Visualizing the Temporal Evolution of the Universe from Cosmology Simulations

Lea Fritschi, Irene Baeza Rojo, Tobias Günther
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引用次数: 3

Abstract

Cosmological simulations of the universe shed light onto the formation of galactic structures. In the context of the IEEE Scientific Visualization Contest 2019, we developed a number of visualizations that concentrate on the temporal and spatial evolution of different galactic particle types, such as stars and active galactic nuclei. We visualize the interplay with scalar attributes, compute derived quantities and visualize flow properties that are governed by the attracting galactic web. The combination of multiple visualizations provides complementing views onto different aspects of the data.
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从宇宙学模拟中可视化宇宙的时间演化
宇宙的宇宙学模拟揭示了星系结构的形成。在2019年IEEE科学可视化竞赛的背景下,我们开发了许多可视化图像,专注于不同星系粒子类型(如恒星和活动星系核)的时空演化。我们可视化与标量属性的相互作用,计算衍生量,并可视化由吸引星系网控制的流动特性。多种可视化的组合提供了对数据不同方面的补充视图。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Interactive Multi-Level Visualization of Combined Particle and Multi-Field Cosmology Data [Copyright notice] Visualizing the Temporal Evolution of the Universe from Cosmology Simulations Visual Analysis of Structure Formation in Cosmic Evolution Visualization of Data from HACC Simulations by Paraview
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