🦴 Human Anatomy Interactive Augmented Reality Display

Project Overview

Welcome to the Human Anatomy Interactive Augmented Reality Display! 🎉 This AR educational application revolutionizes the way we learn about human anatomy by transforming complex 3D structures into an engaging, interactive experience. Say goodbye to traditional 2D illustrations and immerse yourself in the fascinating world of human anatomy! 🧠

Key Features

• 🖼️ Marker-based 3D Model Visualization: Leverage Vuforia's image recognition to detect anatomical markers, allowing you to overlay accurate 3D models of organs, muscles, and bones in real time.

• 🤲 Intuitive Interaction: Manipulate 3D models effortlessly with touch gestures like pinch-to-zoom and swipe-to-rotate, enhancing your understanding of spatial relationships and body functions.

• 🔊 Informative Audio Guidance: Enjoy narrated introductions and explanations that guide you through the AR experience, providing valuable insights into anatomy and physiology with spatial audio cues.

• 📚 Flexible Learning Modes: Perfect for medical schools, biology classrooms, or individual learners. Easily integrate new models and customize the interface for tailored learning experiences.

Project Background

This project is a culmination of our efforts in the CCS4361: Immersive Technology Development course at the university. Our aim was to harness cutting-edge visualization and interaction technologies to create a tool that enhances anatomy learning. 🎓

Team Members

• Kesara Lakpriya (Team Leader) - 21UG0166
• Samadhi Guruge - 21UG0015
• Y.M. Weerathunga - 21UG0787

Technology Stack

This project utilizes the following technologies:

• 🛠️ Vuforia SDK: For marker-based 3D model tracking and recognition.
• 🎮 Unity Game Engine: To develop the AR application and integrate the 3D models.
• 💻 C#: The primary programming language for application logic.
• 🎨 3D Modeling Tools: Such as Blender or Maya for creating detailed anatomical 3D models.

Getting Started

Follow these steps to start using the Human Anatomy Interactive Augmented Reality Display:

1. ⬇️ Download: Get the latest release of the application from our GitHub repository.
2. 📲 Install: Ensure compatibility with your Android or iOS device, then install the application.
3. 🖼️ Markers: Print the provided marker images or display them on a screen.
4. 🚀 Launch: Open the application and point your device's camera at the marker images to view the 3D anatomical models.
5. 🔍 Explore: Interact with the models by zooming, rotating, and tapping on different parts to learn more about the human body.

Contribution

We welcome contributions from the community! 🙌 Help us enhance and expand the Human Anatomy Interactive Augmented Reality Display. If you have ideas, bug reports, or would like to contribute code, feel free to submit a pull request or open an issue on our GitHub repository.

🖼️ Screenshots

Thank you for checking out the Human Anatomy Interactive Augmented Reality Display! We hope you find it as exciting and informative as we do! 😊