参数化粒子系统设计及其应用

结合面向对象的分析和设计方法,提出了粒子系统参数化抽象模型的设计方法,该方法针对粒子系统的共有特性,实现了对粒子系统的模块化设计,实现了通用型粒子系统的架构创建.通过OOP实现对粒子属性的封装和继承,使基于OpenGL的粒子系统的设计具有较高的封装和扩展性,并简化了对不同粒子系统的模块化设计和复用,使各种粒子的参数变化易于实现和维护,从而提高了变化粒子系统的设计和实现过程.在实际应用中取得较好的效果.

Design and application of the particle flow based on common parameters

As a new effective design method, common parameters are recognized in computer graphics. Based on the Object Oriented Programming method ,a new common particle flow system design method is discussed. Some instances are developed by OpenGL to testify that the method is a good method and it can be used in the design of the 3 - D animation and particle flow system. The display result based on the influence of the different parameters is explored and various levels of the phenomenon for the model is illustrated. This method realizes the encapsulation and inherit of the common particle class model, and it can be an effective method to design the particle flow system in computer animation.