图像插值程序，可以对图像任意缩放。例如：可以将大小为256 （高）×256（宽）的图像改变为大小为360×300的图像。...

基因重组值的计算-gene recombination value calculation

我自己写的一个三次样条插值算法，自已感觉很严密，请大家指正。-I wrote it myself a cubic spline interpolation algorithm, self-feelings are very close, please correct me.

基于opencv的色彩恢复的多尺度Retinex算法（MSRCR），属于夜间图像增强算法，对去雾也有一定的处理效果，可直接运行，效果比较理想。基于opencv的色彩恢复的多尺度Retinex算法（MSRCR），属于夜间图像增强算法，对去雾也有一定的处理效果，可直接运行，效果比较理想。

使用VC读取地震数据文件-use VC read seismic data files

数学经典算法应用:贪婪算法的应用实例-Application of the classical algorithm: the application of the greedy algorithm

C++语言编写的几何学算法模板。包括几何学的10多种基本的操作。例如点生成直线，叉积运算，线段的拐向，任意多边形面积的计算，点的位置判断，线段相交判断，求凸包等等。-C++ Language template geometry algorithm. Including the geometry of more than 10 kinds of basic operation. For example, point to generate a straight line, fork plot computing, the segment拐向, arbitrary polygon area calculations to determine the location of the point, line segment intersection judge, and the convex hull and so on.

A Fraction class that has the ability to add, subtract,multiply and divide .

一维伽辽金型无网格法MATLAB程序 无网格方法采用基于点的近似，可以彻底或部分地消除网格，不需要网格的初始划分和重构，不仅可以保证计算的精度，而且可以大大减小计算的难度。然而，由于目前的无网格近似一般没有解析表达式，且大都基于伽辽金原理，因此计算量很大，要超出传统的有限元法；另外，无网格近似大都是拟合，因此对于位移边界的处理比较困难，多采用拉格朗日乘子法处理。-1维伽Galerkin-type meshless method MATLAB procedures meshless method based on the point of approximation, can be completely or partially eliminate the grid, the grid does not require the initial division and reconstruction, not only can guarantee the accuracy of the calculation, and can greatly reduce the difficulty of calculation. However, due to the current meshless approximation there is no analytic expression in general, and mostly based on the Galerkin principle, the calculation of a large volume, it is necessary to go beyond the traditional finite element method In addition, the meshless approximation are fitted, so displacement of the border more difficult to deal with, the use of Lagrange law.

一些poj简单的题目。初学的时候写的，也只是一部分。都是些挺简单的算法，适合初学者去刷一刷。

爬虫算法 import java.io.BufferedReader; import java.io.BufferedWriter; import java.io.File; import java.io.FileReader; import java.io.FileWriter; import java.io.IOException; import java.io.InputStreamReader; import java.net.HttpURLConnection; import java.net.URL; import java.util.regex.Matcher; import java.util.regex.Pattern;