Billiards Physics Visualizer

A full-stack, multi-threaded billiards game GUI that simulates realistic billiards physics in real-time. This project integrates optimized server-side algorithms, efficient memory allocation in C, and advanced database management in MySQL, applying OOP principles to enhance performance and realism.

Features

• Real-Time Physics Modeling: Simulates realistic billiards physics, including collision detection, friction, and momentum transfer.
• Full-Stack Architecture: Backend implemented in C with efficient memory management and server-side processing.
• Advanced Database Management: Uses MySQL for managing game data, player scores, and statistics.
• Multi-Threading: Enhances game performance by handling multiple simultaneous tasks, such as physics calculations and user interactions.
• Cross-Platform GUI: Built using HTML, CSS, JavaScript, and jQuery for a responsive and interactive user interface.
• API Integration: Allows for communication between the front-end and back-end for real-time updates and data management.

Technologies Used

• C: Core game logic and physics simulation.
• Python: Scripting for data processing and server management.
• Node.js: Server-side logic and API handling.
• MySQL: Database management for storing and retrieving game-related data.
• JavaScript & jQuery: Front-end scripting for dynamic content and user interactions.
• HTML & CSS: Structure and styling of the game interface.

Usage

To use the Billiards Physics Visualizer:

1. Clone the repository.
2. Install dependencies using npm install.
3. Set up the MySQL database.
4. Compile the C code for the game logic.
5. Run the application via node server.js and execute the game binary.
6. Open your browser and navigate to http://localhost:3000 to start playing.

Installation

1. Clone the repository:

   git clone https://github.com/yourusername/billiards-physics-visualizer.git
   cd billiards-physics-visualizer
   

npm install gcc -o billiards_game main.c -pthread node server.js ./billiards_game