基于Web3D查看器和图形引擎集成的数字地形模型的仿真应用

F. S. Adán, E. Macías, Eugenio Martínez-Cámara, M. P. Parte
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引用次数: 5

摘要

数字地形模型是地形可视化应用的基础,用于将虚拟地形可视化系统中出现的大量地形信息,用于了解和享受地形、训练模拟、确定视觉冲击等,以一种简单而强大的方式可视化。但是,这些模型也可以作为其他应用程序的基础,用于模拟有关地形的事件,或者用于估计其影响,例如道路、矿山、水坝和一般建筑工程的开发,河流或水坝中水行为的建立,真正的军事战略模拟,洪水、火山爆发、山体滑坡和雪崩等自然现象的模拟,这项工作显示了开发虚拟地形可视化应用程序所遵循的步骤和方法,基于Web3D查看器和图形引擎,以及在两种情况下开发的模拟应用程序,以模拟效果和优化驱动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation Applications Based on Digital Terrain Models Integrated in Web3D Viewers and Graphic Engines
Digital terrain models constitute the base of terrain visualization applications, used to visualize in an easy and powerful way a great quantity of information obtained from the terrain, such as occurs in virtual terrain visualization systems, used to know and enjoy land, training simulations, determination of visual impacts, etc. But these models can also be used as the base for other applications that simulate events concerning the terrain, in other to estimate their effects, such us development of roads, mines, dams, and general building works, establishment of water behaviour in rivers or dams, real military strategy simulation, simulation of natural phenomena such as floods, volcanic eruptions, landslides and avalanches, etc.This work shows the steps and methodology followed to develop a virtual terrain visualization application, based on Web3D viewers and graphic engines, as well as the simulation applications developed in both cases in order to simulate effects and optimise actuations.
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