大数据处理与随机组合在三维地质建模中的应用
发布时间：2018-12-13 14:00
【摘要】：针对三维地质建模中数据繁多、建模参数选取及地层建立过程复杂等问题,采用C#程序语言结合Auto CAD和CATIA进行二次开发,提取并归类数据,同时借助CATIA强大的建模功能,建立地形实体,根据多曲面随机组合分割原理,完成对地形实体的分割,实现了三维地质建模的自动化,并将其应用于实际工程中。结果表明,在数据提取中采用图层堆叠的方式对于海量数据处理具有一定优势,经优化后的三维地质建模思路能较好地实现程序化,简化建模过程。研究成果为三维地质建模提供了参考。
[Abstract]:In order to solve the problems in 3D geological modeling, such as the variety of data, the selection of modeling parameters and the complex process of formation establishment, the C # programming language combined with Auto CAD and CATIA is used for secondary development, and the data is extracted and classified. At the same time, the powerful modeling function of CATIA is used to extract and classify the data. According to the principle of multi-surface random combination segmentation, the terrain entity is segmented to realize the automation of 3D geological modeling, and it is applied to practical engineering. The results show that the method of layer stacking in data extraction has certain advantages for mass data processing, and the optimized 3D geological modeling method can better realize programming and simplify the modeling process. The research results provide a reference for three-dimensional geological modeling.
【作者单位】： 贵州省水利水电勘测设计研究院;河海大学水利水电学院;
【分类号】：TP391.7;TV221.2
本文编号：2376657
[Abstract]:In order to solve the problems in 3D geological modeling, such as the variety of data, the selection of modeling parameters and the complex process of formation establishment, the C # programming language combined with Auto CAD and CATIA is used for secondary development, and the data is extracted and classified. At the same time, the powerful modeling function of CATIA is used to extract and classify the data. According to the principle of multi-surface random combination segmentation, the terrain entity is segmented to realize the automation of 3D geological modeling, and it is applied to practical engineering. The results show that the method of layer stacking in data extraction has certain advantages for mass data processing, and the optimized 3D geological modeling method can better realize programming and simplify the modeling process. The research results provide a reference for three-dimensional geological modeling.
【作者单位】： 贵州省水利水电勘测设计研究院;河海大学水利水电学院;
【分类号】：TP391.7;TV221.2
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