• 沒有找到結果。

數位內容呈現方式

公共建築數位空間館

3. 數位內容呈現方式

 Flash format: www.arch.nctu.edu.tw/~3dCOBS/

 Muse format: FTP 140.113.75.28:6888(ps: 必須先下載在http://www.musecorp.com/ 下載 Muse)

2. 公共建築數位空間館設計方法與原則

本子計劃之研究方法為依據1)公共建築與歷史的關係(Civic buildings and

History),2)公共建築與公共政策的關係(Civic buildings and Policy),3)公共建築 對都市空間之形成及影響(Civic buildings and Urban space),4)公共建築對建築組構之 形成及影響(Civic buildings and Architectural Composition),5)公共建築對建築型式 之形成及影響(Civic buildings and Architectural Style),分類及整理所數位化之資料,

並配合著時間及地域性的主軸,以呈現公共建築的空間體驗及歷史風貌。因此,研究步驟分 為兩類:1)依據上述的分類及解析,收集及研判相關因素之建築資料,並將收集之建築資 料轉化成主要數位內容(digital content);2)透過 Muse,Flash,VRML,3Dmax/FormZ 等 軟體建立及發展如何呈現所收集之3D空間經驗之技術。

39

圖一:數位公共建築空間呈現架構 (三) 建築物索引

(四) 其他研究內容

1. Navigation in 3D Information Landscape—A 3D Museum for Civic Buildings 2. Companying Physical Space with Virtual Space—A Co-existence Approach (五) 參考文獻

1. 內政部營建署編(2000),九二一震災區公共建築物興建個案調查資訊處理系統,內政 部營建署,臺北市

2. 戴育澤(1986),台灣都市中近代公共建築之維護與再利用,碩士論文--國立成功大學 建築研究所

3. 成大研究發展基金會(1998),《台南市孔廟文化園區劃定之研究(一)(二)》,行 政院文化建設委員會委託,成功大學建築學系執行。

4. 林草英(1986)提昇公共建築工程品質之研究,高雄巿政府研究發展考核委員會 5. 郭崑謨,池進通,張惠真(1987),台北市公共建築工程規劃作業之研究,臺北市政府

研究發展考核委員會,臺北市

40

21. 傅朝卿(1999),日治時期台灣建築 1895—1945,大地地理,台北 22. 傅朝卿(1996),光復後臺南市現代建築,台南市府,台南

41

35. 建築(Dialogue),台北:美兆文化事業股份有限公司建築雜誌社。

36. 建築師,台北:中華民國建築師公會出版社全國聯合會雜誌社。

37. Myerson, Jeremy (1996), New Public Architecture, Calmann & King Ltd.

38. Dattner, Richard (1994), Civil Architecture, The New Public Infrastructure, McGraw-Hill Inc.

39. Rowe, Peter G. (1997) Civic Realism MIT Press.

40. Mitchell, W. (1992) The Reconfigured Eye: Virtual Truth in the Post-Photographic Era. The MIT Press, Cambridge, MA.

41. Anders, Peter and Livingstone, Daniel (2001) Reinventing the Discourse - How Digital Tools Help Bridge and Transform Research, Education and Practice in Architecture, the

Proceedings of 21

th

Conference of the Association for Computer-Aided Design in Architecture, Buffalo (New York), pp. 350-355

42. Bimbo, Alberto Del (1999). Visual Information Retrieval, Morgan Kaufmann Publishers.

43. Braithwaite, G., Radford, A., Huang, E., Chang, T.-W., Jones, D., Woodbury, R., and Sweeting, R. (1997). The computer modelling of development proposals: A routine part of development control. In Liu, Y.-T., editor, CAADRIA 97, volume 2, pages 123-132, Hsinchu, Taiwan.

44. Bridge, A. and Charitos, D. (1997). The Architectural Design of Virtual Environment, in R.

Judge(ed), the proceedings of CAAD Future ’97, Munich, Germany, p.719-732, Kluwer Academic Publisher.

45. Chang, Teng-Wen and Huang, Jessica H. (2002). A pilot study of role-interplay in Web-based learning environment, Educational Media International, Taylor and Francis.

39(1):75-85.

46. Clayton, M.J., Warden, Robert B., Parker, Th.W.(1999). Virtual Construction of Architecture Using 3D CAD and Simulation. Media and Design Process, the Proceedings of ACADIA ’99, Salt Lake City, pp. 316-324

47. Chang, Teng-Wen and Lai, Ih-Cheng (2003). Reflective Navigation in Information Landscape—A 3D Museum for Civic Buildings, the Proceedings of 8th

Conference on Computer Aided Architectural Design Research (CAADRIA), Thailand.

48. Chien, Sheng-Fen (1998). Supporting Information Navigation in Generative Design Systems, Dissertation, School of Architecture Carnegie Mellon University press

49. Chiu, Mao-Lin (2000). Museum of Interface-Designing the Virtual Environment, in Tan, B-K, Tan, M. and Wong, Y-C (eds), the Proceedings of 5th

Conference on Computer Aided Architectural Design Research (CAADRIA), Singapore, pp 471-480.

50. Datta, S., Chang, T.-W., and Woodbury, R. F. (1997). Describing temple cellas in SEED-Config. In Liu, Y.-T., editor, CAADRIA 97,volume 2, pages 367-376, Hsinchu, Taiwan. Computer Aided Architecture Design Research in Asia, National Chiao Tung

42

University.

51. Donath, D., Beetz, J., Grether, K., Petzold, F. and Seichter, H. (2001). Augmented Reality Techniques for Design and Revitalization in Existing Built Environments, Reinventing the Discourse - How Digital Tools Help Bridge and Transform Research, Education and Practice in Architecture, Proceedings of 21th

Conference of the Association for Computer-Aided Design in Architecture, Buffalo (New York), pp. 322-329

52. Fayyad, Usama (2001). Information Visualization in Data Mining and Knowledge Discovery, Morgan Kaufmann Publishers

53. Fukai, Dennis (1996) A World of Data: An Animated Construction Information System as a Virtual Hypergraphic Environment, Design Computation: Collaboration, Reasoning,

Pedagogy. ACADIA Conference Proceedings, Tucson (Arizona / USA), pp. 267-274

54. Gibson, J.J. (1986). The Ecological Approach to Visual Perception. Lawrence Erlbaum Associates, Hillsdale, NJ.

55. Hix, Deborah and Schulman, Robert S. (1991). Human-Computer Interface Development Tools : A Methodology for Their Evaluation. Communications of the ACM. March, 1991.

34:75-87

56. Inanc, B. Sinan (2000). Casebook: An information retrieval system for housing floor plans, the

Proceedings of 5

th

Conference on Computer Aided Architectural Design Research (CAADRIA), Singapore, pp 389-398.

57. Lai, Ih-Cheng and Chang, Teng-Wen (2003). Companying Physical Space with Virtual Space—A Co-existence Approach, the Proceedings of 8th

Conference on Computer Aided Architectural Design Research (CAADRIA), Thailand.

58. Lynch, Kevin (1960). The Image Of The City, MIT press 59. Muse (2003). http://www.musecorp.com/.

60. Novak, Marcos J. (1988). Computational Composition in Architecture.Computing in Design Education, ACADIA Conference Proceedings, Ann Arbor (Michigan / USA), pp. 5-30

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