Computing lighting that looks real remains complex and inefficient, as the necessary consideration of all possible paths light can take remains too costly to be performed for every pixel in real-time.

Theory and implementation of fundamental techniques for 3D rasterization. Topics include: linear algebra geometry, 3D camera motion, model and mesh construction, mathematical 3D animation, and ...

Light transport simulation and rendering techniques form the backbone of modern computer graphics, enabling the creation of photorealistic images by accurately modelling the behaviour of light in ...

Combining art, science, engineering, and the psychology of human perception and interaction, computer graphics involves the creation and manipulation of visual content used in applications ranging ...

Light transport and rendering techniques form a fundamental aspect of both computer graphics and optical scientific research. At their core, these methods simulate the propagation, scattering, and ...