任意阶、任意水深的流函数波浪理论求解器
任意阶、任意水深的流函数波浪理论求解器。对于学习水波动力学的朋友很有帮助。
参考文献：
1. Dalrymple, R.A., "A Finite Amplitude Wave on Linear Shear Current,
Journal of Geophysical Research, 79, 4498-4504, 1974."
2. Dean, R.G., "Stream function Representation of Nonlinear Ocean Waves,
Journal of Geophysical Research, 70, 4561-4572, 1965."
- 2022-07-16 19:20:57下载
- 积分：1
微积分的数值计算函数，包括： double composite_simpson(double(*f)(double),double a,double b,int...
微积分的数值计算函数，包括： double composite_simpson(double(*f)(double),double a,double b,int n) double romberg(double(*f)(double),double a,double b,double eps,int max_it) double gauss_legendre(double(*f)(double),double a,double b) double central_difference(double(*f)(double),double a, double h,double eps, int max_it) double runge_kuta(double(*f)(double,double),double x[],double y[],double h,int n) double proved_euler(double(*f)(double,double),double x[],double y[],double h,int n) double adams(double(*f)(double,double),double x[], double y[],double h,int n) double montecar(double(*f)(double),double a,double b,double ub,double eps,int k,int n) float uniform_random()-calculus numerical calculation functions, including : double composite_simpson (double (* f) (double), a double, double b, int n) double Romberg (double (* f) (double), a double, double b, double eps, int max_it) double gauss_legendre (double (* f) (double), a double, double b) double central_difference (double (* f) (double), a d
- 2022-10-24 10:40:02下载
- 积分：1
