Case for support : Perceptually Realistic Environments for Architectural Planning and Visual Impact Assessment

支持案例：建筑规划和视觉影响评估的感知现实环境

• 批准号: EP/D069874/2
• 负责人: Alan Chalmers
• 金额: --
• 依托单位: University of Warwick
• 依托单位国家: 英国
• 项目类别: Research Grant
• 财政年份: 2007
• 资助国家: 英国
• 起止时间: 2007 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=EP%2FD069874%2F2
• 关键词: Case; support; Perceptually; Realistic; Environments

Computer-generated high-fidelity augmented reality visualisations ofproposed architectural developments can play a significant role inhelping a viewer understand the visual impact on the environment,especially in sensitive locations. Such interactive visualisations havethe potential to greatly improve both the initial design process, and thesubsequent planning application and public consultation processes. Thecurrent lack of robust automatic methods for acquisition of site contextgeometry, together with the performance demands of producinghigh-fidelity renderings in real-time, has meant the adoption of suchtechniques within the architectural industry has, to date, been limited.The proposed research represents a unique confluence of computer vision,high-fidelity rendering, and real-time 3D augmented reality techniques,only possible through the combination of strengths of the partners. Thenovel techniques we will develop in the areas of automaticreconstruction from wide-baseline images, image-based lighting, andreal-time global illumination, will be scoped by the demands of a realarchitectural application with our industrial partner Napper Architects,and English Heritage. Our techniques will be informed by the stringentfidelity requirements of a mixed-reality application suited to providingvisual impact assessment for sensitive developments.The research plan comprises four work packages which will be integratedto deliver a prototype demonstrator system which will support: theautomatic creation of an accurate 3D computer model of the developmentsite, interactive experimentation with different design and lightingscenarios, and interactive exploration by the general public of thevisual impact of the proposed development. The system will beextensively validated at a number of stages throughout the project usinga combination of comparisons with still images, video footage,ground-truth data and public consultation. During the lifetime of thisproject, our industrial partner Napper Architects will be engaged in asmall and defined sensitive architectural project with English Heritage.Models and data from these will be made available as a test case. Inaddition to the novel research outcomes, and prototype software fromthis project, we will develop new fidelity metrics for the benefitof the architectural, planning, and consultation communities.

计算机生成的高保真增强现实可视化的拟建建筑可以在帮助观众理解对环境的视觉影响方面发挥重要作用，特别是在敏感的位置。这种交互式可视化有可能极大地改善最初的设计过程，以及随后的规划应用和公众咨询过程。目前缺乏强大的自动获取场地环境几何图形的方法，以及实时生成高保真效果图的性能要求，这意味着在建筑行业中采用此类技术迄今为止受到限制。该研究代表了计算机视觉、高保真渲染和实时3D增强现实技术的独特融合，只有通过合作伙伴的优势结合才能实现。我们将在宽基线图像、基于图像的照明和实时全局照明的自动施工领域开发的新技术，将与我们的工业合作伙伴Napper Architects和English Heritage一起，根据实际建筑应用的需求进行开发。我们的技术将根据混合现实应用的严格保真要求，适合为敏感开发提供视觉影响评估。研究计划包括四个工作包，这些工作包将整合在一起，以提供一个原型演示系统，该系统将支持：自动创建发展地点的精确3D计算机模型，不同设计和照明场景的互动实验，以及公众对拟议发展的视觉影响的互动探索。该系统将在整个项目的多个阶段通过与静态图像、视频片段、实地数据和公众咨询的比较进行广泛验证。在这个项目的生命周期内，我们的工业合作伙伴Napper建筑事务所将参与一个小型的、具有英国遗产的敏感建筑项目。这些模型和数据将作为测试用例提供。除了该项目的新研究成果和原型软件外，我们还将开发新的保真度指标，以造福建筑、规划和咨询社区。

项目成果

Importance Driven Environment Map Sampling

重要性驱动的环境地图采样

• DOI: 10.1109/tvcg.2013.258
• 发表时间: 2014
• 期刊: IEEE Transactions on Visualization and Computer Graphics
• 影响因子: 5.2
• 作者: Bashford-Rogers T

High fidelity sky models

• 发表时间: 2016-11
• 作者: Pinar Satilmis