Introduction - If you have any usage issues, please Google them yourself
First, program analysis 1. To the adjacent multi-table for the storage structure, to achieve connectivity and non-connected undirected graph with a depth-first breadth-first traversal. 2. Node-based map is not more than 30, each node with a number that. Map by entering the input side of a graph, and each side for a few right. 3. Problem Description: 4. To the first node as a starting point, respectively, under the output of each node traversal visit sequences and the corresponding spanning tree edge.
Packet : 85375550tudebianli.rar filelist
图的遍历的演示(课程设计)\定义图.txt
图的遍历的演示(课程设计)\创建图.txt
图的遍历的演示(课程设计)\广度遍历.txt
图的遍历的演示(课程设计)\打印图的邻接矩阵.txt
图的遍历的演示(课程设计)\获取下一个未被访问的邻接节点(深度遍历).txt
图的遍历的演示(课程设计)\深度递归遍历.txt
图的遍历的演示(课程设计)\定义队列.txt
图的遍历的演示(课程设计)\初始化队列.txt
图的遍历的演示(课程设计)\判断队列是否为空.txt
图的遍历的演示(课程设计)\入队操作.txt
图的遍历的演示(课程设计)\出队操作.txt
图的遍历的演示(课程设计)\主程序.txt
图的遍历的演示(课程设计)\新建 文本文档.txt
图的遍历的演示(课程设计)\piggybank.txt
图的遍历的演示(课程设计)\图的遍历的演示\图的遍历的演示.txt
图的遍历的演示(课程设计)\课程设计(图的遍历)\图的遍历..doc
图的遍历的演示(课程设计)\图的遍历的演示
图的遍历的演示(课程设计)\课程设计(图的遍历)
图的遍历的演示(课程设计)