【摘要】 我国城市正处在由"量"向"质"的转型发展中,城市建设用地的选取需要迈向立体化、精确化控制。本文从城市设计视角出发,试图建立一套以多元价值为导向、多学科专业协作的三维形态认知与操作方法。基于数字化平台,研究了自然生态、人工建设、历史格局及环境物理等系统对平面边界及高度轮廓的影响机制,随后运用生成技术对空间布局进行了模拟和验核。本文对于推动新的城市建设与既有的自然生态及人工环境共融共生,营造安全可持续的美好人居环境具有实践意义。更多还原

【Abstract】 China’s cities are in the transformation from "quantity" to "quality", so the selection of urban construction land needs to move towards three-dimensional and accurate control. From the perspective of urban design,this paper attempts to establish a set of three-dimensional form cognition and operation methods guided by multiple values and multi-disciplinary cooperation. Based on the digital platform, the influence mechanism of ecological, artificial, historical and environmental systems on plane boundary and height contour is studied, and then the spatial layout is simulated and verified by generation technology. This paper has practical significance for promoting the integration and symbiosis of new urban construction and existing natural and artificial environment,and creating a safe and sustainable habitat environment.更多还原