NUMERICAL ECOSYSTEMS

摘要

The maximum block mass is subdivided according to an orthogonal grid set by minimum units that respond to fenestration, ventilation and structure. Void centroids are strategically distributed via a cellular automata algorithm according to maximum distances of circulation and major green void span, becoming the catalysing points for a 3-D Voronot subdivision script. Grid and Voronoi geometries become intricately interlocked with each other, but allow cells to be independent of each other so that they can be individually operated upon with an attractor-based script.