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arXiv cs.GR
arXiv cs.GR Research
· 4 months, 3 weeks ago • Jia Lin, Hongwei Lin, Weixian Huang, Azan Zhang

Progressive-Iterative Fairing of Curves and Surfaces with Localized Control Point Adjustment

Briefing

The paper presents a progressive-iterative fairing method that revolutionizes how curves and surfaces are adjusted in computer-aided design. By assigning independent weights to control points, developers can make localized adjustments that significantly enhance the quality and aesthetics of their designs.

This method not only streamlines the design process by reducing reliance on manual adjustments but also demonstrates efficiency through numerical experiments. For graphics programmers and designers, this innovation could mean a substantial improvement in workflow and product quality, making it a noteworthy advancement in the field.

“Our approach enables precise, localized shape adjustments.”

— Jia Lin · Describing the new fairing method's capabilities.
What do you think?
How do you see localized control point adjustments changing your design workflow? What challenges have you faced with traditional fairing methods in your projects?
Start the discussion
Original source
Read on arXiv cs.GR
At a glance
what
Introduction of a progressive-iterative fairing method for curves and surfaces
who
Authors: Jia Lin, Hongwei Lin, Weixian Huang, Azan Zhang
when
Submitted on 26 Apr 2026
impact
Enables precise, localized shape adjustments for improved design quality
Signal Positive

The method enhances design precision and efficiency.

graphics design fairing curves surfaces
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