Virtual/ Physical Co-Existing Design (CapX)
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CapX: Co-existing Design Capturing Device is about establishment an interface for coexistence of hardware and software. Through Director lingo a 3D virtual stage is established. External files are actively transmitted into the 3D virtual stage. Action script is connected with electronic hardware device Teleo Board to transmit computer-imaged interface and interactive virtual signals into the physical device and change the state of the physical space.
Virtual/ Physical Co-Existing Design (CapX)
- 1. Co-existing Design 慌贋O岻腎g舜函札嗤墹b崔 Virtual/ Physical Co-Existing Design ___Capturing Space Interactive Device Student_ KaiTzu Lu Advisor_ TengWen Chang
- 2. ＾ Architecture = Space, Movement, Event￣ by Bernard Tschumi Co-existing Design
- 3. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Motivation C Objective C Methodology C Theory Framework ° Surrounding space ° Interactive behaviors ° Design activities Co-existing Design
- 4. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Co-Existing element C Digitalize influence C Co-Existing Design Environment Co-existing Design
- 5. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Co-Existing element C Digitalize influence C Co-Existing Design Environment Co-existing Design
- 6. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Co-Existing element C Digitalize influence C Co-Existing Design Environment Engelbart, D: 1962, Augumenting Human Itellect, in, The Augment Papers. Sutherland, I: 1965, The Ultimate Display, in, IFIP, pp: 506-508. Co-existing Design
- 7. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Co-Existing element C Digitalize influence C Co-Existing Design Environment Bolt, RA: 1980, "Put-that-there": voice and gesture at the graphics interface., in, SIGGRAPH, United States, pp: 262 - 270. Co-existing Design
- 8. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Co-Existing element C Digitalize influence C Co-Existing Design Environment Shaw, J: 1991, "The Legible City." Co-existing Design
- 9. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Co-Existing element C Digitalize influence C Co-Existing Design Environment Co-existing ° Information digitalize ° Human computer interface interactive ° Virtual design studio Co-existing Design
- 10. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Co-Existing element C Digitalize influence C Co-Existing Design Environment Dynamic design °Experience Montage describes the characteristics of spatial experiences switching between virtual and physical space through the theory of Montage. ° The action of Montage in the architectural terminology is combination and construction. ° Finding the phenomenon of the 3D interactive behaviors in the virtual space. Co-existing Design
- 11. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Co-Existing element C Digitalize influence C Co-Existing Design Environment Jung, T, et al.: 2001, Space Pen. Annotation and sketching on 3D models on the Internet, in, CAAD Futures, Eindhoven, pp: 257-270. Gross, MD and Kemp, AJ: 2001, Gesture Modelling. Using Video to Capture Freehand Modeling Commands, in, CAAD Futures, Eindhoven, pp: 33-46. Co-existing Design
- 12. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Virtual Space Representation C Virtual / Physical Co-Existing C Interactive Virtual / Physical Control device Chang, T-W and Lai, I-C: 2003, Navigation in 3D Information Landscape- A 3D Museum for Civic Buildings, in, CAADRIA, Thailand, pp: 641-650. Ishida, T: 2000, Digital City Kyoto:Social Information Infrastructure for Everyday Life, in, Communications of the ACM, Co-existing Design
- 13. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Virtual Space Representation C Virtual / Physical Co-Existing C Interactive Virtual / Physical Control device Active world ? 1997-2005 Activeworlds Inc. http://www.activeworlds.com/ Co-existing Design
- 14. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Virtual Space Representation C Virtual / Physical Co-Existing C Interactive Virtual / Physical Control device Piekarski, W: 2004. Interactive 3D Modelling in Outdoor Augmented Reality Worlds, University of South Australia. Co-existing Design
- 15. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Virtual Space Representation C Virtual / Physical Co-Existing C Interactive Virtual / Physical Control device Chen, T-H and Chang, T-W: 2005, Towards an Instant Collaboration Environment: Designing Ambient Interfaces for Social Awareness and Collaboration, in, CAADRIA, India, pp: 447-458. Co-existing Design
- 16. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Virtual Space Representation C Virtual / Physical Co-Existing C Interactive Virtual / Physical Control device CyberGlove. http://www.immersion.com Gross, MD and Kemp, AJ: 2001, Gesture Modelling. Using Video to Capture Freehand Modeling Commands, in, CAAD Futures, Eindhoven, pp: 33-46. More, G, et al.: 2002, Understanding Spatial Information with Integrated 3D Visual and Aural Design Applications., in, ACADIA, California, pp: 333-338. Co-existing Design
- 17. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors Capturing Behaviors Haptic Visual Sound Pick Grasp Shutter Recorder Co-existing Design
