Study on the Strategies for Rapidly Developing Architectural Conceptual Program Based on WallaceiX and Stable Diffusion
The artificial intelligence is rapidly infiltrating various aspects of human life,and the field of architectural design is without exception.Utilizing the genetic algorithm foundation of WallaceiX,and combined with the artificial intelligence rendering capabilities of Stable Diffusion,this paper employs a range of planning conditions outlined in architectural briefs and the architect's understanding on the site as control parameters,and conducts automated enumerative design within a specified site,followed by manual selection and AI rendering of the automatically generated volumes.Remarkably,this process yields six architectural renderings in merely 28 seconds.Moreover,by adjusting control keywords,the software exhibits flexibility in altering design styles.Compared with the traditional design strategies relying solely on intellectual capacity and imagination for the preliminary project design,this approach significantly reduces the time invested in deliberating on architectural proposals during the pre-bid period,and effectively enhances the efficiency and scientific rigor of the proposal selection process.This design strategy proves particularly applicable in time-sensitive project bidding scenarios.
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