建模和可视化未来:幻想过程中的人类因素

M. Barnes
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引用次数: 0

摘要

科学可视化是一种扩展我们对重要过程理解的技术。该技术已被用于可视化数据结构、亚原子过程、化学键和其他没有图形增强就难以想象的实体。这个概念的起源是一些人具有非凡的能力,可以将深奥的过程形象化;例如,爱因斯坦的许多理论发展都是由于他有能力描绘生动的思想实验。莱纳斯·鲍林使用三维结构来帮助他理解不同的化学键,而沃森和克里克可视化和绘制双螺旋结构的能力是DNA革命的开始。可视化技术的目的是在软件环境中捕获这种成像能力,使人们能够获得洞察力并预测正在调查的过程的过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modeling and Visualizing the Future: The Human Element of Visionary Processes
Scientific visualization is a technology to extend our understanding of important processes. The technology has been used to visualize data structures, sub-atomic processes, chemical bonds, and other entities that are difficult to imagine without graphical enhancements. The genesis of the concept was the remarkable abilities of some humans to visualize esoteric processes; for example, much of Einstein’s theoretical development was the result of his ability to image vivid thought experiments. Linus Pauling used three-dimensional constructions to help him understand different chemical bonds whereas Watson and Crick’s ability to visualize and draw the double helix was the start of the DNA revolution. The purpose of visualization technology is to capture this imaging capability in a software environment allowing humans to gain both insight and predict the course of the process under investigation.
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