AR Anatomy App

📖 Description

The AR Anatomy App is an educational Augmented Reality (AR) application that utilizes Vuforia Engine and Unity to track a marker and project anatomical structures in 3D. This interactive experience enhances learning by allowing users to explore human anatomy in real-time.

🎯 Features

✅ Marker-based AR tracking using Vuforia
✅ 3D anatomical models displayed dynamically
✅ Interactive controls for zooming, rotating, and viewing structures
✅ Overlay multiple anatomical models for comparative study
✅ Educational tool for students and professionals

🛠 Technologies Used

• Unity (Latest version with Vuforia support)
• Vuforia Engine (for AR marker tracking)
• C# Scripting (for interactivity and controls)
• Blender (for modifying 3D models if required)

🚀 Installation & Setup

🔹 Prerequisites

• Install Unity (Latest version with Vuforia support)
• Install the Vuforia Engine SDK
• Have a physical or digital Image Target

🔹 Steps to Run the Project

1. Clone this repository:

   git clone https://github.com/shivakantkurmi/AR-Anatomy.git

2. Open Unity and load the project.
3. Import the Vuforia Engine package if not included.
4. Set up the AR Camera and add an Image Target in the Unity scene.
5. [IMPORTANT] Download the anatomical models from this Google Drive link:
   📦 Download 3D Anatomical Models or from link : Download 3D Anatomical Models
6. Import the downloaded models into the Assets/Anatomy Model/ folder inside Unity.
7. Assign the desired 3D anatomical model to the Image Target.
8. Configure your Vuforia License Key in Unity.
9. Build and run the application on a supported device.

📌 Usage Instructions

1. Open the application on your device.
2. Point the camera towards the designated marker.
3. The anatomical structure will appear in AR.
4. Use touch gestures to zoom, rotate, and explore the model.
5. Enable the Overlay Mode to layer one anatomical system over another for comparison.

📂 Supported Anatomical Models

The app supports multiple anatomical models categorized into different systems:

• Myology (Muscular System)
• Neurology (Nervous System)
• Angiology (Circulatory System)
• Arthrology (Joint Structures)
• Splanchnology (Visceral Organs)
• Muscular Insertions (Attachment points of muscles)

👉 Download and import all model files from the shared Google Drive link above.

📷 Screenshots

🤝 Contributing

We welcome contributions! Follow these steps:

1. Fork the repository.
2. Create a new branch (feature-newfeature).
3. Commit your changes and push to the branch.
4. Submit a pull request for review.

📜 License

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

⭐ Don't forget to star the repo if you found it useful! ⭐