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有向图从邻接矩阵转换为邻接表后的dfs
- 有向图从邻接矩阵转换为邻接表后再深度优先遍历-a graph from the adjacency matrix conversion of the adjacent#$#!142996#!#$read IntelCPU serial number. Rar!#$#read Intel CPU serial number. Rar read Intel CPU serial number. Read rar Intel CPU serial number. rar
用邻接矩阵实现图的数据结构问题
- 一个有关用邻接矩阵实现图的数据结构问题,以语言实现!-an adjacency matrix with the realization of the map data structure, in language!
数据结构图的邻接矩阵,邻接表存储表示,图的深度优先搜索遍历,广度优先搜索遍历
- 数据结构图的邻接矩阵,邻接表存储表示,图的深度优先搜索遍历,广度优先搜索遍历
Prim.rar
- 用普里姆(Prim)算法求用邻接矩阵存储结构表示的图或网的最小生成树,With the prim algorithm is seeking to use adjacency matrix storage structure, said the plan or network, minimum spanning tree
smalltree
- 图的最小生成树 【需求分析】 若要在n个城市之间建设通信网络,只需要架设n-1条线路即可。如何以最低的经济代价建设这个通信网,是一个网的最小生成树问题。 (1)建立一个图,其存储方式可以采用邻接矩阵形式,需要定义两个数组,一个存储顶点,一个存储边,存储边的数组表明节点间的连通关系和边的权值; (2)利用普里姆算法和克鲁斯卡尔算法求网的最小生成树; (3)按顺序输出生成树中各条边以及它们的权值。 【算法描述】: 1 普里姆算法:
邻接矩阵表示图
- 用邻接矩阵存储表示图的结构,采用的是深度优先算法
fenzhi
- 通过分支限界的方法,求解1到n的最短路径。设数组a保存图的邻接矩阵,0-9号,共10个节点。节点1为源点,n为目标点.-Through the branch and bound approach for solving 1 to n shortest path. A preservation plan for an array of adjacency matrix ,0-9, a total of 10 nodes. Node 1 is the source, n for the target
DataStruture-Graph
- 1.7.1 图的邻接矩阵存储表示 311 范例1-102 图的邻接矩阵存储表示 ∷相关函数:CreateFAG函数 CreateDG函数 1.7.2 图的邻接表存储表示 324 范例1-103 图的邻接表存储表示 324 ∷相关函数:CreateFAG函数 1.7.3 有向图的十字链表存储表示 335 范例1-104 有向图的十字链表存储表示 335 ∷相关函数:CreateDG函数 1.7.4 无向图的邻接多重表存储表示 344 范例1-105 无向图
create_graphic
- 图的建立,有多种的图可以选择,也可以选择图的遍历方法,里面的图的存储结构是以顶点数组和邻接矩阵的方式存储的。-Map-building, there are several plans to choose, you can choose to graph traversal method, which the storage structure of the plan is based on vertex adjacency matrix of the array and stored the.
11
- 随机给出n*n的邻接矩阵,并打印出邻接矩阵,边的个数,回路的个数和每个顶点的度,并判断该图中是否存在Euler回路。-Random given the n* n adjacency matrix and adjacency matrix print, while the number, loop number and the degree of each vertex, and determine the existence of the map Euler circuit.
Graph
- 1.建立无向网的邻接矩阵。 要求:从键盘输入无向网的顶点数和边数;然后以“顶点1,顶点2,权值”的方式输入图的各边,建立邻接矩阵存储,并输出各顶点和邻接矩阵。 2.对无向网进行深度优先遍历,输出遍历序列。 3.判断给定的无向网是否是连通的? 要求:从键盘上输入出发点进行搜索遍历,输出遍历序列。 -1. The establishment of the network adjacency matrix. Requirements: No input from the ke
file
- 将图的数据写入文件并构造邻接矩阵,求出单源点到其他顶点的最短路径(The data of the graph is written into the file and the adjacency matrix is constructed, and the shortest path from the single source point to the other vertex is found)
CREAT_LINJIE_MATRIX
- 根据线路参数里的起始节点和终止节点编号确定无向图的邻接矩阵及测试案例(The adjacency matrix of the undirected graph is determined according to the start node and the termination node number in the line parameter)
liantong_numofblocks
- 根据图的邻接矩阵判断图的连通性并计算图的分块数(To determine the connectivity of the graph and computing graph blocks according to the adjacency matrix)
加强图
- 图 深度优先搜索遍历和 邻接矩阵,闫蔚敏版,简单易懂,适合平时交作业(Graph depth first search and adjacency matrix, Yan Yumin version, simple, suitable for everyday homework)
G2D
- 逻辑结构分为两部分:V和E集合。因此,用一个一维数组存放图中所有顶点数据;用一个二维数组存放顶点间关系(边或弧)的数据,这个二维数组称为邻接矩阵。邻接矩阵又分为有向图邻接矩阵和无向图邻接矩阵(The logical structure is divided into two parts: the V and the E set. Therefore, a one-dimensional array is used to store all the vertex data in the graph
邻接矩阵与邻接表相互转化
- 数据结构图论部分,邻接矩阵转邻接表,用C语言实现,再加几个字才够20字(The data structure graph, adjacency matrix to the adjacency list, using C language, plus a few words to 20 words)
图的基本操作
- 实现了图的各种操作,实现了树的基本操作,使用了邻接矩阵的方法(The implementation of the various operations of the graph)
图的深度和广度搜索
- 关于图的邻接矩阵的建立和广度和深度遍历结果显示(The establishment of the adjacency matrix of a graph and the result of the breadth and depth traversal)
无向图
- 无向图的创建,转化为邻接矩阵输出,及深度、广度优先遍历(The creation of undirected graph is transformed into adjacency matrix output and depth and breadth first traversal.)