Ghadi is an advanced 3D Watch Customization application designed to enhance the online shopping experience by allowing users to personalize wristwatches before making a purchase. Built using Unity, this interactive platform provides an extensive collection of 3D watch models, offering users the ability to customize various aspects such as dial design, strap material, and case finish.
One of the standout features of this project is Augmented Reality (AR) integration, allowing users to visualize their customized watches in real-world settings through their device cameras. By superimposing the virtual watch onto their wrists, users can preview the timepiece in real-time, gaining confidence in their purchase decisions.
The application follows a streamlined workflow to ensure seamless user interaction:
- Launching the Application - The user opens the Unity-based application.
- Loading Customization Data - The app retrieves material and color data of the 3D watch models.
- Customizing the Watch - The user can use the "Customizer" to modify the appearance of the watch in real-time.
- Interacting with the AR Scene - The user can tap the "View in AR" button to enter the AR scene.
- Activating AR Mode - Unity initializes the AR session and superimposes the customized 3D watch onto the user's wrist.
The following software tools and libraries were used to develop and enhance Ghadi:
- Unity - Primary development environment for 3D modeling, customization UI, and AR rendering.
- Vuforia SDK - Enables AR capabilities within Unity, allowing real-world visualization of the customized watches.
- Blender - Used to create and refine high-quality 3D watch models.
Each of these tools plays a crucial role in ensuring a smooth, realistic, and interactive experience for users.
The Ghadi project successfully implemented both the customizer and AR viewer functionalities, delivering an immersive and seamless user experience. The key outcomes of the project include:
- Dynamic Watch Customization: Users can modify various watch attributes (color, texture, design) through an intuitive interface.
- Interactive UI: The Unity-based UI allows effortless navigation between customization and AR viewing.
- Realistic AR Visualization: The AR viewer provides an accurate representation of customized watches in different environments.
- Optimized Performance: The application ensures smooth rendering and minimal lag, creating a fluid user experience.
This project showcases the powerful combination of Unity, 3D modeling, and AR technology in revolutionizing the online watch shopping experience. Future enhancements may include expanding customization options and supporting additional AR devices for an even more immersive experience.
A special thanks to all the team members and our respected Supervisor Er. Umesh Kanta Ghimire,who contributed to the development of this project:
Your hard work and dedication made this project a success!