基于集群多代理系统粒子行为的非线性空间形态生成

Form Generation of Nonlinear Space Based on Particle Behaviors of Multi-agent System

基于对多代理系统、数字化空间衍生、非线性几何理论等概念的理解,提出有别于传统"捏形"的非线性空间构造方法,即通过模拟系统使得非线性空间自主生成。借由数字化软件建立集群多代理系统与空间模拟矩阵作为模拟空间基础;编辑并调整模拟粒子的运动特性以得到具有独特性质的粒子群;并且在多代理系统的平台上融入多种数字化算法使得粒子群的运动形成动态非线性空间,并提供了空间多种可能性。此时在粒子之间建立合适的结构,也就将粒子的运动信息转化为空间物质信息,最终得到空间设计方案。利用模拟平台的开放性与包容性,建筑师不仅能构建非线性空间的物质空间,也能探究促其生成的"力场"与逻辑组合。

Based on the understanding of the concepts such as multi-agent systems,parametric space derivation,nonlinear geometric theory,this paper makes a unique exploration about the special fluid form’s generation and modification,which are separated from the traditional modification for nonlinear space.Multi-agent system and spatial simulation matrix are established by parametric software as the basis of special simulation,editing and adjusting the motion characteristics of simulated particles to obtain particle swarms with unique properties,and integrating multiple digital algorithms on the platform of multi-agent system to make particle swarms motion being frozen into a dynamic nonlinear space that provides multiple possibilities for spaces.At this time,the appropriate structure could be established between the particles,and the motion information of the particles could be transformed into the spatial material information,finally the spatial scheme is obtained.Involving in the openness and resilience of the simulation platform,the architect can not only construct the material space of the nonlinear space,but also explore the'force field'and combined logics which cause the spatial generation.