Abstract
This paper introduces the concept of responsive design. It elaborates this concept as an approach to free form, adaptable, automated design applying physically based modeling techniques to the design process. Our approach attempts to bridge the gap between totally automated design and the free form brainstorming designers normally employ. We do this by automating the initial placement and sizing of design elements, with an interactive engine that appears alive and highly responsive. We present a method for applying these techniques to architectural space layout planning, and preliminary implementation details for a prototype system for developing rectangular, two-dimensional, single-story floor plans.
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References
Balachandran M., and Gero J. S., 1987, “Dimensioning of architectural floor plans under conflicting objectives”, Environment and Planning B, 14:29–37.
Baraff D., 1989, “Analytical methods for dynamic simulation of non-penetrating rigid bodies”, Computer Graphics, 23(3):223–232.
Barzel R., and Barr A. H., 1988, “A Modeling System Based on Dynamic Constraints”, Computer Graphics, 22(4): 179–188.
Flemming U., 1987, “The role of shape grammars in the analysis and creation of designs”, Computability of Design, edited by Kalay Y. E. (John Wiley & Sons, New York): 245–272.
Flemming U., 1989, “More on the representation and generation of loosely packed arrangements of rectangles”, Environment and Planning B, 16:327–359.
Flemming U., and Chien S. F., 1995, “Schematic Layout Design in SEED Environment”, Journal of Architectural Engineering, 1(4): 162–169.
Flemming U., and Woodbury R., 1995, “Software Environment to Support Early Phases in Building Design (SEED): Overview”, Journal of Architectural Engineering, 1(4): 147–152.
FLTK, 1999, The Fast Light Tool Kit Home Page, <http://www.fltk.org>, accessed 1 March 1999.
Gero J. S., and Kazakov V. A., 1998, “Evolving design genes in space layout planning problems”, Artificial Intelligence in Engineering, 12(3): 163–176.
Gross M., Ervin S., Anderson J., and Fleisher, A., 1986, “Designing with constraints”, Computability of Design, edited by Kalay Y. E. (John Wiley & Sons, New York):53–68.
Harada M., Witkin A., and Baraff D., 1995, “Interactive Physically-Based Manipulation of Discrete/Continuous Models”, In Computer Graphics Proceedings, Proceedings of SIGGRAPH 95, 199–208.
Jo J. H., and Gero J. S., 1998, “Space layout planning using an evolutionary approach”, Artificial Intelligence in Engineering, 12(3): 149–162.
Karlen M., 1993, Space Planning Basics (Van Nostrand Reinhold, New York).
Liggett R. S., and Mitchell W. J., 1981, “Optimal space planning in practice”, Computer-Aided Design
Mandai C., Qin H, and Vemuri B. C., 1997, “Dynamic Smooth Subdivision Surfaces for Data Visualization”, Proceedings of IEEE Visualization’ 97, 371–377.
Martini K., 1995, “Hierarchical geometric constraints for building design”, Computer-Aided Design, 27(3): 181–191.
Moore M., and Wilhelms J., 1988, “Collision detection and response for computer animation”, Computer Graphics, 22:289–298.
Qin H., and Vemuri B. C., 1998, “Dynamic Catmull-Clark Subdivision Surfaces”, IEEE Transactions on Visualization and Computer Graphics, 4(3):215–229.
Simon H. A., 1973, “The structure of ill-structured problems”, Artificial Intelligence, 4:181–201.
Terzopoulos D., Platt J., Barr A., and Fleischer K., 1987, “Elastically deformable models”, Computer Graphics, 21(4).
Tobin K. L., 1991, “Constrain-Based Three-Dimensional Modeling as a Design Tool”, Reality and Virtual Reality, 1991 ACADIA Proceedings, edited by G. Goldman and M. Zdepski, 193–209.
Witkin A., and Baraff D., 1997, Physically Based Modeling: Principles and Practice (ACM SIGGRAPH 97 Course Notes, Course 19).
Witkin A., and Kass M., 1989, “Spacetime constraints”, Computer Graphics, 22:159–168.
Yoon K. B., 1992, A Constraint Model of Space Planning (Computational Mechanics Publications, Southampton, UK).
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© 1999 Springer Science+Business Media New York
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Arvin, S.A., House, D.H. (1999). Making Designs Come Alive: Using Physically Based Modeling Techniques in Space Layout Planning. In: Augenbroe, G., Eastman, C. (eds) Computers in Building. Springer, Boston, MA. https://doi.org/10.1007/978-1-4615-5047-1_16
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DOI: https://doi.org/10.1007/978-1-4615-5047-1_16
Publisher Name: Springer, Boston, MA
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