资源列表
jxjh
- 数据结构的课设内容,实现教学计划编制问题-data structure classes based content, the teaching programming issues
shujujiegouduoxiangshijisuan
- 这是一个数据结构实现简单的加减乘除运算的算法源代码,希望能及早通过,我想下载贵网站中的一个代码-This is a simple data structure of the arithmetic computation algorithm source code in hopes early, I want to download your site is a source of
wenfashibie
- 文法识别 文法识别 文法识别-grammar recognition gra mmar recognition gra mmar recognition grammar grammar Recognition Recognition
removeDuplicates2
- 上课的作业,是除去数组中的重复元素,利用数据结构常用算法-class operation is to remove duplication of array elements, the use of commonly used data structures Algorithm
zy.tar
- 数组结构写的程序 可以删除,查找,增加,排序内容-array structure written procedures can be deleted, locate, increased sorting content
CaculateRomanpn
- 计算图p(n,k)罗马支配数的算法,计算罗马支配数是一个np—complete问题,这里给出一个相对高性能的算法。-calculated plan p (n, k) Rome disclaimer few algorithm disclaimer calculated Rome is a few np-complete problem here is a relatively high-performance algorithm.
MiniSpanTree_Kruskal
- 最小生成树算法程序,已经通过编译的程序,能运行出结果-minimum spanning tree algorithm, compiled by the procedure, the results can run
classstr2
- 完善字符串类的运算符功能 1、 利用运算符重载完善字符串类的运算符功能。如: 串+整数;整数+串;浮点数+串;串-串;串/串 等; 2、 编制一个带菜单的小系统,演示该类的运算符操作。 -perfect string Operators such a function, using Operator perfect string category Operators function. Such as : String Integer; Integer string;
TriMat
- 在目录“\\上三角矩阵类的实现”中给定了文件triMat.cpp、triMat.h,请把triMat.h文件中的9个填空位置补上正确的代码,使triMat.cpp能完成上三角矩阵的加、减、乘运算。要求输入: 输入矩阵维数:4 输入矩阵a的元素(包括0): 1 2 3 4 0 1 2 3 0 0 1 2 0 0 0 1 输入矩阵b的元素(包括0): 1 2 3 4 0 1 2 3 0 0 1 2 0 0 0 1 -in the di
999999
- 数据结构试验中一个有关于非递归算法的源程序,很适合于初学者参考。-test data structure on a non - recursive algorithm of the source is well-suited to beginners reference.
forest
- 使用二叉树方法来实现一棵树或者森林,数据输入是按照完全二叉树的形式来输入的。输入方式是完全二叉树上的编号 该节点的权值。-use binary tree method to achieve a tree or forest, data input is fully binary tree in the form of input. Input is completely binary tree on the number of nodes of the right value.
crosslink
- 本程序是用十字链表来存储矩阵并实现两个矩阵的相乘-this procedure is used to store Chain Cross Matrix and achieve the matrix multiplication 2