二叉排序树的实现与合并

从头和尾同时进行冒泡排序-Do bubble sort from the head and from the tail at the same time

线性规划中的单纯形法，单纯形法是求解线性规划的最主要方法，程序首先确定初始可行解，如没有找到，则引入人工变量或松弛变量来求解-Of linear programming simplex method, simplex method for solving linear programming are the most important methods, procedures to determine first of all, the initial feasible solution, such as not found, then the introduction of artificial variables or slack variable is used to solve

拉格朗日函数的源程序代码，可实现多个数的插值运算，最多可达二十个之多-Lagrange function of source code, can realize more than a few of the interpolation operator, up to as many as 20

是《计算机常用数值计算算法与程序 C++版》一书的配套C++程序源代码文件，每个源程序文件的文件扩展名都使用.cpp形式。这些C++程序已经在微软公司Windows 平台下的Virsual C++ 6.0环境下通过-is "commonly used computer numerical algorithms and procedures C version," a book supporting the C source code file, the source files extensions are used. Cpp form. These procedures have been in C Microsoft Windows platform under the Virsual C 6.0 environment through

c语言求解四阶龙格库塔法的算法源代码，例子：某一地区的病菌传染，三种人员的人数的状态方程，即可能受传染的人数x1,已被传染的病的人数x2，及已治愈的人数x3，并假设他们是因接触而传染。-c language for solving fourth-order Runge-Kutta method algorithm source code, example: a certain area of the bacteria infection, the number three state equation, which may be the number of infected x1, has been the number of disease-borne x2, and the number of people have been successfully cured x3, and assuming they are due to exposure and infection.

辛普生数值积分，已在TC2.0环境中编译通过-Health numerical integration Simpson has been compiled WITH TC 2.0 environment through

这一简单的 FastMap 算法执行。与此代码片段可以绘制结果这样在二维空间中的多维投影。这种算法是真快因为复杂度 o （n）。在许多情况下的应力是平等或比 PCA 和 MDS betther。

ColorStatistics 可以统计图像中的颜色数和百分比，对于图像统计分析很有意义。而且计算速度非常快，700多的图像几个毫秒吧。

用单链表编写一元多项式的乘法算法-single-chain preparation of a polynomial multiplication algorithm

应用背景JPHide 和JPSeek 的源代码！JPHide&JPSeek是一个JPEG图像的信息隐藏软件！-JPHide and JPSeek source code! JPHide & JPSeek is a JPEG image information hidden software!关键技术JPHIDE and JPSEEK are programs which allow you to hide a file in a jpeg visual image. There are lots of versions of similar programs available on the internet but JPHIDE and JPSEEK are rather special. The design objective was not simply to hide a file but rather to do this in such a way that it is impossible to prove that the host file contains a hidden file. Given a typical visual image, a low insertion rate (under 5%) and the absence of the original file, it is not possible to conclude with any worthwhile certainty that the host file contains inserted data. As the insertion percentage increases the statistical nature of the jpeg coefficients differs from "normal" to the extent that it raises suspicion. Above 15% the e