逆向工程之連續性曲面模型自動化建構

On the Development of Automated Surface Reconstruction Technique in Reverse Engineering

蔡耀震(Yao-Chen Tsai) ； 黃仲儀(Chung-Yi Huang) ； 林冠元(Kuan-Yuan Lin) ； 賴景義(Jiing-Yih Lai) ； 翁文德(Wen-Der Ueng)

《先進工程學刊》 3卷3期 (2008/06) Pp. 209-215

https://doi.org/10.29948/JAE.200806.0006

摘要

自動化曲面模型重建為逆向工程技術的極致，雖然在學術上為許多學者的研究主題，但卻很少有突破性的進展，主要原因為其所牽涉的技術層面相當廣泛，必須長期投入才能夠建立足夠的技術能力。本研究嘗試建立一套三角網格資料曲面模型自動化重建的方法，該程序分為五項步驟，包括網格簡化、四邊形網格化、建立架構曲線、產生連續性資料和曲面連續性嵌合。本文描述各項程序之目的、原理與演算法，並以範例說明其實際施行的情形。

關鍵字

自動曲面建構 ； 三角網格簡化 ； 四邊形網格化 ； 逆向工程

並列摘要

Automated surface reconstruction is an extremely important technique in reverse engineering as it can reduce the time required for the reconstruction of a CAD model significantly. Although it bas been received extensive attention in literature, less break-through progress has been found till now. It is because it requires the development of many fundamental techniques before the above-mentioned issue can be investigated. This study intends to develop a procedure of automatically establishing the surface model from a set of triangular meshes. The proposed procedure includes five steps, namely, meshes simplification, quadrilateral mesh generation, establishment of the constructing curves, continuity data structure and constrained surface fitting. This paper describes the purpose, principle and algorithm for each of the five steps, and presents examples to describe the feasibility of the proposed algorithms.

並列關鍵字

automated surface reconstruction ； mesh simplification ； quadrilateral mesh generation ； reverse engineering