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A Study on the Possibility of Producing a Floor Plan of 「Donggwoldo(東闕圖)」 through the Use of Rubber Sheeting Transformation - With a Focus on the Surroundings near the Geumcheongyo Bridge in Changdeokgung Palace -

러버쉬팅변환을 통한 「동궐도(東闕圖)」의 평면도 제작 가능성 연구 - 창덕궁 금천교 주변을 중심으로 -

  • Lee, Jae-Yong (Dept.of Heritage Conservation and Restoration, Graduate School of Cultural Heritage, Korea National University of Cultural Heritage) ;
  • Kim, Young-Mo (Dept.of Heritage Conservation and Restoration, Graduate School of Cultural Heritage, Korea National University of Cultural Heritage)
  • 이재용 (한국전통문화대학교 문화유산전문대학원 문화재수리기술학과) ;
  • 김영모 (한국전통문화대학교 문화유산전문대학원 문화재수리기술학과)
  • Received : 2017.09.27
  • Accepted : 2017.11.08
  • Published : 2017.12.30

Abstract

The present study attempted to produce the floor plan of the surroundings near Geumcheongyo Bridge in Changdeokgung Palace of the Late Joseon Period through the use of rubber sheeting transformation based on the drawing principles of "Donggwoldo(東闕圖)". First, the study compared the actual sizes of the major buildings that have existed since the production of "Donggwoldo(東闕圖)" with the sizes depicted in the picture to reveal that the front elevation of the buildings was produced by reducing it by approximately 1/200. However, the study could not confirm the same production proportions for the side elevation. Only the lengths of the side elevation were depicted at around half of the actual proportions, and as the diagonal line angles were found to be at an average of $39^{\circ}$, the study confirmed they were drawn in a manner similar to cabinet projection. Second, the study created an obliquely projected floor plan by inversely shadowing the drawing principles of "Donggwoldo(東闕圖)" and produced a floor plan of the surroundings near Geumcheongyo Bridge in Changdeokgung Palace through the use of rubber sheeting transformation. Projective transformation was confirmed as most suitable during the transformation, and with standard error of 2.1208m, the relatively high accuracy of the transformation shows that the production of a floor plan for "Donggwoldo(東闕圖)" is significant. Furthermore, it implies the possibility of producing floor plans for various documentary paintings produced using the paralleled oblique drawing method in addition to "Donggwoldo(東闕圖)". Third, the study evaluated the accuracy of the spatial information provided by the produced floor plan by comparing the three items of Geumcheongyo Bridge location, Geumcheongyo Bridge and Jinseonmun Gate arrangement, and Geumcheon stone embankment location. The results confirmed the possibility of utilizing the floor plan as a useful tool which helps understand the appearance of the surroundings at the time of "Donggwoldo(東闕圖)" production because it is parallel to the excavation results of the Geumcheongyo Bridge and its context. Therefore, the present study is significant in that it seeks the possibility of producing spatial information recorded in "Donggwoldo(東闕圖)" by applying rubber sheeting transformation and consequently in that it presents a new methodology for understanding the appearance of the East Palace of the Late Joseon Period.

