搜索资源列表
GraphSream
- Java版本的Graph操作源代码。 包括无相图，有向图的构建、遍历等功能
Depth_graph
- 在分布式应用,和计算应用中,用图来描述数据无疑是非常多的广度遍历无向图,深度遍历无向图,-In distributed applications, and computing applications, with plans to describe the data are no doubt very many of the undirected graph traversal breadth, depth, undirected graph traversal,
wuxiangtu3
- 无向图的深度优先搜索 无向图的深度优先搜索 无向图的深度优先搜索 -Undirected graph depth-first search of undirected graph depth-first search of undirected graph depth-first search of undirected graph depth-first search of undirected graph of the depth-first search
wuxiangtu4
- 无向图的宽度优先搜索 -Undirected graph in breadth-first search of undirected graph breadth-first search
adjacency_link
- 使用VC建立无向图的邻接表。再通过简单的打印函数遍历整张图，输入各个节点信息。-Establish the adjacency link of the no direction graph based on VC. And then prints the whole graph through the simple print function, and outputs the information of all the nodes.
1
- 1.建立一个无向图的邻接表存储 2。对该图进行深度优先搜索，按顺序输出所访问的-1. The establishment of an undirected graph in adjacency list is stored 2. Depth-first search of the graph, according to the order of the output of the visit
betweenness
- 求出一个网络的所有最短路径，并根据最短路径求出所有节点和边的介数。适用于有向图和无向图。-All the shortest path in a network is obtained, the dielectric number of all the nodes and edges and was determined according to the shortest path. Applicable to a directed graph and no directed graph.
mgraph
- 图的基本操作: 创建（有向图、无向图、有向网、无向网） 顶点、路径(The basic function of Mgraph.)
easy road
- 1.问题描述 若用无向图来表示高速公路网，其中顶点表示城市，边表示城市之间的高速公路，试设计一个找路程序，获取两个城市之间的所有简单路径。 2.输入数据 输入结点个数n，输入城市的编号，由于是四位数字，为了简便统一起见，设置为int类型，通过输入两个城市的编号表示这两个城市之间有高速公路。最后找路的时候输入两个城市的编号，表示该路的起点和终点。 3.输出数据 输出由城市编号组成的所有可能路径，类型为int型。(1. problem descr iption If we use und
1036959
- 我自己编写的无向图邻接表,可以写写学习,可以使用()