文件名称:numerical_analysis_classic
- 所属分类：
- 数学计算/工程计算
- 资源属性：
- [Windows] [Visual C] [源码]
- 上传时间：
- 2012-11-26
- 文件大小：
- 2.92mb
- 下载次数：
- 0次
- 提 供 者：
- 丁*
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容均来自于网络，请自行研究使用
数值分析中最常用的14个程序：
01_N皇后问题
01_循环赛程表
02_分段线性插值
02_牛顿插值法
03_构造正交多项式
03_最佳一致逼近多项式
04_简单迭代法求方程根[1+1；x]
04_简单迭代法求方程根[sqrt(x+1)]
05_复化梯形公式求积
06_尤拉公式解初值问题
08_高斯消去法解方程组
09_连分式法求积
10_迭代法解线性方程组
10_雅可比方法-Numerical analysis of the 14 most commonly used procedures: 01_N Queen s problem 01_ cycle calendar 02_ piecewise linear interpolation 02_ Newton interpolation 03_ structure orthogonal polynomials 03_ best uniform approximation polynomial 04 _ a simple iterative method for root equation [1+ 1 x] 04_ simple iteration equation for the root [sqrt (x+ 1)] 05_ complex formula of trapezoid quadrature formula 06_ yula 08 initial value problem solutions _ Gaussian elimination solution equations 09_ continued fractions method 10_ quadrature iteration solution of linear equations Jacobian 10_ Ways
01_N皇后问题
01_循环赛程表
02_分段线性插值
02_牛顿插值法
03_构造正交多项式
03_最佳一致逼近多项式
04_简单迭代法求方程根[1+1；x]
04_简单迭代法求方程根[sqrt(x+1)]
05_复化梯形公式求积
06_尤拉公式解初值问题
08_高斯消去法解方程组
09_连分式法求积
10_迭代法解线性方程组
10_雅可比方法-Numerical analysis of the 14 most commonly used procedures: 01_N Queen s problem 01_ cycle calendar 02_ piecewise linear interpolation 02_ Newton interpolation 03_ structure orthogonal polynomials 03_ best uniform approximation polynomial 04 _ a simple iterative method for root equation [1+ 1 x] 04_ simple iteration equation for the root [sqrt (x+ 1)] 05_ complex formula of trapezoid quadrature formula 06_ yula 08 initial value problem solutions _ Gaussian elimination solution equations 09_ continued fractions method 10_ quadrature iteration solution of linear equations Jacobian 10_ Ways
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下载文件列表
数值分析
........\01_N皇后问题
........\............\Debug
........\............\N皇后问题.cpp
........\............\N皇后问题.dsp
........\............\N皇后问题.dsw
........\............\N皇后问题.ncb
........\............\N皇后问题.opt
........\............\N皇后问题.plg
........\............\ReadMe.txt
........\............\StdAfx.cpp
........\............\StdAfx.h
........\01_循环赛程表
........\.............\Debug
........\.............\ReadMe.txt
........\.............\StdAfx.cpp
........\.............\StdAfx.h
........\.............\循环赛程表.cpp
........\.............\循环赛程表.dsp
........\.............\循环赛程表.dsw
........\.............\循环赛程表.ncb
........\.............\循环赛程表.opt
........\.............\循环赛程表.plg
........\02_分段线性插值
........\...............\Debug
........\...............\ReadMe.txt
........\...............\StdAfx.cpp
........\...............\StdAfx.h
........\...............\分段线性插值.cpp
........\...............\分段线性插值.dsp
........\...............\分段线性插值.dsw
........\...............\分段线性插值.ncb
........\...............\分段线性插值.opt
........\...............\分段线性插值.plg
........\02_牛顿插值法
........\.............\Debug
........\.............\ReadMe.txt
........\.............\StdAfx.cpp
........\.............\StdAfx.h
........\.............\牛顿插值法.cpp
........\.............\牛顿插值法.dsp
........\.............\牛顿插值法.dsw
........\.............\牛顿插值法.ncb
........\.............\牛顿插值法.opt
........\.............\牛顿插值法.plg
........\03_最佳一致逼近多项式
........\.....................\Debug
........\.....................\ReadMe.txt
........\.....................\StdAfx.cpp
........\.....................\StdAfx.h
........\.....................\最佳一致逼近多项式.cpp
........\.....................\最佳一致逼近多项式.dsp
........\.....................\最佳一致逼近多项式.dsw
........\.....................\最佳一致逼近多项式.ncb
........\.....................\最佳一致逼近多项式.opt
........\.....................\最佳一致逼近多项式.plg
........\03_构造正交多项式
........\.................\Debug
........\.................\ReadMe.txt
........\.................\StdAfx.cpp
........\.................\StdAfx.h
........\.................\构造正交多项式.cpp
........\.................\构造正交多项式.dsp
........\.................\构造正交多项式.dsw
........\.................\构造正交多项式.ncb
........\.................\构造正交多项式.opt
........\.................\构造正交多项式.plg
........\04_简单迭代法求方程根[1+1；x]
........\.............................\Debug
........\.............................\ReadMe.txt
........\.............................\StdAfx.cpp
........\.............................\StdAfx.h
........\.............................\简单迭代法求方程根.cpp
........\.............................\简单迭代法求方程根.dsp
........\.............................\简单迭代法求方程根.dsw
........\.............................\简单迭代法求方程根.ncb
........\.............................\简单迭代法求方程根.opt
........\.............................\简单迭代法求方程根.plg
........\04_简单迭代法求方程根[sqrt(x+1)]
........\................................\Debug
........\................................\ReadMe.txt
........\................................\StdAfx.cpp
........\................................\StdAfx.h
........\................................\简单迭代法求方程根.cpp
........\................................\简单迭代法求方程根.dsp
........\................................\简单迭代法求方程根.dsw
........\................................\简单迭代法求方程根.ncb
........\................................\简单迭代法求方程根.opt
........\................................\简单迭代法求方程根.plg
........\05_复化梯形公式求积
........\...................\Debug
........\...................\ReadMe.txt
........\...................\StdAfx.cpp
........\...................\StdAfx.h
........\...................\复化梯形公式求积.cpp
........\...................\复化梯形公式求积.dsp
........\...................\复化梯形公式求积.dsw
........\....
