3 en raya con arduino
Budget: €250 – €750 EUR
This project consists of a digital version of the classic tic-tac-toe game, implemented with an Arduino Mega board, 9 printed capacitive buttons, and RGB LEDs. The goal is to recreate the traditional game experience in an interactive format, using modern technology.
The system consists of a 9 capacitive buttons, each corresponding to a square on the game board. The RGB LEDs associated with each button display the status of each square, lighting up in different colors depending on the player who marked the square (one player uses red and the other green). Furthermore, the system efficiently detects when a player makes a move and, through a visual interface, indicates to the user whether they have won, if there is a tie, or if the turn has ended.
The Arduino Mega manages the game logic, from detecting moves to controlling the LED illumination, including validating win or tie conditions. The use of capacitive buttons allows for a smooth and precise gaming experience, without the need for conventional physical buttons. RGB LEDs, meanwhile, provide engaging and dynamic visual feedback that makes gameplay more interactive and entertaining.
This project is an excellent way to learn about the interaction between hardware and software, as well as explore the use of sensors, controllers, and lighting effects in electronics projects.
The system consists of a 9 capacitive buttons, each corresponding to a square on the game board. The RGB LEDs associated with each button display the status of each square, lighting up in different colors depending on the player who marked the square (one player uses red and the other green). Furthermore, the system efficiently detects when a player makes a move and, through a visual interface, indicates to the user whether they have won, if there is a tie, or if the turn has ended.
The Arduino Mega manages the game logic, from detecting moves to controlling the LED illumination, including validating win or tie conditions. The use of capacitive buttons allows for a smooth and precise gaming experience, without the need for conventional physical buttons. RGB LEDs, meanwhile, provide engaging and dynamic visual feedback that makes gameplay more interactive and entertaining.
This project is an excellent way to learn about the interaction between hardware and software, as well as explore the use of sensors, controllers, and lighting effects in electronics projects.