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Visual preparation of hydrological models

机译:水文模型的视觉准备

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In this paper we demonstrate the functionality of the OpenGeoSys framework for visualisation of simulation-related data. Complex hydrological models are based on a large number of heterogeneous input data sets. In addition to any geo-scientific information such models also include finite element meshes, initial- and boundary conditions, and other data necessary for the simulation of hydrological processes. The visual assessment of this information in 3D space in the process of creating models has proven to be helpful for experts to attain a deeper understanding of the interrelation of data sets and the detection of possible problems or errors. The presented visualisation techniques are applied to a model region at the western Dead Sea escarpment for a simulation of groundwater recharge in an arid region.
机译:在本文中,我们展示了OpenGeoSys框架的功能,用于可视化仿真相关数据。复杂的水文模型基于大量的异构输入数据集。除了任何地质科学信息外,这些模型还包括有限元网格,初始和边界条件以及模拟水文过程所需的其他数据。在创建模型过程中,在3D空间中对3D空间中的此信息的视觉评估已被证明有助于专家达到对数据集的相互关系和检测可能的问题或错误的更深入了解。所提出的可视化技术应用于西部死海悬垂的模型区域,以进行干旱区域地下水补给的模拟。

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