资源列表
C_Arrange_zidianxufa
- 这是对C++实现排列的字典序数生成方法，只能用经典来形容！-This is the realization of C with a lexicographic number generation method, which can be used to describe the classic!
C_Clomun
- 组合的生成算法有点简单，只要你会循环，相信不会被搞晕的!^_^-portfolio generating algorithm somewhat simple, as long as you cycle, it would not be engaging halo! ^ _ ^
ConvertMatrix
- 矩阵求逆是数学运算中常常遇到的。本源码采用全主元矩阵求逆的方法求得矩阵的逆。-inverse matrix arithmetic is often encountered. The main source was used yuan matrix inversion methods achieve the inverse matrix.
Matrixbasicoperation
- 一个矩阵类，包括了矩阵的基本运算。大家分享和改进-a matrix category, including the basic matrix calculation. Share and improve
VM9[1].0(JPE2000_Taubman)
- JPEG2000实现的源码，Taubman的源程序 vs2003上建立工程文件，将这些源文件加入即可-JPEG2000 achieve the source, Taubman vs2003 the source document on the establishment of the project, the source of these documents can be joined
找出模式串t在主串s中的所有匹配
- 给定模式串t和主串s，找出模式串t在主串s中的所有匹配-to set the pattern and the main string t s, t find the pattern in the main string's match of all
PathFinder2D
- a星路径规划，各种方式的实现，用于二维路径查找算法，（包括使用数组，链表，堆的实现）各种搜索算法-a path-planning, the realization of various ways, for two-dimensional path search algorithms, (including the use of arrays, linked lists, Stack achieved) search algorithm
Jphus
- 对于给定的1，2，…，n 中的k 个数，Josephus 想知道是否存在一个正整数m 使得 (n,m)Josephus 排列的最后k 个数恰为事先指定的这k 个数。-given for the 1,2, ..., n and k the number, Josephus would like to know whether there is a positive integer m such that (n, m) Josephus with the final k and the num
circle_wyb
- (1) 用浮点数定义2 个几何量m1 和m2；m2 的缺省值为0.0。 (2) 实现2个构造函数：允许用1 个参数或2个参数声明几何对象。用1 个参数r 声明 的几何对象为半径为r 的圆；用2 个参数r1 和r2 声明的几何对象为r1´ r2 的矩形。所声明 的几何对象的中心在原点。 (3) 定义计算几何对象的面积，周长和对角线长度的成员函数。 (4) 对于给定的实数r，先声明一个半径为r 的圆c1；然后声明一个c1 的外切矩形s， 接着再声明s的外接圆c2。
kongqiceng
- 服装空气层计算，用来模拟服装中空气层的流动状态和温度分布 -wearing air layer, used to simulate the wearing layer of air flow and temperature distribution in the state
yangshuangxue
- 数据结构的迷宫问题 贵州大学计算机学院-data structure maze of computer problems Guizhou University College
200711912155027093
- 一个PSO算法,matlab环境上实现，与大家交流-a PSO algorithm, achieving Matlab environment, and the exchange