臺灣博碩士論文加值系統

近年來隨著科技的進步發展，逐漸轉向電腦化的實際運用，並且搭配科技的演進，採用電腦輔助技術進行產品設計，已是研發或設計工作普遍而必要的方法與程序。對於產品的藝術造型，本論文採用Rhino、SolidWorks 3D繪圖軟體，做為研究成果的發展工具，使產品的設計更為準確、精準。本研究藉由程式規劃建構出預設模型建構法與雕模式手繪造型建構法兩種建構模式，連結人與電腦之間的雕模式人機介面互動模組產生有效且快速的建構出藝術造型於產品外觀上，目的在幫助設計者減少繪圖的時間、增加設計討論的時間，提高創意發揮，同時應用快速成型(RP)加工法或數值控制加工法，讓設計的產品能夠快速的成形，便於修訂與評估。
運用Rhino 3D繪圖軟體的內部程式RhinoScript，進行程式撰寫與功能彙整，設計功能圖示按鈕，連結RhinoScript程式進行藝術產品造型的設計模式。另外搭配曲面局部編輯功能模式，進行曲面編輯修改，完成藝術產品造型設計。運用SolidWorks 3D CAD軟體進行實體輸出，提高產品設計流程的整合與效益。
本研究的產品範例，應用本論文所提出的預設模型建構法與雕模式手繪造型建構法，同時此範例也說明了藝術造型如何建構於產品上，並分類成5個專案加以說明產品的特色、建構流程與3D實體模型具體成效。

In recent years, due to advances in technology development, the computer is applied to practical use. With the evolution of science and technology, people have used the computer-aided techniques for product designs, which have become the popular and essential work methods or procedures for designing and researching. In order to have more accurate and precise design, this study makes use of Rhino 3D graphic software and SolidWorks 3D graphic software as the developing tools for Art Shape Design Product. Original Model and Sculpting Model by Hands are constructed by program planning. The sculpting interactive mode between computers and humans, which includes the Art Shape Design functions, can construct the artistic shapes on product outlook in an effective and fast way. With the sculpting interactive mode, we are able to reduce the drawing time and add up the discussion time. Meanwhile, by applying the Rapid Prototype or CNC Manufacturing Method, it enables the design products to be presented quickly for the evaluation and modification of the product.
By using the internal program, RhinoScript, of Rhino 3D graphic software, we are able to write the program, integrate the functions of RhinoScript, design the function icon and connect RhinoScript for forming the mode of Art Shape Design Product. Besides, we work with Surface Editing Function Mode to modify the surface in order to finish Art Shape Design Product. On the other hand, we take the advantage of the SolidWorks 3D graphic software for entity output. Also, it helps promote the integration and effectiveness of product design.
This product example uses the methods of Original Model and Sculpting Model by Hands from the essay. Meanwhile, this example explains also how artistic shapes are constructed to the products; it is classified into five projects to explain the features, construction process and 3D modeling effectiveness.

摘要 i
ABSTRACT iii
誌謝 v
目錄 vii
圖目錄 x
表目錄 xiv
第一章 緒論 1
1.1 研究動機 1
1.2 研究目的 2
1.3 文獻回顧 3
1.4 研究論文內容架構 7
第二章 研究方法 9
2.1 曲線理論 9
2.1.1 B-Spline 9
2.1.2 Bezier 11
2.1.3 NURBS 12
2.2 曲面理論 15
2.2.1 B-Spline 曲面 15
2.2.2 Bezier 曲面 16
2.3 工業造型的設計概念 16
2.4 3D繪圖軟體介紹 20
第三章 產品造型創新架構與功能 25
3.1 產品設計理念與架構 25
3.2 程式的規劃 31
3.3 產品的特性分析 36
第四章 產品造型的成果與範例 42
4.1 產品造型新技術的實作成果 42
4.1.1 專案1 產品外觀與造型設計 42
4.1.2 專案2 蜻蜓造型自由創作 47
4.1.3 專案3 祥龍造型的設計建模 48
4.1.4 專案4 曲面編輯功能 57
4.1.5 專案5 產品造型展示 61
4.2 SolidWorks 分析應用 71
第五章 結論 75
5.1 成果與結論 75
5.2 未來展望 77
參考文獻 78

