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Description: C语言-数据结构算法-用栈实现迷宫问题求解-C-algorithm data structure - with Stack Maze Problem Solving
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Size: 1378 |
Author: j |
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Description: 用stl实现的迷宫问题算法!(源创)
在这里你将看到stl的强大和方便!-used to achieve the maze Problem! (Source Chong) Here you will see stl a powerful and convenient!
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Size: 1394 |
Author: 王哲江 |
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Description: 很多呀，呵呵案例一 贪吃蛇游戏案例二 计算器案例三 黑白棋游戏案例四 迷宫问题案例五 扫地雷游戏案例六 速算24案例七 数据结构CAI系统案例八 进程调度案例九 存储管理分区分配算法案例十 通讯录案例十一 学生成绩管理案例十二 工资管理案例十三 图书借阅管理案例十四 教师工作量计算-many ah, Oh cases a game Snake Case 2 Case 3 reversi calculator case four games maze problem cases five games mine sweeping case six-speed counting cases 24 cases seven CAI system data structure eight cases process scheduling nine cases storage management district allocation algorithm Case directory 10 cases 11 cases of student performance management wages 12 cases 13 cases management bibliobus 14 teachers Calculation
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Size: 59655 |
Author: 小何 |
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Description: 队列应用-求迷宫问题-Queue application-seek maze problem
Platform: |
Size: 1452 |
Author: 黄花菜 |
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Description: 案例一 贪吃蛇游戏
案例二 计算器
案例三 黑白棋游戏
案例四 迷宫问题
案例五 扫地雷游戏
案例六 速算24
案例七 数据结构CAI系统
案例八 进程调度
案例九 存储管理分区分配算法
案例十 通讯录
案例十一 学生成绩管理
案例十二 工资管理
案例十三 图书借阅管理
案例十四 教师工作量计算-case a game Snake Case 2 Case 3 reversi calculator case four games maze problem cases five outbound mine sweeping show Case 6-speed counting 24 cases seven CAI system data structure eight cases process scheduling nine cases storage management district allocation algorithm 10 cases 11 cases directory management student achievement wages 12 cases 13 cases bibliobus Management Case 14 teachers workload Calculation
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Size: 59607 |
Author: 蔡建伟 |
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Description: 回溯演算法解迷宮問題-VB
本代碼是回溯演算法的非常經典的例子，可以做遊戲作簡單參考-backtracking algorithm maze problem - the VB code is backtracking algorithm very classic example. can be done to make the game simple reference
Platform: |
Size: 3419 |
Author: 張小龍 |
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Description: 案例一 贪吃蛇游戏
案例二 计算器
案例三 黑白棋游戏
案例四 迷宫问题
案例五 扫地雷游戏
案例六 速算24
案例七 数据结构CAI系统
案例八 进程调度
案例九 存储管理分区分配算法
案例十 通讯录
案例十一 学生成绩管理
案例十二 工资管理
案例十三 图书借阅管理
案例十四 教师工作量计算
-case a huge memory game two cases calculators Case 3 Case 4 game reversi maze problem cases five outbound mine sweeping Case 6 game speed count 24 cases seven CAI system data structure eight cases process scheduling nine cases storage management district allocation algorithm 10 cases of 11 cases of student directories performance management salaries 12 cases 13 cases of books to borrow 14 teachers Case Workload Calculation
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Size: 67067 |
Author: chenguoren |
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Description: 采用Ａ*算法解决了迷宫问题的源程序，对了解人工智能中的Ａ＊算法很有帮助的．-A * algorithm used to solve a maze problem of the source of the artificial intelligence to understand the A * algorithm very helpful.
