Here's the abstract for Tseng's poster, which is titled "A generic low-cal scattering model for rendering photorealistic brute fur fibers:"
Rendering photorealistic brute fur is of practical importance inwards many reckoner graphics productions. In the past, the visual appearances of specific fiber types accept been studied, as well as diverse low-cal scattering models derived from cylindrical geometry accept been proposed. These models, however, lack either physical accuracy or versatility to make the broad attain of specular as well as diffusive textile properties observed on brute fur fibers inwards the wild. We suggest an anatomically based low-cal scattering model for arbitrary brute fur fibers, represented past times 2 coaxial cylinder volumes. We demo that our model preserves high fidelity to actual brute fur as well as tin simulate a large array of visual appearances past times qualitatively matching synthetic optical microscopy images as well as far-field scattering profiles amongst measured data. Through reconstructing the low-cal paths for formerly unexplainable scattering lobes observed on ten brute fur fiber types, nosotros break how the subsurface structures of a fur fiber tin select most decisive effects to its visual appearance.
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