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This AR app brings human organs to life in 3D, allowing students to explore them virtually for a more engaging and effective learning experience. Students can examine detailed models in AR, enhancing their understanding of anatomy.

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VoidEnd315/ARspace

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ARspace for Android//PC

This AR app brings human organs to life in 3D, allowing students to explore them virtually for a more engaging and effective learning experience. Students can examine detailed models in AR, enhancing their understanding of anatomy. aadfb512-3203-4549-bd6d-3f14b93804ee effecb15-369b-4f57-9dd9-951116581cfd

Features:

Extensive Organ Library: Explore a comprehensive collection of detailed 3D human organ models.
Interactive Placement: Deploy AR models on any flat surface, allowing students to examine organs from various angles and scales.
Detailed Information: Access informative labels and descriptions directly within the AR view, providing crucial anatomical details.
Rotation & Zoom: Manipulate the models for in-depth examination, fostering a deeper understanding of organ structure and function.
RT detection: App also consist of a facial parts detecting ml model.

Benefits:

Enhanced Visualization: Bridge the gap between 2D textbook diagrams and real-world 3D structures.
Improved Learning: Facilitate deeper understanding through interactive exploration.
Increased Engagement: Make anatomy learning more engaging and interactive.
Accessibility: Learn anywhere, anytime with a mobile device.

Target Audience:

Students of all ages studying human anatomy
Educators seeking innovative teaching tools

Technical Details:

Developed using a popular AR framework (ARCore)
3D models created in a suitable format (e.g., OBJ, FBX)

Contributing:

We welcome contributions to improve this educational tool! Feel free to fork the repository and submit pull requests.

Getting Started:

Clone the repository.
Open with Android Studio and Build.
Run and Enjoy;).

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This AR app brings human organs to life in 3D, allowing students to explore them virtually for a more engaging and effective learning experience. Students can examine detailed models in AR, enhancing their understanding of anatomy.

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