A Computational Model Refinement for Visibility Graph Analysis

Chi-Wei Lee, Benson P. C. Liu, Chyi-Gang Kuo
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引用次数: 1

Abstract

In recent years, space syntax is becoming a popular research tool in analyzing the human-space relationship in buildings and outdoor space. In this paper, we proposed a computational model refinement for Visibility Graph Analysis (VGA) in space syntax with a visual distance parameter that can be adjusted. An automatic computation prototype of VGA with dynamic visual distance was created. Several floor plans of real buildings were used to test our prototype. The results indicated that the dynamic visual distance can be more realistic for the model compared to the original model with infinite visual distance.
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可见性图分析的计算模型改进
近年来,空间句法正在成为分析建筑和室外空间中人与空间关系的一种流行的研究工具。本文提出了一种基于空间语法的可视性图分析(VGA)的计算模型改进方法,该方法具有可调整的视觉距离参数。建立了具有动态视觉距离的VGA自动计算原型。几个真实建筑的平面图被用来测试我们的原型。结果表明,与无限视距的原始模型相比,该模型的动态视距更加真实。
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