基于“波函数塌陷”算法(WFC)对中国古典园林假山空间的现代转译探索

Exploration of Modern Interpretation of the Space of a Rockery in a Classical Chinese Garden based on the"Wave Function Collapse"Algorithm(WFC)

在数字化建筑的时代背景下,如何以具有创新性的现代建筑语言对传统建筑、园林空间进行再现,对于当下地域建筑创作有着研究意义。文章从跨学科视角探索假山空间转译的可能性,将假山转译与参数化建筑关联,基于“波函数塌陷”算法(WFC),以传承传统假山空间为起点,对传统假山空间进行数字化转译与应用模拟,初步构想转译后的假山空间在城市环境中的应用方式,从新型的建筑构成模式出发,进一步引发对于未来城市构成方式的思考。

In the context of digital architecture,how to reproduce traditional architecture and garden space with innovative modern architectural language is of research significance to the current regional architectural creation.In this paper,we consider the possibility of wigwam space translation from an interdisciplinary perspective,associate wigwam translation with parametric architecture,and based on the"Wave Function Collapse"algorithm(WFC),take the traditional wigwam space as the starting point for inheriting the traditional wigwam space,digitally translate the traditional wigwam space and simulate the application of the traditional wigwam space,and preliminarily conceptualise the application of the translated wigwam space in the urban environment.It is a preliminary conception of the application of the translated wigwam space in the urban environment,which will further stimulate the thinking about the future urban composition from the new architectural composition mode.