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Virtual Museums and Human-VR-Computer Interaction for Cultural Heritage Application: New Levels of Interactivity and Knowledge of Digital Models and Descriptive Geometry

机译:文化遗产应用程序的虚拟博物馆和人类VR计算机互动:数字模型的新互动和知识和描述性几何

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Open and advanced real-time 3D creation tools are continuously evolving, offering new cutting edge solutions to support the creation of immersive virtual experience-oriented to different purposes, devices and users. In recent years, different Virtual and Augmented reality (VR-AR) projects have clearly shown how 3D modelling and Building Information Modelling (BIM) can be the proper bases to enhance the new paradigm of interactivity of 3D informative systems, moving from static models to virtual objects able to interact with the user's input. For those reasons, this study proposes a method able to give life to 3D survey data and static models, transforming them into interactive virtual objects (IVO) able to enhance the virtual-visual storytelling (VVS) of heritage buildings. This was made possible by the use of novel scan-to-BIM modelling requirements based on the values of scientific drawing, descriptive geometry, historic documentation and digital prox-emics. The combination of all these factors has made it possible to achieve new levels of communication and human-VR-computer interaction, favouring documentation, education and learning of tangible and intangible values of our built cultural heritage.
机译:开放式和高级实时3D创建工具是不断发展的,提供新的切削刃解决方案,以支持创建沉浸式虚拟体验,以不同的目的,设备和用户。近年来,不同的虚拟和增强现实(VR-AR)项目已经清楚地显示了3D建模和建筑信息建模(BIM)可以是适当的基础,以增强3D信息系统的相互作用的新范式,从静态模型移动到虚拟对象能够与用户的输入交互。出于这些原因,本研究提出了一种能够为3D调查数据和静态模型提供生命的方法,将它们转换为能够增强遗产建筑的虚拟视觉讲故事(VVS)的交互式虚拟对象(IVO)。这是通过基于科学绘图,描述性几何,历史文档和数字Prox-EMIC的价值的新颖扫描到BIM建模要求实现的。所有这些因素的结合使得实现新的沟通和人类VR计算机互动,有利于我们建造文化遗产的有形和无形价值的文献,教育和学习。

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