Development of Nankai Trough Earthquake Disaster Simulation for its Mitigation

M. Saida, N. Hasegawa, Ippei Torii, N. Ishii
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Abstract

We study Nankai Trough Earthquake that is predicted to occur in the near future in Japan and develop the disaster simulation by Projection Mapping. Our study aims to promote visualization of disaster information for education for the reduction of disaster and voluntary/active individual behavior for disaster reduction. We mapped the video to the diorama of the three-dimensional map model of Aichi in Japan that was made by the 3D printer. It enables to present the hazard map that could only be transferred in a plane so far by three-dimensional way or animation. As a result, it is possible to know the locations of evacuation and their routes, and disaster site at a glance. Moreover, by putting disaster movies or pictures on the display with the diorama, it is possible to acquire a lot of information at once, and leads to raising the knowledge about a disaster and how to reduce the effects of it. Projection mapping and the display have high effective power to attract the interest of many ages and visualize academic contents in easy -to- understand way. This method makes it possible to understand about a disaster deeply without the original knowledge.
南开海槽地震减灾模拟的发展
以日本南开海槽地震为研究对象,开展了投影测绘灾害模拟。我们的研究旨在促进灾害信息的可视化,以促进减灾教育和个人自愿/主动的减灾行为。我们将视频映射到3D打印机制作的日本爱知市三维地图模型的立体模型上。它能够以三维或动画的方式呈现目前只能在平面上传递的危险地图。因此,可以一目了然地了解疏散地点和路线,以及灾难现场。此外,通过将灾难电影或图片与立体模型一起展示,可以立即获得大量信息,并导致提高对灾难的认识以及如何减少灾难的影响。投影映射和显示具有很高的效能,可以吸引许多年龄层的兴趣,并以简单易懂的方式将学术内容可视化。这种方法可以在没有原始知识的情况下,对灾难进行深入的了解。
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