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tubianli
- 以邻接表为存储结构，实现连通无向图的深度优先和广度优先遍历。以用户指定的结点为起点，分别输出每种遍历下的结点访问序列和相应生成树的边集。-table adjacent to the structure for storage, connectivity to the map without the depth and breadth of priority priority traversal. Users designated as a starting point node, the out
graphSearch
- 实现了图的搜索算法，包括深度优先搜索，广度优先搜索，Dijstra算法，A*算法等较典型的搜索算法，同时可以进行图的输入和编辑等操作，仅供大家参考。-achieve the plan's search algorithm, including depth-first search, breadth - first search algorithm Dijstra, A * algorithm is more typical search algorithm, and can map th
GraphMatrix
- 以邻接矩阵作为图的存储结构，根据键盘输入创建图，并深度优先、广度优先遍历该图-matrix as to the adjacent storage structure of the plan, according to the keyboard input to create map and depth of priority, breadth priority traversal of the plan
BFS_DFS_Astar
- Implemented BFS, DFS and A* To compile this project, use the following command: g++ -o search main.cpp Then you can run it: ./search The input is loaded from a input file in.txt Here is the format of the input file: The firs
MyDraw_new
- 功能:用面向对象的思想来实现了对直线 矩形 椭圆三种图元的绘制 选定 移动 并添加了编辑设置图元多种属性功能 是深入学习GDI编程很好的例子-functions : Object-oriented thinking to achieve a pair of three straight rectangular oval map of the selected mobile mapping and add a map editor Set Attribute function of a varie
Diagram
- 图的操作,包括,图的基本存储方法,有关图的操作算法并用C语言编程实现,图的搜索路径的遍历方法,以邻接矩阵和邻接表的方式存储连通图。然后分别用优先深度算法遍历邻接矩阵方式存储的图和邻接表方式存储的图。深度优先遍历的递归算法 （1）深度优先遍历算法（2）邻接表表示的深度优先搜索算法（3）邻接矩阵表示的深度优先搜索算法.-plan of operation, including, map the basic storage methods, the operation of the map algor
zhljrj
- 综合录井图软件源代码，要点：深度图形驱动。-Mudlogging map software source code, key points : Depth Graphics Drivers.
图的遍历
- 数据结构中关于图的遍历，任意建节点，深度优先和广度优先两种方法-data structure on the map traverse, arbitrary nodes built, the depth and breadth of priority priority two methods
sting7.doc
- 图的邻接矩阵、邻接表、十字链表、邻接多重链表存储结构表示及其创建算法的c语言实现 图的深度优先搜索遍历算法和图的广度优先搜索遍历算法及C语言实现-the adjacency matrix, the adjacent table, Cross Chain, Listless multiple adjacent storage structure and said the creation algorithm in C Language map of the depth-first traversa
图的遍历演示
- 一． 问题描述很多涉及图上操作的算法都是以图的遍历为基础的。试写一个程序，演示在连通的无向图上访问全部节点的操作。二． 基本要求以邻接多重链表为存储结构。实现连通无向图的深度和广度优先遍历。以用户指定的节点为起点，分别输出每种遍历下的节点访问序列和相应生成树的边集。-one. Descr iption many issues involving maps of algorithms are to traverse the map-based. A written test procedures,
Kinect_NICV 读取kinect深度和彩色图像
- 读取kinect深度和彩色图像，采用openCV显示，进行手势识别，手跟踪-read the depth and color map from kinect and display by opencv. Recognize gesture and track hand
picture
- 实现图的遍历。对图的深度和广度的遍历，建立邻接矩阵与邻接表-The realization of graph traversal. To map the depth and breadth of the traverse, the establishment of adjacency matrix and adjacency list
dfstraverse
- 完成输入图，然后进行图的深度优先遍历-Complete the input map, and then proceed to map the depth-first traversal
graph
- 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,
1_12_fog
- 12. 在雾中绘制一个立方体,用<C>键控制雾颜色的变化,用<N>键控制雾浓度的变化(0.0-1.0).用<E>键控制雾的开和关. 用<PageUp>和<PageDown>键控制立方体所在的深度-12. In the mist of a cube map, using key control fog <C> color changes, with keys to control fog <N> concentra
graph
- 数据结构C对图的操作算法，有广度、深度优先遍历，拓扑排序，最短路径的实现算法，最小生成树的算法-C data structures to operate on the map algorithm, there is the breadth, depth-first traversal, topological sorting, shortest path algorithm, minimum spanning tree algorithm
f.doc
- 题目1：图的建立与遍历；连通网的最小生成树生成实现。 内容： 1） 用邻接表表示方法建立图1所示图的存储结构，用邻接矩阵存表示方法建立图2所示网的存储结构。 2） 在图1 存储结构（邻接表）上实现深度优先搜索遍历和广度优先搜索遍历，并给出遍历结果（序列）。 3） 按照普里姆算法，在图2所示连通网的存储结构（邻接矩阵）上实现此网的最小生成树，并输出生成树。 -Title 1: Map of the establishment and ergodicity conne
tu_bianli
- 利用C语言实现数据结构中的图的建立,根据边的数目建立图,并用深度遍历法遍历图等-The use of C language data structure diagram of the establishment, in accordance with the number of edge-building plans, and the depth of traversal method traverse map
tu
- 图的建立以及深度遍历，该代码很简单，是用链式存储的-Map-building, as well as the depth of traversal, the code is very simple, with chain store
graph1
- 图的运算，有全图的无权图的广度深度优先遍历-Figure computing, there is no right to map the entire map of the breadth of depth-first traversal