Displaying a University’s Frank Lloyd Wright Artifact Reproductions: Physical and Virtual Environments
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Abstract
Frank. Frank Lloyd Wright (FLW), an important 20th Century American architect, also designed furnishings such as table lamps, stained glass, and statues. A University’s collection of museum reproductions of Wright’s furnishings were displayed in built-in, glass front cases in a small, in-house museum. This physical collection of artifacts did not rotate often; presented artifacts only in frontal views; and offered only limited viewing times. Researchers suspected the museum cases’ illumination was inadequate. In Part I, researchers performed an in situ study of the existing physical museum utilizing a spectrometer. This case study revealed existing, unshielded, lighting fixtures and display case light levels that did not comply with industry recommendations. Researchers made new recommendations for a retrofit featuring shielded, Light Emitting Diode (LED) strips. In Part II, researchers 3D scanned the furnishings reproductions using either a). Hand-held mobile scanner, b). Photogrammetry, or c). Desktop 3D scanner. Artifact complexity influenced the researchers’ selection of appropriate scanning method. In Part III, researchers created two versions of a virtual museum environment, based on an existing FLW house. Version 1 used Unity 3D gaming engine supporting a user’s interaction with museum artifacts. Version 2 used SketchUp and Enscape Virtual Reality (VR) tools. In Part IV, Researchers modified incomplete scans and installed scans in their new virtual museum. The virtual museum has been activated for online browsing. However, no retrofits of the physical museum’s display case lighting have yet been made. The creation of the new virtual museum supplemented the existing physical museum experience. The virtual museum is anticipated to increase user exposure to the artifacts and increase the (virtual) accessibility of the artifacts without damage. The virtual museum also allows for searchable electronic records.
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References
Hanks, D. A., Wright, F. L., & Gallery, R. (1999). The Decorative Designs of Frank Lloyd Wright. Courier Corporation.
DiLaura, D. (2011). The lighting handbook reference and application. NY, NY: IES.
Walczak, K., Cellary, W., & White, M. (2006). Virtual museum exhibitions. Computer, 39(3), 93-95.
Schweibenz, W. (2004). Virtual museums. The Development of Virtual Museums, International Council of Museums (ICOM) News Magazine, 3, 3.
Boas, Y. A. G. V. (2013, August). Overview of virtual reality technologies. In Interactive Multimedia Conference (Vol. 2013).
Wilson, C. J., & Soranzo, A. (2015). The use of virtual reality in psychology: A case study in visual perception. Computational and mathematical methods in medicine, 2015.
Schenk, T. (2005). Introduction to photogrammetry. The Ohio State University, Columbus, 106.
Potter, E, (2018, March 17) Frank Lloyd Wright Gordon House. The Oregon Encyclopedia, Retrieved from https://oregonencyclopedia.org
Kuzminsky, S. C., & Gardiner, M. S. (2012). Three-dimensional laser scanning: potential uses for museum conservation and scientific research. Journal of Archaeological Science, 39(8), 2744-2751.
Payne, E. M. (2013). Imaging techniques in conservation. Journal of conservation and museum studies,10(2).