MRI设计评审系统:使用游戏引擎、标准软件、平板电脑和自然界面,为建筑、严肃游戏和工程提供的混合现实交互设计评审系统

A. Behmel, W. Höhl, Thomas Kienzl
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引用次数: 2

摘要

使用自然界面体验和控制您的设计!今天大多数传统的设计审查系统需要特殊的编程技能来准备和高容量的硬件和软件来演示。与3D数据交互有时会很复杂。今天,我们在使用设计审查系统时面临着五个主要问题领域:与3D数据的交互、在3D空间中的导航、控制设计方案、使用较少硬件的设计演示、没有特殊软件和编程技能的内容开发。例如,LANCELLE、SETTGAST和FELLNER(2008)采用不同的方法提出了针对这些问题的发展。他们在格拉茨科技大学开发了DAVE——绝对负担得起的虚拟环境。如今,这种基于笼子的沉浸式系统被用于评估奥地利维也纳新主要火车站的设计。SHIRATUDDIN和THABET(2011)也利用Torque 3D游戏引擎开发了一个虚拟设计审查系统。最后,DUNSTON等人(2011)为医院病房的设计评审设计了一个沉浸式虚拟现实模型。这些和其他研究工作都是基于标准的3D游戏引擎,使用传统的洞穴或动力墙来呈现和物理沉浸感。eddison MRI设计评审系统是一个易于使用的混合现实界面,用于设计评估和演示。它集成了广泛的硬件输入系统,包括一个特殊的3d打印的有形用户界面,台式电脑,平板电脑和触摸屏。在软件方面,它提供了标准3D软件的插件,包括Autodesk Navisworks和Showcase, Unity3D, Trimbles, SketchUp, Web GL等。埃迪森MRI设计审查系统使外行人能够创建自己的交互式3D内容。它是一种解决方案,可以使交互式3D应用程序的创建和演示像准备powerpoint演示一样简单。无需任何编程技能,您可以在标准软件应用程序中轻松操作3D模型。轻松控制,更改或调整您的设计,并通过自然界面和标准手持设备与3D模型进行交互。仅使用平板电脑在3D空间中导航。复杂的建筑可以通过2D平面图和触摸屏来体验。通过使用SketchUp或Unity3D等标准软件应用程序,可以降低系统要求。edddison MRI设计评审系统还可以在所有常见的移动平台上轻松呈现不同的设计阶段,而无需大量的硬件和软件。实际应用领域为建筑设计、数字样机、工业仿真、严肃游戏和产品演示。目前,该系统有两个主要用途:一个设置将显示WebGL演示运行在iPad或Android平板电脑上。使用WebGL/HTML5云解决方案,MRI设计审核系统能够达到大众。第二个演示是一个SketchUp文件,由光学跟踪和3D打印的有形物体控制,也使用触摸屏或手持设备。edddison MRI设计评审系统通过易于使用的硬件和软件扩展了现有设计评审系统的范围。在这里,它通过一种进化的、迭代的方法,结合一堆用户友好的直观界面,简化了整个设计过程。演示视频链接:www.youtube.com/watch?v=CyC_TYdRSvo
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MRI design review system: A mixed reality interactive design review system for architecture, serious games and engineering using game engines, standard software, a tablet computer and natural interfaces
Experience and control your design using natural interfaces! Most of todays conventional design review systems require special programming skills for preparation and high-capacity hardand software for demonstration. Interacting with 3D data sometimes can be complicated. Today we face five major problem fields using design review systems: Interaction with 3D data, navigation in 3D space, controlling design alternatives, design presentation using less extensive hardware, content development without special software and programming skills. Developments also targeting these issues by using different methods are presented e.g. by LANCELLE, SETTGAST and FELLNER (2008). They developed DAVE – Definitely Affordable Virtual Environment at Graz University of Technology. This immersive cage-based system today is used in evaluating the design of the new main railway station in Vienna, Austria. Also SHIRATUDDIN and THABET (2011) utilized the Torque 3D game engine to develop a Virtual Design Review System. Finally DUNSTON et. al. (2011) designed an Immersive Virtual Reality Mock-Up for Design Review of Hospital Patient Rooms. These and other research work was based on standard 3D game engines by using a conventional cave or power wall for presentation and physical immersion. The edddison MRI Design Review System is an easy to use mixed reality interface for design evaluation and presentation. It integrates a wide range of hardware input systems including a special 3D-printed tangible user interface, desktop computers, tablets and touch screens. On the software side it offers plug-ins for standard 3D software including Autodesk Navisworks and Showcase, Unity3D, Trimbles, SketchUp, Web GL and others. The edddison MRI Design Review System enables laymen to create their own interactive 3D content. It is a solution which makes the creation and presentation of interactive 3D applications as simple as preparing a powerpoint presentation. Without any programming skills you can easily manipulate 3D models within standard software applications. Control, change or adapt your design easily and interact with 3D models by natural interfaces and standard handheld devices. Navigate in 3D space using only your tablet computer. Complex buildings can be experienced by means of 2D floor plans and a touchscreen. System requirements are reduced by using standard software applications such as SketchUp or Unity3D. The edddison MRI Design Review System also makes it easy to present different design stages without extensive hardand software on all common mobile platforms. Actual application areas are Architectural Design, Digital Prototyping, Industrial Simulation, Serious Games and Product Presentation. Currently, the system has two major usecases: one setup will show the WebGL demo running on an iPad or an Android tablet computer. Using a WebGL/HTML5 cloud solution MRI Design Review System is able to reach the masses. The second demo is a SketchUp file controlled by optical tracking and 3D printed tangible objects also using a touchscreen or a handheld device. The edddison MRI Design Review System extends the range of existing design review systems with an easyto-use hardand software. Herein it simplifies the whole design process by an evolutionary, iterative approach, combined with a bunch of user-friendly intuitive interfaces. Demo Video URL: www.youtube.com/watch?v=CyC_TYdRSvo
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