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Size: 2554 |
Author: 杨俊 |
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Description: 回溯（b a c k t r a c k i n g）是一种系统地搜索问题解答的方法。为了实现回溯，首先需要为问题定义一个解空间（ solution space），这个空间必须至少包含问题的一个解（可能是最优的）。在迷宫老鼠问题中，我们可以定义一个包含从入口到出口的所有路径的解空间；在具有n 个对象的0 / 1背包问题中（见1 . 4节和2 . 2节），解空间的一个合理选择是2n 个长度为n 的0 / 1向量的集合，这个集合表示了将0或1分配给x的所有可能方法。当n= 3时，解空间为{ ( 0 , 0 , 0 )，( 0 , 1 , 0 )，( 0 , 0 , 1 )，( 1 , 0 , 0 )，( 0 , 1 , 1 )，( 1 , 0 , 1 )，( 1 , 1 , 0 )，( 1 , 1 , 1 ) }。-retrospective (b a c k t r a c k i n g) is a systematic search to answer the question. To achieve retrospective, the first issue of the need for a definition of the solution space (solution space), The space must contain at least one solution to the problem (which may be optimal). Rats in a maze problem, we can contain a definition from the entrance to the export of the solution space trails; n is the object of the 0 / 1 knapsack problem (see 1. 4 and 2. 2) The solution space is a reasonable choice of two n length of the 0 n / a vector set, this assembly that it will 0 or 1 x allocated to all possible ways. When n = 3, the solution space for the ((0, 0, 0), (0, 1, 0), (0, 0, 1), (1, 0, 0), (0, 1, 1), (1, 0, 1), (1, 1, 0), (1, 1, 1)).
Platform: |
Size: 29600 |
Author: john |
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Description: c代码用例。内容包括案例一 贪吃蛇游戏（学习基于while(!keyhit())的即时原理）
案例二 计算器
案例三 黑白棋游戏
案例四 迷宫问题
案例五 扫地雷游戏
案例六 速算24
案例七 数据结构CAI系统
案例八 进程调度
案例九 存储管理分区分配算法
案例十 通讯录
案例十一 学生成绩管理
案例十二 工资管理
案例十三 图书借阅管理
案例十四 教师工作量计算-c code with cases. Case including a huge memory game (based on the study while (! Keyhit ()) the immediate Principle) case Case two cases calculators three cases of four games reversi maze problem cases five games mine sweeping speed count six cases 24 cases seven data CAI system structure eight cases of nine cases of process scheduling storage management district allocation algorithm case 10 directories students into 11 cases performance management salaries 12 cases 13 cases of books to borrow 14 case management workload of the teachers calculation
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Size: 73460 |
Author: maccoo |
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Description: 迷宫问题的递归算法-recursive algorithm for maze problem
Platform: |
Size: 1014 |
Author: 何丰 |
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Description: 经典迷宫问题求解-classic Maze Problem Solving
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Size: 3456 |
Author: 李白 |
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Description: 小鼠迷宫问题« 问题描述：小鼠a 与小鼠b身处一个m×m的迷宫中，如图所示。每一个方格表示迷宫中的一个房间。这m×n个房间中有一些房间是封闭的，不允许任何人进入。在迷宫中任何位置均可沿上，下，左，右4个方向进入未封闭的房间。小鼠a位于迷宫的(p，q)方格中，它必须找出一条通向小鼠b 所在的(r，s)方格的路。请帮助小鼠a找出一条通向小鼠b的道路。« 编程任务：对于给定的小鼠的迷宫，编程计算小鼠a 通向小鼠b的道路。« 数据输入：由文件input.txt 给出输入数据。第一行有2 个正整数m，k，分别表示迷宫的行数和封闭的房间数。接下来的k行中，每行2 个正整数，表示被封闭的房间所在的行号和列号。最后的2 行，每行也有2 个正整数，分别表示小鼠a 所处的方格(p，q)和小鼠b 所处的方格(r，s)。« 结果输出:将计算出的小鼠a 通向小鼠b 的道路输出到文件output.txt。输出文件的每行2 个正整数，表示道路行号和列号，从终点向起点方向列出。如果小鼠a 无法通向小鼠b 则输出“No Solution!”-mice problem laquo maze; Problem description : mouse with a live mouse b m 1 m maze of dummies. Each expressed a box maze of a room. This m n rooms there were some rooms are closed, did not allow anyone to enter. The maze can be any location along the upper and lower, right and left four entered no closed rooms. Mice in a maze of (p, q) box, it must find a leading mice where the b (r, s) box at the road. Please help find a mouse a mouse b leading to the road. Laquo; Programming tasks : to the mice in a maze of programming leading to a calculation mice mice b roads. Laquo; Data input : from the document input.txt given input data. The first trip had two positive integers m, k, respectively, said the number of rows maze and closed several rooms. Next k OK, OK every two positive integers, h
