搜索资源列表
MA_NDF
- 牛顿向前插值法，完全自己编的，可以在X表的范围内任意输入一个值，代码挺好的-Newton forward interpolation method, fully developed, the X within the context of an arbitrary input value, the code is very good
Newton-lagrange
- 牛顿-拉格朗日插值法C++源代码，最新修改的通码，网友可以-Newton-Lagrange interpolation C source code, the latest revision of immigration code, net surfers can s
EOM
- 拉格朗日插值多项式拟合,牛顿插值多项式,欧拉方程解偏微分方程,使用极限微分求解导数（微分）,微分方程组的N=4龙格库塔解法,雅可比爹迭代法解方程AX=B,最小二乘多项式拟合,组合辛普生公式求解积分,用三角分解法解方程AX=B-Lagrange interpolation polynomial fitting, polynomial interpolation Newton, Euler equations partial differential equations, Limit the use
legendre_gauss
- 此程序包含求任意点高斯积分节点和对应的Gauss的求解系数(同时也编写了Lagrange插值公式)-for this procedure include arbitrary point Gaussian integral node and the corresponding Gauss coefficient of the solution (also prepared Lagrange interpolation formula)
RBF++_1.2
- 径向基RBF多维空间插值算法，用于空间散乱点曲面重建，优于多项式插值-RBF RBF multidimensional spatial interpolation algorithm for space scattered surface reconstruction, better than polynomial interpolation
chenbihongsuanfayanghj666
- 《陈必红算法》一书的附带的源代码，并有经本人修改过能在VC中使用。原书是在C++BUILDER中使用的。并加了一些其他的功能，比如样条插值等。此代码，可以完成矩阵的很多数值算法，求逆阵、特征向量、特征值，矩阵的加减乘除、傅立叶变换、gamma函数、数值解分微分等。-"Chen Hung method," a fringe of the source code, and as I changed the VC can be used. The original book is
kexuejisuanchengxu
- 《科学工程计算C语言算法》一书代码。C语言编写。均写成函数形式，可以直接调用。包括数值微分、数值积分、插值、方程求解等数值算法。-"scientific engineering calculation algorithm C language," a code book. C language. Functions were written form can be called directly. Including numerical differentiation, nu
lagrange-C
- * 用拉格朗日插值法依据N个已知数据点即使函数值 * 输入: n--已知数据点的个数N-1 * x--已知数据点第一坐标的N维列向量 * y--已知数据点第二坐标的N维列向量 * xx-插值点第一坐标 * 输出: 函数返回值所求插值点的第二坐标 -* Use Lagrange interpolation method based on N-known data points even function * Input : n -- known data poi
Hermite-C
- * 用埃特金插值法依据N个已知数据点计算函数值 * 输入: n--已知数据点的个数N-1 * x--已知数据点第一坐标的N维列向量 * y--已知数据点第二坐标的N维列向量 * xx-插值点第一坐标 * eps--求解精度 * 输出: 函数返回值所求插值点的第二坐标 -* Use Aitken interpolation method based on N-known data points calculation function * Input :
Newton-C
- * 用牛顿插值法依据N个已知数据点即使函数值 * 输入: n--已知数据点的个数N-1 * x--已知数据点第一坐标的N维列向量 * y--已知数据点第二坐标的N维列向量 * xx-插值点第一坐标 * 输出: 函数返回值所求插值点的第二坐标 -Newton interpolation method based on N-known data points even function * Input : n -- known data points the nu
batchzoom
- 这是一个批量缩放(采用双线性插值)的工具程序，采用VC＋＋编写，可以直接作为模式识别图像归一化工具使用，希望能给你带了方便！-This is a mass scale (using bilinear interpolation) process tools using VC + + preparation, Pattern recognition can directly image as a tool to use, with the hope of giving you a convenie
bilinear_algorithm
- 图象处理中经常用到图象抽取和插值，本程序就是常用的双线性插值法的实现-image processing frequently used images collected and interpolation, the procedure is commonly used by the bilinear interpolation to achieve
mathmatics_of_computer
- C++实现的数值分析算法包括： 二分法.cpp 复化辛卜生公式.cpp 改进欧拉法.cpp 高斯-赛德尔迭代法.cpp 拉格郎日插值多项式.c-C achieve the numerical analysis algorithms include : dichotomy. cpp Minute of Oracle Health formula. cpp Improved Euler method. cpp Gauss - Seidel iterative method. cp
niudunchazhifa
- 牛顿插值法求线性方程组 自己做的 有点简单呵呵 -Newton interpolation method for linear equations themselves a bit simple-huh
chazhejisuanfangfa
- 利用C++完成计算方法的分段线性，二次插值和全区间拉格朗日插值的计算！-C completed the calculation method piecewise linear, quadratic interpolation, and the region between the Lagrange interpolation calculation!
stepspecs
- 插值法求出阶跃响应的Ts，Tr，deta，性能指标。方法准确，简单-interpolation step response is calculated by the Ts, Tr, deta, performance indicators. The method is accurate and simple
demgrid
- 有关格网的插值小程序,采用数组指针进行数据分块的还待改善!如果那位下了改善后联系 知道zd_piaopiao@eyou.com-the grid of small interpolation procedures using the array pointer for the data block has to be improved! If that under the improved ties know zd_piaopi ao@eyou.com
howtosharesecret
- shamir的秘密分享机制的原文。秘密分享门限机制中，利用拉格朗日插值多项式来恢复。-shamir secret-sharing mechanism in the original language. Threshold secret sharing mechanism, the use of Lagrange polynomial interpolation to restore.
matlabcs
- 三次样条插值的源程序，程序稍稍长了点 希望大家能用到-cubic spline interpolation of the source, procedures slight hope everyone can wait to
dianchazhi
- 一个点插值程序,我也不太清楚具体用途,好象只和距离及方差有关,不是克里金-a point interpolation procedure, I did not know for specific uses, and it seems only distance and the variance is not the Kerry