摘要
服装产业目前正在向数字化、智能化设计转型,而几何学在形状解析、空间建模及参数化构造方面具有独特优势,成为推动转型的关键技术。在服装设计中,结构的精确性、美学表达的协调性以及大规模个性化生产的技术需求,均依赖于几何算法的数学逻辑支撑。就几何学在服装参数化建模、动态适应性设计及智能化生产全链路中的实践路径展开探讨,以期为提升设计效率、优化用户体验及推动行业数字化转型提供可落地的理论基础。
The garment industry is currently transforming to digital and intelligent design,and geometry has unique advantages in shape analysis,spatial modeling and parametric construction,and has become a key technology to promote the transformation.In fashion design,the accuracy of structure,the coordination of aesthetic expression and the technical requirements of large-scale personalized production all depend on the mathematical logic support of geometric algorithms.Therefore,it is necessary to discuss the practice path of geometry in apparel parametric modeling,dynamic adaptive design and intelligent production full link,in order to provide a practical theoretical basis for improving design efficiency,optimizing user experience and promoting the digital transformation of the industry.
作者
邵明月
李晨
SHAO Mingyue;LI Chen(Basic Education Department,Shangqiu Institute of Technology,Shangqiu 476000,China)
出处
《染整技术》
2025年第4期123-125,共3页
Textile Dyeing and Finishing Journal
关键词
几何学
参数化
服装设计
geometry
parameterization
fashion design
