徐丽君,王煦.壮族织锦花鸟纹样感性因子提取及创新衍生设计[J].包装工程,2025,46(2):273-283. |
壮族织锦花鸟纹样感性因子提取及创新衍生设计 |
Extraction of Emotional Factor and Innovative Derivative Design of Zhuang Brocade Flower and Bird Pattern |
投稿时间:2024-08-04 |
DOI:10.19554/j.cnki.1001-3563.2025.02.024 |
中文关键词: 壮族织锦 感性意象 形状文法 衍生设计 模糊综合评价 智能设计 |
英文关键词: Zhuang brocade perceptual image shape grammar derived design fuzzy comprehensive evaluation intelligent design |
基金项目:国家社会科学基金(19FZXB009) |
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中文摘要: |
目的 探究广西壮族织锦纹样的感性意象因子及其创新衍生设计,增强壮族织锦纹样在时尚设计领域的可塑性。方法 通过搜集、整理和筛选得出12个典型壮族织锦花鸟纹样,利用计算机辅助绘画制图以确立实验样本。运用KJ分析法得出8组感性意象词对,并设置5级李克量表,结合问卷调查形式进行感性意象评价实验。将实验数据导入SPSS软件并进行聚类分析,得出用户感性需求下壮族织锦花鸟纹样的3个公共因子,分别为视觉效果因子、造型表现因子和风格意蕴因子。采用形状文法对用户喜爱度排名第一的纹样进行基元分解和形态推演,结合2024 PANTONE春季流行色,应用AIGC技术进行色彩迁移,筛选得出90个创新纹样进行编码,将评价排名前4的创新纹样用于衍生品实践中,最后运用模糊综合评价法对设计实践进行评价分析。结果 与壮锦花鸟纹样高度契合的感性意象特征词汇作为算法的文本设定,叠加形状文法推演后的纹样垫图和流行色迁移,优化了AIGC生成创新纹样的规则设定与方法模式。结论 将壮族织锦花鸟纹样进行感性因子提取、形状文法推演,以及智能创新设计,为传统壮锦纹样在现代设计领域中的应用提供了一定的实验基础和参考意义,有助于壮锦纹样在现代设计领域中的传承延续与创新发展。 |
英文摘要: |
The work aims to explore the perceptual image factors and innovative derivative design of Zhuang brocade patterns in Guangxi, and enhance the plasticity of Zhuang brocade patterns in fashion design. Twelve typical Zhuang brocade flower and bird patterns were collected, selected and screened, and experimental samples were established by computer aided drawing. KJ analysis was used to obtain 8 pairs of perceptual image words, and a five-level Ricke scale was set up to conduct perceptual image evaluation experiments in combination with questionnaire survey. The experimental data were imported into SPSS software for cluster analysis, and three common factors of Zhuang brocade flower and bird patterns under the user's perceptual demand were obtained, namely, visual effect factor, modeling expression factor and style implication factor. The shape grammar was used to decompose the motif and deduce the shape of the pattern that ranked first in the user's favorite. Combined with the 2024PANTONE spring fashion color, AIGC technology was applied to carry out color transfer, and 90 innovative patterns were selected for coding. The top four innovative patterns in the evaluation were used in derivative practice. Finally, the fuzzy comprehensive evaluation method was used to evaluate and analyze the design practice. The perceptual image feature words which were highly consistent with the flower and bird patterns of Zhuang brocade were taken as the text setting of the algorithm, and the pattern layout and popular color transfer after the shape grammar were superimposed to optimize the rule setting and method mode of generating innovative patterns in AIGC. In conclusion, the extraction of perceptual factors, shape grammar deduction and intelligent innovative design of flower and bird patterns of Zhuang brocade provide a certain experimental basis and reference significance for the application of traditional Zhuang brocade patterns in the field of modern design, and contribute to the inheritance and innovative development of Zhuang brocade patterns in the field of modern design. |
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