建筑设计方法及其建造流程正朝着更科学而系统的方向发展,建筑环境、功能空间及其建造手段也亟待整合和量化;互联网、物联网技术与相关算法相融合,为建筑学学科提供了科学的动态演化机制,形成彼此促进、互为依存的学科共生。基于规则和逻辑本质的算法设计可以超越现有应用软件的限定,隐喻而间接地在数字语境中联系传统的学科概念,提出用程序算法揭示并寻求设计方法的模式化解决策略,进而实现数字设计方法的连续性转化。 Building design methods and construction process are moving in a more scientific and systematic direction, the construction environment, functional space and construction methods also need to be integrated and quantified; Internet, Internet of Things technology and related algorithms, providing architectural disciplines The dynamic evolution mechanism of science forms a symbiosis of disciplines that promote and depend on each other. Based on the rules and the nature of the logic of the algorithm design can be beyond the limits of existing applications, metaphor and indirect contact in the digital context traditional disciplinary concepts proposed by the program algorithm to reveal and seek a design method of pattern-based solutions to achieve the number Continuous transformation of design methods.