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！...

计算器，压栈处理。 急需语音程序，谢谢！-calculators, Yazhan treatment. Voice urgent procedures, thank you!

CSIMPLE2d CFD C源程序-CSIMPLE2d CFD C source

用C实现的线性卡尔曼滤波-C realization of linear Kalman Filtering

先序遍历非递归算法 #define maxsize 100 typedef struct { Bitree Elem[maxsize] int top }SqStack void PreOrderUnrec(Bitree t) { SqStack s StackInit(s) p=t while (p!=null !StackEmpty(s-preorder non- recursive algorithm# define maxsize 100 typedef struct (Bitree Elem [maxsize]) int top SqStack void PreOrderUnrec (Bitree t) (SqStack s StackInit (s) p = t while (p! = Null! StackEmpty (s

二分法查找-dichotomy Search

Apriori算法是一种最有影响的挖掘布尔关联规则频繁项集的算法。其核心是基于两阶段频集思想的递推算法。该关联规则在分类上属于单维、单层、布尔关联规则。在这里，所有支持度大于最小支持度的项集称为频繁项集，简称频集。 是：首先找出所有的频集，这些项集出现的频繁性至少和预定义的最小支持度一样。然后由频集产生强关联规则，这些规则必须满足最小支持度和最小可信度。然后使用第1步找到的频集产生期望的规则，产生只包含集合的项的所有规则，其中每一条规则的右部只有一项，这里采用的是中规则的定义。一旦这些规则被生成，那么只有那些大于用户给定的最小可信度的规则才被留下来。为了生成所有频集，使用了递归的方法。

这个是蒙特卡罗方法的讲义 ，主要内容为蒙特卡罗方法的产生方法和用途-the Monte Carlo method is the lectures, mainly as the Monte Carlo method uses methods and

使用C++实现的Graham扫描法（求解凸包问题），可设置生成随机点的个数、样式，同时支持设置显示范围、显示算法处理时间及使用文件导入导出点等功能。（文件格式为，头四个字节是点的个数，以后分别是各个点的x坐标和y坐标，每个数值均占4字节）。-The use of C++ Realize the Graham scan method (for solving convex hull problems), can be set to generate a random number of points, patterns, and at the same time to support the set display range, display algorithm processing time and the use of document features such as import and export points. (File format for the first four bytes is the number of points, after all points are x coordinates and y coordinates, each account for 4-byte value).

There are numerous algorithms that allow you to manipulate the information stored in an array. Consider this function which allows you to determine the maximum value in an array of integers (could be easily adapted to find minimum value)-There are numerous algorithms that allow you to manipulate the information stored in an array. Consider this function which allows you to determine the maximum value in an array of integers (could be easily adapted to find minimum value)

差分进化算法的源代码，编码简单可读，可以直接编译执行-Differential evolution algorithm source code, coding simple and readable, and can directly compile the implementation of