搜索资源列表
tcc
- 以栈模拟停车场,以队列模拟车场外的便道。每一组输入数据包括三个数据项:汽车“到达”或“离去”信息、汽车牌照号码以及到达或离去的时刻。对每一组输入数据进行操作后的输出信息为:若是车辆到达,则输出汽车在停车场内或便道上的停车位置;若是车辆离去,则输出汽车在停车场内停留的时间和应交纳的费用(在便道上停车不收费)。栈以顺序存储结构实现,队列以链表结构实现。-Simulation of the car park to the stack to queue outside the road vehicle
Maze1
- 电脑鼠走迷宫,自动搜狐路径,以最快速度到达终点-Computer Mouse Maze, Auto Sohu path, with the fastest speed to reach the terminal
02_7
- C语言写的,自动生成迷宫的格局,确定迷宫是否能走通,如果能走通,输出行走路线。-Written in C language side, the pattern of auto-generated maze to determine whether to go through the maze, if you can go through, the output routes.
song
- 实现比赛分数的添加,删除,自动排序,并显示-Sports scores achieved to add, delete, auto-sort, and display
Tree-detection
- 点云数据中树的自动检测,国外算法,希望对你有用。-Point cloud data in the tree auto-detection, foreign method, you want to be useful.
Parking-management-simulation-system
- 以栈模拟停车场,以队列模拟车场外的便道,按照从终端读入的输入数据序列进行模拟管理。每一组输入数据包括三个数据项:汽车“到达”或“离去”信息、汽车牌照号码及到达或离去的时刻,对每一组输入数据进行操作后的输出数据为:若是车辆到达,则输出汽车在停车场内或便道上的停车位置;若是车离去;则输出汽车在停车场内停留的时间和应交纳的费用(在便道上停留的时间不收费)。栈以顺序结构实现,队列以链表实现。-Parking lot to stack simulation to simulate the queue of
jiayouzhan
- 【汽车加油问题】一辆汽车加满油后可以行驶N千米。旅途中有若干个加油站。若要使沿途的加油次数最少,设计一个有效的算法,指出应在那些加油站停靠加油。并证明你的算法能产生一个最优解。-[Problem] auto fuel fill up a car after driving N km. There are several gas stations journey. To make the least number of refueling along the way to design an ef
gas
- 给定了n和k个加油站的位置,汽车加满油后可行驶n公里,指出应在哪些加油站停靠,使得加油次数最少,贪心选择算法-Can travel to the location given n and k gas stations, auto fill up n kilometers that should be docked in which gas stations, making refueling the least number of greedy selection algorithm
MiGong
- 自定义迷宫,自动求所有解法,最佳解法!递归算法实现。-Custom maze, auto-everything solution, the best solution! Recursive algorithm.
exp
- 给定n个石子,其重量分别为a1,a2,a3,……,an,要示将其划分成m份,每一份的划分费用定义为这份石子中最大重量与最小重量的差的平方。总划分费用等于m份划分费用之和。对于给定的n个石子,求一种划分方案,使得总划分费用最小。-Given an n stone, its weight, respectively a1, a2, a3, ......, an, to be shown to be divided into m parts, each a division of costs defi
auto
- 这个关于智能指针的源代码,欢迎广大爱好编程的学习-This source code, welcomed the loving programming learning about smart pointers
