基于HTML5的矢量海图Web制图研究

M. Pan, Bobo Pang, C. Li, Deqiang Wang, Donglong Min, De-peng Zhao
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引用次数: 2

摘要

本文针对传统网络海图技术所遇到的问题,在HTML5蓬勃发展的背景下,对基于HTML5的矢量海图网络制图进行了研究。主要研究内容包括:1)基于HTML5的web图表应用系统架构,其中使用HTML5、CSS和Javascript对客户端web图表页面进行构建和样式化;使用Js构建服务器端,提供HTTP和Web Socket服务;2)对矢量海图数据进行组织,提高数据网络传输和数据处理的效率,将S-57原始海图转换为Shape文件,并设计Javascript框架为客户端读取和解析Shape文件;3)将矢量海图显示在Web页面上,实现矢量海图的Javascript显示框架和海图点呈现功能;线条和区域符号是基于HTML5 Canvas设计的。通过一个基于网图的船舶跟踪应用,验证了所提方法的有效性。结果表明,HTML5适合开发web矢量图应用,但仍存在不能完全符合S-52显示标准等问题有待解决。
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Research on Web Mapping of Vector Nautical Charts Based on HTML5
According to the issues encountered by traditional web chart technologies, the paper, following the boom of HTML5, did a research into web mapping of vector nautical charts based on HTML5. The research mainly includes: 1) System architecture for the HTML5 based web chart application, in which HTML5, CSS and Javascript are used to build and style the client Web chart pages, and Node. Js is used to construct the server-side to provide both HTTP and Web Socket services, 2) Organization of vector chart data to obtain more efficiency of data network transmission and data procession, for which original S-57 charts are converted into Shape files and a Javascript framework is designed to read and parse the Shape files for the client, 3) Vector nautical charts display on Web page, for which a Javascript display framework and rendering functions for chart points, lines and areas symbols are designed based on HTML5 Canvas. An application of web chart based vessel tracking is tested further to verify the proposed methods. The results showed that HTML5 is suitable to develop web vector chart applications, although there are several problems waiting to be solved such as it can't comply with S-52 display standard completely.
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