Barnabás Aszódi

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This paper presents a fast approximation method to obtain the point hit by a reflection or refraction ray. The calculation is based on the distance values stored in environment map texels. This approximation is used to localize environment mapped reflections and refractions, that is, to make them depend on where they occur. On the other hand, placing the(More)
The shape of a NURBS curve or patch is defined by the location of its control points, the weights associated with these points, and the parameter intervals, also called the knot vector. Most of the curve and patch design methods assume that the knot vector is constant and the user is allowed to modify only the control points and the weights. The possibility(More)
This paper proposes several algorithms to compute the 3D sound-field in complex environments. The basic idea is to explore the similarities of light and sound propagation and take advantage of efficient rendering algorithms and hardware to compute the sound field. First we consider only the direct effect of sound sources. Then single reflections of the(More)
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