目前，三维可视化技术逐步应用于地质工程领域相关图形软件的模块开发中。针对岩心的结构特点，可以为3D真实图像如何适应各类储层以及研究流体如何进行流动揭示其流动机制提供有效的理论依据。根据相应的孔隙和喉道的半径、面积、长度和形状因子、配位数等参数数据，运用3dsMax软件中的maxscript编辑器建立仿真度较高的三维地质模型，可以真实、自然、直观地分析研究水驱剩余油过程的三维模型。通过VC在编程上以及3dsMax技术在可视化开发方面的广泛运用，模拟出岩心孔隙和喉道的分布情况。联系实验室的项目开发经验，详细阐述运用VC编程与3dsMax相结合实现地质三维模型可视化的过程。%Currently,three-dimensional visualization technology is gradually applying into module development of geology engineering related graphics software. Aiming at the core structural characteristics,it provides effective theory basis for real 3D image that how to a-dapt to various types of reservoir and research fluid flow to reveal the flow mechanism. According to the corresponding radius,area,length for pore and throat,and shape factor and the coordination number,the maxscript editor in 3dsMax software is used to create a three-di-mensional geological model with high degree of simulation,which analyzes and studies three-dimensional model of waterflood residual oil process really,naturally and intuitively. By the extensive application of VC in the programming as well as 3dsMax in visualization de-velopment,the distribution of core porosity and throat is simulated. Contacted with laboratory project development experience,the three-dimensional geological model visualization process is elaborated using VC programming and 3dsMax.
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