核电厂模拟机的三维可视化设计研究

Research on 3D Visualization Design of Nuclear Power Plant Simulator

核电厂模拟机主要以二维曲线式的信息及参数化的内容为展示主体,为了提高核电厂模拟机展示的立体感,增强模拟机培训的真实感,以某核电厂模拟机为研究对象,基于Unity3D软件对其进行二维及三维可视化研究。二维可视化采用二维特效进行展示,包括管道内部介质流速、温度、方向及阀门开度等。三维可视化主要包括系统的动态特效,如安全壳温度场、压力场;中子注量率;压力容器水位、温度;蒸汽发生器水位、温度;主泵转速;一回路破口大小;喷淋系统开启及大小等。二维特效及三维特效均由模拟机数据进行驱动,并与模拟机数据呈相关性表现。

The nuclear power plant simulator mainly uses two-dimensional curve information and parameterized content as the main body of display. In order to improve the three-dimensional sense of the nuclear power plant simulator display and enhance the realism of the simulator training, a nuclear power plant simulator is taken as the research object. Research on 2D and 3D visualization based on Unity3D software. Two-dimensional visualization is demonstrated using two-dimensional effects, including media flow rate, temperature, direction, and valve opening. 3D visualization mainly includes dynamic effects of the system, such as containment temperature field, pressure field;neutron fluence rate;pressure vessel water level, temperature;steam generator water level, temperature;main pump speed;primary circuit break size;Open and size, etc. Both the 2D effects and the 3D effects are driven by the simulator data and are correlated with the simulator data.