文件名称:Carfire
- 所属分类:
- 人工智能/神经网络/遗传算法
- 资源属性:
- [C/C++] [源码]
- 上传时间:
- 2012-11-26
- 文件大小:
- 46kb
- 下载次数:
- 0次
- 提 供 者:
- lu***
- 相关连接:
- 无
- 下载说明:
- 别用迅雷下载,失败请重下,重下不扣分!
介绍说明--下载内容均来自于网络,请自行研究使用
灭火机器人比赛要求
①在迷宫中找到火源:必须确认进入火焰圆弧的30cm区域,而不能是碰巧经过火焰区域。
②做出灭火动作:必须在进入火焰区域后方有效,可以是风扇转动,喷出灭火物质等。
③将火扑灭:保证完成前两项动作基础上,将火扑灭。而不能是碰倒蜡烛使之熄灭,或碰巧喷出灭火物质。
④灭火时间:在完成灭火任务的同时计算每组的灭火时间,时间最短者获胜。
-Requirements of fire fighting robot competition ① in the maze to find the source of the fire: the flame must be confirmed into the arc region of 30cm, and can not be a coincidence after the flame region. ② to make fire-fighting actions: must be valid to enter the rear of the flame region, the fan can be turned out fire-fighting substances. ③ put out the fire: to ensure the completion of the basis of the first two movements, put the fire out. And can not be extinguished so that碰倒candles, or fire-fighting substances emitted by chance. ④ fire time: the completion of tasks at the same time extinguishing the fire each time the calculation, the shortest time wins.
①在迷宫中找到火源:必须确认进入火焰圆弧的30cm区域,而不能是碰巧经过火焰区域。
②做出灭火动作:必须在进入火焰区域后方有效,可以是风扇转动,喷出灭火物质等。
③将火扑灭:保证完成前两项动作基础上,将火扑灭。而不能是碰倒蜡烛使之熄灭,或碰巧喷出灭火物质。
④灭火时间:在完成灭火任务的同时计算每组的灭火时间,时间最短者获胜。
-Requirements of fire fighting robot competition ① in the maze to find the source of the fire: the flame must be confirmed into the arc region of 30cm, and can not be a coincidence after the flame region. ② to make fire-fighting actions: must be valid to enter the rear of the flame region, the fan can be turned out fire-fighting substances. ③ put out the fire: to ensure the completion of the basis of the first two movements, put the fire out. And can not be extinguished so that碰倒candles, or fire-fighting substances emitted by chance. ④ fire time: the completion of tasks at the same time extinguishing the fire each time the calculation, the shortest time wins.
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下载文件列表
总程序(最新)8稳定版
.....................\pwm.c
.....................\PWM.cof
.....................\PWM.dbg
.....................\pwm.dp2
.....................\PWM.hex
.....................\pwm.lis
.....................\PWM.lk
.....................\PWM.lst
.....................\PWM.mak
.....................\PWM.mp
.....................\pwm.o
.....................\pwm.prj
.....................\pwm.s
.....................\PWM.SRC
.....................\pwm._c
.....................\PWM16H.c
.....................\PWM16H.dp2
.....................\PWM16H.lis
.....................\PWM16H.o
.....................\PWM16H.s
.....................\pwm.c
.....................\PWM.cof
.....................\PWM.dbg
.....................\pwm.dp2
.....................\PWM.hex
.....................\pwm.lis
.....................\PWM.lk
.....................\PWM.lst
.....................\PWM.mak
.....................\PWM.mp
.....................\pwm.o
.....................\pwm.prj
.....................\pwm.s
.....................\PWM.SRC
.....................\pwm._c
.....................\PWM16H.c
.....................\PWM16H.dp2
.....................\PWM16H.lis
.....................\PWM16H.o
.....................\PWM16H.s