Application Research of Computational Design Aesthetics

This study explores the application of computational design aesthetics to conform to Chinese aesthetic standards in customized glasses frames. Through quantitative analysis, it examines the impact of key design variables (upper frame position, middle beam height, and lower frame position) on the aesthetics of wearing. The results indicate that achieving a better aesthetic feeling can be attained when the upper frame of the glasses is approximately 20% above the vertical distance between the eyebrow and eye, the middle beam is about 20% above the height of the frame, or the lower frame is roughly 40% above the vertical distance between the lower eyelid and the angle of the mouth. These findings hold significant value for the eyewear industry and cultural confidence. They empower enterprises to leverage computational design tools, enhancing the harmony and attractiveness of individual facial frames, catering to the preferences of the Chinese market, and deepening the understanding of cultural factors in aesthetic perception. Furthermore, it contributes to realizing the goal of socialist cultural confidence with Chinese characteristics. In conclusion, this study is a valuable reference for creating eyewear frames that exude individual and cultural confidence, fostering innovation in the eyewear industry and the principles of harmonious design aesthetics.