Filling Hole on the Surface of 3D Point Clouds Based on Reverse Computation of Bezier Curves (original) (raw)

Advances in Intelligent Systems and Computing, 2018

Abstract

Reconstructing the surface of a 3D object is an important step in geometric modeling. This paper presents a proposed method for filling the holes on a surface of 3D point clouds based on reverse computation of Bezier curves. The novelty of the method is processed directly on the 3D point clouds consisting of three steps. In the first step, we extract the exterior boundary of the surface. In the second step, we detect the hole boundary and its extended boundary. In the third step, we fill the holes based on the reverse computation of Bezier curves and surface patch to find and insert missing points into the holes. Our method could process very fast comparing to the existing methods, fill all holes on the surface, and obtain a reconstructed surface that is watertight and close to the initial shape of the input surface.

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