Photorealistic rendering of real world environments is important in a range of different areas; including Visual Special effects,
Interior/Exterior Modelling, Architectural Modelling, Cultural Heritage, Computer Games and Automotive Design.
Currently, rendering systems are able to produce photorealistic simulations of the appearance of many real-world materials.
In the real world, viewer perception of objects depends on the lighting and object/material/surface characteristics, the way
a surface interacts with the light and on how the light is reflected, scattered, absorbed by the surface and the impact these
characteristics have on material appearance. In order to re-produce this, it is necessary to understand how materials interact
with light. Thus the representation and acquisition of material models has become such an active research area.
This survey of the state-of-the-art of BRDF Representation and Acquisition presents an overview of BRDF (Bidirectional Re-
flectance Distribution Function) models used to represent surface/material reflection characteristics, and describes current
acquisition methods for the capture and rendering of photorealistic materials.