the center of the cluster
Returns the probability of the given point belonging to this cluster.
Returns the probability of the given point belonging to this cluster.
a value between 0 and 1
Returns the weight of this cluster, not neccessarily normalized.
Returns the weight of this cluster, not neccessarily normalized. It could, for instance, simply return the number of points contined in this cluster.
the weight
Checks whether two SphereCluster
overlap based on radius
NOTE: overlapRadiusDegree only calculates the overlap based
on the centers and the radi, so not the real overlap
Checks whether two SphereCluster
overlap based on radius
NOTE: overlapRadiusDegree only calculates the overlap based
on the centers and the radi, so not the real overlap
When a clusters looses points the new minimal bounding sphere can be partly outside of the originating cluster.
When a clusters looses points the new minimal bounding sphere can be partly outside of the originating cluster. If a another cluster is right next to the original cluster (without overlapping), the new cluster can be overlapping with this second cluster. OverlapSave will tell you if the current cluster can degenerate so much that it overlaps with cluster 'other'
the potentially overlapping cluster
true if cluster can potentially overlap
Samples this cluster by returning a point from inside it.
Samples this cluster by returning a point from inside it.
a random number source
a point that lies inside this cluster
A class for defining a kind of MicroCluster