Procedural modeling is now the de facto standard of material modeling in industry.
Procedural models can be edited and are easily extended, unlike pixel-based …

Real-time graphics applications require high-quality textured materials to convey realism in
virtual environments. Generating these textures is challenging as they need to be visually …

We introduce a novel semi‐procedural approach that avoids drawbacks of procedural
textures and leverages advantages of data‐driven texture synthesis. We split synthesis in …

We present StyleBlit—an efficient example‐based style transfer algorithm that can deliver
high‐quality stylized renderings in real‐time on a single‐core CPU. Our technique is …

Plant disease visualization simulation belongs to an important research area at the
intersection of computer application technology and plant pathology. However, due to the …

We review recent methods in 2D creative pattern generation and their control mechanisms,
focusing on procedural methods. The review is motivated by an artist's perspective and …

Mixing textures is a basic and ubiquitous operation in data‐driven algorithms for real‐time
texture generation and rendering. It is usually performed either by linear blending, or by …

Procedural pattern synthesis is a fundamental tool of Computer Graphics, ubiquitous in
games and special effects. By calling a single procedure in every pixel-or voxel-large …

Stationary Gaussian processes have been used for decades in the context of procedural
noises to model and synthesize textures with no spatial organization. In this paper we …

The scattering of light by a surface is described by the bidirectional reflectance distribution
function (BRDF). Unfortunately, this function cannot be straightforwardly acquired or …