Developing textile design having watercolor effect and woven texture using Photoshop for Transfer Digital Textile Printing(DTP)

  • Kim, Sin-Hee (Dept. of Clothing and Textiles, The Catholic University of Korea)
  • Published : 2009.12.30

Abstract

Computer development and new printing technology allow us to express a new type of digital textile designs those were not possible in the past. In this study, watercolor overlaying effect of various colors was tried using airbrush tool in Photoshop program. Photoshop program is a powerful graphic tool and can be used in textile design area to generate various types of designs. Woven texture was also applied to the design to give yarn dyed effects or rich appearance. Photoshop program was also used to develop woven texture without the help of the professional textile CAD. Photoshop channels enables the designers to apply various textures to the image. Plain weave and houndstooth were applied in this study. Colorways of the developed designs having watercolor effect and woven texture by applying Photoshop color adjustment function. Quick and simultaneous changes of colors were possible using this method. The developed textile designs were printed by transfer DTP. Successful textile design prints were expressed and showed watercolor overlaying effect and woven texture. The printed textiles show a little brighter color, and therefore, sample printing is recommendable in case of color sensitive production.

Keywords

References

  1. Conover, C. (2003), Designing for Print, New Jersey: John Wiley & Sons, Inc., pp. 8~10
  2. Kang, H., Kwon, M-H. (2004), "A study on digitalization of fashion textile design, - A study of fashion textile CAD design according to digitalization", Journal of Korean Society of Design Science, 55(17), pp.289~298
  3. Song, H-Y. (2007), "A study on the flat woven textile design used of the jacquard fabric simulation on textile design CAD, -Focusing on the abstract image of textile design in interior fabric design-", Journal of the Korean Fashion & Costume Design Association, 9(2), pp.49~57
  4. Han, S. (2000), "Fabric pattern designs utilizing CAD textile, -focus on vine pattern-", Journal of Korean Society of Design Science, 39(13), pp.213~223
  5. Seo, M-H., Yang, S-H. (2002), "A study on the print design development utilizing tie-dyeing technique, -using CAD-", Journal of the Korean Society of Clothing & Textiles, 26(12), pp.1694~1700
  6. Wikipedia, "Direct garment printing" Retrieved September 10, 2009, from http://en.wikipedia. org
  7. Chung, Y. (2004), "A comparative study of digital textile printing and traditional screen printing", Journal of Korean Society of Design Science, 17(2), pp.363~372
  8. Kim, S-H. (2009), "Development of digital textile design using marbling dyeing technique and Photoshop for DTP", Journal of Fashion Business, 13(2), pp.115~122
  9. Kim, S-H. (2009), Textile Design using Photoshop & Illustrator, KyohakYeonGuSa, pp.12~315
  10. Armstrong, J., Ivas, L., Armstrong, W. (2006), From pencil to pen tool, New York: Fairchild Publications, Inc., pp.31~47
  11. Hellmuth, N. (2008), "Direct digital printing on fabrics with wide format inkjets", FLAAR Reports, Retrieved August 20, 2009, from http://www.flaar.org
  12. Kim, S. (2009), Textile Science, Kyomunsa, pp.13~15