The detailed glinty appearance from complex surface microstructures enhances the level of
realism but is both-and time-consuming to render, especially when viewed from far away …

Physically based rendering of glittering surfaces is a challenging problem in computer
graphics. Several methods have proposed off‐line solutions, but none is dedicated to high …

Real-time geometric specular anti-aliasing is required when using a low number of pixel
samples and high-frequency specular lobes. Several methods have been proposed for …

Many real‐life materials have a sparkling appearance. Examples include metallic paints,
sparkling fabrics and snow. Simulating these sparkles is important for realistic rendering but …

We consider the scattering of light in participating media composed of sparsely and
randomly distributed discrete particles. The particle size is expected to range from the scale …

Rendering materials such as metallic paints, scratched metals and rough plastics requires
glint integrators that can capture all micro‐specular highlights falling into a pixel footprint …

Normal map‐based microstructure rendering can generate both glint and scratch
appearance accurately. However, the extra high‐resolution normal map that defines every …

We propose an importance sampling scheme for the procedural glittering BSDF of Chermain
et al.[CSDD20]. Glittering BSDFs have multi-lobe visible normal distribution functions …

Clothing design is one of the development directions of garment industry in recent years.
The materials of clothing fabrics are extremely diverse while physically-based rendering has …

Many real-world materials are characterized by a glittery appearance. Reproducing this
effect in physically based renderings is a challenging problem due to its discrete nature …