隨著經濟發達人們生活品質提高,醫療科技日新月異的發達,獨身主義、少子化與高齡化現象漸增,社會開始興起飼養寵物的風潮,寵物店及其周邊產業逐漸蓬勃發展。本研究目的為:(1)探討寵物用品店之空間構成、(2)探討使用者於寵物用品店內之空間行為、(3)解析寵物用品店空間構成與空間行為之交互關係。本研究以五間寵物用品店為為研究對象,以實地觀察方式紀錄空間使用狀況,搭配空間型態構成理論(Space Syntax)的圖形量化分析工具,對寵物用品店來進行整體空間的解析。以空間分析(Space)、軸線分析(Axial)、視域分析(Visibility)、人流群聚分析(Agent-based)四個分析項目的圖形量化詮釋空間形態上的空間構成邏輯,並用觀察資料來作比較驗證。研究結果發現:一、各案例間分析比較顯示,寵物店零食區及飼料區,有高的空間軸線便捷値及高密度的人流群聚。二、視域比較分析資料顯示,寵物店在入口處、美容室窗口及收銀櫃檯前區,視域分析值均較高。三、各案例觀察資料中顯示,顧客在寵物店零食區、飼料區及美容室窗口前區域,活動較頻繁。四、觀察資料顯示,店員在寵物店內之低軸線便捷値區域及低視域空間區域,活動程度不受影響。五、觀察資料顯示,顧客因對於寵物食品產品的需求,反而在低軸線便捷値與低密度人留群聚之食品區域,活動程度與高便捷値區域一樣頻繁。六、案例比較中顯示,在高的空間軸線便捷値及高密度人群聚留區域,軟體分析資料與觀察資料相符合。
The phenomenon of celibatarian, low fertility and aging society are increasing with the development of medical technology improves every day, raising pet becomes popular in the society . Pet store and its surrounding industry gradually flourish. Purpose of this study is:(1)to explore spatial configuration of pet stores. (2)investigate the spatial behavior of user in the pet store.(3)the analytical relationships between spatial configuration and spatial behavior. Five pet stores were selected in the research with the observations of how the space is arranged on the field, as well as graphical and quantitative analysis of Space Syntax to investigate the overall space. Four variables including Space, Axial, Visibility, Agent- based analysis are indicators of the logics of space dynamics, and observations are materials to compare and testify the results from Space Syntax. A comparative analysis of graphs, statistics and observation records also represent the identical and different characteristics among the cases. The study has found that snack area pet shops and feed area with high spatial axis integration and high Agent-based analysis value. Second, the visibility graph analysis data show that the entrance to the pet store, beauty salon window and counter area, the values were higher. Third, cases observations shows that the customer in front of a snack area, feed area and beauty studio window area, more frequent activity. Fourth, the observations show that staff in low spatial axis integration value area and low visibility graph analysis value of space, the level of activity is not affected. Fifth, the observations show, due to customer demand for pet food products, but food in areas of low spatial axis integration value and low Agent-based analysis value, the same with high value level of activity. Sixth, the observations show that in the high spatial axis integration and high Agent-based analysis value area, the software analyzes data and observations consistent.