Research on Dynamic Water Surface and Ripple Animation

Автор: Yufen. Feng, Haiyan. Fan

Журнал: International Journal of Information Technology and Computer Science(IJITCS) @ijitcs

Статья в выпуске: 1 Vol. 2, 2010 года.

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Dynamic simulation of waters is a significant research subject, but the research and simulation of the water drops generating ripples is relatively less. The research on the ripples motion is great significance due to the indispensability of it in the special environments. In our research, we study the method of adding dynamic water ripple effects in 2D image on Web page, 3D animation and virtual reality. By the means of shape simulation, we add animation effects for the web page through creating cells of table combined with transparent special effect files of Flash. we achieve the good reality ripple effect by using simple dynamics and kinematic principle to create models in the 3D animation. By using the combination of 3dMax and Realflow software, we achieve more realistic simulation of the effect of dripping ripple. In the virtual reality system, the appropriate algorithm is applied in program to simulate ripples correctly. These methods are applied to different environments and the results are realistic.

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Dynamic water surface, ripple animation , flash in web, 3d animation, virtual reality

Короткий адрес: https://sciup.org/15011567

IDR: 15011567

Список литературы Research on Dynamic Water Surface and Ripple Animation

  • Zhao Ping ,Chen Dingfang,Jiang yun. “The application of shader in the development of visual scence based on Cg”, Journual of Hubei University of Technology,Jun. 2007,Vol. 22,No. 3, ,pp.65-67(In Chinese).
  • Cheng Yongxin,”The research and implementation of the large water surface realtime render and scene management” In 3D Engine,Master Dissertation,University of Electronic Science and Technology of China,2009.4 (In Chinese)
  • Tan Xiaohui,Wan Wanggen,Yu xiaoqing,Cui Bin , “Real time simulation of large scale water surface based on GPU” in Computer Simulation., May. 2009, Vol. 26,No. 9 pp.211–214(In Chinese).
  • Wang Daochen,Wan Wanggen,Tang Jingzhou,Chen Huajie.”Real-time rendering alogrithm for water surface based on GPU” in Computer Engneering,Oct.2008, Vol. 34,No. 20, pp.233–237(In Chinese).
  • Zhang Long,Zhang Yubo,Chen Wei,He Jian “Real-time simulation of dynamic wetland scence” in Journal of Computer-Aided Design&Computer Graphics, Aug. 2008, Vol. 20,No. 8,pp. 1007–1010 (In Chinese).
  • Cheng Tiantian,”Research on dynamic water scene modeling method for Tai Lake water area.”, Master Dissertation ,Suzhou University,2008.4(in Chinese)
  • Lu Weiliang,Cheng Tiantian,”The simulation method of ripple on small waters”in Computer Engineering and Applications, Apr.2010,Vol. 46,No.19,pp.193-195,199(In Chinese).
  • Li Yumei,Wang Jiwen, “Simulation of ripples based on smoothed particle hydrodymatics method” in Computer Technology and Development,May 2010,Vol. 20,No. 5,pp.56-58,62(In Chinese)
  • Xia Yan, “Dripping ripple effects production based on GPU” in Computer Application, May 2007,pp.62-64
  • Han Liang,Wang Wenyong,.”The rain simulation of virtual reality Scene based on particle system” in The Proceedings of the 14th National I Image & Graphics Academic Conference,2008 (In Chinese)
  • Chen Qianhua,Deng Jiansong,Chen Falai. “Simulation of ripples” in Journal of Computer ReSearch & Develoption.May 2001,Vol.38,No.5,pp.524-528(In Chinese).
  • Frank D.Luna Introduction to 3D Game Programming with DirectX 9.0 ,Copyright 2003 by Wordware Publishing.
  • Fu Zhiyong ,Gao Ming, Three Dimensional Game Design by Virtools Dev 4.0,Beijing:Tsinghua University Press,(2008).
  • Wang Dandong,Xu Yingxin etc.in: Treasury of Knowledge of Designer on 3D Game,edited by Ceap Electronic & Audiovisual Press(2009)
  • Fu Zhiyong ,Gao Ming, Three Dimensional Game Design by Virtools Dev 4.0,Beijing:Tsinghua University Press,Oct.2008(In Chinese).
  • Wang Dandong,Xu Yingxin,Xu Lin.Treasury of Knowledge of Designer on 3D Game,Ceap Electronic & Audiovisual Press,May 2009(In Chinese).
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