Linear Binary Space Partitions and the Hierarchy of Object Classes

Petr Tobola, Karel Nechvíle
2003 Canadian Conference on Computational Geometry  
We consider the problem of constructing binary space partitions for the set P of d-dimensional objects in d-dimensional space. There are several classes of objects defined for such settings that support the design of effective algorithms. We extend the existing de Berg hierarchy of classes [4] by defining new classes based on old ones and we show the desirability of such an extension. Moreover we propose a new algorithm that works on generalized Λ-low-density scenes [11] (defined in this paper)
more » ... and provides BSP trees of linear size. The tree can be constructed in O(n log 2 n) time and space, where n is the number of objects. Moreover, we can trade-off between size and balance of the BSP tree fairly simply.
dblp:conf/cccg/TobolaN03 fatcat:nhjq5qvyxbfrzcz2kj5fnzefcu