Traditional architectural rules in CAAD system

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This thesis presents research on computer-aided design support for traditional architectural theories, which serve as a foundation for addressing fundamental architectural questions like proportion, symmetry, color, and harmony. The aesthetic dimension of these theories is crucial for determining the beauty of architectural forms. Traditional theories play a vital role in maintaining unity and achieving harmony in design through specific principles. However, modern technology-driven construction often overlooks these theories due to standardization, mechanization, and cost-cutting measures. This research proposes a design support system that acts as an intelligent assistant, offering advice based on traditional analytical design principles to optimize architectural aesthetics. Implemented in the AutoCAD environment using AutoLISP, the system evaluates aesthetic quality and develops designs rooted in traditional theories while also exploring new possibilities linked to information models. The application utilizes the neutral format EXPRESS and EXPRESS-G for defining building elements. Results include efficient object model generation, aesthetic value checks during design phases, and guidance in rational solution-seeking. The proposed system serves as a valuable tool for exploring architectural aesthetics and formal solutions at various design stages, aiming to integrate traditional architectural values with contemporary CAAD sy