Project Description: Multiple Window 3D Scene

What is the project about?

The project is a demonstration of creating and managing a 3D scene that spans across multiple browser windows using the Three.js library. It showcases advanced web graphics and window management.

What problem does it solve?

It addresses the challenge of synchronizing and rendering a single, unified 3D scene across multiple, independent browser windows, providing a seamless visual experience. It explores how to manage state and interactions across these windows.

What are the features of the project?

• 3D Scene Rendering: Creates and renders a 3D scene using Three.js.
• Multi-Window Synchronization: Synchronizes the 3D scene across multiple browser windows.
• Dynamic Window Management: Manages the creation, synchronization, and removal of windows.
• State Synchronization: Uses localStorage to maintain a consistent state across all windows.

What are the technologies used in the project?

• Three.js (r124): A JavaScript library for creating and displaying animated 3D computer graphics in a web browser.
• JavaScript: The primary programming language.
• HTML: For the basic structure of the web page.
• localStorage: Web API for storing key-value pairs in a web browser, used for inter-window communication and state synchronization.

What are the benefits of the project?

• Demonstrates Advanced Techniques: Showcases advanced web development techniques, including 3D graphics rendering and multi-window management.
• Educational Resource: Serves as a learning resource for developers interested in Three.js and complex web applications.
• Foundation for Complex Applications: Could be a starting point for building applications that require a distributed display across multiple screens or windows.
• Open Source: Freely available for use, modification, and contribution under the MIT License.

What are the use cases of the project?

• Multi-Monitor Displays: Creating immersive 3D experiences that span across multiple monitors.
• Interactive Installations: Building interactive art installations or data visualizations that utilize multiple displays.
• Collaborative 3D Environments: Potentially (with further development) allowing multiple users to interact with the same 3D scene from different windows/devices.
• Advanced Web Applications: Developing web applications that require a distributed user interface.
• Gaming: Expanding game view across multiple screens.