THE APPLICATION OF DIGITAL GENETIC ALGORITHM IN LACQUER DECORATION DESIGN
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Abstract
The purpose of this study is to explore the integration of MATLAB software and iterative algorithm techniques to enhance the design of decoration mechanisms in traditional lacquer art. MATLAB's computational power is harnessed to simulate and optimize the decorative process, particularly focusing on the lacquer crackle effect technique. This study is a qualitative research and quantitative research method, after experimentation, 100 sample techniques were collected. Taking the lacquer crackle effect technique decoration as an example, the optimal target parameter configuration is achieved. The study aims to present an innovative design method that merges traditional lacquer techniques with modern computational tools, highlighting the rich cultural heritage behind lacquer art while improving the efficiency and creativity of the design process.
The results of the research found that:
- the genetic algorithm technique could streamline the design process, enhance the quality of the decorative effects, and preserve the cultural heritage of lacquer art in a digital form.
2) Genetic algorithms evolve the most efficient configurations through repeated iterations, resulting in improved product design efficiency and enhanced overall aesthetics of the pattern.
3) The research results make an important contribution to the field of digital design and the preservation of traditional lacquer art, while also providing a new path for the future application of digital technology in the study of traditional art forms.
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