首页|基于眼动实验的凤翔坐虎造型基因提取及应用

基于眼动实验的凤翔坐虎造型基因提取及应用

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研究基于眼动实验的凤翔坐虎造型基因提取及应用的方法,使凤翔坐虎的优秀外观造型基因得到更好的传承与发展.以凤翔坐虎造型为切入点,对凤翔坐虎的显著性造型特征进行剖析,将外轮廓基因特征线、内结构基因特征线、装饰造型基因特征线作为凤翔泥塑的关键造型因子提取特征.运用眼动技术及专家评分法提取出最具代表性的凤翔坐虎造型基因,并将其运用到新的相关凤翔坐虎文创产品中,实现文化与潮流的碰撞.研究表明:使用眼动实验方法提取出的凤翔坐虎造型基因与专家评价法得出的外轮廓基因特征线与装饰造型基因特征线结论基本一致,分别为 F4、F22.在内部结构基因造型线中出现部分偏差得出结论分别为 F13、F14.该方法摆脱了仅依赖于主观经验的人为提取方法的缺陷,以及缺少文化历史背景的刻板实验,有助于提升凤翔泥塑文创产品的文化底蕴以及市场竞争能力,同时也为凤翔泥塑再设计及应用提供理论借鉴.
Gene Extraction and Application of Fengxiang Sitting Tiger Modeling based on Eye-movement Experiment
Research on the extraction and application of Fengxiang Sitting Tiger styling genes based on eye movement experiments,in order to better inherit and develop the excellent appearance styling genes of Fengxiang Sitting Tiger.Methods Taking Fengxiang sitting tiger modeling as the entry point,we analyzed the salient modeling features of Fengxiang sitting tiger and extracted the features of the outer contour gene feature line,inner structure gene feature line,and decorative modeling gene feature line as the key mode ling factors of Fengxiang clay sculpture.The most representative Fengxiang sitting tiger modeling genes were extracted by using eye-movement technology and expert scoring method and applied to the new related Fengxiang sitting tiger cultural and creative products to realize the collision of culture and trend.Research findings have shown that the Fengxiang Sitting Tiger shape genes extracted using eye movement experiments and the outer contour gene feature lines obtained using expert evaluation methods are basically consistent with t he decorative shape gene feature lines,which are F4 and F22,respectively.Some deviations in the internal structural gene modeling line are concluded as F13 and F14,respectively.This method overcomes the shortcomings of relying solely on subjective experience for manual extraction methods and the lack of cultural and historical background for stereotypical experiments.It helps to enhance the cultural heritage and market competitiveness of Fengxiang clay sculpture cultural and creative products,and also provides theoreti cal reference for the redesign and application of Fengxiang clay sculpture.

eye-movement experimentFengxiang sitting tigermodeling genefactor extraction

李涵丰、潘春宇

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江南大学 设计学院,江苏 无锡 214122

眼动实验 凤翔坐虎 造型基因 因子提取

2024

武汉纺织大学学报
武汉纺织大学

武汉纺织大学学报

影响因子:0.316
ISSN:2095-414X
年,卷(期):2024.37(1)
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