芸術科学会論文誌 投稿用カバーシート

■ 論文種類（以下のうちから一つ選択）
  ・原著論文 フルペーパー    (A4版3ページ以上)


■ 論文分野（以下のうちから一つ選択）
  ・科学系分野

■ 該当特集（以下のうちから一つ選択）
  ・一般論文(NICOGRAPH INTERNATIONAL TAIWAN?)

■ 論文題名(和文、英文)
	Storoke-based Suibokuga-Like Rendering for Three-Dimensional Geometric Models - Ten and Shun Touches -
■ 著者名(和文、英文)
	Youetsu SATO†,    Tadahiro FUJIMOTO†,    Kazunobu MURAOKA‡  and  Norishige CHIBA†
■ 著者所属(和文、英文)
	† Department of Computer and Information Science, Faculty of Engineering, Iwate University
	‡ Department of Communications Engineering, Tohoku Institute of Technology

■ 著者e-mail
	Youetsu SATO(gonta@cis.iwate-u.ac.jp), Tadahiro FUJIMOTO(fujimoto@cis.iwate-u.ac.jp),
	Kazunobu MURAOKA(muraoka@totech.ac.jp), Norishige CHIBA(nchiba@cis.iwate-u.ac.jp)

■ 連絡担当者の氏名、住所、所属、電話、Fax、e-mail
	Youetsu SATO
	4-3-5, Ueda, Morioka, Iwate, 020-8551, Japan 
	Department of Computer and Information Science, Faculty of Engineering, Iwate University
	Tel: +81-19-621-6470
	Fax: +81-19-624-4078 
	E-mail: gonta@cis.iwate-u.ac.jp 

■ 論文概要(和文400字程度、英文100ワード程度)
Non-photorealistic rendering has become an important research topics in computer graphics in recent years.
 We have previously proposed a non-photorealistic rendering method to generate Suibokuga-like images of trees. 
This method was suitable only for representing trees in Mokkotsuho paintings because the images were generated from 
three-dimensional skeleton data. In this paper, we propose a method to generate Suibokuga-like images of arbitrary objects 
from three-dimensional geometric models, such as polygonal models. 
The proposed method realizes Kou, Ten, and Shun brush stroke techniques for creating Sensenbyoho paintings, 
which are a typical Suibokuga style for representing landscapes. 
Moreover, the images can be generated from arbitrary viewpoints and light source information. 
The ability of this method is demonstrated by showing various example.

■ キーワード(和文5個程度、英文5個程度)
Keywords: non-photorealistic rendering (NPR); Suibokuga-like rendering; three-dimensional geometric model; brush stroke; 
simulation of ink diffusion; cellular automaton;