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[LW+01]  Computer-Generated Calligraphy: A Precise Calligraphic Learning System

Lee:2001:CGC (In proceedings)
Author(s)Lee J.S. and Wang C.M.
Title« Computer-Generated Calligraphy: A Precise Calligraphic Learning System »
InProceedings of Taiwan Academic Network Conference (TANNET 2001)
Year2001

Abstract
Calligraphy has blossomed with a long history in the Orient and appreciated by many people. In this paper we present an interactive system capable of assisting computer-aided instruction in educating calligraphic writing. In precise, the system provides two frames for potential users. The first frame presents the outline of a user selected Chinese character, together with a menu for specifying ink density and paper styles. An ink diffusion effect is then synthesized once a user initiates practicing calligraphic writing through the mouse movement along the skeleton of the character. The second one, however, demonstrates the ink diffusion effects faithfully and plausibly for this character, thanks to the combination of the physically-based ink diffusion model and fibrous paper structures proposed in the system. The experiment results exhibit that this system adequately enlightens and entertains both skillful students and naive young generations. In conclusion, our system demonstrates that users, especial for tyros, are beneficial from interactively rehearsing without feeling repugnant for studying calligraphic writing.

BibTeX code
@inproceedings{Lee:2001:CGC,
  opteditor = {},
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  optnote = {},
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  author = {Lee, Jiunn-Shyan and Wang, Chung-Ming},
  optkey = {},
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  localfile = {papers/Lee.2001.CGC.pdf},
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  booktitle = {Proceedings of Taiwan Academic Network Conference (TANNET 2001)},
  optvolume = {},
  optnumber = {},
  abstract = {Calligraphy has blossomed with a long history in the Orient and
              appreciated by many people. In this paper we present an
              interactive system capable of assisting computer-aided instruction
              in educating calligraphic writing. In precise, the system provides
              two frames for potential users. The first frame presents the
              outline of a user selected Chinese character, together with a menu
              for specifying ink density and paper styles. An ink diffusion
              effect is then synthesized once a user initiates practicing
              calligraphic writing through the mouse movement along the skeleton
              of the character. The second one, however, demonstrates the ink
              diffusion effects faithfully and plausibly for this character,
              thanks to the combination of the physically-based ink diffusion
              model and fibrous paper structures proposed in the system. The
              experiment results exhibit that this system adequately enlightens
              and entertains both skillful students and naive young generations.
              In conclusion, our system demonstrates that users, especial for
              tyros, are beneficial from interactively rehearsing without
              feeling repugnant for studying calligraphic writing.},
  title = {{C}omputer-{G}enerated {C}alligraphy: {A} {P}recise {C}alligraphic
           {L}earning {S}ystem},
  year = {2001},
}

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