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Developing the 3D Flood Model Visualization System Based on the ArcEngine

机译:基于ArcEngine开发3D洪水模型可视化系统

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Establishing an appropriate and visual 3D query system of flood submerging could reflect extent of flood disaster directly, it is very important for the sectors of flood-control and disaster-relief, which they can determine disaster-relief target and planning. Due to problems with application of GIS on flood-control and disaster-relief, based on the topographic map of Fuzhou city, we established related database of flood submerging, and developed a 3D model of flood submerging using Visual C++ developing language and ArcEngine component library. This text gives a detailed introduction on generation of 3D terrain; query of terrain elevation, display of water line, flood submerging area, economy appendage, achieving process of statistics on pecuniary loss in flood submerging area, and so on. Intuitive and 3D visual effects reflected the spatial distribution situation of flood, overcoming the defects of traditional 2D GIS, laying the foundation for the rational decision-making in flood-control and disaster-relief.
机译:建立合适的可视化3D洪水淹没查询系统可以直接反映洪水灾害的程度,对于确定防洪目标和计划的部门,对于防洪减灾部门具有重要意义。针对GIS在防洪减灾中的应用问题,基于福州市地形图,建立了洪水淹没的相关数据库,并利用Visual C ++开发语言和ArcEngine组件库开发了洪水淹没的3D模型。 。本文详细介绍了3D地形的生成;查询地形高程,水位线显示,淹水区域,经济附属物,淹水区域金钱损失统计过程等。直观的3D视觉效果反映了洪水的空间分布状况,克服了传统2D GIS的缺陷,为防洪减灾的合理决策奠定了基础。

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