摘要
变电站三维仿真培训系统是现阶段教学培训的主流形式。针对现今培训系统的局限,开发了牵引变电所三维演示培训系统。采用3ds Max搭建牵引变电所三维模型,OSG进行场景节点组织和模型层次细节优化。通过OSG编程实现场景自由漫游、场景物体拾取、刀闸开闭等动态交互功能,同时搭建后台实时数据库以便于更多拓展应用平台的开发。提出了基于粒子运动轨迹模拟高压放电电弧击穿特效的方法,并借助OSG粒子系统仿真实现。
The substation 3D simulation training system is the main form of current teaching training. In view of limitations on today＇s training system, a 3D demonstration training system for traction substations was developed. The 3D model of traction substations was set up with 3dsMax, scene nodes were organized and model level details were optimized with OSG. OSG programming was used to perform dynamic interaction functions such as free scene roaming, scene object pick- up, and opening/closing of knife switches. Furthermore, a real-time background database was established to facilitate the development of more extended application platforms was proposed. A method for simulating the special effect of high-voltage discharge arc breakdown based on particle movement track, and simulation by means of OSG particle system was realized.
出处
《电气自动化》
2018年第1期74-76,79,共4页
Electrical Automation
