Bormashenko Edward, Legchenkova Irina, Frenkel Mark
Department of Chemical Engineering, Biotechnology and Materials, Engineering Sciences Faculty, Ariel University, Ariel 407000, Israel.
Entropy (Basel). 2019 Apr 30;21(5):452. doi: 10.3390/e21050452.
The Voronoi entropy for random patterns and patterns demonstrating various elements of symmetry was calculated. The symmetric patterns were characterized by the values of the Voronoi entropy being very close to those inherent to random ones. This contradicts the idea that the Voronoi entropy quantifies the ordering of the seed points constituting the pattern. Extension of the Shannon-like formula embracing symmetric patterns is suggested. Analysis of Voronoi diagrams enables the elements of symmetry of the patterns to be revealed.
计算了随机图案以及展示各种对称元素的图案的Voronoi熵。对称图案的特征是Voronoi熵的值与随机图案固有的值非常接近。这与Voronoi熵量化构成图案的种子点的有序性这一观点相矛盾。建议扩展包含对称图案的类香农公式。对Voronoi图的分析能够揭示图案的对称元素。