Abstract:

This undergraduate project, “Virtual Campus Tour using three.js,” aims to revolutionize the way prospective students, parents, and visitors experience a university campus. Leveraging Python and web technologies, the project utilizes three.js, a JavaScript library for 3D graphics, to create an immersive and interactive virtual campus tour.

Existing System:

Traditional campus tours involve physical visits, which may be impractical for international or distant prospective students. Static virtual tours lack the engagement and realism needed to convey the true essence of a campus environment. The need for an interactive and visually appealing virtual tour is crucial for providing an authentic experience.

Proposed System:

The proposed system introduces a dynamic and immersive virtual campus tour using three.js. It aims to recreate a realistic 3D model of the campus, allowing users to navigate through key locations, access information about buildings, and experience the campus atmosphere virtually. The system enhances engagement through interactive features and multimedia content.

System Requirements:

• Python for backend development (e.g., Flask or Django)
• Web server (e.g., Nginx or Apache)
• Database server (e.g., SQLite or PostgreSQL)
• three.js library for 3D graphics
• High-quality images and multimedia content for campus locations
• Google Maps API for geographical data

Algorithms:

The system focuses on spatial algorithms for rendering 3D models efficiently. Additionally, algorithms for handling user interactions, such as navigation and information pop-ups, contribute to creating a seamless and immersive virtual tour experience.

Hardware and Software Requirements:

• Hardware: Standard server infrastructure for hosting the web application
• Software: Python, Web server, Database management system, three.js library, Google Maps API

Architecture:

The system follows a client-server architecture, where the server handles backend logic, database management, and communication with the three.js frontend. The frontend renders the 3D models and user interface, interacting with the backend through RESTful APIs. The architecture ensures scalability and responsiveness for a wide range of users.

Technologies Used:

• Python: Core programming language
• Web server (e.g., Flask or Django): Backend web framework
• Database management system (e.g., SQLite or PostgreSQL): Data storage
• three.js: JavaScript library for 3D graphics
• Google Maps API: Geographical data integration
• Git: Version control for collaborative development

Web User Interface:

The web interface provides an intuitive and immersive experience for users exploring the virtual campus tour. Users can navigate through 3D models of buildings, access detailed information about each location, and enjoy multimedia content, such as videos or images. Interactive elements, including clickable points of interest, enhance user engagement.

In conclusion, the “Virtual Campus Tour using three.js” project offers an innovative solution for bringing the campus experience to a global audience. By leveraging three.js and web technologies, the system provides an engaging and realistic virtual tour, potentially transforming the way universities showcase their campuses to prospective students and stakeholders.

UML DIAGRAMS

Collaboration Diagram

Architecture diagram

class diagram

sequence diagram

use case diagram

activity diagram

component diagram

Deployment Diagram

Flow Chart Diagram