Digital Topology on Adaptive Octree Grids.
The theory of digital topology is used in many different image processing and computer graphics algorithms. Most of the existing theories apply to uniform cartesian grids, and they are not readily extensible to new algorithms targeting at adaptive cartesian grids. This article provides a rigorous extension of the classical digital topology framework for adaptive octree grids, including the characterization of adjacency, connected components, and simple points. Motivating examples, proofs of the major propositions, and algorithm pseudocodes are provided.
Bai
Ying
Y
Department of Electrical and Computer Engineering Johns Hopkins University, Baltimore MD 21218.
Han
Xiao
X
Prince
Jerry L
JL