Soft Textured Shadow Volume

Section 2 provides some background on shifts. In Section 3 we define the notions of generalized Dyck words and generalized Dyck shifts. We give unam- biguous context-free

The remainder of this paper is organized as follows: section 2 summarizes related work on soft reconfigurable logic cores, section 3 describes the structure of the proposed SPLC,

Sample Based Visibility for Soft Shadows using Alias-free Shadow Maps.. Erik Sintorn 1 Elmar Eisemann 2 Ulf

We compute the soft shadow of each of the micro-patches constituting the discrete representation of the occluders (see Fig. This step would be potentially costly, but we achieve it in

Dy- namic branching is used to apply the blending function only if the occluded light percentage of the silhouette vBuffer fragment and the final vBuffer are not null.. In terms

In section 3, we describe how the depth complexity function is used to compute the amount of light visible from a point p according to the opaqueness of the occluder and the

Black/o: noisy labels, blue/*: adaptive semi-supervised learning, red/x: soft labels based on individual noise level p i , green/+: soft labels based on mean noise level p; plain

Abstract. For utility maximization problems under proportional transaction costs, it has been observed that the original market with transaction costs can sometimes be replaced by