资源列表
泰勒级数展开
- 用来进行泰勒级数展开运算,可以直观的看到图形-used for computing Taylor series expansion, intuitive graphical see
科学与工程数值算法(Visual C++版)
- 科学与工程数值算法(Visual C++版),清华大学出的,这是源代码,有需要的朋友可以看看呀!-science and engineering numerical algorithm (Visual C version), the Tsinghua University, which is the source code, we need friends can see!
vbC11
- 用VB实现的数据的统计描述 包括分布的矩---均值、平均差、标准差、方差和中位数的搜索、均值与方差的显著性检验等-VB data including the statistical descr iption of the moment -- the distribution mean, mean difference, standard deviation, variance and median search, the mean and variance significantly ins
vbC9
- 用VB实现的函数的极致和最优化 包括黄金分割搜索法、不用导数的布伦特法 用导数的布伦特法、多元函数的山单纯形法、多元函数的变尺度法等-VB function of the body and optimization including 0.618 search, not derivative Brent Act, Brent derivative, the multi-function Hill simplex method, the multi-function as a criter
Cubic Spline
- 使用 Cubic spline 三次内差做曲线拟合,以C++物件方式.做成元件.含source Code -use within three Cubic spline curve fitting done worse to C objects manner. Causing components. Source-Code
NACA
- 计算NACA4位翼型的程序,在E盘naca文件夹下生成翼型数据,保存为.txt格式-calculated NACA4 - airfoil procedures, the E-folder NACA airfoil data generation, preservation of. Txt format
中值滤波算法改进之C语言实现
- 这里所说的改进,主要是指中值计算方法的改进,求出中值以后,仍按原来的方法进行图像处理-here said the improvement was mainly referring value calculation method improvements, which values obtained after remaining on the original image processing methods
自适应算法1
- 数值算法的自适应算法,用java图形界面做的,可以动态显示自适应的全过程-numerical algorithm adaptive algorithm, using java to do the graphical interface, dynamically adaptive process
c语言精华算法
- 总结的一些用C语言写的很有用的算法,还不错的-some lessons with the C language was very useful algorithm, but also good
codeing000
- 从空格(ASCII码32)到~(ASCII码126)。表内的第一行与表头相同,下面的每一行都与上一行的内容相同,只是字符相左移动了一个位置。这样,下一行的最后一个字符与上一行的第一个字符相同。 为了进行文本编码,可以任意选择一个字符串,称之为编码字符串,也就是常说的密钥。为解释编码方法,我们假设密钥是Walrus,待编码的文本(即常说的明文)是: Meet me in St. Louis 我们在待编码的文本之上重复书写上述密钥,使得其长度与待编码文本相同: WalrusWalru
hpir10
- 最小二乘曲线拟合算法(用最小二乘法求给定数据点的拟合多项式)-least squares curve fitting algorithm (with the least-squares method for the given data points of polynomial fitting)
solution-of-Partial-differential-equation
- “解边值问题的松弛法”(SOR)(Chebyshev absolution)和“交替方向隐式方法”(ADI) (此两种解法均针对解椭圆形方程所用到的方法)-"solution to the boundary value problems relaxation method" (SOR) (Chebyshev Absolution) and "alternating direction implicit method" (ADI) (these two