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pipest
- 求圆周率的C#原代码 在数值计算中,一般的牛顿迭代法得到的数值具有截断误差,因此,用C#编写的可是实现任意精度的圆周率的计算程序-seeking ratio of the circumference C# source in numerical calculation, the general Newton iterative numerical method with the truncation error and theref
圆周率计算
- 在数值计算中,一般的牛顿迭代法得到的数值具有截断误差,因此,用VB编写的可是实现任意精度的圆周率的计算程序-in numerical calculation, the general Newton iterative numerical method with the truncation error, therefore, prepared by the VB But to achieve any degree of accuracy
圆周率计算
- 在数值计算中,一般的牛顿迭代法得到的数值具有截断误差,因此,用VB编写的可是实现任意精度的圆周率的计算程序-in numerical calculation, the general Newton iterative numerical method with the truncation error, therefore, prepared by the VB But to achieve any degree of accuracy
pipest
- 求圆周率的C#原代码 在数值计算中,一般的牛顿迭代法得到的数值具有截断误差,因此,用C#编写的可是实现任意精度的圆周率的计算程序-seeking ratio of the circumference C# source in numerical calculation, the general Newton iterative numerical method with the truncation error and theref
TNIPM
- 用基于内点法的截断牛顿法来求出lasso问题(The truncated Newton method based on interior point method is used to solve the lasso problem)