Envision of Solar System using Augmented Reality

Suriyakrishnan Sathish, Pavithra L K, Subbulakshmi P
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Abstract

The potential for using augmented reality (AR) technology is investigated in this article, and the solar system is constructed as a software model. The software tools for modelling the solar system that are currently available are explored. The software programme created using augmented reality technology depicts the behavior of solar system objects in great detail. By reading the object's description, primary characteristics, and intriguing information, as well as daily updates of NASA's tweets on the dashboard, users may visually and informatively explore each planet. The AR models are built utilizing Newtonian physics, as well as the proper proportions in object size, velocity, form, and distance between orbits of celestial bodies.
利用增强现实技术设想太阳系
本文研究了使用增强现实(AR)技术的可能性,并将太阳系构建为软件模型。探索了目前可用的用于模拟太阳系的软件工具。使用增强现实技术创建的软件程序非常详细地描述了太阳系物体的行为。通过阅读物体的描述、主要特征和有趣的信息,以及NASA在仪表板上每天更新的推文,用户可以在视觉上和信息上探索每一颗行星。AR模型是利用牛顿物理学以及物体大小,速度,形状和天体轨道之间距离的适当比例建立的。
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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