Painterly Effects Rendering with Focus Based Level of Detail

Cartoon Shading via HLSL Shaders – Pixel Shader renormalizes N and V (position) – Calculates diffuse lighting used for texture lookup – Darken if fragment is part of a silhouette

The ability of the algorithm to re-establish tracking fol- lowing occlusion has been found sufficiently robust for our needs, providing occluded motion approximately follows the

The resulting drawing system permits flexible control of all elements of drawing style: first, different style modules can be applied to different types of lines in a view; second,

Benford’s Law tends not to hold in images obtained by means of non physically real- istic rendering methods.. In real images, the fit with the law is very sensitive to the

To create a convincing and aesthetic reproduction of this style, we propose two techniques: First, we introduce a tone-based lighting to separate the traditional shading of a

Real-time rendering of terrain data needs to address three major aspects: data representation, surface rendering, and level of detail techniques.. Traditionally, terrain

We focus on efficient rendering and present a novel level of detail algorithm for volumetric terrain that requires no stitching and can extract the terrain surface from

We select oil painting, toner painting, embroidery, and other style samples and a variety of different target images to conduct style transfer experiment. We again select 10