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E&AMode: 一种新的基于引擎粒子系统的图像渲染模式
引用本文:倪胜巧,唐常杰,曾旭晟,乔少杰,曾春秋. E&AMode: 一种新的基于引擎粒子系统的图像渲染模式[J]. 四川大学学报(自然科学版), 2007, 44(6): 1219-1224
作者姓名:倪胜巧  唐常杰  曾旭晟  乔少杰  曾春秋
作者单位:四川大学计算机学院;四川大学计算机学院;四川大学计算机学院;四川大学计算机学院;四川大学计算机学院
基金项目:四川大学2006年创新实验基金(SDU2006-05)
摘    要:本文分析了图像引擎粒子系统的传统实现方法的优劣,提出了一种称为发射源&影响者(E&AMode)的图像渲染模式,该模式实现了粒子系统模拟效果的多样性,粒子运动状态的动态性和结构设计的灵活性.本文介绍了新模式的基本结构、算法思想和实现方法.试验结果表明,发射源&影响者模式能够实现粒子属性的灵活设置,粒子运动状态的动态改变和模拟效果的多样性.

关 键 词:E&AMode;粒子系统;发射源;影响者
文章编号:0490-6756(2007)06-1219-06
收稿时间:2006-12-18
修稿时间:2007-08-28

E&AMode: a new mode for image romancing based on engine particles system
NI Sheng-qiao,TANG Chang-jie,ZENG Xu-sheng,QIAO Shao-jie and ZENG Chun-qiu. E&AMode: a new mode for image romancing based on engine particles system[J]. Journal of Sichuan University (Natural Science Edition), 2007, 44(6): 1219-1224
Authors:NI Sheng-qiao  TANG Chang-jie  ZENG Xu-sheng  QIAO Shao-jie  ZENG Chun-qiu
Affiliation:College of Computer Science, Sichuan University;College of Computer Science, Sichuan University;College of Computer Science, Sichuan University;College of Computer Science, Sichuan University;College of Computer Science, Sichuan University
Abstract:By analyzing the conventional implementation methods of image engine particles system, this paper proposed a new mode for image romancing named E&AMode based on engine particles system. E&AMode presents the diversity of simulation effect, the flexibility of variaty in particle's movement states and the agility in designing architecture for E&AMode by comparing with the conventional implementation methods. The main contributions of this paper include: designing the architecture of E&AMode, describubg the main idear of E&AMode and its implementation method. Comparing with the conventional implementation methods of image engine particles system, the advantages of E&AMode, such as setting the properties of particles freely, dynamically varying in particles' movement states, and the diversity of simulation effect, are evaluated by extensive experiments.
Keywords:E&AMode   particles system   emitter   affecter
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