对于重构方法的客户机来说，看不到区别。
To a client of a refactored method, there is no perceivable difference.
然后研究并提出了两重包络重构方法。
Then the double envelope reconstruction method is proposed and studies.
第三：点表面重构方法。
文中对彩色序列图像的三维重构方法做了一些研究。
For Color slice images a new reconstruction method was proposed in the paper.
因而，采用不连续因子理论后，组件精细分布重构方法仍需进一步完善。
So the reconstruction method must be ameliorated further when discontinuity factor theory is applied.
本文介绍的最后一个重构方法也是最难以使用的方法：Change MethodSignature（改变方法的签名）。
The final refactoring considered here is the most difficult to use: Change Method Signature.
重构是达到目标的一种方法。
重构：抽取和覆盖工厂方法。
利用ChangeMethodSignature重构可以更改一个方法签名。
The Change Method Signature refactoring allows you to change the signature of a method.
在此情况下，我们可以重构scitter. execute方法，使之用一个Map作为参数。
Given that, we can restructure the Scitter.execute method to take a Map as a parameter.
重构与提取方法，它总是一个好主意吗？
然后研究了系统重构与故障恢复方法。
Thenresearches the system reconstruction and fault recovery method.
这里主要讨论了NURBS曲线曲面重构的方法。
The prime attention is the reconstruction method of NURBS curves and surface in the paper.
另外，该方法也适合于平行式切片的重构。
面向对象方法设计的系统通用化程度高，便于系统扩充和重构。
The system designed by using object_oriented method has high universality and is easy to …
面向对象方法设计的系统通用化程度高，便于系统扩充和重构。
The system designed by using object_oriented method has high universality and is easy to …
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