Approximating rational Bezier curves by constrained Bezier curves of arbitrary degree
Mao Shia, Jiansong Deng
Abstract
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Mao Shia, Jiansong Deng
Abstract
Open-access reader
In this paper, we propose a method to obtain a constrained approximation of a rational Bézier curve by a polynomial Bézier curve. This problem is reformulated as an approximation problem between two polynomial Bézier curves based on weighted least-squares method, where weight functions $ρ(t)=ω(t)$ and $ρ(t)=ω(t)^{2}$ are studied respectively. The efficiency of the proposed method is tested using some examples.
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In this paper, we propose a method to obtain a constrained approximation of a rational Bézier curve by a polynomial Bézier curve. This problem is reformulated as an approximation problem between two polynomial Bézier curves based on weighted least-squares method, where weight functions $ρ(t)=ω(t)$ and $ρ(t)=ω(t)^{2}$ are studied respectively. The efficiency of the proposed method is tested using some examples.
Key concepts: Bézier curve, Degree (music), Mathematics, Mathematical analysis, Pure mathematics, Applied mathematics, Geometry, Physics