搜索资源列表
mazebestpath
- 迷宫最短路径问题,采用递归算法实现,C语言学习者的经典题目-Maze shortest path problem, the use of recursive algorithm
hhh
- 用回溯法链表求解迷宫问题,并加上完整的人物演示过程-With backtracking maze solving the problem list, with a complete demonstration of the process of character
migong
- 利用深度搜索方法解决迷宫问题,迷宫的形状可以自由载入。-Search method to solve the maze using the depth of the problem, the shape of the maze are free to load.
maze
- C++迷宫问题求解,随机生成迷宫存放于二维数组,为保证至少有一条通路,再生成一条路径置入迷宫中,然后回溯法求解-C++ maze problem solving randomly generated maze stored in a two-dimensional array, in order to ensure at least one path, and then generate a path into your maze, then backtracking to solve
laoshu
- 老鼠走迷宫问题,通过算法求解找出所有的路径。感兴趣的同学可以-The Mouse Maze issues by solving algorithm to identify all the paths. Interested students can try
A
- 实现 迷宫问题的 A算法 实例。 主要是在人工智能中加深对A算法的新认识-A-STAR block
Maze
- 迷宫问题,可视化,包括迷宫的生成,然后程序自动的找出迷宫的路径-Maze problem, visualization, including the generation of the maze, and then the program automatically find the path of the maze
maze
- 本代码实现的是一个简单迷宫问题。以一个m*n的长方阵表示迷宫,0和1分别表示迷宫中的通路和障碍。设计一个程序,对任意设定的迷宫,求出一条从入口到出口的通路,豁得出没有同路的结论。 基本要求为: 首先实现一个以链表做存储结构的栈类型,然后编写一个求解迷宫的非递归程序,求得的通路一三元组(i,j,d)的形式输出,其中:(i,i)指示迷宫中的一个坐标,d表示走到下一坐标的方向。-The implementation of the code is a simple maze. A m* n t
way
- 迷宫问题找迷宫的一条出路,o:通路; X:障碍-maze problem
migong
- 迷宫问题,程序根据用户选择的大小生成一个随机迷宫,由用户输入两组坐标分别作为迷宫的出口和入口,程序计算从出口到入口的所有路径,找到最短和最长路径并输出路径信息。-Maze problem, according to the user to select the size of the program generates a random maze, two sets of coordinates were entered by the user as the entrance and exit
Stack
- 栈顺序定义,递归求解迷宫问题,栈和递归的建立和调用算法-Stack sequence defined recursively solving maze problem, stacks and recursive algorithm for the establishment and call
The-maze-problem
- C++源码,控制台实现数据结构中的迷宫问题,可给出所有路径的路径图,路径总数和最短路径图-Using VC++ to realize the maze problem.It can figure out all paths and the shortest path.
3
- 需要用回溯算法的题目:n皇后问题、素数方格问题、构造字符串、迷宫问题(包含题目及详细解答)。 回溯法的优化:递归前对尚待搜索的信息进行预处理、记忆化搜索。-Backtracking algorithms needed topics: n queens problem, prime squares problem, construct a string, the maze problem (including the title and a detailed answer). Optimi