Title

澳底案居住生活模式設計研究

Translated Titles

RESEARCH ON THE AODI PROJECT SIMULATED FROM RESIDENT ACTIVITY IN A LIFESTYLE DESIGN

DOI

10.6842/NCTU.2009.00709

Authors

程家倫

Key Words

生活模式 ; 環境設計 ; 劇本 ; 即時虛擬實境 ; lifestyle ; environment design ; scenario ; real-time VR ; 3DCGPRA

PublicationName

交通大學建築研究所學位論文

Volume or Term/Year and Month of Publication

2009年

Academic Degree Category

碩士

Advisor

劉育東

Content Language

繁體中文

Chinese Abstract

人的生活模式,是由傳統和文化所影響的居住方式,與被建造的環境和建築物相互作用而產生;建築的任務是滿足人類需求並且反應人們喜歡的居住方式,故由居住空間規劃的建築師來思考生活模式將能提供適合人們的環境需要和期望。建築及環境設計案的計畫過程應包括白天和夜間的共同設計,非常重要的是將考量到許多種的社會活動。並且不僅是專業人士參與,另外有很多參加者協作例如規畫者,設計者,工程師和管理者在加上非專業領域的人像客戶和居民這樣的人,在適當的媒材及溝通方法下所有參與的人才能對未來的空間與生活規劃達成共識,如此將能順利的完成此建築及環境的計畫。 大多數人想要瞭解人類近未來的可能生活形態為何?究竟數位模擬生活所呈現出的態樣為何?在建築界汲汲探求的下一個電腦輔助設計應用的時代,是否能根據未來生活的模擬,做出最佳的規劃設計來贏得業主及居住者的認同?本文將從實際案例-澳底案的生活需求面出發,從日常生活活動,活動場合,活動時間,以及社會生活層面等,建構出未來生活方式的輪廓。進而探討目前澳底案在現階段環境設計規劃的方向。 本研究之研究方法分為三個步驟來進行:第一步驟首先研究一實際案例:大阪大學活化岡山市的生活模式模擬及操作方式。第二步驟依據所得到的方法步驟架構,來分析澳底案可能的居住者、場景及活動,作為未來的生活情境描述。再進行未來澳底案的生活劇本編寫。第三步驟以即時3D模型的方式重新詮釋劇情中的情境,使得觀察者能以較為沉浸的方式,進入澳底案未來生活方式的場景中,以期能根據不同觀察者的角度,對於澳底案未來生活方式能有不同的體驗與想法,進而對劇情中的情境及生活做出新的建議。 本研究預計將設計出澳底案未來的生活模式劇本,並實際地將其以影片與即時3D環境的方式呈現。期望在未來生活模式的研究能在空間設計之前,以幫助建築設計者做出更好、更適合的空間及環境規劃。

English Abstract

People's lifestyle, comes from the interaction of inhabitancy which is influenced by tradition, culture and the environment that is built; The task of architecture is to fit the needs and the way of inhabitancy which reflect what people like, therefore planning lifestyles by the architect will offer a suitable environment and space to people. Cases regarding collaborative design of buildings and the environment should include considerations of daytime and night. Another very important aspect is considering many kinds of social activities. And not only do professional designer participate, a lot of cooperative participants for example the planner, the engineer and the administrator take part as well. In addition, people like the customer and residents also participate. Using proper media and communication can allow all participants to link up and have common understanding of future planning for space and life. Thus, the accomplishing of building and environment planning can run more smoothly. Most people want to understand what are possibilities for lifestyles of the near future? What would a digital simulation of lifestyle look like? In the next CAAD era, would it be possible that according to simulation of future life, architects can make the best of their design and gain appreciation from clients and future inhabitants? This paper is based on the scenario of a real case – the Aodi project. An outline of a future lifestyle will be based on the daily life activities, the activity occasions, activity time, and the social life aspect, etc. And then probe into the direction of environmental design and planning of Aodi project at the present stage. The methodology of this paper is divided into three steps: in the first step, case study on the proceeding methods of one similar case will be done to understand the method and structure that lifestyle simulation needs; According to the analyzed method and steps, possible occupants, scenes, and activities of the Aodi project will be presumed. Then by adding current environment and architecture design, a future lifestyle scenario will be created as the second step. The last step is presenting a simulation of the scenario to the observers in real-time VR environment that is comparatively immersed. Allowing observers to enter the environment of the Aodi project among the future scene of lifestyle. By following different viewpoints of the observer, they are expected to have different experience and ideas about future lifestyle in Aodi project. Therefore the new comments and suggestions on the life situation in the scenario will come. This research is expected to design future lifestyle scenario of the Aodi project, and present it through the 3D animation and real-time VR environment finally. To expect if proceeding future lifestyle study before design, that will help the architecture designers to make better and suitable space design and environmental planning

