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math
- 比较赛德尔和高斯迭代发的收敛性，通过MFC作为截面，直观输入数值，并且有列表输出各次迭代的中间值，并判断是否收敛性-Comparison of Seidel and Gauss iterative convergence of hair, through the MFC as a cross-section, intuitive input values, and there are lists out the various iterations of the intermediate val
Gauss_Seidel-Algorithm
- 高斯赛尔德算法，迭代求解线性矩阵，包含完整C代码-Gauss_Seidel Algorithm
gauseid
- 高斯——赛德尔函数，用于方程组求根，迭代次数更少，精度更高-Gauss- Seidel function for finding roots of equations, fewer iterations, higher accuracy
gaus_seidel
- 高斯赛德尔 线性方程组迭代求解法，可以用来解线性方程组-High Sisaideer solving linear equations iterative method can be used to solve linear equations
Untitled
- jacobi 迭代计算线性方程组，相较于高斯赛德尔计算速度要慢一些，二者准确度差不多-jacobi iterative calculation of linear equations, compared to the high Sisaideer calculation is slower, both about the same accuracy
jisuanfangfa
- 计算方法的七个典型程序。全部都有。拉格朗日插值.cpp 二分法.cpp 高斯.cpp 高斯-赛德尔.cpp 龙贝格.cpp 龙格库塔.cpp 牛顿迭代.c-Method of calculation of the seven typical program. All of them. Lagrange interpolation. Cpp dichotomy. Cpp Gaussian. Cpp Gauss- Seidel. Cpp Rhomberg. Cpp Runge-Kutta. Cpp
JacobiaGaussSeidel
- 程序实现了高斯赛德尔的算法，高斯赛德尔算法在计算方法中是十分重要的 雅克比迭代法求实对称矩阵的特征值和特征向量-Application implements the algorithm of gauss seidel, gauss seidel algorithm is very important in the calculation method Jacobi iteration method realistic symmetric matrix eigenvalue and eigenve
Jocabi-iteration
- 用Matlab软件以及雅克比迭代和高斯－赛德尔迭代解方程组Ax b，分析、比较其性能。-the Jacobi iteration and gauss-seidel iterative to solve the equations Ax b,
softwzrs
- 用Matlab软件以及雅克比迭代和高斯－赛德尔迭代解方程组-As well as the Jacobi iteration with the Matlab software and gauss-seidel iterative solution of equations
NRTFE97
- 用Matlab软件以及雅克比迭代和高斯－赛德尔迭代解方程组(As well as the Jacobi iteration with the Matlab software and gauss-seidel iterative solution of equations)