Supporting data for "Structural analysis of bio-inspired spatial systems: network efficiency of fractal morphologies"

Supporting data for "Structural analysis of bio-inspired spatial systems: network efficiency of fractal morphologies". <br> The csv files are named according to the system data: hexagonal (hexagonal), kagome (kagome), hexaflake (hexaflake), vicsek (vicsek), ballistic aggregation (ba), and diffusion-limited aggregation (dla). <br> - All files contain two columns, 'X' and 'Y', for the x and y coordinates of the particles in the plane. <br> - All files contain 10,000 particles, except for the Hexaflake and Vicsek systems that contain 16807 and 15625 particles, corresponding to the 5th anf 6th iteration of the generation process, respectively. <br> - For the BA and DLA systems there are 10 copies for each system.

《仿生空间系统的结构分析：分形形态的网络效率》（Structural analysis of bio-inspired spatial systems: network efficiency of fractal morphologies）的配套支撑数据。<br>所用逗号分隔值（CSV）文件根据对应系统命名：六角形（hexagonal）、kagome晶格（kagome）、六角雪花形（hexaflake）、维塞克（vicsek）、弹道聚集（ballistic aggregation，BA）以及扩散限制聚集（diffusion-limited aggregation，DLA）。<br>- 所有文件均包含两列数据，分别为'X'与'Y'，对应平面内粒子的x、y坐标。<br>- 除六角雪花形与维塞克系统外，其余系统均包含10000个粒子；六角雪花形与维塞克系统分别包含16807和15625个粒子，对应生成过程的第5次与第6次迭代。<br>- 弹道聚集与扩散限制聚集系统各包含10组重复样本。