3D Shoe Customizer Web Application Using React.js and Three.js

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3D Shoe Customizer Web Application Using React.js and Three.js

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₹4,999.00

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₹4,999.00

Overview
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Detail Description

1. Abstract

The 3D Shoe Customizer is an interactive web application developed using React.js and Three.js that allows users to customize a 3D shoe model in real time. Users can modify different parts of the shoe such as the main body, stripes, and sole by changing colors dynamically.

The application uses React Three Fiber to integrate Three.js with React, enabling smooth rendering and animations of 3D models. It also provides interactive features like zooming, rotating, and viewing the model from different angles.

This project demonstrates advanced frontend concepts including 3D rendering, animations, and user interaction in web applications.

2. Objectives

The main objectives of this project are:

To build an interactive 3D web application.
To implement 3D rendering using Three.js.
To integrate Three.js with React using React Three Fiber.
To allow real-time customization of a 3D model.
To implement user interactions like zoom, rotate, and pan.
To enhance UI using CSS styling.

3. Existing System

Existing systems include:

• Online product customizers (Nike, Adidas)

• 3D product visualization platforms

• E-commerce customization tools

Limitations of Existing Systems

Complex implementation for beginners.
Limited access to underlying code.
Heavy and resource-intensive applications.
Not suitable for learning 3D web development concepts.

4. Proposed System

The proposed system is a 3D shoe customization web app that allows users to personalize a shoe model interactively.

Key Features:

• Real-time color customization

• Multiple customizable parts (body, stripes, sole)

• 3D model rendering using Three.js

• Zoom in/out functionality

• Rotate and view from different angles

• Smooth animations and transitions

• Responsive UI design

5. Implementation Procedure

Step 1: Project Setup

• Create project folder (e.g., “Shoe Customizer”)

• Initialize React app using Vite

Step 2: Install Dependencies

npm install three @react-three/fiber @react-three/drei

Step 3: Initial Configuration

• Remove unnecessary CSS files

• Add custom styles in index.css

• Import styles in App.jsx

Step 4: UI Setup

• Create color picker UI

• Design layout for customization panel

Step 5: Canvas Setup

• Add Three.js canvas using React Three Fiber

• Create scene, camera, and lighting

Step 6: Model Integration

• Import 3D shoe model

• Render model inside canvas

Step 7: Interaction Implementation

• Enable zoom and rotation

• Add orbit controls

Step 8: Customization Logic

• Change colors dynamically

• Apply color to different mesh parts

Step 9: State Management

• Use React Hooks (useState)

• Store selected colors

• Update model in real time

Step 10: Testing

• Run application

• Test color changes and interactions

• Ensure smooth rendering

6. Software Requirements

• React.js – Frontend framework

• Three.js – 3D rendering library

• React Three Fiber – React renderer for Three.js

• Drei – Helper utilities for Three.js

• CSS – Styling

• Visual Studio Code – Code editor

7. Hardware Requirements

Minimum Requirements:

• Processor: Intel i5 or above (recommended for 3D rendering)

• RAM: 8 GB or more

• Storage: 100 GB free space

• GPU support recommended

• Internet connection

8. Advantages of the Project

Interactive 3D user experience.
Real-time customization features.
Hands-on experience with Three.js.
Modern and visually appealing UI.
Enhances understanding of 3D graphics in web apps.
Useful for e-commerce product customization.
Highly engaging and innovative project.

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