邻接矩阵存储方法:邻接矩阵是表示顶点之间相邻关系的距阵,适合存储边数较多的稠密图。定义代码: struct VertextType {public int no;Public string data;} struct MGragh { Public int [,] edges; Public int n,e; Public VertexType[] vexs;}邻接表存储方法:图的邻接表存储方
邻接矩阵: : Defines the entry point for the console includeincludedefine MAXVEX 30 图的顶点个数typedef int VextexTypetypedef struct {VextexType vexs[MAXVEX]int edges[MAXVEX][MAXVEX]int ne}Mgraphvoid CreatG
define INFINITY 0define INF32767define MAX_NUM 20define MAXV 100include<>typedef char VRTypetypedef enum{DG=1DNUDGUDN}GraphKindtypedef struct ArcCell{ VRType adjArcCell info}AdjMatrix[MAX_NUM][MAX_NUM
各种遍历算法生成树算法最小生成树算法(邻接表邻接矩阵结构) include<string.h>include<ctype.h>include<limits.h> INT_MAX等 include<stdio.h> EOF(=Z或F6)NULL include<stdlib.h> atoi() include<io.h> eof() include<math.h> floor()c
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include <stdafx.h>includeiostreamincludemalloc.husing namespace stddefine MaxVertexNum 50 定义最大顶点数typedef struct node{ 边表结点 char adjvex 邻接点域 struct node next 链域}Edge
图的邻接矩阵和邻接表相互转换图的邻接矩阵存储方法具有如下几个特征:1)无向图的邻接矩阵一定是一个对称矩阵2)对于无向图的邻接矩阵的第i行非零元素的个数正好是第i个顶点的度3)对于有向图邻接矩阵的第i行非零元素的个数正好是第i个顶点的出度(或入度)4)用邻接矩阵方法存储图很容易确定图中任意两个顶点之间是否有边相连但是要确定图中有多少条边则必须按行按列对每个元素进行检测所发费得时间代价大邻接表是
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邻接表存储表示Status Build_AdjList(ALGraph G)输入有向图的顶点数边数顶点信息和边的信息建立邻接表{InitALGraph(G)scanf(dv)if(v<0) return ERROR =vscanf(da)if(a<0) return ERROR =afor(m=0m<vm)[m].data=getchar() for(m=1m<=am){t=getchar(
include<stdio.h>include <stdlib.h>define MaxN 100矩阵的压缩存储int TA[MaxN]TC[MaxN]int nint A[MaxN][MaxN]B[MaxN][MaxN] void value(){ int ijk printf(请输入要操作的对称矩阵的阶数:) scanf(dn) printf(输入对称矩阵:) for(i
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