搜索资源列表
P97
- 实用欧拉算法实现常微分方程的离散化！是非常经典的算法-practical Euler algorithm Ordinary Differential Equations discrete! It is very classic algorithm! !
rk4
- function [tout, yout] = rk4(ypfun, tspan, y0, h) ％定步长四阶Runge-Kutta法求常微分方程(组)数值解 ％[tout,yout] = rk4( ypfun , tspan, y0,h) ％ 这里字符串ypfun是用以表示f(t, y)的M文件名, ％ tspan=[t0, tfinal]表示自变量初值t0和终值tf ％ y0表示初值向量y0，h是步长。 ％
RGKT7
- 单精度龙格-库塔-基尔法，在初值条件下，借常微分方程。-single-precision Runge - Kutta - Kiel, in the initial conditions, under ordinary differential equations.
RGKT14
- c语言，双精度的龙格-库塔解常微分方程，初始条件给出，可以用来解方程组-c language, double-precision Runge - Kutta solution ordinary differential equations, given initial conditions, the solution can be used to equations
RGKT3
- 用c语言编程，定步长基尔法求解一阶常微分方程，给定一阶常微分方程的初值问题。-with c programming language, will step Kiel method of first-order differential equations, given an order ordinary differential equation initial value problems.
RGKT13
- c语言编程。单精度的龙格-库塔-基尔法在初始条件下求解n元联立一阶常微分方程组；很好。-c programming language. Single precision of the Runge - Kutta - Kiel in the initial conditions for n simultaneous first-order differential equations; Good.
TGKT(2)
- 变步长是一种很好的数值求解方法。 c语言编程，求解龙哥库塔的四阶 初值给定的常微分方程组-variable step is a good numerical solution method. C programming language, for Mangge Kuta initial four bands to the Ordinary Differential Equations
cwf0002
- 用c++编的matlab程序.是常微分方程解法.希望能给大家帮助,都是老师给布置的作业!谢谢!-using Matlab c addendum to the proceedings. Solution of ordinary differential equations. I hope that it provides help, teachers are to the layout of operations! Thank you!
odemonitor
- 实用的具有精度监视功能的常微分方程数值解法-practical function with precision surveillance of ordinary differential equations Numerical Solution
exciese
- 解ode的算法源程序，算例为一阶常微分方程-ode solution algorithm source code, examples of first-order differential equation
work5
- 常微分方程求解过程！主要是使用matlab环境编译的！-ordinary differential equation solving process! Mainly use Matlab environment compiler!
CommonArithmetic
- 常用算法大合集； 包括插值、查找、常微分方程组求解、多项工与连分式函数计算、非线性方程与方程组求解、复数运算、汉字操作、基本图形操作、极值问题、矩阵特征值与特征向量的计算、矩阵运算、拟合与逼近、排序、数据处理与回归分析、数学变换与滤波、数值积分、随机数产生、特征函数、图形模式下读写屏幕象点、线性代数方程组求解等C语言算法-algorithms big Collection; Including interpolation, loca
ODEsolve_numberic
- 数值方法求解常微分方程的C实现[TEXT为主程序,其余方法(即C文件)放入Include文件夹即可]-the numerical solution of ordinary differential equations to achieve C [TEXT-based procedures, other methods (C) Add Include folders can be]
MATLABequationsolve
- 用Taylor展开法、平方法等解常微分方程，非常直观易懂，适合于初学者。-start with Taylor, Xie Ping method ordinary differential equations, very intuitive to understand and suitable for beginners.
Delphi-ChangYongShuZhiSuanFa
- Delphi常用数值算法(源码) 这些算法将为千千万万非计算机专业的工程技术人员架起一座方便快捷的桥梁，并能缩短应用软件的编制周期，减少重复劳动，达到事业功倍的效果。 第1章线性代数方程组的解法 第2章插值 第3章数值积分 第4章特殊函数 第5章函数逼近 第6章特征值问题 第7章数据拟合 第8章方程求根和非线性方程组的解法 第9章函数的极值和最优化 第10章傅里叶变换谱方法 第11
j1111
- 计算方法实验报告，内容有插值法，求根法，常微分方程，等多个方法求解！-experimental method, the contents of interpolation, Root, ordinary differential equations, and other methods to solve!
odeEuler
- 求解常微分方程数值解的Euler算法matlab源程序。-ordinary differential equation solving numerical solution of Euler algorithm Matlab source.
odeRK4
- 4阶龙格库塔方法求常微分方程的数值算法的函数子程序。-four bands Runge - Kutta method for ordinary differential equations, numerical algorithm of the function subroutine.
for_ordinary_differential_equation
- 用用改进欧拉法解常微分方程的问题,并应用该算法于实际问题.并在程序结果路比较用表列出近似解yi，准确解y(i)-with improved Euler method of ordinary differential equations, and the application of the algorithm to real issues. and the results of the proceedings in the road c
precise
- 精细积分Fortran90程序，用于非可逆H阵计算，求解一阶常微分方程组。-precise integration Fortran90 procedures for non-reversible H RUF, for a band of ordinary differential equations.