Topic Category 人文社會學院 > 建築研究所
工程學 > 土木與建築工程
Reference
  1. Alvarado, Rodrigo Garcia: 2005, Filmic Development of Architectural Animations, International Journal of Architectural Computing vol. 3, no. 3, PP299-316.
    連結:
  2. Bai, R.Y. & Liu, Y.-T. 1998, Toward a Computerized Procedure for Visual Impact Analysis and Assessment: The Hsinchu example, CAADRIA98, pp. 67–76.
    連結:
  3. Belleman, R. G., Stolk, B. and Vries, R., 2001, Immersive Virtual Reality on Commodity
    連結:
  4. Bertol, D., and Foell, D., 1997, Designing Digital Space: An architect’s guide to virtual
    連結:
  5. reality, John Wiley & Sons, Inc.
    連結:
  6. Bourdieu, P. 1984. A Social Critique of the Judgment of Good Taste. Reprint. International.Sociological Association, Boston: MA, USA
    連結:
  7. Bosselmann, P., 1998, Representation of Places- reality and realism in city design,
    連結:
  8. University of California Press
    連結:
  9. Bridges, A.and Charitos, D., 1997, On architectural design in virtual environments,
    連結:
  10. Design Studies 18(2): pp. 143-154
    連結:
  11. Burdea, G. C. and Coiffet, P., 2003, Virtual Reality Technology, A Wiley-International
    連結:
  12. Bosselmann, P., 1998, Representation of Places- reality and realism in city design,
    連結:
  13. University of California Press
    連結:
  14. Dani, T. H. and Gadh, R., 1997, Creation of concept shape designs via a virtual reality
    連結:
  15. interface, Computer-Aided Design 29(8): pp. 555-563
    連結:
  16. Darling, D., 1992, Visualizing people in time and space, Environment and Planning B:
    連結:
  17. Douglas, M., 1996. Thought Styles: Critical Essays in Good Taste. London, UK: Sage Publications.
    連結:
  18. Disappearing architecture:from real to virtual to quantum edited by Georg Flachbartand Peter Weibel, Birkhauser
    連結:
  19. Fukuda, T. & Nagahama, R. 2002, Collaboration Support System For City Plans or Community Designs Based On VR/CG Technology, CAADRIA02, pp. 257–264.
    連結:
  20. Gombrich, E. H., 1995, The Story of Art, Phaidon press, 16th edition
    連結:
  21. Hillier, B., HANSON, J., 1984. The Social logic of Space. UK: Cambridge University Press.
    連結:
  22. Howard, I. P. and Wade, N. J., 1996, Ptolemy's contributions to the geometry of binocular vision, Perception 25(10): pp. 1189-1201
    連結:
  23. Huang, Y. H., Liu, Y. T., Lin, C. Y., Chen, Y. T., Chiu, Y. C., Oh, S., Kaga, A. and Sasada,T., 2001, The comparison of animation, virtual reality, and scenario scripting in the design process, CAADRIA’01, Australia, pp. 231-239
    連結:
  24. Kalay, Y. E., 2004, Architecture's new media :principles, theories, and methods of
    連結:
  25. computer-aided design, MIT Press
    連結:
  26. Liu, Y. T., 1996, Understanding of Architecture in the computer Era, Hu’s, Taipei
    連結:
  27. Liu, Y.T. & Tang, S.K. Space, 2003, Place and Digital Media: Towards a Better Simulation of a City that has now Disappeared, International Journal of Architectural Computing, vol. 1, no. 1, pp. 112–129.
    連結:
  28. Mine, M. R., 1997, ISAAC- a Meta-CAD system for virtual environments, Computer-Aided Design 29(8): pp. 547-553
    連結:
  29. Mitchell, J. W., 1977, Computer-Aided Architectural Design, Van Nostrand Reinhold
    連結:
  30. Norman, D.A.: 1988, The psychology of everyday things. New York: Basic Books.
    連結:
