSet.Vertex b, ConvexSet.Vertex test) Determine if this know lies in the spherical lense between knot a and knot b.
<T> boolean	LenseCriterion.convex(ConvexSet.Vertex a, ConvexSet.Vertex b, ConvexSet.Vertex test) Determine if this know lies in the spherical lense between knot a and knot b.
<T> boolean	LenseCriterion.convex(ConvexSet.Vertex a, ConvexSet.Vertex b, ConvexSet.Vertex test) Determine if this know lies in the spherical lense between knot a and knot b.
<T> boolean	Criterion.convex(ConvexSet.Vertex a, ConvexSet.Vertex b, ConvexSet.Vertex test) Test if the value to test could be pseudo convex, if a and b lies on a convex hull.
<T> boolean	Criterion.convex(ConvexSet.Vertex a, ConvexSet.Vertex b, ConvexSet.Vertex test) Test if the value to test could be pseudo convex, if a and b lies on a convex hull.
<T> boolean	Criterion.convex(ConvexSet.Vertex a, ConvexSet.Vertex b, ConvexSet.Vertex test) Test if the value to test could be pseudo convex, if a and b lies on a convex hull.
void	ConvexSet.disconnect(ConvexSet.Vertex left, ConvexSet.Vertex right)
void	ConvexSet.disconnect(ConvexSet.Vertex left, ConvexSet.Vertex right)
void	ConvexSet.Vertex.reorganize(ConvexSet<T> set, ConvexSet.Vertex vertex)
boolean	ConvexSet.Vertex.vertex(ConvexSet.Vertex a, ConvexSet.Vertex b)
boolean	ConvexSet.Vertex.vertex(ConvexSet.Vertex a, ConvexSet.Vertex b)
void	Stats.visit(ConvexSet.Vertex convex)
void	Debug.visit(ConvexSet.Vertex convex)
void	Visitor.visit(ConvexSet.Vertex convex)
void	LinearSearch.visit(ConvexSet.Vertex convex)
void	Collector.visit(ConvexSet.Vertex convex)