The electronic components are an Arduino with an OLED screen and a buzzer, plus three servos to operate the mechanical parts. The pictures show the original design by PlayRobotics, while the video (embedded after the break) shows ’s version, which includes a wooden frame that gives it a bit more presence. Since it’s all open source, anyone can build it from scratch and modify it to their liking. The mechanical parts are available as STL files, to be printed by any 3D printer, and a comprehensive manual explains how to assemble and program the whole thing. ![]() The robot’s design and programming were developed at PlayRobotics, who named the project TICO. built a simple yet elegant machine that can play tic-tac-toe against a human player in a way that looks quite similar to the way humans play against one another: by drawing. ![]() A more challenging project, and arguably more interesting and useful, is to make some kind of hardware that can play it in real life. Tic-tac-toe (or “Noughts and Crosses”) is a game simple enough to implement in any computer system: indeed it’s often used in beginner’s programming courses.
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