  31. Penz, F., 2004, The architectural Promenade as narrative device- practice-based research in architectural and the moving image, Digital Creativity 15(1): pp. 39-51
    連結:
  32. Perez-Gomez, A. and Pelletier, L., 2000, Architectural representation and the
    連結:
  33. perspective hinge, The MIT Press
    連結:
  34. Ryan, M. L., 2001, Narrative as Virtual Reality-immersion and interactivity in literature
    連結:
  35. Sasada,T.,1999a, Environmental design and multimedia, 17th Congress of the International Association of Empirical Aesthetics, Japan, pp. 41–46.
    連結:
  36. Sasada, T., 1999b, Computer Graphics and Design: Presentation, Design Development andConception, Proceedings of CAADRIA, pp. 21-29
    連結:
  37. Architectural Press, New York
    連結:
  38. Sutherland, I. E., 1968, A Head-Mounted Three-Dimensional Display, proceedings of theFall Joint Computer Conference, Washington, D. C.
    連結:
  39. Vassil, B., 1997, Virtual reality- a communication tool for urban planning,
    連結:
  40. Wan, H., Gao, S. and Peng, Q., 1999, An integrated virtual design and virtual assembly
    連結:
  41. environment, in Proceedings of International Conference on Computer Aided Design and Computer Graphics, Shanghai, pp. 131–137
    連結:
  42. Ware, C., 2004, Information visualization-perception for design, Morgan Kaufman
    連結:
  43. Wu, Y. L., Liu, Y. T., Huang, Y. S., Wu, P. L., Wong, C. H., Wang, T. H., Gao, W. P. andShih, W. L., 2004, A New Interaction of Digital Exhibition, CAADRIA’04, Korea, pp.731-739
    連結:
  44. implementation of virtual reality technologies in support of conceptual design,
    連結:
  45. Design Studies 27(1): pp. 77-97
    連結:
  46. Ying-Hsiu Huang, (ed.): 2001, The Comparison of Animation, Virtual Reality, and Scenario Scripting in the Design Process, CAADRIA2001, Sydney, pp.231-239
    連結:
  47. Le Corbusier, (施植明譯), 1923, Vers Une Architecture(邁向建築), 田園城市
    連結:
  48. 英文部分
  49. Anthony, L., Regli, W. C., John, J. E. and Lombeyda, S. V., 2001, CUP- a computer-aided conceptual design environment for assembly modeling, The ASME Journal of computer and information science in Engineering 1(2): pp.186-192
  50. Hardware, Proceedings of the ASCI, pp. 297—304
  51. Bhzad, S 2007 A Theoretical Framework for the Implementation of Building User’sLlifestyle in nD Cad System, ASCAAD-07, pp.595-605
  52. Publication
  53. Burry, M.C., 2001, Beyond Animation, Architectural Design Profile no 150: pp. 6-16
  54. Planning and Design 19(6): pp. 613-637
  55. Day, A. K. & Radford, A. D. 1998, An Overview of City Simulation.CAADRIA98, pp. 183–192.
  56. Fear, B., 2000, Architecture + film II, Wiley-Academy
  57. Frohlich, T. and Kruse, R., 2005, Cybernarium-A Mixed-Reality Edutainment Center,
  58. Fukuda T.:2006, Kobunaki Ecovillage, Modern Decoration, May issue, PP20-25.
  59. Fukuda, T, Kaga, A 2008, Development and Evaluation of a Representation Method of 3DCG Pre-rendering Animation for Environmental Symbio Design, CAADRIA08
  60. Habraken, J., 2003. Questions that will not Go Away: Some Remarks on Long Term Trends in Architecture and their Impact on Architectural Education. Keynote Speech: Proceedings of the Annual Conference of the European Association of Architectural Education-EAAE. Hania, Crete, Greece. pp. 32-42.
  61. Hillier, B., 1996, Space is the Machine. UK: Cambridge University Press
