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Integrated Visualization of Simulation Results and Experimental Devices in Virtual-Reality Space

机译:虚拟现实空间中仿真结果和实验设备的集成可视化

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We succeeded in integrating the visualization of both simulation results and experimental device data in virtual-reality (VR) space using CAVE system. Simulation results are shown using Virtual LHD software, which can show magnetic field line, particle trajectory, and isosurface of plasma pressure of the Large Helical Device (LHD) based on data from the magnetohydrodynamics equilibrium simulation. A three-dimensional mouse, or wand, determines the initial position and pitch angle of a drift particle or the starting point of a magnetic field line, interactively in the VR space. The trajectory of a particle and the stream-line of magnetic field are calculated using the Runge-Kutta-Huta integration method on the basis of the results obtained after pointing the initial condition. The LHD vessel is objectively visualized based on CAD-data. By using these results and data, the simulated LHD plasma can be interactively drawn in the objective description of the LHD experimental vessel. Through this integrated visualization, it is possible to grasp the three-dimensional relationship of the positions between the device and plasma in the VR space, opening a new path in contribution to future research.
机译:我们成功地使用CAVE系统在虚拟现实(VR)空间中集成了仿真结果和实验设备数据的可视化。使用Virtual LHD软件显示了仿真结果,该软件可以根据磁流体动力学平衡仿真的数据显示大型螺旋装置(LHD)的磁力线,粒子轨迹和等压面。三维鼠标或魔杖可在VR空间中交互地确定漂移粒子的初始位置和俯仰角或磁场线的起点。根据指出初始条件后获得的结果,使用Runge-Kutta-Huta积分方法计算粒子的轨迹和磁场的流线。根据CAD数据客观地可视化LHD容器。通过使用这些结果和数据,可以在LHD实验容器的客观描述中以交互方式绘制模拟的LHD血浆。通过这种集成的可视化,有可能掌握VR空间中设备与等离子体之间位置的三维关系,从而为未来的研究开辟新的道路。

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