Jewellery Shape Optimization Based on Genetic Algorithm Integration of Traditional Cultural Elements and Design Uniqueness

Abstract

This study deeply discusses the application of the genetic algorithm in jewellery design and how traditional cultural elements are organically integrated into jewellery design. Firstly, the basic principle of the genetic algorithm is described in detail, including critical steps such as gene coding, fitness function, selection, crossover and variation. Using genetic algorithms to optimize jewellery shape design is further discussed to achieve higher design efficiency and better design effects. Analyze the extraction and analysis methods of traditional cultural elements, including the definition, classification and characteristic analysis of traditional cultural factors. Through these methods, we can accurately identify the traditional cultural elements that are representative and full of artistic value. When these elements are organically integrated into jewellery design, we pay attention to maintaining modern aesthetic taste while showing profound cultural heritage. Through the clever use of genetic algorithms for shape optimization, combined with material selection, technology and other aspects of consideration, the jewellery successfully reflects the traditional cultural elements with a unique style. The advantages and limitations of applying genetic algorithms in jewellery design are pointed out. Although this method can improve design efficiency and create better results, there are still some problems, such as relying on manual intervention and difficulty in fully meeting the needs of personality.