[1] http://www.liuliart.cn/Article/HTML/Article_1363.html
[2]蕭銘芚，「造型發想法之理論與實務」，八十九年八月。
[3]張銘倫，「以客戶情感反應為基礎之創意設計衍生系統探討以手機造型設計為例」，碩士論文，國立雲林科技大學設計運算研究所碩士班，九十七年一月。
[4]Chen, S.E. and Parent,R. E.,“Shape averaging and its applications to industrial design”, IEEE Computer Graphics & Applications, p. 47-54. 1988.
[5]http://www.kaschaandjohn.com/rhinoscripting/
[6]陳守�琚A「NURBS曲面邊修與平滑化技術」，碩士論文，國立中央大學機械工程研究所，九十四年六月。
[7]Sederberg, T.W. and Parry, S.R.,“Free-Form Deformation of Solid Geometric Models,” Dallas, 20: p. 151-160. 1986.
[8]Opalach, A. and Massock, S.,“An overview of Implicit Surface, in Department of Computer Science,”The University of Sheffiel , Western Bank ,UK,1994.
[9]Sherstyuk, A.,“Kernel functionsmin convolution surfaces: a comparative analysis,” The Visual Computer, 15: p. 171-189. 1999.
[10]Sealy, G. and Wyvill, G.,“Smoothing of three dimensional models by convolution ,” IEEE Computer Graphics & Applications, p. 184-190. 1996.
[11]Rhinoceros Training Manual.(Rhinoceros 4.0 訓練手冊)
[12]邱成豪，「含NURBS曲線之車床刀具路徑產生」，碩士論文，國立中興大學機械工程學系，九十四年七月。
[13]Rogers, D. F., Adams, J. A., Mathematical Elements for Computer Graphics, McGraw-Hill Publishing Company, 1990.
[14]Cox, M. G.,“The Numerical Evaluation of B-Splines”, Nathional Physical Laboratory DNAC 4, August 1971.
[15]De Boor, C.,“On Calculatin with B-Splines”, J. Approx. Theory, Vol.6, pp. 50-62, 1972.
[16]Farin, G., Curve and surfaces for Computer Aided Geometric Design, Academic Press, 1990.
[17]Faux, I. D. and M. J. Pratt, Computational Geometry for Design and Manufacture, Ellis Horwood Ltd., 1979.
[18]尤春風，「CATIA V5 教育訓練手冊」，九十五年十月。
[19]明方成，「基本工業造型設計」，八十二年七月。
[20] http://www.hioffice.com.tw
[21]台灣創意設計統籌，「設計師的設計旅行」，2006年1月。
[22] Rhinoscript101 revised workshop handout reference.
[23]黃致傑，「針對CAD概念塑模提供的手勢空間輸入介面」，碩士論文，國立交通大學建築研究所，九十五年八月。
[24]鄭璧瑩，「產品創新設計備忘錄 2008」，NCTU CIDM Lab。
[25]http://gallery.mcneel.com/?language=&g=36
[26]http://news2.mcneel.com/scripts/dnewsweb.execmd=xover&group=rhino.plug-ins
[27]王介民，「工業產品藝術造型設計」，九十三年三月。
[28]范卓明，「Rhino工業產品造型設計典型實例」，九十五年。
[29]盧永毅、羅小未，「工業設計史」，八十九年一月。
[30]陳奕仲，「應用遺傳演算法於電腦輔助數位相機造型設計」，碩士論文，國立成功大學工業設計學系，九十三年七月。
[31]吳東龍，「設計東京」，九十六年七月。
[32]Solidworks 2007 COSMOSWork、COSMOSMotion Online Guide
[33]Donal E. Muir, An Adaptive Systems Theory: Toward Reductionism, in: Sociological Inquiry 53 (4), 435–448. 1983.
[33]Matjaž Mulej, "Systems, Cybernetics and Innovations", in: Kybernetics, Vol 35 No. 7/8, pp. 939-940. 2006.
[34]John P. Van Gigch, Applied General Systems Theory, Harpercollins College Div 602 pp. 1978.