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有向图 采用邻接表存储 DFS和BFS方法遍历 为方便表示,结点数小于10 用V0-V9表示不同的结点的-Directed graph using adjacency list method of storing DFS and BFS traversal for the convenience that the number of nodes is less than 10 with V0-V9 for different node
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用树的应用模拟铁路查询功能。掌握图的邻接表的定义及应用,能够熟练使用邻接表。加强对map容器的理解,能够熟练使用map容器,复习集合和字典的相关知识。理解最短路径问题,并使用Dijkstra算法解决最短路径问题。掌握线形表的使用,并理解优先队列解决问题的过程。利用栈解决需要逆向输出的问题。
-Application of simulation using the tree railway inquiry function. Master graph adjacency list of def
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图的各种存储结构,特别要熟练掌握邻接矩阵和邻接表存储结构。
遍历是图各种应用的算法的基础,要熟练掌握图的深度优先遍历-Map a variety of storage structures, in particular to master the adjacency matrix and adjacency list storage structure. Graph traversal is a wide range of applications based on algorithms,
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图的邻接表存储表示法 源码 这是进行计算机图论算法的基础 如最基本算法DFS BFS
图的邻接表存储表示法 源码 这是进行计算机图论算法的基础 如最基本算法DFS BFS-Adjacency list graph representation of source storage This is a computer algorithm based on graph theory such as the basic algorithm DFS BFS graph adjacency li
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图的邻接表存储的所有功能实现在vC下调试通过-Graph adjacency list all the features of the realization of storage in vC debugging through
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图的邻接链表及遍历及基本操作,节点的插入删除等基本操作,适合初级算法学习者-Adjacency list graph and traversal and basic operations, insertion node to delete such basic operations, suitable for primary algorithm learners
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* 函数功能: 深度优先遍历邻接链表表示的图
* 输入参数: Graph_A G 邻接链表表示的图
-* Function: depth-first traversal of the graph adjacency list that* input parameters: Graph_A G said adjacency list of graph
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Write a program to decide if a graph has a cycle or not. The given graph can be a directed or undirected graph, which is indicated at the time of reading the input (0 for directed graph and 1 for undirected graphs). The input is given as an adjacency
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Specification File
adjacencyListGragh
class GeneralGraph:
use adjacency list to implement the graph which data structure is vector
Construct methods:
* public GeneralGraph():
contain an empty vector store the vertex and a boolean det
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实验1 线性表(1)
输入若干正整数,建立一个顺序表,并在顺序表上实现如下操作:(1)在第3个元素位置插入666。(2)将第8个元素删除。(3)查找值为65的元素,若存在则输出,否则打印没有该元素。
实验2 线性表(2)
输入若干正整数,建立一个带头结点的单链表,并在单链表上实现如下操作:(1)在第3个元素位置插入666。(2)将第8个元素删除。(3)查找值为65的元素,若存在则输出,否则打印没有该元素。(4)查找第3个元素,若存在则输出,否则打印没有该元素。
实验6
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依靠链表结构实现的图像(Graph)类抽象数据结构-graph ADT implemented by an Adjacency List structure
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图: 调试图的邻接链表存储的程序,解决下列问题:
根据教科书P157页的G2图(无向图),输入数据运行程序;再适当修改程序使它适用于G1图(有向图),输入数据运行程序。-Adjacency list graph debug stored procedures, to address the following issues: According to the textbook page G2 Fig P157 (undirected graph), input data to run pro
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城市交通遍历图,1、由数据文件生成邻接表,2、输出图邻接表,3、度优先遍历图,4广度优先遍历图-Urban traffic traverse map, 1, data files generated by the adjacent table, 2, the output graph adjacency list, 3, priority ergodic map, Figure 4, breadth-first traversal
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有向图的邻接表存储的实现,包括有向图的各种操作-Directed graph adjacency list storage implementation, including a variety of operations to the map
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图基于邻接表的创建以及深度优先遍历和广度优先遍历-Graph based on adjacency list creation, as well as depth-first traversal and breadth-first traversal
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Descr iption:
采用邻接表表示有向图,完成图的创建、图的深度优先遍历、图的广度优先遍历操作。其中图的顶点信息是字符型,图中顶点序号按字符顺序排列,边的输入按照边的顶点序号从小到大的顺序排列,如下图的边的输入顺序为0 1,0 2,0 3,1 2,1 3,2 4,3 4共七条边,邻接表的边结点采用头插法。本输入样例中所用的图如下所示:
Input Format:
第一行输入两个值,第一个是图中顶点的个数,第二个是图中边的条数
第二行输入各顶点的信息,即输入每个顶点字
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熟悉图的存储方式,实现图的邻接矩阵或者邻接表的存储方式下的基本运算,特别是深度遍历和广度遍历;掌握以图为基础的一些常用算法,如最小生成树、拓扑排序、最短路径等。-Familiar with the map of storage practices, and achieve adjacency matrix or adjacency list is stored under the basic operations, especially in the depth and breadth trav
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一:实验目的:
(1)掌握图的存储思想及其存储实现。
(2)掌握图的深度、广度优先遍历算法思想及其程序实现。
(3)掌握图的常见应用算法的思想及其程序实现。
(4)理解有向无环图、最短路径等算法
二:实验内容:
以下实验内容,1和2为必做内容,3为选做内容。
1.有向图
(1)键盘输入数据,建立一个有向图的邻接表,并输出该邻接表。
(2)在有向图的邻接表的基础上计算各顶点的度,并输出。
(3)以有向图的邻接表为基础实现并输出它的拓扑排序序
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基于邻接表表示的图的遍历包括深度优先遍历和广度优先遍历-Based on the adjacency list representation of the graph traversal, including the depth-first and breadth-first traversal
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基于Virtual C++的数据结构中图的应用,能实现从文件输入有向图和无向图易邻接表和邻接矩阵的形式在屏幕输出,同时能实现无向图的深度遍历输出和广度遍历输出;kruskal算法和Prim算法实现最小生成树的创建;Dijkstra算法实现最短路径的计算;以及最小偏心距的计算。-Application of data structure of Virtual in C++ based on graph, can be achieved the file input directed graphs
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