利用理想模型作数学计算,通常用于估算某些实际地层的特性,这些特性往往不容易直接测定。实际地层的精确预测,依赖于所用的数学方法和模型的适用性。模型与实际地层的相似性越好,预测精度就越高。这个专题讨论证明,我们是生活在一个三维空间里的,只有当各个方向都被精确考虑到时,才能保证模型的精确预测。随着快速、大容量计算机的发展,模型的复杂度可比目前大大增加。 Mathematical calculations using ideal models are often used to estimate the properties of some actual formations, which are often not easily measured directly. The exact prediction of the actual formation depends on the mathematical methods used and the applicability of the model. The better the similarity between the model and the actual formation, the higher the prediction accuracy. This symposium proves that we live in a three-dimensional space and that accurate predictions of the model can be guaranteed only when all directions are taken into account. With the rapid development of high-capacity computers, the complexity of the model can greatly increase than the current.