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Size: 1682 |
Author: 林天 |
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Description: 数据结构 迷宫问题 迷宫非递归算法.rar-data structures, maze problem, non-recursive algorithm for maze problem
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Size: 1788 |
Author: 长风 |
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Description: 队列应用-求迷宫问题-Queue application-seek maze problem
Platform: |
Size: 1024 |
Author: 黄花菜 |
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Description: 里面装有 5 个小程序，分别是：0-1背包问题、二叉树遍历、链式表的实现、迷宫路径、资源最优配置算法。每个程序都有详细的说明，是我这两个学期所做的实验的一部分。-containing five small programs, namely : 0-2-1 knapsack problem, the binary tree traversal and the chain table and that the realization of the maze path, the optimal resource allocation algorithm. Every procedure is described in detail in, I was doing it two semesters of part of the experiment.
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Size: 199680 |
Author: 葛兴高 |
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Description: 迷宫问题的递归算法-recursive algorithm for maze problem
Platform: |
Size: 1024 |
Author: 何丰 |
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Description: 经典迷宫问题求解-classic Maze Problem Solving
Platform: |
Size: 3072 |
Author: 李白 |
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Description: 小鼠迷宫问题« 问题描述：小鼠a 与小鼠b身处一个m×m的迷宫中，如图所示。每一个方格表示迷宫中的一个房间。这m×n个房间中有一些房间是封闭的，不允许任何人进入。在迷宫中任何位置均可沿上，下，左，右4个方向进入未封闭的房间。小鼠a位于迷宫的(p，q)方格中，它必须找出一条通向小鼠b 所在的(r，s)方格的路。请帮助小鼠a找出一条通向小鼠b的道路。« 编程任务：对于给定的小鼠的迷宫，编程计算小鼠a 通向小鼠b的道路。« 数据输入：由文件input.txt 给出输入数据。第一行有2 个正整数m，k，分别表示迷宫的行数和封闭的房间数。接下来的k行中，每行2 个正整数，表示被封闭的房间所在的行号和列号。最后的2 行，每行也有2 个正整数，分别表示小鼠a 所处的方格(p，q)和小鼠b 所处的方格(r，s)。« 结果输出:将计算出的小鼠a 通向小鼠b 的道路输出到文件output.txt。输出文件的每行2 个正整数，表示道路行号和列号，从终点向起点方向列出。如果小鼠a 无法通向小鼠b 则输出“No Solution!”-mice problem laquo maze; Problem description : mouse with a live mouse b m 1 m maze of dummies. Each expressed a box maze of a room. This m n rooms there were some rooms are closed, did not allow anyone to enter. The maze can be any location along the upper and lower, right and left four entered no closed rooms. Mice in a maze of (p, q) box, it must find a leading mice where the b (r, s) box at the road. Please help find a mouse a mouse b leading to the road. Laquo; Programming tasks : to the mice in a maze of programming leading to a calculation mice mice b roads. Laquo; Data input : from the document input.txt given input data. The first trip had two positive integers m, k, respectively, said the number of rows maze and closed several rooms. Next k OK, OK every two positive integers, h
Platform: |
Size: 1024 |
Author: 林天 |
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Description: 数据结构 迷宫问题 迷宫非递归算法.rar-data structures, maze problem, non-recursive algorithm for maze problem
Platform: |
Size: 1024 |
Author: 长风 |
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