… We adapted the Worley basis functions to run efficiently on the GPU while maintaining the
flavor of the original technique. To generate the cellular texture basis functions, we need to …

… However, Worley cellular textures can be generated in real time with GPU shaders [Chan
and McCool 2004], and so our technique could be used for interactive games or visualizations. …

… Ken Perlin) [9] and Cellular Noise (Steven Worley) [10] to implement … Worley describes a
widespread procedural texturing technique currently used by the graphics field in 1996. Cellular …

… texturing is a powerful way to add details to the surface of rendered objects. The Worley basis
function of Cellular Texture … textures. However, most applications are implemented over 2D …

… and textures … texturing these castles a Worley cellular texture [Worley 1996] is natural, as
each cell in the tesselation can represent a single stone. It has the advantage over 2d textures …

… generation with a focus on structural leather elements and based on Voronoi diagrams similar
to the texture generation methods of Miyata and Worley [13]. They explicitly try to simulate …

… three features: intensity, texture and homogeneity. In contrast … Therefore, intensity, texture
and homogeneity are chosen as … components: intensity, texture and a homogeneity measure. …

… Pack the data into a supported Sh texture type, wrap the decompression shader … Sh texture
objects, and you can use your new texture representation anywhere a regular Sh texture can …

… Conventional 2D texture mapping remains the most usual approach to texturing, in … to
this approach: the distortion and the discontinuity of textures as well as the lack of the “third” …

… based algorithm display distinct textures. The particles produced by the Worley noise-based …
Furthermore, in view of the particle generation results (Figure 14), SH-based techniques …