The Computer Graphics Lab is designed to help students grasp key graphics concepts like 3D coordinate systems, transformations, hierarchical modeling, and camera mechanics. The lab bridges theoretical knowledge with practical applications through interactive visualizations.
This virtual laboratory offers a comprehensive learning experience through:
- Interactive 2D and 3D transformations with real-time visual feedback
- Step-by-step exploration of fundamental algorithms including line and polygon rasterization
- Practical understanding of clipping techniques for both lines and polygons
- Hands-on experience with camera projections and viewing transformations
- Complex hierarchical modeling through the articulated arm experiment
Each experiment is designed with interactive controls and real-time visual feedback, allowing students to:
- Manipulate objects in 3D space with immediate visual results
- Observe transformation matrices updating in real-time
- Experiment with different parameters and see their effects instantly
- Understand the mathematical foundations through visual representation
Please note:The simulations in this lab are designed to run on modern web browsers and do not require any additional plugins or software dependencies. We recommend using the latest versions of Chrome, Firefox, or Edge for the best experience.
This lab aims to understand -
- Comprehending 3D Graphics Fundamentals: Gain insights into 3D coordinate systems and transformations.
- Mastering Hierarchical Modeling: Learn to construct complex models using hierarchical techniques.
- Visualizing Rendering Algorithms: Understand and implement basic algorithms essential for rendering graphics.
- UG
- B. Tech./ B.E in Computer Science & Information Technology
- B.Sc / B.S in Computer Science
- PG
- Ph. D. Beginners
This Computer Graphics lab aligns with several fundamental and advanced courses in computer science and engineering curricula:
- Core Mathematics and Computer Science Courses: Linear Algebra (matrix transformations, vector spaces), Calculus (continuous transformations), Data Structures (hierarchical models)
- Computer Graphics and Related Courses: Computer Graphics (3D modeling, transformations, rendering), Computer Vision (camera projections), Game Development (hierarchical modeling)
- Software Engineering and Programming: Object-Oriented Programming (graphics algorithms), Software Design Patterns (interactive graphics systems)
Associate Professor,
Software Engineering and Research Centre