The movements of the paramecia and the score are kept by a
用一个微处理器来控制草履虫的移动和得分。
The movements of the paramecia and the score are kept by a microprocessor.
用一个微处理器来控制草履虫的移动和得分。
In the 1970s, Todd Hennessey claimed that paramecia, the single-celled pond dweller, could be conditioned in the lab.
20世纪70年代，托德·亨尼西(ToddHennessey)声称，单细胞池塘居民草履虫，可以达到实验室要求的条件。
The user controls Paramecia using a handheld device, which delivers electrical pulses to different sides of the playing field.
用户用一台向游戏场景不同方向发送电子脉冲的手持设备控制草履虫。
These "biotic games" involve a variety of basic biological processes and some simple single-celled organisms, such as paramecia.
这种游戏牵涉到一系列基本的生物学过程，使用的是一些简单的单细胞有机体，如草履虫。
Other games, such as biotic pinball, work by injecting a chemical into the fluid causing the paramecia to swim in different directions.
其他游戏例如生物弹珠球，通过注射一种化学物质到液体环境中使得草履虫向不同的方向游走。
In paramecia-related games, the paramecia is in a small fluid chamber in front of a camera that sends live images to a video screen with a game board placed over the image of the paramecia.
在草履虫相关的游戏中，草履虫被放置在摄像机前边的一个小的液体器皿中，通过摄像机发送实时图像到一个显示屏幕上边，草履虫的影像被映射在屏幕上的一个虚拟的游戏平台上。
In paramecia-related games, the paramecia is in a small fluid chamber in front of a camera that sends live images to a video screen with a game board placed over the image of the paramecia.
在草履虫相关的游戏中，草履虫被放置在摄像机前边的一个小的液体器皿中，通过摄像机发送实时图像到一个显示屏幕上边，草履虫的影像被映射在屏幕上的一个虚拟的游戏平台上。
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