摘要
采用FLEX为开发平台,研究了在三维交互式环境下服装款式和服装制版设计的计算机实现的可能性,构建人体扫描后的服装三维模型,然后通过提取三维模型的交互信息,进而转化为服装的尺寸信息和约束化信息,获取参数约束下的服装纸样图。可将三维服装柔性参数化设计直接与间接修改应用于生产中,在服装的色彩选择、图像处理、高斯平滑、图像对比度增强、均衡直方图和柔性化模块以及不同的功能模块之间实现功能的可操作性。测试结果表明:三维交互式服装设计系统具有FLASH的外在表现特性,同时又突出开发人员的编译环境和操作系统,使外在表现与编程完美的结合,提高了软件的直观性、精确性、高效性以及交互性。
Based on the FLEX platform,the paper studied the possibility of the 3D garment design and garment plate making by using computer with interactive environment. It designed a 3D model which was constructed by scanning human body,extracting interactive information and then transforming into the clothing size information and constraint information. The 3D garment flexible parametric design can be directly and indirectly applied in production,in the clothing color selection,image processing,Gaussian smoothing,image contrast enhancement,balanced histogram and flexible module between different functional modules and operability of functionality. The test results showed that the 3D interactive garment design system has a FLASH external performance characteristics,and highlights compile environment and operating system for operators,It makes a perfect combination of external performance and programming,improves the objective,accuracy and efficiency of the software and interaction in production.
出处
《实验室研究与探索》
CAS
北大核心
2014年第12期117-120,138,共5页
Research and Exploration In Laboratory
基金
平顶山市科技局科技攻关项目(2011021)
关键词
三维交互式
服装设计
高斯平滑
FLEX
3D interactive technology
clothing design
Gaussian smooth
FLEX
