Voronoi Structure of Space Integration with an Applied Roundabout Network – Part I

Abstract

The network objective of structuring space integration addresses the topologic and geometric dimensions to be framed out in a holistic method. In this sense, the spatial network of the multidisciplinary Voronoi convex hull encapsulates the varied integral properties with their correlative exploration. In practice, the conservation network of the roundabout Cairo investigates its integral structure against decomposition. The resultant structural essence defines the individual topological versus plural geometric roles at global integration per generator. The integrated topology cross-correlates control syntax with degree centrality in the local context, whereas the global structure of asymmetry complements the betweenness dynamics of generator distributiveness. Meanwhile, the geometrical network of the gabriel-graph forms cyclic spaces of global integrity and is correlated with Voronoi nodes at equidistant meeting points per cycle. Overlaid Voronoi properties classify the layout into clustered generators of correlated interval integrity, with functional cognition to infinity. An overview of the Voronoi network adopts intangible space integration along with its comprehensive framework of interrelated algorithms in the virtual reality of urbanism.