: The framework is particularly effective for triangular Bézier patches and rational Bézier patches , which are standard in industrial modeling and high-precision CAD applications.
: Results show it is more efficient and accurate than traditional hardware tessellation pipelines for large-scale smooth surfaces. S0010 mp4
The paper introduces a high-performance designed to render complex parametric surfaces directly, bypassing the traditional need for hardware tessellation into flat triangles. Paper Highlights : The framework is particularly effective for triangular
: It treats rasterization as a point inversion problem , using Newton-type iterations on the GPU to achieve real-time, high-precision rendering. Paper Highlights : It treats rasterization as a
: The supplemental MP4 file contains a technical presentation and demonstration of the rasterizer's capabilities, typically showcasing real-time manipulation of high-order patches. PaRas: A Rasterizer for Large-Scale Parametric Surfaces
The technical paper associated with the designation and the mp4 supplemental video is likely the SIGGRAPH 2025 paper titled "PaRas: A Rasterizer for Large-Scale Parametric Surfaces" .