最后，应用等时相控随机模拟方法建立了三维可视化的储层地质模型。
Finally, isochronal facies-restrained stochastic modeling method is used to build up the 3-d reservoir model.
建立三维地质模型的终极目的是更细致，正确地研究地下的油躲，为油躲开发提供可靠依据。
The ultimate goal of 3d geological model is to make the study of the underground reservoir more detailed and accurate, and provide a reliable basis for reservoir development.
同时建立相应的地质信息数据库，将三维地质模型与数据库信息链接起来，实现工程地质信息的可视化管理与查询。
At the same time, setting up relevant database of geological information, to link 3d geological model to information in database for visual management and inquiry.
基于所建立的地质模型，可实现与地下洞室群相关的多项地质信息的三维可视化分析。
With the developed geological model, 3d visualized analysis of some relevant geological information about underground cavern groups was realized.
基于所建立的地质模型，可实现与地下洞室群相关的多项地质信息的三维可视化分析。
With the developed geological model, 3d visualized analysis of some relevant geological information about underground cavern groups was realized.
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