该系统是在 Windows Windows Windows操作系 统下开发的具有友好界面重磁异常正、反演 统。对于面积性重、磁异常，利用成熟的 2.5D 2.5D进行三维建模反演技术，对整个 平面异常进行 可视化建模以及正、反演，为平面异常的快速解释提供方便手段。 可视化建模以及正、反演，为平面异常的快速解释提供方便手段。 可视化建模以及正、反演，为平面异常的快速解释提供方便手段。 可视化建模以及正、反演，为平面异常的快速解释提供方便手段。 模型为水平有限长的棱柱体，截面任意多边形其组合具逼近复杂态 模型为水平有限长的棱柱体，截面任意多边形其组合具逼近复杂态 模型为水平有限长的棱柱体，截面任意多边形其组合具逼近复杂态地质体的能力-The system is under Windows WindowsWindows Windows operating system development has a friendly interface gravity and magnetic anomalies positive inversion of the operating system under development has a friendly interface gravity and magnetic anomalies positive inversion systems. For the area of the gravity and magnetic anomalies, the use of sophisticated 2.5D 2.5D three-dimensional inversion modeling technology, the entire plane anomalies and positive visual modeling, inversion, flat abnormal rapid interpretation provides convenient means. Visual modeling and positive inversion, flat abnormal rapid interpretation provides convenient means. Visual modeling and positive inversion, flat abnormal rapid interpretation provides convenient means. Visual modeling and positive inversion, flat abnormal rapid interpretation provides convenient means. Model for the finite length of the prism horizontal, cross-sectional approach freeform combinations with complex finite state model for the level o