着重阐述在以AJAX(asynchronous Javascript and XML)引擎为核心的图形多层体系架构的基础上,结合W3C组织推荐的基于可扩展置标语言(XML)的可缩放矢量图形(SVG)技术,研发具有异步通信机制的、基于Web的电力图形系统,并有效解决电气模型信息的实时动态刷新问题。同时提出了基于AJAX的多用户协同设计方案,提高了图形系统的工作效率。
Abstract
With the help of the famous search engine Google, AJAX(Asynchronous JavaScript and XML) is becoming more and more popular. On the other hand, a comparison with the traditional web application shows that AJAX has improved users' experience in web application through the asynchronous communication mechanism. Following the promulgation of a series of IEC 61970 standards, there seems to have loomed broad prospects for XML-based vector graphics scalable vector graphics(SVG) in web application of the power system. How to apply SVG to Power Graphics System in the framework of .Net is emphatically discussed therein in terms of the above characteristics. The principles of the non-fresh dynamic display of graphic data and electrically related information are elaborated. In addition, this paper also puts forward a jointly designed multi-user scheme to improve the efficiency of the graphics system.