本文阐述了人机系统软件相关的矢量图形系统、数据库系统、信息系统、空间信息分析系统，给出了基本原理和技术解决方案。
The relative system, such as vector graphic system, database system, and space information system, are discussed in the paper, the basic principle and realize method are discussed in the paper also.
本文阐述了人机系统软件相关的矢量图形系统、数据库系统、信息系统、空间信息分析系统，给出了基本原理和技术解决方案。
The relative system, such as vector graphic system, database system, and space information system, are discussed in the paper, the basic principle...
通过开发基于J2EE构架的Oracle数据库应用程序，实现了矢量图形数据的存取，提出了一种开发GIS矢量图形系统的新思路。
Through exploiting the applying program of Oracle database based on J2EE, the access of vector graphics data is realized and a new method of developing vector figure system on GIS is brought forward.
论文通过对二维矢量图形的研究，实现了全面的图形处理功能。使得系统可以方便地进行输入、输出以及存储。
The thesis passes to two measures the research of the sketch, realizes completely of the sketch handles function. can make system proceeded the importation, output expediently and saving.
以调度自动化系统为实际应用背景，提出将SVG(可缩放矢量图形)技术运用到地理接线图上。
Based in practical application of Dispatching Automation System, the application of SVG (Scable Vector Graphics) technology in geographical wiring diagram is introduced.
如何开发出可以复用的石油钻探领域基础矢量图形构件、节约开发成本、缩短开发周期、提高系统效率是本文着重解决的问题。
How to develop a reusable basic vector graphics of oil drilling domain is a crucial problem, which can save development costs, short development cycles and increase system efficiency.
本课题的目标是要在图形平台一体化的指导思想下，实现能够满足电力数据采集与监视控制（SCADA）要求的图形系统，该系统以可扩展矢量图形（SVG）作为图形交换格式。
This page aims at developing a graphic system that can meet requirements of SCADA in power systems and create graphic files in SVG format under the guidance thinking of the universal graphic platform.
矢量图形组态子系统是工控组态软件的重要组成部分。
The purpose is to solve the problem of realizing the element figure of graphic configuration during the development of configuration system.
该系统构建了长江及其流域湖泊的数字化地图，存储了大量的长江中下游渔业资源数据及其相关信息，实现了矢量图形数据和属性数据的完美结合。
The system, which constructs a numeric map of the Yangtze River and the related lakes and stores a large amount of data on fishery resource, perfectly integrates the maps and attribute data.
该系统构建了长江及其流域湖泊的数字化地图，存储了大量的长江中下游渔业资源数据及其相关信息，实现了矢量图形数据和属性数据的完美结合。
The system, which constructs a numeric map of the Yangtze River and the related lakes and stores a large amount of data on fishery resource, perfectly integrates the maps and attribute data.
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