........\01_N皇后问题
........\............\Debug
........\............\N皇后问题.cpp
........\............\N皇后问题.dsp
........\............\N皇后问题.dsw
........\............\N皇后问题.ncb
........\............\N皇后问题.opt
........\............\N皇后问题.plg
........\............\ReadMe.txt
........\............\StdAfx.cpp
........\............\StdAfx.h
........\01_循环赛程表
........\.............\Debug
........\.............\ReadMe.txt
........\.............\StdAfx.cpp
........\.............\StdAfx.h
........\.............\循环赛程表.cpp
........\.............\循环赛程表.dsp
........\.............\循环赛程表.dsw
........\.............\循环赛程表.ncb
........\.............\循环赛程表.opt
........\.............\循环赛程表.plg
........\02_分段线性插值
........\...............\Debug
........\...............\ReadMe.txt
........\...............\StdAfx.cpp
........\...............\StdAfx.h
........\...............\分段线性插值.cpp
........\...............\分段线性插值.dsp
........\...............\分段线性插值.dsw
........\...............\分段线性插值.ncb
........\...............\分段线性插值.opt
........\...............\分段线性插值.plg
........\02_牛顿插值法
........\.............\Debug
........\.............\ReadMe.txt
........\.............\StdAfx.cpp
........\.............\StdAfx.h
........\.............\牛顿插值法.cpp
........\.............\牛顿插值法.dsp
........\.............\牛顿插值法.dsw
........\.............\牛顿插值法.ncb
........\.............\牛顿插值法.opt
........\.............\牛顿插值法.plg
........\03_最佳一致逼近多项式
........\.....................\Debug
........\.....................\ReadMe.txt
........\.....................\StdAfx.cpp
........\.....................\StdAfx.h
........\.....................\最佳一致逼近多项式.cpp
........\.....................\最佳一致逼近多项式.dsp
........\.....................\最佳一致逼近多项式.dsw
........\.....................\最佳一致逼近多项式.ncb
........\.....................\最佳一致逼近多项式.opt
........\.....................\最佳一致逼近多项式.plg
........\03_构造正交多项式
........\.................\Debug
........\.................\ReadMe.txt
........\.................\StdAfx.cpp
........\.................\StdAfx.h
........\.................\构造正交多项式.cpp
........\.................\构造正交多项式.dsp
........\.................\构造正交多项式.dsw
........\.................\构造正交多项式.ncb
........\.................\构造正交多项式.opt
........\.................\构造正交多项式.plg
........\04_简单迭代法求方程根[1+1；x]
........\.............................\Debug
........\.............................\ReadMe.txt
........\.............................\StdAfx.cpp
........\.............................\StdAfx.h
........\.............................\简单迭代法求方程根.cpp
........\.............................\简单迭代法求方程根.dsp
........\.............................\简单迭代法求方程根.dsw
........\.............................\简单迭代法求方程根.ncb
........\.............................\简单迭代法求方程根.opt
........\.............................\简单迭代法求方程根.plg
........\04_简单迭代法求方程根[sqrt(x+1)]
........\................................\Debug
........\................................\ReadMe.txt
........\................................\StdAfx.cpp
........\................................\StdAfx.h
........\................................\简单迭代法求方程根.cpp
........\................................\简单迭代法求方程根.dsp
........\................................\简单迭代法求方程根.dsw
........\................................\简单迭代法求方程根.ncb
........\................................\简单迭代法求方程根.opt
........\................................\简单迭代法求方程根.plg
........\05_复化梯形公式求积
........\...................\Debug
........\...................\ReadMe.txt
........\...................\StdAfx.cpp
........\...................\StdAfx.h
........\...................\复化梯形公式求积.cpp
........\...................\复化梯形公式求积.dsp
........\...................\复化梯形公式求积.dsw
........\....