Real-Time View Independent Rasterization for Multi-View Rendering

Let us examine point ~ c on the shadow caster surface, which is projected onto ~ l of the shadow map plane taking the light source as the center of projection, and onto ~ l ~ r

This can be achieved by proper tessellation of our multi-perspective projection surface to yield the opti- mal camera triangle sizes; the more and smaller the camera triangles, the

This is exactly what our algorithms (described in Section 4.1 & 4.2) do, and hence the approxi- mation works well when used together with our traversal al- gorithms. However,

Using this information, we contribute real-time rendering techniques for waterlining, contour-hatching, water stippling and labeling (Figure 1) that facilitate a

Multi-view sketch-based modeling of 3D curves and surfaces (Yotam Gingold, Karan Singh , 35 minutes)..

The idea of this paper is to use 3D information of the surroundings (in virtual or real envi- ronments) for a peripheral visual perception analysis of a human observer in real-time

We find results that are surprising and not expected. For example, we find that between single-view and multi-view representations, there is no significant differences in the

Three different view configurations (shared view, split screen, and split screen with navigation information) for multi-user collaboration with a wall-size display were introduced