资源列表
multigrid
- 一个关于多重网格的程序，解得是一个周期的非线性方程，当然也可以换成其他边界的-a grid of multiple procedures, that there is a solution to the cycle of nonlinear equations, of course, could be replaced with other border
数据结构算法演示swf
- 用FLASH动画演示常用数据结构和算法,使深奥变为简单.建议下载.-with Flash animation demo commonly used data structures and algorithms, so esoteric become simple. Recommended download.
二叉排序二叉树的建立
- 二叉排序树的建立是数据结构中许多二叉树算法实现的基础，本程序输入节点时，以－1表示输入结束-two forks of the tree data structure is the establishment of many of the binary tree algorithm based on the input node procedure, said the importation of 1 to the end
三角网生成
- VC++下的不规则三角网生成算法,这是不规则三角网的生长算法,通过建立TIN类,在TIN类内实现一些方法.-VC under the TIN generation algorithm, which is triangular irregular network growth algorithm, through the establishment of TIN category, the category TIN achieve some ways.
fftdll
- 快速傅立叶变换FFT的动态链接库DLL，适合个种语言，VB，VC，delphi-FFT fast Fourier transform of the DLL, suitable species language, VB, VC, Delphi, etc.
ShortestPath_DIJ
- 这是一个关于寻求最短路径的源代码！刚学不久，所以可能有错误！-This is a search for the shortest path to the source code! Just learning soon, it may be wrong!
稀疏矩阵运算器加减乘
- 以十字链表表示稀疏矩阵,实现两个矩阵的相加,相减,和相乘的运算.-List said with a crossbow sparse matrix, the matrix to achieve two together, subtraction, multiplication and arithmetic.
mmx
- 经MMX, SSE 2优化后的MEMCPY,比VC中的MEMCPY快不少-as MMX, SSE, SSE2 optimization of MEMCPY than the VC lot faster MEMCPY
Kruskal_gao
- Kruskal算法寻找最小生成树,C语言实现，有完整的注释！-Kruskal finding minimum spanning tree algorithm, C Language, a complete Notes!
数据结构配套光盘
- 《数据结构》配书光盘 内容包括：线性表，栈和队列，串，数组与广义表，树，图，查找，排序等所以算法。 该光盘中配有《数据结构》一书中的所有算法、每一个算法的 C 程序（后缀为 .cpp 的文件）及可执行文件（后缀为 .exe 的文件）。-"data structure" assigned CD include : linear table, stack and queue, strings, arrays and broad scale tree, map, searc
近邻算法求解TSP问题
- 本程序用另外一种算法即近邻算法解决ＴＳＰ，即旅行商问题，请高手指教．-this procedure with the other algorithms that solve the TSP neighbor algorithm, the traveling salesman problem, experts advise.
图的最小生成树
- 数据结构常用算法：图的最小生成树 经典算法：图的最小生成树-algorithm commonly used data structures : Figure the minimum spanning tree algorithm classic : Figure the minimum spanning tree