- 18. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors Co-existing Design
- 19. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors Co-existing Design
- 20. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors ?The interactive activities are between physical object and physical space. Co-existing Design
- 21. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors ?The interactive activities are between physical object and virtual space. Co-existing Design
- 22. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors ?The interactive activities are between virtual object and physical space. Co-existing Design
- 23. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors Chen, T-H ,et all, 2003 Space door, interactive media class. ?The interactive activities are between virtual object and virtual space. Co-existing Design
- 24. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors Co-existing Design
- 25. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors Co-existing Design
- 26. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors Co-existing Design
- 27. Introduction Background Relate work Theory Implementation Evaluation Conclusion Co-existing Design C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors
- 28. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors Co-existing Design
- 29. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors Co-existing Design
- 30. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Capturing Behaviors C Virtual/Physical integrate status C CapX user Behaviors Co-existing Design
- 31. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface 3D Virtual Space platform Interactive Input Device Output Device Co-existing Design
- 32. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface 3D Virtual Space platform Interactive Input Device Output Device Co-existing Design
- 33. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface 3D Virtual Space platform Interactive Input Device Output Device Co-existing Design
- 34. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface 3D Virtual Space platform Interactive Input Device Output Device Co-existing Design
- 35. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface 3D Virtual Space platform Interactive Input Device Output Device Co-existing Design
- 36. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface 3D Virtual Space platform Interactive Input Device Output Device Co-existing Design
- 37. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface 3D Virtual Space platform Interactive Input Device Output Device Co-existing Design
- 38. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface Co-existing Design
- 39. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface Co-existing Design
- 40. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface Co-existing Design
- 41. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface Co-existing Design
- 42. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface Co-existing Design
- 43. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface Co-existing Design
- 44. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface ° Sliding navigation ° Capturing space ° 3D atlas ° composition Co-existing Design
- 45. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface ° Sliding navigation ° Capturing space ° 3D atlas ° composition Co-existing Design
- 46. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface ° Sliding navigation ° Capturing space ° 3D atlas ° composition Co-existing Design
- 47. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Techniques evaluation C CapX Framework C CapX Operation C CapX User interface ° Sliding navigation ° Capturing space ° 3D atlas ° composition Co-existing Design
- 49. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Evaluation rules C Design Case test C CapX Evaluation Co-existing Design
- 50. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Evaluation rules C Design Case test C CapX Evaluation Co-existing Design
- 51. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Evaluation rules C Design Case test C CapX Evaluation Co-existing Design
- 52. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Evaluationrules C Design Case test C CapX Evaluation Co-existing Design
- 53. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Significance C limitation C Future work ° Form follow space experience ° Online model sharing ° Co- existing data structure Co-existing Design
- 54. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Significance C limitation C Future work ° Hardly Boolean virtual model. ° Signal confusing between SmartNav and P5 data glove. ° User get tired easily. ° Delay of loading external 3D file. ° Detail of model element. ° Problem of W3D file online transformation. Co-existing Design
- 55. Introduction Background Relate work Theory Implementation Evaluation Conclusion C Significance C limitation C Future work ° Physical status can be change by virtual signals. ° Automatic evolve the space form. ° Network space using the co-existing design Co-existing Design
- 56. Co-existing Design C Thanks your coming ! The end