一种可定制三维图形仿真引擎体系结构研究

Research on Custom Architecture for 3D Graphic Simulation Engine

针对现有3D图形引擎中软件体系结构比较具体、内部模块之间耦合度大、系统排故困难、新技术新算法无法快速嵌入等问题,提出了一种可定制三维图形仿真引擎平台的体系结构。该体系结构从研究复杂仿真系统角度对复杂引擎平台系统的设计准则、扩展机制、仿真资源装配关系、典型模块开发及组件封装等仿真模型进行了描述。利用这些仿真模型,应用开发者可以明确设计思路,集成最新算法资源,灵活定制仿真装配组件,立足于仿真学科快速组建自己通用化的三维虚拟仿真引擎平台。

In order to avoid the problems of rigid regulations of architecture,strong coupling degree among modules,difficult in fault removal and advanced technology embedding hardly in 3D graphic simulation engine,the novel custom architecture for 3D graphic simulation engine platform was proposed.By simulation of the complication system,some simulation models of design standard,expansibility,assembly relation of simulation component resource,development of typical module and component design were introduced.Through the models,the rational design strategy of engine was shown clearly.Application developer could customize simulation assembly component flexibly and compose own general 3D graphic simulation engine.