COlab game

Overview

The COlab game is like a Horse Racing Game at a carnival where players must answer questions correctly to advance their cursor on the racecourse, with incorrect answers incurring a 2-second penalty. Each stand features an ESP32 microcontroller, a tablet connected via WiFi, and green/red push buttons for interaction.

Made in 2 months. (19 Sept - 16 Nov)

Table of Contents

• Features
• Technologies Used
• Demo
• License

Features

• Stand Progression: Enjoy a unique gaming experience with three distinct stands, each offering its own set of challenges and questions. Progress through the game by successfully answering questions at each stand, providing a dynamic and engaging gameplay.

• Chronometer: Keep track of the time spent during the game with a built-in chronometer, ensuring players are aware of their performance.

• Touch-based Reset System: Utilize the ESP32's touch pins to implement a user-friendly game reset feature. Players can reset the game by interacting with the touch-sensitive elements.

Technologies Used

Basic

• HTML: The backbone of the project, providing the structure for web pages and content.

• CSS: Responsible for styling and ensuring a visually appealing and responsive design for an optimal user experience.

• JavaScript (JS): Enhances interactivity and dynamic behavior on the client side, improving user engagement.

• JSON: Facilitates data interchange and plays a crucial role in structuring information between the server and the client.

• C++: The programming language that will be used for server-side logic and backend development.

• Arduino IDE: The integrated development environment for programming and uploading code to Arduino boards.

• ESP32: A powerful microcontroller that will be used as the main hardware for the project.

Arduino libraries

• WiFi.h: Manages the connection to a Wi-Fi network, allowing the ESP32 to communicate over the internet.

• AsyncTCP.h: Enables asynchronous communication over TCP, improving the efficiency of data exchange.

• ESPAsyncWebServer.h: A library for building asynchronous web servers on the ESP32 platform, facilitating the handling of HTTP requests and responses.

Demo

License

This project was made by a group of 2 contributors. The contributors to this project are:

• Samuel Guillemette
• Maxence Guidez

This project is licensed under the MIT License - see the LICENSE.md file for details.