CAJ | 학술논문

本文设计并实现了一个面向机房的动态虚拟装配系统。该系统将传统的三维虚拟装配分解为二维装配和三维可视化两部分。在二维装配阶段，用户只需简单的交互操作就可完成机房的装配，配置结果记录在系统动态生成的配置文件中；在三维可视化阶段，系统根据配置文件可视化装配结果，实现虚拟装配。这种动态虚拟装配的架构有效提高了装配的效率，使装配更简捷、修改更容易。此外，该系统采用WebGL技术实现可视化，使得该系统的操作可全部在浏览器端完成，系统的发布和使用更加便捷。
본문설계병실현료일개면향궤방적동태허의장배계통。해계통장전통적삼유허의장배분해위이유장배화삼유가시화량부분。재이유장배계단，용호지수간단적교호조작취가완성궤방적장배，배치결과기록재계통동태생성적배치문건중；재삼유가시화계단，계통근거배치문건가시화장배결과，실현허의장배。저충동태허의장배적가구유효제고료장배적효솔，사장배경간첩、수개경용역。차외，해계통채용WebGL기술실현가시화，사득해계통적조작가전부재류람기단완성，계통적발포화사용경가편첩。
This paper presents a new machine room virtual assembly system. It decomposes the traditional virtual assembly system into two parts: 2D assembly and 3D visualization. At the first stage, users can finish assembling just by a few simple interactive operations in a 2D interface, and the results will be stored in a configuration file generated by system dynamically. At the second stage, the assembly results can be visualized according to the conifguration ifles. This solution improves the system's performance effectively.Moreover, we introduced WebGL technique in the visualization stage, and therefore, all the operations are able to be done at the web browser end, which makes the usage and distribution of the system more convenient.