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Three-dimensional dynamic geological solid reconstruction based on noncoplanar section topology reasoning

机译:基于非平板剖面拓扑推理的三维动态地质实心重建

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In order to solve the dynamic reconstruction and local updating problem of three-dimensional geological solid,the topology reasoning is imported to the three-dimensional geology modeling.It can increase the dimension of the geological section correspondence,and advance the level of section automation corresponding to implement the 3D geological solid dynamical reconstruction by the construction and reasoning of topology on the 3D curved surface.
机译:为了解决三维地质实体的动态重建和本地更新问题,将拓扑推理导入到三维地质建模。它可以增加地质切片对应的尺寸,并提前对应的截面自动化水平实现3D曲面拓扑结构和推理的3D地质固体动力重建。

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