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Tetris
Introducere
- ce face
- care este scopul lui
- care a fost ideea de la care aţi pornit
- de ce credeţi că este util pentru alţii şi pentru voi
This project involves the implementation of the classic Tetris game on an Arduino Uno platform, using an OLED display for graphical output, physical buttons for controlling the game pieces, and a buzzer to provide audio feedback. The system is designed to be fully interactive and responsive, replicating the retro gameplay experience using minimal hardware resources.
The main goal was to create a complete and functional embedded game that integrates basic peripherals and reinforces practical skills acquired during PM labs. The idea stemmed from our desire to bring a nostalgic game to life using modern embedded techniques, showcasing how even simple microcontrollers can be used to recreate iconic games. It also serves as a valuable educational tool—for ourselves, as a learning opportunity in hardware-software integration, and for others, as a straightforward example of an embedded application that is both engaging and technically relevant.
Descriere generală
Exemplu de schemă bloc: http://www.robs-projects.com/mp3proj/newplayer.html
Module Descriptions:
Four physical push buttons allow the player to control the game: one to move the Tetris piece left, one to move it right, one to rotate it, and one to start or restart the game.
Reads the state of each button using digital input pins. It debounces the signals if necessary and forwards user actions to the game logic (e.g., move, rotate, or start the game).
The core of the application. It manages the game state including piece positions, rotation, collision detection, grid updates, score keeping, level tracking, and game over conditions. It responds to user input and controls overall game progression.
Handles visual output on a 128x64 OLED display using the I2C protocol. It renders the playing field, active and next pieces, player score, and other visual elements in real time according to the game state.
Provides audio feedback using PWM-generated tones for key game events such as piece rotation, line clearance, and game over notifications.
Hardware Design
- listă de piese
- scheme electrice (se pot lua şi de pe Internet şi din datasheet-uri, e.g. http://www.captain.at/electronic-atmega16-mmc-schematic.png)
- diagrame de semnal
- rezultatele simulării
Component List
Bill of Materials
Interfețe utilizate:
I2C – pentru comunicarea cu ecranul OLED (pinii A4 și A5)
PWM (modulare a lățimii impulsului) – pentru redarea de sunete prin buzzer (pinul D6)
GPIO – pentru citirea butoanelor (pinii D7, D8, D9, D10)
Schema electrica
Circuit electric
Software Design
- mediu de dezvoltare (if any) (e.g. AVR Studio, CodeVisionAVR)
- librării şi surse 3rd-party (e.g. Procyon AVRlib)
- algoritmi şi structuri pe care plănuiţi să le implementaţi
- (etapa 3) surse şi funcţii implementate
Rezultate Obţinute
Concluzii
Download
.
Fişierele se încarcă pe wiki folosind facilitatea Add Images or other files. Namespace-ul în care se încarcă fişierele este de tipul :pm:prj20??:c? sau :pm:prj20??:c?:nume_student (dacă este cazul). Exemplu: Dumitru Alin, 331CC → :pm:prj2009:cc:dumitru_alin.
Jurnal
Bibliografie/Resurse
