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- 一个关于二维积分的c语言程序。很有用 的-on a two-dimensional integral c language program. Very useful! !
piecewise_eval
- LINEINTRGAL Line Integral in a 2D Vector Field. LINEINTRGAL(X,Y,U,V,C) computes the line integral along the lines given in cell array C. X and Y define the coordinates of a rectangular grid over which U and V are defined. X and Y must be monoto
ezw2
- ezw压缩与解压,自己写的程序.上传要积分-ezw compression and decompression, wrote procedures. Integral to Upload
44fe979b4813b
- 数值分析中的欧拉算法 本文建立在數值分析的理論基礎上,能夠在Matlab環境中運\行,給出了理論分析、程序清單以及計算結果。更重要的是,還有詳細的對算法的框圖說明。首先運\用Romberg積分方法對給出定積分進行積分,然後對得到的結果用插值方法,分別求出Lagrange插值多項式和Newton插值多項式,再運\用最小二乘法的思想求出擬合多項式,最後對這些不同類型多項式進行比較,找出它們各自的優劣。 -numerical analysis of Euler algorithm is base
chap5_1
- 基于实数编码遗传算法的PID整定,采用误差绝对值积分性能指标作为参数选择的最小目标函数-real-coded genetic algorithm PID tuning, integral absolute error performance parameters as the minimum objective function
gaosifangfajisuanduochongjifen
- 1.功能 用高斯方法计算n重积分(C语言) 2.参数说明 int n : 积分重数 int js[n] : js[k]表示第k层积分区间所划分的子区间 void (*ss)() : 指向计算各层积分上、下限的函数名(用户自编) double (*f)() : 指向计算被积函数值的函数名(用户自编) double gaus() : 函数返回积分值 3.文件说明 gaus.c为函数程序 gaus0.c为主函数程序-1. Gaussian funct
quad_M
- 分别给出利用自适应Simpson积分的数值积分方法(QUAD.m)和自适应Lobatto的数值积分算法(QUADL.m)。-were given the use of adaptive Simpson integral numerical integration methods (QUAD.m) and adaptive Lobatto should the numerical integration algorithm (QUADL.m).
wyl_shuzhisuanfa
- 算法包括:1.二分法求解 2.牛顿法求解 3.高斯消去法求解 4.雅可比迭代法求解 5.拉格朗日插值 6.牛顿插值 7.最小二乘法拟合 8.龙贝格方法计算积分 9.欧拉方法求解初值问题-algorithms include : 1. Solving two dichotomy. Newton method 3. Gaussian elimination method 4. Jacobi iterative method 5. Lagrange interpolation 6 value. New
21343byjob
- JSP源代码,有好东西大家共同分享。小弟也是需要点MATLAB放面的东西,要凑点积分 希望大家多支持-JSP source code, there are good things to share with you. Xiao also needs to point MATLAB caving face of things, to take care of Integral hope everyone supports
Romberg_new
- Romberg求定积分 输入:积分区间[a,b],被积函数f(x,y,z) 输出:积分结果-Romberg integral to seek input : integral interval [a, b], the plot function f (x, y, z) Output : integral results
GaussSinxy
- 利用高斯-勒让德多项式计算 sin(x+y)在矩形区域的积分-use Gauss - Legendre polynomials calculated sin (x y) in the rectangular region of Integral
t3_1
- 求解三次样条函数思路为:由 连续 预设 , 为一次多项式:故 积分2次 积分常数(2个) 由插值条件 确定 积分常数 得 (含预设的 ) 利用 连续: 确定 的 个方程 + 2边界条件 确定 加入 的表达式,形成 。 -solving cubic spline function ideas : consecutive default, as a polynomial : so integral two integral constant (2) determined by int
longgebeijifensuanfa
- 一个在C++语言环境下做的龙格贝积分算法程序.-a C language environment so long Gberdao integral algorithm procedures.
龙贝格积分
- 龙贝格积分法求解数值积分-Romberg integral method numerical integration
polydiff
- 基于多项式的矩阵积分-polynomial matrix-based Integral
mymath
- 自编数学函数调用库,有LU分解法,高斯塞德尔迭代法,追赶法解线性方程组,还有一维和二维的高斯积分公式-writing mathematical function call library, LU decomposition, high Shisaideer iterative method, catching up with the method for solving linear equations, one-and two-dimensional Gaussian integral for
Guass
- 二维三点高斯积分公式-2D Gaussian integral formula
plot20
- 用mente-calo法算三维积分: 工作平台是:vs2002(7.0) MFC-with mente - calo 3D integral operator France : working platform is : vs2002 (7.0) MFC
IDPDENS1
- 用差分方法求解沃尔泰拉方程,此处为一个变元的方程,由于该方程同时含有微分和积分,一般求解有一定的困难。-use of the finite difference method for Volterra equation here as a variable element of the equation, As the same time contain differential equations and integral, the general solution is definitely
YXL1
- 用差分方法求解沃尔泰拉方程,此处为一个变元的方程,由于该方程同时含有微分和积分,一般求解有一定的困难。-use of the finite difference method for Volterra equation here as a variable element of the equation, As the same time contain differential equations and integral, the general solution is definitely