地质体量可视化分析的研究与实现

Kunliang Liu, Dakun Zhang, Xu An Wang, Guozhi Song, Shuxia Ren
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引用次数: 0

摘要

在工程应用中,地质数据的可视化可以帮助科学家充分了解地质信息的空间分布,使地质构造分析更加直观和准确,为定量地质构造研究提供了一种直观的分析方法。但目前,在地质地层的可视化中,技术人员习惯于单一的三维可视化或二维可视化,没有将它们结合起来。本文研究并实现了地质体数据二维可视化与三维可视化交互、地质模型切割算法和测深图可视化等关键技术。这些技术为地质数据的全尺寸可视化提供了可行的解决方案,并已在“华南地质形态显示”研究项目中得到应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research and Implementation on Visual Analysis of Geological Volume
In engineering applications, the visualization of geological data can help scientists to fully understand spatial distribution of geological information, so that the geological structure analysis will be more intuitive and accurate, which providing an intuitive analysis method for quantitative geological structure research. But at present, in the visualization of geological formation, technologist are accustomed to a single three-dimensional visualization or two-dimensional visualization, without combining them together. This paper studies and implements the key technologies of interaction between two dimensional visualization and three dimensional visualization of geological volume data, algorithms of geological model ' s cutting and the visualization of bathymetric map. Those technologies provide practicable solutions for full-scale visualization of geological data, and have already been used in the research project of Southern China Geological Form Display.
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