  62. Hojrup, T. 2003. State, Culture, and Life Modes: The Foundations of Life Mode Analysis. London, UK: Ashgate.
  63. Jozen, T. , Kaga, A., Wang, L., Oh, S., Sasada, T. 2000, The concept network model database—Image database for extending design, CAADRIA2000, Singapore, pp. 379–388.
  64. Kaga, A., Yuda, Y., Fukuda, T., 2005, Research on the Design Technique Begun from “Human Activity” in an Environmental Design, CAADRIA2005, India, Vol.2, PP26-42.
  65. Manovich, L., 2001, The Language of New Media, MIT press,
  66. Company
  67. Mitchell, J. W. and McCullough, M., 1994, Digital design media, Wiley; 2 edition
  68. Penz, F., 2003, Architecture and the Screen from Photography to Synthetic Image- captureand building space, time and motion, In Thomas, M. and Penz, F., Architectures ofIllusions. Intellect Books, Bristol
  69. and electronic media, the Johns Hopkins University Press
  70. Salama. A.M., 2006. A life style theories approach for affordable housing research in Saudi Arabia. College of Environmental Design. Emirates Journal for Engineering Research, 11 (1), 67-76.
  71. Schwarzer, M., 2004, Zoomscape-architecture in motion and media, Princeton
  72. Shepard, R., 1990, Mind Sights, W. H. Freeman and Company
  73. Tang, S.K., Liu, Y.T., Fan, Y.C., Wu, Y.L., Lu, H.Y., Lim, C.K., Hung, L.Y. & Chen, Y.J. 2002, How to Simulate and Realize a Disappeared City and City Life?
  74. CAADRIA02, pp. 301–308.
  75. http://fos.prd.uth.gr/vas/papers/CAAD-TNDC/index.html
  76. Wang, L., Umeki, I. & Sasada, T. 1998, A Study of Urban Space History Using Computer Graphics Technology, CAADRIA98, pp. 173–182.
  77. Well, P., 1998, Understanding Animation, Routledge, New York
  78. Wertheim, M., 1999, The Pearly Gates of Cyberspace, W. W. Norton & Company
  79. Wu, Y. L., 2003, A Digital Modeling Environment Creating Physical Characteristics,
  80. CAADRIA’03, Thailand, pp. 385-391
  81. Wu, Y. L., Lim, C. K., Hou, J. H., Lee, Y. Z., Liu, Y. L., 2005, Multiple Digital Media in
  82. Realizing Future Spaces, CAADRIA’05, India, pp. 314-319
  83. Ye, J., Campbell, R. I., Page, T. and Badni, K. S., 2006, An investigation into the
  84. Yeo, W. , Yuda, Y., Oh, S., Kaga, A., Sasada, T., Wang, L.2000, The development of an environmental design helping system using real-time simulationuide, CAADRIA 2004, Korea, pp. 946–947
  85. Yen-Liang Wu, Chor-Kheng Lim, June-Hao Hou, Yuan-Zone Lee, Yu-Tung Liu 2005, Multiple digital media in realizing future spaces , CAADRIA 2005 pp.314-319
  86. Zheng, J. M., Chan, K. W. and Gibson, I., 1999, A VR based 3D graphics user interface
  87. for CAD modeling system, in Proceedings of ASME International Design Engineering Technical Conferences, pp. 182–190
  88. 中文部分
  89. Angrill, M. C. and Parramon, J. M. (陸谷孫/黃勇民譯), 1997, 透視, 三民書局, 台北
  90. Danby, M. (孫宇立譯), 1962, Grammar of Architectural Design(建築設計原理), 台隆
  91. 書店
  92. 黃玉珊&余為政, 1997, 動畫電影探索, 遠流出版社
  93. 劉育東, 2007, 明日建築-實體、虛擬、互動、空間, 台北市立美術館展覽專輯
  94. 網站部分
  95. DoCoMo: 2003, http://www.nttdocomo.com/vision2010
  96. Light-mapping: 2007, http://www.chaosgroup.com/stuff/lightmap/
  97. Vodaphone: 2004, http://www.vodafone.com/flash/futures/
  98. V-Ray.info: 2007, http://vray.info/
  99. GENE20 Architecture International project (Aodi project):
  100. http://www.nextgene20.com/eng/index_eng.html