储氢合金工艺仿真系统中模型库的建立

Building of Model Library in Simulation System of Storage-hydrogen Alloy Technology

储氢合金作为镰氢电池的负极材料,具有极重要的实用价值,为实现其工艺视景仿真系统中模型的快速开发和重用,利用3DMAX中的基本三堆物体造型设计及开放式三雄图形软件OpenGL的光照、材质和纹理映射,结合面向对象的方法学,提出了储氢合金工艺仿真系统中模型库的设计思想和设计步骤。在应用系统开发的实践中表明谊方法能简洁快速地建立模型,实现了模型对象的可复用性和面向对象的特征。

Storage-hydrogen alloy is an important material as the cathode of Ni/H battery. In this paper the design concept and steps for creating model library in the simulation system of storage-hydrogen alloy technology are proposed to facilitate fast model development and reuse. It uses the 3D model design system in 3DMAX and the lighting, material and texture mapping methods in OpenGL,in combination with the object-oriented methodology. Experience with creating application systems has shown that can build models efficiently and fast,achieving good re-usability and object-oriented characteristic.