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Touring Route Stationary Point And Parametric Research On The Scale Of Landscape Architecture

Posted on:2018-08-15Degree:MasterType:Thesis
Country:ChinaCandidate:Z J ShaoFull Text:PDF
GTID:2359330542451891Subject:Landscape architecture
Abstract/Summary:PDF Full Text Request
Touring route is the space frame of the landscape environment,which acts as a linear element affecting the way that people approach and guide the perceived image through sight.In the landscape environment,the touring route carries the dynamic viewing process.The distance,angle and position between the viewing point and the building on the touring route sometimes directly affect people's judgment on the view of the landscape architecture.The most of the scale control and research on traditional landscape architecture adopts the method of qualitative description which have subjective fuzzification and lack of scientific.From the perspective of the touring route visual guidance,this paper finds out the the reasonable control index interval between the building scale and the viewing scale by using the method of data quantization and parameter analysis,which makes landscape architecture scale and garden roads visual guidance behavior becomes rational quantification from fuzzy judgment and provides reference value for the touring route design and architectural scale control of landscape environment.Based on research and mapping of the excellent traditional landscape architecture in the region of Jiangsu and Zhejiang and combining relevant literature,this paper analyzes and extracts the influence variables,such as stagnation point,standing distance and building visual area between touring route visual guidance and building scale.This paper also calculates the relevant variables by using Office Excel function and finally,forms the best viewing distance interval corresponding to different building scales by combining SPSS(Statistical Program for Social Sciences)data statistics and analysis results.
Keywords/Search Tags:Touring route, Stagnation point, Visual perception, Landscape architecture scale, Parametrization
PDF Full Text Request
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