摘要
Abstract
Against the backdrop of the ongoing digital transformation in the construction industry and the continuous improvement of software and information service capabilities,architectural design production is progressively transitioning toward a specialized digital working model that is oriented to specific engineering scenarios and capable of supporting high-frequency design activities and continuous processing across multiple stages.On this basis,and drawing on the practical development of digital tools for architectural design,this paper examines a development path comprising"engineering problem identification-design object abstraction-logical rule construction-tool workflow development-design iteration application."The paper contends that the development of digital tools for architectural design should not be approached solely from the perspective of improving efficiency in a single process step.Instead,it should focus on design tasks that occur frequently,are amenable to rule-based processing,and require continuous processing,so as to establish an integrated chain linking design objects,parametric attributes,rule processing,deliverable output,and iterative updating.Through this approach,an executable,reusable,and iterative tool workflow can be realized,thereby enhancing design production efficiency and the quality of design deliverables.关键词
工程问题/建筑设计数字化工具/设计对象抽象/规则化处理/开发路径Key words
engineering problem/digital tools for architectural design/design object abstraction/rule-based processing/development path分类
建筑与水利
