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Spatial Features and Elements Affecting Indoor Wayfinding—A Case Study in a Transit Hub

机译:影响室内德勤的空间特征和元素 - 过境中心的案例研究

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Indoor spatial features and elements have been identified as essential points that affecting wayfinding performance of a complex building. This research chose Shanghai south railway station to have a comprehensive understanding on the influence of spatial features and elements on wayfinding. Combination methods of tracking observation and space syntax analysis were introduced. Decision-making points refer to the positions of access, turning, or going up and down the stairs. The complicity or symmetry of architecture plans are the main causes of dis-orientation. Signage plays a decisive role during the wayfinding process in an unfamiliar environment, especially in the underground corridor of a transit hub. With the combination of subjective observation, isovist analysis can be used as a powerful tool for describing the spatial features, and the plan of the architecture plays an important role on the passengers' mobility. To conclude, indoor wayfinding performances of a complex building are influenced by both spatial features and elements. Spatial features can determine the indoor mobility pattern; functional elements contribute to the main impression; and the visual elements (especially signage) significantly impact the capture of spatial knowledge during wayfinding.
机译:室内空间特征和元素已被识别为影响复杂建筑物的WATFIDING性能的基本要点。这项研究选择了上海南火车站对空间特征和元素对德文采集的影响。介绍了跟踪观察和空间语法分析的组合方法。决策点指的是访问,转动或上下楼梯的位置。建筑计划的共同点或对称性是解体的主要原因。标牌在不熟悉的环境中在脱水过程中起着决定性的作用,特别是在过境枢纽的地下走廊。随着主观观察的结合,ISOVIST分析可以用作描述空间特征的强大工具,并且架构的计划在乘客的移动性上发挥着重要作用。为了得出结论,复杂建筑物的室内脱离性能受到空间特征和元素的影响。空间特征可以确定室内移动模式;功能元素有助于主要印象;并且视觉元素(尤其是标牌)在途中显着影响捕获空间知识。

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