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Real-time Rendering of Heterogeneous Translucent Objects with Arbitrary Shapes

By Yajun Wang, Jiaping Wang, Nicolas Holzschuch, Kartic Subr, Jun-hai Yong and Baining Guo

Abstract

Figure 1: Rendering results at 22 frames per-second of the Stanford Thai Statue (157 K triangles) with our system. We present a real-time algorithm for rendering translucent objects of arbitrary shapes. We approximate the scattering of light inside the objects using the diffusion equation, which we solve on-the-fly using the GPU. Our algorithm is general enough to handle arbitrary geometry, heterogeneous materials, deformable objects and modifications of lighting, all in real-time. In a pre-processing step, we discretize the object into a regular 4-connected structure (QuadGraph). Due to its regular connectivity, this structure is easily packed into a texture and stored on the GPU. At runtime, we use the QuadGraph stored on the GPU to solve the diffusion equation, in real-time, taking into account the varying input conditions: Incoming light, object material and geometry. We handle deformable objects, provided the deformation does not change the topological structure of the objects. 1

Year: 2011
OAI identifier: oai:CiteSeerX.psu:10.1.1.190.1021
Provided by: CiteSeerX
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