摘要
以便解决动态重建和三维的地质的固体的本地更新问题，推理的拓扑学被用于三维的地质的建模。这能在实现 3D 推进相应的节自动化的水平由构造的地质的稳固的动态重建并且在 3D 上在拓扑学上推理弯了表面。这个方法成功地在南京城市里被使用了地质的建模和当模特儿的 Zijin 金矿。结果证明这个方法适应共面的节和非共面的节数据，并且改进 3D 的效率地质的建模。
In order to solve the dynamic reconstruction and local updating problem of three-dimensional geological solids, topology reasoning is used for three-dimensional geological modeling. This can advance the level of the corresponding section automation in implementing the 3D geological solid dynamical reconstruction by the construction of and reasoning on topology on the 3D curved surface. This method has been successfully used in the Nanjing city geological modeling and the Zijin gold mine modeling. The results prove that this method adapts to coplanar section and noncoplanar section data, and improves the efficiency of 3D geological modeling.
基金
the Research Foundation for Outstanding Young Teachers, China University of Geosciences.
关键词
剖面拓扑推理
三维地质体
重建方法
地质学
geological section
topology reasoning
3D geological solid reconstruction
