光电经纬仪模拟训练仿真系统设计

Design of a Simulation Training System for Photoelectric Theodolite Based on Vega Prime

为了降低光电经纬仪操作手的训练成本,设计了一套基于Vega Prime的光电经纬仪模拟训练系统。首先,基于MFC多线程框架设计了仿真系统的总体结构;其次,结合Creator建模软件和Vega Prime三维仿真软件,针对训练系统中的三维建模、目标弹道仿真、环境模拟和摄像机参数调节、训练结果评价等关键技术给出了解决方法;最后对光电经纬仪仿真模拟训练系统进行了实验测试,实验结果表明,系统可有效应用于光电经纬仪的模拟训练中,极大地节省了时间和训练成本。

In order to reduce the training cost of the photoelectric theodolite operator in practical applications,in this paper,a simulation training system for photoelectric theodolite based on Vega Prime is designed. Firstly,the overall structure of the system is designed based on the MFC multithreading technique. Secondly,combined with Creator modeling software and Vega prime three-dimensional simulation software, the key techniques of system, such as the three-dimensional modeling,the target trajectory simulation,environmental simulation and parameter adjustment of camera,training result evaluation are provided. Finally,the experiment of the simulation training system for photoelectric theodolite is tested and the experimental results indicate that this system can be effectively applied to the simulation training of photoelectric theodolite which time and training cost are greatly saved.