基于分形算法的魏晋莲花纹样数字生成与首饰设计研究OA

Lotus has long been one of the top representative motifs in China's traditional decorative arts.For this study,I chose lotus patterns from the Wei-Jin period as the main research object,and I use fractal theory to look into their structural characteristics in depth.Then I analyzed how fractal dimensions connect to visual complexity,and developed a Python-based generative system to digitally rebuild lotus patterns with fractal features.These generated patterns were later adapted into contemporary jewelry design,I paid special attention to a multilayered brooch structure.The findings show that fractal geometry can provide an effective way to reinterpret traditional motifs in the digital environment,while still retaining their original cultural connotations.And when we mix mathematical logic with handcrafted aesthetics,this study explores a balanced design approach that links historical tradition with contemporary expression,it shows that traditional patterns still have strong vitality in modern art and jewelry design.