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iothings:proiecte:2023sric:esp32_snake_game [2024/05/29 21:16] robert.coman1205 [3. Conclusions and final result] |
iothings:proiecte:2023sric:esp32_snake_game [2024/05/29 22:32] (current) robert.coman1205 [ESP32 Snake Game] |
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| ====== ESP32 Snake Game ====== | ====== ESP32 Snake Game ====== | ||
| + | {{:iothings:proiecte:2023sric:comanrobert_proiect_iot.zip|}} | ||
| + | |||
| + | [[https://www.youtube.com/watch?v=59ZyiAMcoxQ|Demo]] | ||
| ===== 1. Introduction ===== | ===== 1. Introduction ===== | ||
| The aim of this project is to implement the famous 'Snake' game in an IoT environment. The game is powered by an ESP-WROOM-32S microcontroller, which is connected to an 8x8 RGB matrix used for display and a joystick with which the user can interact to control the movement. The project leverages multiple key concepts and technologies used in the IoT and embedded design worlds, such as system interrupts, driving signals through pins, reading analog values and converting them to digital values, logging data to the flash memory (through SPIFFS), and using Bluetooth to allow the user to interact with the board and perform various actions through sending commands. | The aim of this project is to implement the famous 'Snake' game in an IoT environment. The game is powered by an ESP-WROOM-32S microcontroller, which is connected to an 8x8 RGB matrix used for display and a joystick with which the user can interact to control the movement. The project leverages multiple key concepts and technologies used in the IoT and embedded design worlds, such as system interrupts, driving signals through pins, reading analog values and converting them to digital values, logging data to the flash memory (through SPIFFS), and using Bluetooth to allow the user to interact with the board and perform various actions through sending commands. | ||
