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Kaleidoscope 이미지를 활용한 칼라 자카드 니트 디자인 개발

Development of Color Jacquard Knit Design Using Kaleidoscope Image

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초록

The purpose of this research is to apply the kaleidoscope image to knit design and to investigate its development possibility. The research methods for this study are theoretical review of the principles and concepts of kaleidoscope through domestic and foreign literature, previous studies, and internet data, and the characteristics of design through examples applied to fashion products were examined. Using the SDS-ONE APEX3-4 program of Shima Seiki Co. Ltd. six color jacquard knit textile designs of kaleidoscopic images by mirror system, animal, plant, and mineral photographs were developed and simulation of the fake clothing was performed. For the development of patterns, actual photographs of animals, plants and minerals of nature were used. Animals are tigers, plants are flowers, and minerals are pebble stones. And color jacquard was 4 times higher than that of color. In the mirror system of kaleidoscope, square triangle, right angle triangle, free angle triangle, square were used, and the knitting gauge used 16 gauge which is a high gauge which can save the pattern well. This study is to develop the color jacquard organization of kaleidoscopic principle which gives visual beauty by repetitive pattern with unexpected regularity by utilizing SDS-ONE APEX 3-4 design system and suggest possibility of unlimited knit organization development. In addition, the computerized simulation of the developed knit textile design was intended to realize the efficiency of the process of developing various and popular knit designs.

Abstract

The purpose of this research is to apply the kaleidoscope image to knit design and to investigate its development possibility. The research methods for this study are theoretical review of the principles and concepts of kaleidoscope through domestic and foreign literature, previous studies, and internet data, and the characteristics of design through examples applied to fashion products were examined. Using the SDS-ONE APEX3-4 program of Shima Seiki Co. Ltd. six color jacquard knit textile designs of kaleidoscopic images by mirror system, animal, plant, and mineral photographs were developed and simulation of the fake clothing was performed. For the development of patterns, actual photographs of animals, plants and minerals of nature were used. Animals are tigers, plants are flowers, and minerals are pebble stones. And color jacquard was 4 times higher than that of color. In the mirror system of kaleidoscope, square triangle, right angle triangle, free angle triangle, square were used, and the knitting gauge used 16 gauge which is a high gauge which can save the pattern well. This study is to develop the color jacquard organization of kaleidoscopic principle which gives visual beauty by repetitive pattern with unexpected regularity by utilizing SDS-ONE APEX 3-4 design system and suggest possibility of unlimited knit organization development. In addition, the computerized simulation of the developed knit textile design was intended to realize the efficiency of the process of developing various and popular knit designs.

참고문헌 (16)

  1. 강창희, "Kaleidoscope space", 석사, 건축설계, pp.2009
  2. 구자홍, "창의성 계발의 수단으로 칼레이도스코프 활용에 관한 연구", 청촌논총, 13, pp.355~381 (2012)
  3. 박옥미, "만화경에 나타난 이미지를 활용한 텍스타일디자인연구", 한국디자인문화학회지, 20(1), pp.299~307 (2014), 한국디자인문화학회
  4. 양진석, "타일 모양을 이용한 만화경 이미지 생성 기법", 한국HCI학회 학술대회, pp.368~370 (2012)
  5. 이윤미, "3D CAD System을 활용한 스트럭쳐드 자카드 니트웨어 디자인 개발", 패션과 니트, 13(2), pp.82~92 (2015), 한국니트디자인학회
  6. 정현천, "디지털 칼레이도스코프 : 만화경 효과를 이용한 인터랙티브 미디어아트", 한국영상학회논문집, 13(2), pp.123~134 (2015), 한국영상학회[DOI]
  7. "pebble. pixabay" (2017)[URL]
  8. "The common degrees for symmetry in kaleidoscopes"[URL]
  9. "Why do tigers have stripes? The Tiger Foundation" (2015)[URL]
  10. "flower. pixabay" (2017)[URL]
  11. "SDS-ONE APEX 3"[URL]
  12. "kaleidoscope"[URL]
  13. "Southern Nevada Regional Professional Development Program. Kaleidoscopes"[URL]
  14. "kaleidoscope"[URL]
  15. "Kaleidoscope Motif"[URL]
  16. "kaleidoscope"[URL]

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