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http://dx.doi.org/10.12654/JCS.2018.34.6.03

A Study on the Indirect Copy of Dancheong Patterns Using Three-dimensional Scanning  

An, Ji Eun (National Archives of Korea)
Choi, Chan Ho (National Archives of Korea)
Kim, Sung June (Logos 3D)
Yoon, Man Young (Department of Information and Communication, Joongbu University)
Publication Information
Journal of Conservation Science / v.34, no.6, 2018 , pp. 471-479 More about this Journal
Abstract
Seonunsa Temple is a site of Dancheong cultural significance in Daewoongjeon. Three-dimensional (3D) scanning can be used to create a simulation in 1:1 ratio without touching the Dancheong patterns directly. The traditional method of recreating Dancheong was paining with tracing paper using a fix pin. However, manual direct copy processes can cause and damage to the objects. This study shows the results of a simulation of a tranditional Dancheong patterns as an alternative; the simulation was able to reduce dimensional errors and prevent damage by using 3D scanning. As a result, objective and precise proportions of the simulation were acquired. The 3D scanning method may be applied for work such as the replication and restoration of the drawing, 3D fabrication of the original data, and printing of the additional drawing. In addition, with the production of 3D materials, a virtual museum is possible.
Keywords
Dancheong; 3D scanning; Direct copy; Indirect copy; Copied painting;
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  • Reference
1 Cultural Heritage Administration, 2005, A report on surveying of important wooden cultural properties in Daewoongjeon of Seonunsa temple. 40, 184. (in Korean)
2 Cultural Heritage Administration, 2014, A report on the project basic survey of Dancheong archives wooden cultural properties. 94-99. (in Korean)
3 Jang, G.S., 2004, A study on digital restorology of cultural assets using 3D scanning system. Master's thesis, SungkyunKwan University, Seoul, 2. (in Korean)
4 Yu, H.W. and Jang, M.H., 2003, Create digital content using 3D scanners. Korea Information Processing Society review, 10, 96-102. (in Korean)
5 3D SYSTEMS, 2018, 3D scan. http://www.3dscannjng.co.kr/ (September 20, 2018)