人体模型展示对空间规划感知的影响

M. Schwartz, Brandon Haworth, Muhammad Usman, P. Faloutsos, Mubbasir Kapadia
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引用次数: 1

摘要

空间的可视化,无论是虚拟的还是建成的,一直是环境设计过程的重要组成部分。可视化入住率的行业工具已经从简单的库存照片后期设计发展到实时人群模拟。然而,虽然可视化和协作设计过程的处理在HCI和建筑界已经讨论了很长时间,但这些包容性的设计方法在建筑教育(例如工作室)和实践中很少见到,也没有在许可证要求中实施-让设计师自己考虑未来的居住者。虽然有很强的指标表明可视化方式和渲染风格对尺度和空间的感知有影响,但很少有人探讨我们如何用这些设计工具和实践来表现人类的形态。我们展示了一项新的在线交互式空间规划和评估研究的结果,该研究考察了三种常见的建筑可视化模式在设计过程中的影响,并从建筑文献中提取了三种人类形态模式。结果表明,可视化类型改变了估计的居住者数量,并且设计师在估计空间使用情况时更喜欢在建筑模型中集成人体模型,尽管他们的接受程度在2D和3D之间平分。我们的研究结果为在建筑尺度上整合人的形态和因素的新型设计工具奠定了基础。
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Impact of Manikin Display on Perception of Spatial Planning
The visualization of spaces, both virtual and built, has long been an important part of the environment design process. Industry tools to visualize occupancy have grown from simple drop-in stock photos post-design to real-time crowds simulations. However, while treatment of visualization and collaborative design processes has long been discussed in the HCI and Architecture communities, these inclusive design methods are infrequently seen in architecture education (e.g. studio) and practice, nor implemented in licensure requirements – leaving designers to think about the future occupants on their own. While there are strong indicators of the impact visualization modality and rendering style have on perception of scale and space, little has been explored regarding how we represent the human form with respect to these design tools and practices. We present findings from a novel online interactive space planning and estimation study that examines the effects of 3 common building visualization modalities in the design process with 3 human form modalities extracted from the architecture literature. Results indicate the type of visualization changes the number of occupants estimated, and that designers prefer integrated manikins within building models when estimating space usage, although their acceptance was equally divided between 2D and 3D. Our findings lay the foundation for new and focused design tools integrating human form and factors at building scale.
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