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Titlebook: Rendering Techniques 2001; Proceedings of the E Steven J. Gortler,Karol Myszkowski Conference proceedings 2001 Springer-Verlag/Wien 2001 Ma

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Reflected and Transmitted Irradiance from Area Sources using Vertex Tracing, radiosity environments. Methods for analytic integration have traditionally used edge-based solutions to the irradiance integral; our previous work presented a vertex-based analytic solution, allowing irradiance to be computed incrementally by ray tracing the apparent vertices of the luminaire. In
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Simulating Non-Lambertian Phenomena Involving Linearly-Varying Luminaires, exitance. To derive the underlying closed-form expressions, we introduce a rational generalization of irradiance tensors and an associated recurrence relation. The generalized tensors allow us to integrate a useful class of rational polynomials over regions of the sphere; this class of rational pol
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Efficient Cloth Modeling and Rendering,dividual stitches and knits can be made out and need to be accounted for. Modeling of the geometry at this level of detail fails due to sheer complexity, while simple texture mapping techniques do not produce the desired quality. In this paper, we describe an efficient and realistic approach that ta
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Decoupling Strokes and High-Level Attributes for Interactive Traditional Drawing,s semi-automatic tonal modeling. Our system shifts tedious technical aspects to the computer side, while providing the user with freedom on the creative and aesthetic side. The user has low-level control over stroke placement, and high-level control over the tone, smudging and amount of detail. The
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