Crashing Robots (复杂模拟)

最新推荐文章于 2020-02-01 13:28:07 发布

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最新推荐文章于 2020-02-01 13:28:07 发布 · 925 阅读

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#c++ #Crashing Robots #模拟 #acm

这篇博客讨论了一种现代仓库中机器人避免碰撞的复杂模拟问题。在模拟过程中，需要确保机器人按顺序执行指令，不会撞到墙壁或彼此。博客内容包括输入输出格式、样例测试用例及解决此类问题需要注意的细节，如地图方向、边界检查和机器人状态更新。

In a modernized warehouse, robots are used to fetch the goods. Careful planning is needed to ensure that the robots reach their destinations without crashing into each other. Of course, all warehouses are rectangular, and all robots occupy a circular floor space with a diameter of 1 meter. Assume there are N robots, numbered from 1 through N. You will get to know the position and orientation of each robot, and all the instructions, which are carefully (and mindlessly) followed by the robots. Instructions are processed in the order they come. No two robots move simultaneously; a robot always completes its move before the next one starts moving.

A robot crashes with a wall if it attempts to move outside the area of the warehouse, and two robots crash with each other if they ever try to occupy the same spot.

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