【作者】 张欣怡； 郭俊明； 余翰武； 黄译萱；

【Author】 Zhang Xinyi;Guo Junming;Yu Hanwu;Huang Yixuan;School of Architecture and Art Design,Hunan University of Science and Technology;Researoh Institute of Regional Architecture and Human Settlements,Hunan University of Science and Technology;Xiangtan Housing and Urban-Rural Development Bureau;

【机构】 湖南科技大学建筑与艺术设计学院； 湖南科技大学地域建筑与人居环境研究所； 湘潭市住房和城乡建设局；

【摘要】 本文针对近年来我国城市在快速发展过程中出现的特色危机和文脉失语的问题,利用Physarealm插件可模拟黏菌规划最优路线的特性,探索如何激活旧区空间活力。本文以湘潭市瞻岳门片区为例,运用Grasshopper中的Physarealm插件进行基于黏菌行为模拟优化的城市微更新研究,以片区文脉的物质延续与人情延续为基础,通过分析路径轨迹,着重分析重合点位置,进行并行线路优化设计,为城市既有社区的改造与更新提供参考。更多还原

【Abstract】 This paper,aimed at the present crisis and place context failure in the process of the rapid development of Chinese cities in recent years,explores how to activate the spatial vitality of old districts by using the Physarealm plug-in which can simulate the mucilaginous bacteria planing optimal routes.Taking the Zhanyue Gate area of Xiangtan City as an example,the Physarealm plug-in in Grasshopper is used to carry out a study on the optimisation of urban micro-renewal with the simulation of mucilaginous behaviour as its basis.Based on the physical continuity and human interest continuity of the area’s cultural heritage,this paper focuses on the location of overlapping points and carries out parallel route optimisation design to provide a reference for the renovation and renewal of existing urban communities through the path trajectory analysis.更多还原