权益分类	功能权益	普通用户	{{item.name}}会员
{{category.name}}	{{benefitItem.name}}

The Spacial Structure of Beautiful and Reliegious Mountains

美丽宗教山的空间结构

基本信息

批准号：
62301084
负责人：
HIGUCHI Tadahiko
金额：
$ 3.52万
依托单位：
Niigata University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Co-operative Research (A)
财政年份：
1987
资助国家：
日本
起止时间：
1987 至 1988
项目状态：
已结题

项目摘要

The results from the analysis of landscape of mountatins are as follows; (1) The model of experience of prospect in and out of mountains was made about these mountains that are called 'Kuni', 'Asamayama', 'Dake' and 'Shima'. (2) People have used the place-name in mountains, and have named the topography. A sympolic name of mountains is the parameter of cognition by people. (3) 'Koaza', the name of small district is useful to analyze the traditional environmental cognition. (4) The mountains are classified into three groups by the difference of their landscape, shape and religious style. Kannabiyama mountain is mostly used for riligious. Syugendo mountain is used for religious and sightseeing. Asama mountain is used for leisure resort. (5) By the model of visual impact of mountains, it has become clear that the area od visual impact of several mountains such as Mt. Fuji, Mt. Tsukuba, Mt. Akagi, Mt. Nantai, Mt. Haruna, Mt. Chokai, Mt. Dewa-sanzan and Mt. Hiei. (6) Morphometrical analysis by means of Fractal Theory is applied to skylines of Landscape composed of mountains. Extracted skylines from sample ohotograghs of mountains are digitized through an image scanner and processed by computer with grid dimention method to calculate the fractal dimension of visual complexity of lutline. (7) The leiout of architectures of temple on the top of mountain looks like the space of the root of mountain that agree with man.

通过对山地景观的分析，得出以下结论：（1）对“国仁”、“浅间山”、“大克”、“岛”等山地进行了山内外前景体验模型的构建。(2)人们在山上用地名，给地形命名。山的象征性名称是人们认知的参数。(3)“小浅”这一小区名称有助于分析传统的环境认知。(4)根据其景观、形状和宗教风格的不同，将山脉分为三组。Kannabiyama山主要用于riligious。修隐堂山是宗教和观光的场所。浅间山是休闲度假胜地。(5)通过对山地景观的视觉冲击力模型的分析，明确了天山、天山、天山等几座山地景观的视觉冲击力面积。富士山筑波山赤城山南台山哈鲁纳山乔凯山Dewa-sanzan和Mt.比永(6)运用分形理论对山地景观的天际线进行形态计量分析。从山地摄影样图中提取的天际线经图像扫描仪数字化后，用网格维数法进行计算机处理，计算出天际线视觉复杂度的分维。(7)山顶寺庙建筑的布局，就像是一个与人契合的山根空间。