Identification of Architectural Functions in A Four-Dimensional Space


  • Firza Utama Bina Nusantara University
  • Daryanto Daryanto Bina Nusantara University



virtual architecture, four-dimensional space, controller system


This research has explored the possibilities and concept of architectural space in a virtual environment. The virtual environment exists as a different concept, and challenges the constraints of the physical world. One of the possibilities in a virtual environment is that it is able to extend the spatial dimension higher than the physical three-dimension. To take the advantage of this possibility, this research has applied some geometrical four-dimensional (4D) methods to define virtual architectural space. The spatial characteristics of 4D space is established by analyzing the four-dimensional structure that can be comprehended by human participant for its spatial quality, and by developing a system to control the fourth axis of movement. Multiple three-dimensional spaces that fluidly change their volume have been defined as one of the possibilities of virtual architectural
space concept in order to enrich our understanding of virtual spatial experience.


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Abbott, Edwin A. (1992). Flatland: A Romance of Many Dimensions. New York: Dover Publications.

Banchoff, Thomas F. (1996). Methods of Examining 4D Object in the 3D Space. Beyond the Third Dimension: Geometry, Computer Graphics, and Higher Dimensions. New York: Scientific American Library.

Chris, McMullen. (2008). The Visual Guide To Extra Dimensions: Visualizing the Fourth Dimension, Higher-Dimensional Polytopes, and Curved Hypersurfaces. California: CreateSpace.

Hollasch, Steven Richard. (1991). Four-Space Visualization of 4D Objects. Arizona: Arizona State University.

Kaatryn, MacMorgan-Douglas (2008). The Circle, Cubed: Erecting the Temple in Four Dimensions. New York: Covenstead Press.

Stephan, Doesinger. (2008). Space Between People: How the Virtual Changes Physical Architecture. New York: Prestel Publishing.






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