Do performs fn on all intervals stored in the tree. A boolean is returned indicating whether the Do traversal was interrupted by an IntOperation retur

DoMatch performs fn on all intervals stored in the tree that match q according to Overlap, with q.Overlap() used to guide tree traversal, so DoMatchin

DoMatchReverse performs fn on all intervals stored in the tree that match q according to Overlap, with q.Overlap() used to guide tree traversal, so Do

DoMatchReverse performs fn on all intervals stored in the tree that match q according to Overlap, with q.Overlap() used to guide tree traversal, so Do

DoReverse performs fn on all intervals stored in the tree, but in reverse of sort order. A boolean is returned indicating whether the Do traversal was

DoReverse performs fn on all intervals stored in the tree, but in reverse of sort order. A boolean is returned indicating whether the Do traversal was

Equal returns whether i equals e. Equal assumes the underlying type of e is Int.

Equal returns whether f equals e. For the purposes of the step package here, NaN == NaN evaluates to true. Equal assumes the underlying type of e is F

Equal returns whether p equals e. Equal assumes the underlying type of e is pair.

Keep adds c to the heap if its distance is less than or equal to the max value of the heap.

Len returns the length of the represented data array, that is the distance between the start and end of the vector.

Not semantically satisfying interface, but not used.

String returns a string representation of a Color.

String returns a string representation a Vector, displaying step start positions and values. The last step indicates the end of the vector and always