TricodersWebsite

https://github.com/elif1906/TricodersWebsite/assets/84383557/cb652638-e15b-40d1-ba58-899939eea37a

hint : ENGINEERING PROJECTS OF THE YEAR'23 ENGINEERING PROJECTS OF THE YEAR'23 Published by Beykoz university · Jun 2023Published by Beykoz university · Jun 2023

Associated with Beykoz University Associated with Beykoz University Our project titled Tricoders (A real-life game controlled with human hand gesture using OpenCV) was deemed worthy of receiving the Engineering Project of the Year Award in the 2022-2023 Third Grade Category. https://www.linkedin.com/feed/update/urn:li:activity:7076247508749828096?utm_source=share&utm_medium=member_desktop

Overview

The main purpose of our project was to re-present familiar games to users by developing them with innovative ideas. We aimed for a project that detects hand movements instead of the keyboard and offers the opportunity to experience games in a virtual world. We used Python language in this project. We used pygame, opencv, mediapipe, streamlit libraries.

Now I would like to briefly talk about our games:

📌 Our first game, "Catching Fish", is a game that aims to catch Nemo fish. This game has been carefully designed to provide a fun experience.

📌 Our next game is "Fruit Ninja". We all know this game. It is a game generally played on the phone. However, in this project, we can use two hands, so we aimed to provide more interactivity to users.

📌 The last game is the Tetris game. We combined this game, which has been played since the past, with today's technologies. In this game, we test the ability to move blocks using hand movements. We aimed to offer a unique gaming experience by combining the classic Tetris experience with hand guidance.

Features

• Real-time hand detection using Mediapipe and OpenCV
• Interactive gameplay designed for rehabilitation
• Multiple game modes and settings
• Background music and sound effects
• User-friendly interface

Files and Directories

• Assets: Contains images and other game assets.
• boostrap: Contains Bootstrap files for styling.
• images: Directory with images used in the game and website.
• music: Directory with background music and sound effects.
• pycache: Directory with Python bytecode files.
• .gitattributes: Git configuration file.
• .streamlit: Configuration files for Streamlit.
• background.py: Script for managing game background.
• blowfish.py: Script for blowfish character management.
• choose.py: Script for selection screen.
• fish.py: Script for fish character management.
• game.py: Main game logic script.
• hand.py: Script for hand detection logic.
• hand_tracking.py: Script for tracking hand movements.
• image.py: Script for image processing.
• main.py: Entry point for the game.
• menu.py: Script for main menu interface.
• menu1.py: Additional menu script.
• settings.py: Script for game settings.
• ui.py: Script for user interface elements.
• styles.css: CSS file for styling the website.
• index.html: HTML file for the website.

Installation and Setup

1. Clone the repository:

   git clone https://github.com/elif1906/TricodersWebsite.git
   

2. Navigate to the project directory:

   cd TricodersWebsite
   

3. Install the required Python packages:

   pip install -r requirements.txt
   

4. Run the game:

   python main.py
   

How to Play

1. Ensure you have a webcam connected to your computer.
2. Open your hand in front of the webcam to interact with the game.
3. Catch virtual objects by closing your hand when they appear.
4. Follow on-screen instructions and enjoy the game.

Troubleshooting

• Webcam Issues: Ensure your webcam is correctly set up and recognized by your computer.
• Library Issues: If a library is missing, install it using pip install <library_name>.
• Game Performance: Restart the game if you encounter performance issues.

License

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

For more details, visit the GitHub repository.