阅读说明：本技术 基于bcca优化模型的生物粒子团簇体构建方法 (Biological particle cluster construction method based on BCCA optimization model ) 是由 顾有林 胡以华 丁婉莹 陆卫 李维 陈曦 王新宇 曹浩 于 2021-07-05 设计创作，主要内容包括：本发明提供一种基于BCCA优化模型的生物粒子团簇体构建方法,所述方法包括：获取三维空间中存在的粒子个数与各粒子粒径；构建三维模型；设置并调用lowbit函数,计算期望团簇体数N；判断所述三维模型中的当前团簇体数N-c是否等于1；确定所述三维模型中当前存在的团簇体,当团簇体满足相应的碰撞条件相互碰撞时,进行碰撞处理；确定当前团簇体数N-c；输出当前团簇体中粒子的三维分布图,以所述当前团簇体中粒子的三维分布方式作为结果输出。根据本发明的方法,能够形成更好的消光材料结构,有助于制备出具有更强消光特性的消光材料。(The invention provides a biological particle cluster body construction method based on a BCCA optimization model, which comprises the following steps: obtaining the number of particles and the particle size of each particle in a three-dimensional space; constructing a three-dimensional model; setting and calling a lowbit function, and calculating the expected cluster number N; judging the current cluster number N in the three-dimensional model c Whether it is equal to 1; determining the cluster bodies currently existing in the three-dimensional model, and performing collision processing when the cluster bodies meet corresponding collision conditions and collide with each other; determining a current cluster number N c (ii) a And outputting a three-dimensional distribution map of the particles in the current cluster body, and outputting the three-dimensional distribution mode of the particles in the current cluster body as a result. According to the method disclosed by the invention, a better extinction material structure can be formed, and the extinction material with stronger extinction characteristic can be prepared.)