PIC仿真现场可视化工具的开发

N. Ohno, H. Ohtani
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引用次数: 9

摘要

随着超级计算机性能的不断提高,仿真的规模和输出数据也越来越大。可视化通常是在计算机模拟完成后,在研究人员的个人电脑上使用交互式可视化软件进行。然而,数据量变得太大,目前无法做到这一点。一个很有希望的答案是现场可视化。在这种情况下,仿真代码与可视化代码耦合,可视化在同一台超级计算机上与仿真一起执行。我们开发了一个用于颗粒胞内(PIC)模拟的原位可视化工具,并作为Fortran的模块提供。我们将其与PIC仿真代码耦合,并在Plasma Simulator超级计算机上对耦合代码进行了测试,保证了耦合代码的有效性。
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Development of In Situ Visualization Tool for PIC Simulation
As the capability of a supercomputer is improved, the sizes of simulation and its output data also become larger and larger. Visualization is usually carried out on a researcher’s PC with interactive visualization software after performing the computer simulation. However, the data size is becoming too large to do it currently. A promising answer is in-situ visualization. For this case a simulation code is coupled with the visualization code and visualization is performed with the simulation on the same supercomputer. We developed an in-situ visualization tool for particle-in-cell (PIC) simulation and it is provided as a Fortran’s module. We coupled it with a PIC simulation code and tested the coupled code on Plasma Simulator supercomputer, and ensured that it works.
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