Yani Widyani, Elia Dolaciho Bangun, Hira Laksmiwati, Rickard Elsen
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引用次数: 2
摘要
提出了一种运动目标可视化引擎的原型。该引擎期望显示移动的对象,例如移动的点、移动的线和移动的区域。实现此特性的现有工具之一是SECONDO的Java GUI。但是,将GUI模块与任何特定的基于web的可视化移动对象的信息系统集成并不容易。使用Google Maps API,可以构建我们自己的引擎,它可以很容易地与我们的基于web的信息系统或任何特定的基于web的信息系统集成。为了构建该引擎,我们采用了SECONDO中使用的数据模型和数据结构。该数据结构包括移动对象数据类型的定义,如mpoint(移动点)、mline(移动线)和mregion(移动区域)。这些类型是相应空间数据类型(点、线和区域)的时间函数。此外,将通过在一个简单的web应用程序灾害信息管理系统(Disaster Information Management System)中使用该引擎进行验证,该应用程序将显示任何类型的灾害(如洪水、龙卷风、海啸等)的移动区域。
This paper proposes a prototype of moving object visualization engine. This engine is expected to display moving object, such as moving point, moving line, and moving region. One of an existing tool that has implemented this feature is Java GUI of SECONDO. But, it is not easy to integrate the GUI module with any particular web-based information system that has to visualize moving object. Using Google Maps API, it is possible to build our own engine that can be easily integrated with our web-based information system, or any particular web-based information system. To build this engine, we adopt data model and data structure used in SECONDO. This data structure includes definition of moving object data type such as, mpoint (moving point), mline (moving line), and mregion (moving region). These types are function of time of corresponding spatial data types: point, line, and region. Further, this engine will be validated by using it in a simple web application, Disaster Information Management System, which will display the moving area of any types of disaster, such as flooding, tornado, tsunami, etc.