References

  1. 강서연, 2006, 京畿監營圖로 본 韓國建築圖法의 특징, 성균관대학교 석사학위논문, pp.84-90
  2. 고려대학교박물관.동아대학교박물관, 2012, 동궐 특별전시 도록, p.21
  3. 국립고궁박물관, 2011, 조선왕실의 건축 창덕궁 학술연구, p.21
  4. 국립문화재연구소, 2002, 창덕궁 금천교 발굴조사 보고서, p.37, pp.149-171
  5. 김완, 2012, 동궐도(東闕圖)의 도상(圖像) 해석에 관한 연구, 한양대학교 석사학위논문, pp.3-30
  6. 김왕직.김홍식, 1998, 朝鮮時代 建築 配置圖의 圖法과 思想에 관한 연구 건축역사연구 제7권 2호, pp.91-112
  7. 김현준.심우경, 2007, 동궐도(東闕圖)에 나타난 식재 현황 및 특징 분석 한국전통조경학회지 제25권 제2호, pp.141-154
  8. 문화재관리국, 1998, 창덕궁 인정전 실측조사보고서, pp.119-120
  9. 문화재관리국, 1987, 창경궁 중건보고서(도판), 도면 27-32
  10. 문화재청, 2016, 동궐(창덕궁, 창경궁)의 주요 식생 분석 및 가림시설 원형고증 연구, pp.29-34
  11. 문화재청, 2016, 창덕궁 주합루 정밀실측보고서, p.32, 108
  12. 문화재청, 2015, 창경궁 양화당 해체보수공사 수리보고서, p.40, 52
  13. 문화재청, 2015, 창덕궁 돈화문 정밀구조안전진단 보고서, pp.25-33
  14. 문화재청, 2010, 창경궁 환경전 보수공사, p.44, 49
  15. 문화재청, 2002, 창덕궁, 종묘 원유(苑囿), p.47-48
  16. 박재산.한동수, 2013, 동궐도와 동궐도형의 비교연구 - 침전과 편전영역의 문의 특성을 중심으로 - 한국건축역사학회 추계학술발표대회 논문집, pp.136-137
  17. 손신영, 1995, 東闕圖를 통해 본 昌德宮 硏究, 동국대학교 석사학위논문, pp.29-60
  18. 송인호, 2002, 四方顚倒描法 硏究 - 宿踐諸衙圖를 중심으로 - 건축역사연구 제11권 3호, pp.105-120
  19. 안휘준, 1997, 옛 궁궐 그림, 대원사, pp.32-67
  20. 양신, 1999, 중국 회화사 삼천년, 학고재, p.102
  21. 우주선, 2005, 동궐도(東闕圖)를 통해 본 창덕궁(昌德宮) 외부 공간 변화에 관한 연구, 전북대학교 석사학위논문, pp.17-37
  22. 이강근, 2014, 근대기 창덕궁 건축의 변천에 대한 연구 강좌미술사 42권 42호, pp.26-27
  23. 이동규, 1999, 東闕圖분석을 통한 조선후기 再現에 관한 硏究, 한양대학교 대학원 석사학위논문, pp.47-58
  24. 이선.배상원, 2005, 창덕궁 노거수의 수령 측정 및 생육환경에 관한 연구 한국전통조경학회 제23권 제2호, pp.19-35
  25. 정용재, 2003, 동궐도의 창경궁분석을 통한 평행사선도법과 그 표현에 관한 연구 문명연지 제4권 제2호, pp.89-112
  26. 한국학중앙연구원, 2009, 근대건축도면집 - 해설편 -, pp.42-44
  27. 동궐도(東闕圖), 19세기, 고려대학교 박물관 소장, 고려대학교박물관 소장
  28. 창덕궁평면도(昌德宮平面圖), 일제강점기, 장서각 소장
  29. Arnoud De, B., Leen, B., Sandor, S., and Hans, V., 2011, 'Virtual Historical Landscapes', Exploring the Visual Landscapes, Research in Urbanism Series Vol.2, pp.185-203
  30. Arnoud De, B., 2010, 'Processing old maps and drawings to create virtual historic landscapes', e-Perimetron, International Web Journal on Sciences and Technologies affined to History of Cartography and MapsVol.5(2), pp.49-57
  31. Bernhard J., Adrian W., and Lorenz H., 2007, 'Visualizing the Planimetric Accuracy of Historical Maps with MapAnalyst', Cartographica, International Cartographic Association Vol.42(1), pp.89-94
  32. Balletti, C., 2000, 'Analytical and quantitative methods for the analysis of the geometrical content of historical cartography', International Archives of Photogrammetry and Remote Sensing Amsterdam Vol.33 Part B5, pp.30-37
  33. Fuse, T., Shimizu, E. and Morichi, S., 1998, 'A study on geometric correction of historical maps', International Archives of Photogrammetry and Remote Sensing Hakodate Vol.32 Part5, pp.543-548
  34. Shekhar, S., Xiong, H., 2008, Encyclopedia of GIS, Springer, p.129, 885, 1002
  35. Shimizu, E., Fuse, T., 2003, 'Rubber-sheeting of historical maps in GIS and its application to landscape visualization of old-time cities: focusing on Tokyo of the past'In Proceedings of the 8th International Conference on Computers in Urban Planning and Urban Management Vol.11(1), pp.1-8
  36. http://www.esri.com
  37. http://www.tilemapeditor.com