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newoula-C
- * 用改进的欧拉方法求解初值问题，其中一阶微分方程未y =f(x,y) * 初始条件为x=x[0]时,y＝y[0]. * 输入: f--函数f(x,y)的指针 * x--自变量离散值数组(其中x[0]为初始条件) * y--对应于自变量离散值的函数值数组(其中y[0]为初始条件) * h--计算步长 * n--步数 * 输出: x为说求解的自变量离散值数组 * y为所求解对应于自变量离散值的函数值数组 -* Improved Euler me
E-G.rar
- 改进欧拉法及龙阁库塔法求解一阶常微分方程组的c语言实现,Improved Euler method and Lung Court Kutta method for solving first order ordinary differential equations of the c language
euler
- 计算方法中，尤拉法与改进的尤拉法的实现程序，C语言编程实现-Calculation method, Euler method and the improved Euler method of implementation procedures, C programming language implementation
seullerro
- 求解一阶常微分方程的两个欧欧拉法，先前欧拉与改进梯形法。 -Solving two first-order ordinary differential equations Ouou La Law, previously Euler and improved trapezoidal method.
Euler
- 计算方法程序，用欧拉及其改进方法方法求解常微分方程-Calculation methods and procedures used Euler its improved method for solving ordinary differential equations
solve-differential-equations
- 程序实现了欧拉法、改进欧拉法、隐式梯形积分法解同一个微分方程，并与解析解比较，以可视化的形式展现出来-Program to achieve the Euler method, Improved Euler method, the implicit trapezoidal integration to solve the same differential equations and compared with the analytical solution, to show up in the
Euler
- 改进欧拉算法，算出微分方程与微分方程组的定解。此代码仅限于一阶常微分方程组。-Improved Euler algorithm calculates the differential equation and definite solution of differential equations. This code is limited to one order ordinary differential equations.
improved-euler-method
- 改进欧拉法，用于数值计算，C语言编写，亲测可用-Improved Euler method for numerical computation, C language, pro-test available
et181
- 迭代自组织数据分析，数值分析的EULER法，包括邓氏关联度、绝对关联度、斜率关联度、改进绝对关联度。- Iterative self-organizing data analysis, EULER numerical analysis method, Including Deng s correlation, absolute correlation, correlation of slope, improved absolute correlation.
改进欧拉法-二分法-复化辛卜生公式
- 实现c语言的改进欧拉法，源文件没有任何修改(To achieve the improved Euler method in C language)
微分方程数值解
- 欧拉法是常微分方程的数值解法的一种，其基本思想是迭代。其中分为前进的EULER法、后退的EULER法、改进的EULER法。所谓迭代，就是逐次替代，最后求出所要求的解，并达到一定的精度。误差可以很容易地计算出来。(Euler method is a kind of numerical solution of ordinary differential equations, and its basic idea is iteration. It is divided into forward EUL
微分方程求解————————matlab
- 常微分方程的数值解法，设计到欧拉解法，欧拉改进解法，矩阵解法等等(Ordinary differential equation numerical solution, design to euler solution, euler improved solution, matrix solution and so on)