[3] Liu Bin-yi, 1990b, The Systematics of Land- 
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
8. References Scape Engineering. Architectural Industry 
Press of China, Beijing. pp.1-40, 120-210. 
[1] Liu Bin-yi, 1986, Landscape kuang-ao ranking: [4] Liu Bin-yi, 1990a, Remote sensing of landscape 
computer and aerial surveying aided landscape environmental and perceptional information, 
planning and design, M.D. thesis,  Tongji Urban Planning Forum (in Chinese); Vol.71(1): 
University; 1988, New Architecture (in 15-22. 
Chinese), Vol.20(3):53-63. [5] Liu Bin-yi, 1991b, Creation of landscape 
[2] Liu Bin-yi, 1990a, Digitize the sense of information system, Journal of Tongji Univer- 
beauty: landscape aesthetic information extr- sity (in Chinese); Vol.19(1):91-101. 
action from digital images, Proceedings of [6] Liu Bin-yi, 1991c, Find a periodic table 
the Symposium Progress in Data Analysis, of the aesthetic landscape world: a systematic 
ISPRS Commission III, China; International approach to landscape analysis and its app- 
Archives of Photogrammetry and Remote Sensing, lications, Selected Papers of Tongji Univer- 
Vol.28, Part 3/2:474-482. sity, Vol.2(1):111-123. 
BASIC DATA COLLECTION DIGITAL IMAGE OUTPUT FL ENVIIRONMENT INFORMATION 
Satellite Data Landscape Images .Settlement 
(MSS, TM, SPOT, etc) Ll — 1:1000 - 1:200000 LL .mountain and valley 
space resolution: .regional landscape images ‚water body and river 
10m x 10m - 80m x80m ‚images of landscape ‚Wildland 
areas & scenic spot .vegetation and urban greenery land 
Aerial Photographs .landscape area & spot 
Sconning Data a Urban-Rural Images .urban land use map 
1:500 - 1:50000 1:500 - 1:100000 .landuse map 
‚urban images in .Constructed district and street 
= different years .land classification 
he Nass ‚images of the city for construction 
EX districts .digital terrain model 
; .slope and orination AB: 
11900 — 1150000 Images of Group .natural drainage 
of Buildings .sunlight and shade distribution 
; ; ; 1:500 - 1:5000 ‚urban hot island Thi 
Site Investigation a 
Data .images of groups of [| .urban pollutions f 
[T1 7l buildings in years ‚urban traffic roi 
.existing image of ; obj 
city buildings ; 
.images of asingle hei; 
large building ofe 
ÁN 
are 
SIMULATION OF FL SYNTHETIC EVALUATION APPLICATION TO LANDSCAPE- are 
PERCEPTIONAL INFORMATION OF FIELD LANDSCAPE URBAN-RURAL PLANNING pro 
ima 
Intuition Simulation: Landscape Assessment: Landscape Engineerings: 
.ingredients of viewshed .naturalness of landscape .landscape ecology engineering For 
.area of viewshed surface ‚variety of landscape ‚control of visual quality of higl 
.boundary of viewshed .Scenic beauty estimation landscape environment 
.Sky area of viewshed .Scenic sensitivity .landscape resources investigation Alp 
.max.sight angle .landscape kuang-ao ranking and development 
‚View distance .Scenic sequence .planning and management of land- met 
.layers of viewshed .landscape environment Scape areas and scenic spots eve, 
.perspectives pollutions 
Analysis of the Form Change of add 
Cognition Simulation: Urban-Rural Evaluation: and the Choice of City Planning ran 
3 Structure: 
.Slope of viewshed .urban greenery coverage 
.Orientation of viewshed .density of urban bldg. .synthetic analysis and evaluation The 
.relative height of .population density and of existing urban environment 
view-point its change quality amc 
.variety of viewshed .urban traffic density .renovation and construction 
.sunlight and color .urban-rural environment of the old city of n 
quality evaluation ‚planning for urban development errc 
Intention Simulation: .evaluation of urban .urban management 
land use structure .city design 
.social culture level .price calculation of Key 
.local habits urban land 
.evaluation of groups face 
etc. of buildings 
  
  
  
  
  
  
  
  
  
Block Dirgram 1. Simulation System of Field Landscape Multi-layers Information 
286