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jifen124
- 龙格---库塔方法是求解微分方程比较常用的方法,在理解数学上是怎么一回事后,编制这个程是相当容易的,就是个迭代的过程.步长的选取也是很有讲究的,过小的步长反而会导致误差累积过大. 相关的理论请参考相关的数值算法的书籍,我这里只给出关键的函数及主程序段,其余相关的细节就不再一一罗列了.-Runge - Kutta method to solve the differential equation is more commonly used method, in understanding h
PDE
- 求解偏微分方程,可以自己输入方程,注意方程式二维的才可-pde solutions
cvode-2_6_0_tar
- 该程序是求解常微分方程(ODE)的初值问题。-solves initial value problems for ordinary differential equation (ODE) systems.
cvodes-2_6_0_tar
- 该程序求解常微分方程(ODE),并包括敏感性分析。-solves ODE systems and includes sensitivity analysis capabilities (forward and adjoint).
Euler-Kutta
- 一个用C#开发的求解微分方程的小软件,分别运用欧拉法和龙格库塔法计算一个给定微分方程的解。-A c# development with the solution of differential equation, the small software, using respectively euler method and LongGe coulthard method for calculation of a given of the solution of the differential
wffcqj
- C++编写的微分方程求解源码,可以为数值计算提供参考-C++ prepared differential equation solving source can provide a reference for the numerical calculation