Parametric Research On Vertical Direction And Landscape Architecture Scale In Mountain Area

In mountainous area,the main problem of the building scale is the relative scale control between the building and the mountain background,proportional imbalance will destroy the overall image of the mountain and building.More objective and scientific method is needed to determine the most appropriate location of a certain size and volume of the building or make a reasonable decision on the size of the building according to the vertical characteristics of the terrain in mountain landscape architecture design.This paper synthesizes the relevant theories and methods of domestic and international architectural scale research,takes the typical traditional landscape architecture in mountain environment of Jiangsu and Zhejiang Province as the research object and uses Google 10m elevation extractor to obtain precision elevation information and the Civil 3D software to generate the terrain contour based on field research,combined with the status quo of topographic map data collection,collecting data information of building size and terrain vertical.Starting from the relative position between building base and the mountain,combined with SPSS software data analysis,to quantify the partition of building and constructe a case study database.Then analyze the parameter relationship between the building scale and the vertical environment from close range,medium,vision three different scales.With the help of Civil 3D software platform to build 3D visualization modeling,propose a construction scale parameter index,analyze and calculate data,and sum up the reasonable parameter range.Finally,the results of this paper are verified by entrance building of Huangshanling and Champion Gallery in Laoshan Seven Buddhist Temple Scenic infrastructure projects,in order to provide a reference for the design of the building scale in the mountain environment.