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Anaglyphs and stereoscopic vision in interdisciplinary education and outreach: The historical-artistic heritage of two Spanish cities seen through stereophotographs

机译:跨学科教育和外展的骨球和立体愿景:通过立体摄影仪观察的两个西班牙城市的历史艺术遗产

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Stereopsis is the most advanced stage of vision. This characteristic of our visual system and its applications is particularly interesting for optics and optometry students and professors. It is also significant for other disciplines, including history of art, history, fine arts, and architecture, where stereophotos and anaglyphs provide an effective, easy-to-use tool for enabling depth perception of historical-artistic heritage (monuments, architecture, sculptures, etc.). Stereoscopic vision has also led to attractive applications for the general public in the field of entertainment (3D cinema, virtual reality, etc.). However, people's knowledge about how our stereoscopic vision works, or how a stereo photo is made, is limited. To improve the teaching and learning process about these issues in formal education, we developed an innovative interdisciplinary teaching project, carried out over four academic years, which connected stereophotography and stereoscopic vision with the historical-artistic heritage of Granada, Spain. The participants included professors and undergraduate students from the degrees in optics and optometry, fine arts, history, history of art, architecture, and law at the University of Granada. They studied various monuments and visited these, sharing their knowledge, working collaboratively and writing reports, as well as making stereophotos, stereoscopes and 3D glasses. We also provided scientific and cultural outreach through a publication (involving interdisciplinary knowledge and anaglyphs of Granada), and carried out several conferences and exhibitions, some of which were part of the International Day of Light in Spain, such as the exhibitions "GRANAglyphs" (Parque de las Ciencias Science Museum. Granada) and "Anaglifos galdurienses" (Jodar. Spain).
机译:眼镜是最先进的愿景阶段。对于光学和验光学生和教授来说,我们的视觉系统及其应用的这种特性特别有趣。对于其他学科而言,包括艺术史,历史,美术和建筑,包括历史和骨骼的历史,提供了一种有效,易于使用的工具,以实现对历史艺术遗产的深度感知(纪念碑,架构,雕塑, 等等。)。立体愿景也导致了娱乐领域(3D电影,虚拟现实等)的普通公众的吸引力。然而,人们了解我们的立体视觉如何工作,或者立体声照片是有限的。为了改善关于正规教育问题的这些问题的教学和学习过程,我们开发了一个创新的跨学科教学项目,在四个学年中进行,其中与西班牙格拉纳达的历史艺术遗产有联系立体摄影和立体视野。参与者包括来自格拉纳大学的光学和验光,美术,历史,艺术,建筑,艺术史,艺术,历史历史学位的教授和本科生。他们研究了各种古迹,并参观了这些,分享了他们的知识,合作和写作报告,以及制作立体声,立体和3D眼镜。我们还通过出版物(涉及格拉纳达的跨学科知识和简陋州)提供科学和文化外联,并进行了几个会议和展览,其中一些是西班牙的国际光日的一部分,例如展览“格兰格莱夫”( Parque de Las Ciencias科学博物馆。格拉纳达)和“Anaglifos Galdurienses”(Jodar。西班牙)。

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