一个基于质心坐标的可视化框架,用于微观有机体的运动

Andrea Bodonyi, Győző Kurucz, G. Holló, Roland Kunkli
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引用次数: 0

摘要

由于许多研究项目需要管理大量生成的特定研究数据,通常具有特定的结构,因此对可视化系统的需求是普遍的。同样,新兴的数据量可以在视觉外观上变成透明的。此外,数据集的重要特性使得构建自定义可视化成为必要。考虑到所拥有的需求,我们设计了一个工具来处理模拟数据,并使用先前分析的重心转换方法来处理间接性导致的问题。该系统还可以可视化微生物的行为,并通过几个内置工具支持直接的数据分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A barycentric coordinates-based visualization framework for movement of microscopic organisms
As many research projects face the need to manage a large amount of generated research-specific data, usually with a specific structure, the demand for visualization systems is common. Likewise, the emerging data volume could turn substantially transparent cast in a visual appearance. Also, the non-trivial character of the dataset made the construction of a custom visualization necessary. Taking the possessed requirements into account, we designed a tool for processing the simulation data and handling the issue resulted from the indirectness with a previously analyzed barycentric conversion method. The system also visualizes the microscopic organism’s behavior and supports a straightforward data analysis through several built-in tools.
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