计算机应用
計算機應用
계산궤응용
COMPUTER APPLICATION
2010年
1期
150-152
,共3页
杨春%毛轩%朱福全%易禾
楊春%毛軒%硃福全%易禾
양춘%모헌%주복전%역화
虚拟实验%粒子系统%参数化%动态模拟
虛擬實驗%粒子繫統%參數化%動態模擬
허의실험%입자계통%삼수화%동태모의
virtual experiment%particle system%parameterization%dynamic simulation
化学实验现象具有不规则性的模糊物体,传统的建模方法难以描述它们的形状和运动.提出了一种基于粒子系统的实验现象动态模拟方法,并对粒子系统进行了参数化设计,为实验现象建立了统一的模型,实现了对火焰、气泡等化学实验现象的动态模拟.实验证明,该方法能有效地提高虚拟实验场景的生动性和逼真性.
化學實驗現象具有不規則性的模糊物體,傳統的建模方法難以描述它們的形狀和運動.提齣瞭一種基于粒子繫統的實驗現象動態模擬方法,併對粒子繫統進行瞭參數化設計,為實驗現象建立瞭統一的模型,實現瞭對火燄、氣泡等化學實驗現象的動態模擬.實驗證明,該方法能有效地提高虛擬實驗場景的生動性和逼真性.
화학실험현상구유불규칙성적모호물체,전통적건모방법난이묘술타문적형상화운동.제출료일충기우입자계통적실험현상동태모의방법,병대입자계통진행료삼수화설계,위실험현상건립료통일적모형,실현료대화염、기포등화학실험현상적동태모의.실험증명,해방법능유효지제고허의실험장경적생동성화핍진성.
Chemical experimental phenomenon is a class of irregular fuzzy object,and difficult to simulate by traditional modeling method. A dynamic simulation for experimental phenomenon based on particle system was proposed,a unified model by parameterization was set up,and the dynamic simulations of flame,bubble,etc. were realized. The experimental result shows that the simulation method can improve the vividness and fidelity of the fictitious experimental scenes effectively.