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The generation of 3D VRML urban area models from GIS for planning information systems

机译:从GIS生成3D VRML市区模型以规划信息系统

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The Unviersity of the West of England, (UWE) modelled part of Bristol for a Virtual Reality (VR) experience to demonstrate millennium landmark proposals. UWE later modelled the environs of the Tower of London to support bids for fuding and to provide the context for judging the visual impact of iterative design development. All structures, hard landscape and tress were modeling in 3D down to street furniture, railings and kerbs. Further research continued to develop more effective approaches to historic building maintenance management, vistor management and interpretation of historic sites to visitors Piecing in new Computer Added Architecture Design, (CAAD) models received from Architectural Practices to visualise them in context as part of the planning negotiation process has often taken staff several days of work for each instance. Data conversion and amalgamation from all the diverse sources was the major impediment oto effective group working to create the models. It became apparent that a Geographic Information System, (GIS) would assit retrieving all the appropriate data that described the part of the model under creation. It was possible to predict that management of many historic part models stepping back through time, allowing for different expert interpretations to co-exist, would be in itself a major task requiring a spatial database (GIS).
机译:英格兰西部的大学(UWE)为布里斯托尔的一部分提供了虚拟现实(VR)体验的模型,以展示千年地标性提案。 UWE随后为伦敦塔的周围环境建模,以支持进行投标的投标,并为判断迭代设计开发的视觉影响提供背景。所有的结构,坚硬的景观和树木都以3D建模,包括街道家具,栏杆和路缘。继续进行进一步的研究,以开发出更有效的方法来进行历史建筑维护管理,访客管理和对访客的古迹解释向建筑实践部门购买新的计算机添加的建筑设计(CAAD)模型中的拼接,以将其可视化,作为规划谈判的一部分在每个实例中,此过程通常需要员工花费几天的时间。来自所有不同来源的数据转换和合并是有效创建模型的主要障碍。显然,地理信息系统(GIS)会检索描述了正在创建的模型部分的所有适当数据。可以预见,许多具有历史意义的零件模型的管理会时光倒流,并允许不同的专家解释共存,这本身就是需要空间数据库(GIS)的一项主要任务。

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