二维水沙数据管理与可视化,以黄河下游为例

Xueyong Yin, Na Li, R. Lai
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引用次数: 0

摘要

根据黄河下游数学模型的特点,提出了基于面向对象数据建模方法的黄河下游水沙数据模型。该模型通过对各种数据类型进行英语化,定义属性及其相互关系,能够适应黄河下游数学模型的特点。本文以花园口至利津河段为试验区,建立了黄河下游水沙数学模型,实现了模型数据的管理分析和可视化。试验结果表明,该模型能使二维水沙模型数据关系清晰,实现数据共享管理。因此,可以有效降低数据存储冗余。方便了数据的转换和输入输出,提高了科学计算的可视化程度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The data management and visualization of water and sediment for two-dimensional, a case study of the lower reaches of Yellow River
According to the lower Yellow River mathematical model features, the paper presents the water and sediment data model based on the object-oriented data modeling method. By anglicizing various data types, defining the properties and their relationship, this model can adapt to the lower Yellow River mathematical model features. Taking the river part from Huayuankou to Lijin as the experimental zone, the article has founded water and sediment mathematical model of the lower Yellow River, and realized the management analysis and visualization of the model data. The test result shows that the model can make the relationship of 2D water and sediment model data clear, and realize the data sharing management. Therefore, it can effectively reduce data storage redundancy. It's convenient to convert and input/output the data, and it can improve the visualization of scientific calculation.
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