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Abstract

With the improvement of people’s living standards, people’s pursuit of material and high quality of living environment must combine the concept of human and nature to integrate urban landscape design with the surrounding ecological environment. The most interesting thing is the landscape design of most coastal cities. Based on this, a virtual environment is proposed based on virtual reality technology and intelligent algorithm, using 3-bit binary to represent the digital factor and creating the virtual environment by simulating the display environment. After constructing the basic model of coastal landscape, the landscape design of coastal areas using virtual reality technology is analyzed, and the parametric design method of new images in landscape design analyzed, the landscape design of virtual reality technology in coastal areas analyzed. The research results show that the display degree of DEM is 50% and the image display detail degree is 90% by using virtual reality technology. Combined with 3DMAX, it can be transferred to the 3DMAX operation surface to perform real editing and simulation of the coastal garden environment. Thus, the algorithm proposed in this paper is effective. The research in this paper shows that it is feasible to apply virtual reality technology and intelligent algorithm to landscape design in coastal areas, and has achieved certain effects.

Keywords

Virtual reality technology intelligent algorithm coastal area landscape design

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References

Chen and

H.Y.

Wang , Analysis of spatial and temporal reconstruction of virtual reality technology in architectural landscape design, Building Technology Development 8(11) (2017), 9–15.

Wei , Application of virtual reality technology in landscape planning and design, China Computer & Communication 56(8) (2017), 99–111.

Liu ,

Han and

Yang , Design and implementation of geological landscape based on virtual reality technology, Mine Surveying 9(34) (2017), 78–99.

M.-Y.

Jiang , Discussion on application of virtual reality technology in virtual landscape design—Taking CAO Cao’s underground military tunnel as an example, Journal of Foshan University 13(8) (2018), 110–122.

Wang , Indoor landscape reconstruction technology based on virtual reality, Modern Electronics Technique 90(4) (2018), 46–56.

Pan and

A.F.D.C.

Hamilton , Why and how to use virtual reality to study human social interaction: The challenges of exploring a new research landscape, British Journal of Psychology 109(3) (2018), 395–417.

Xie ,

P.U.

Lijie and

Zhu , Relationship between landscape patterns and soil salinity based on canonical correspondence analysis in coastal reclamation area, Geographical Research 36(3) (2017), 495–505.

Huang and

Liu , Plant landscape design language of small street parks in tropical coastal regions: A case study of zhanjiang city, Journal of Landscape Research 17(2) (2017), 89–100.

L.I.

Zhiguo , Artistic space design of subway station based on regional characteristics, Journal of Landscape Research 8(5) (2016), 55–56.

10.

S.S.

Wang ,

L.I.

Xiaolong and

S.F.

Yan , Research on the design method of China's traditional urban planning based on large-scale landscape environment, Chinese Science Bulletin 61(33) (2016), 3564–3571.

11.

Niu and

Shen , Landscape design of urban rail transit complex based on the concept of sustainable development, Journal of Landscape Research 65(4) (2016), 3–4.

12.

Łabuz and

Arkadiusz , Coastal dunes landscape change in Poland – a research method based on photographic studies, Zeitschrift Fur Geomorphologie Supplement 7(90) (2016), 59–60.

13.

Li ,

Jiang and

Li , Design of experiment course ``Computer-aided landscape design'' based on flipped classroom, Computer Applications in Engineering Education 24(2) (2016), 234–240.

14.

Sang ,

Zhu and

Zhao , Study on an interactive truck crane simulation platform based on virtual reality technology, International Journal of Distance Education Technologies 14(2) (2016), 64–78.

15.

Aminzadeh ,

Motevali and

Nikooparast , A proposal for landscape design process based on scenario writing phases in cinema and its application in the Darabad route: Tehran, Iran, Urban Design International 21(2) (2016), 175–189.

16.

Alarcón Jordán ,

Belmonte and

H.T.

Majeed , Relationship between climate variability indices and airborne pollination in Catalonia (NE Iberian Peninsula), Meeting of the European Aeroallergen Network and the European Aerobiology Society, 2014, pp. 30–30.

17.

Maiellaro and

Varasano , MU Sa–Must See Advisor: Applications In Albania And Montenegro. Preservation and enhancement of Cultural Heritage, 141, 2015.

18.

Fuchs , Donald Trump: A critical theory-perspective on authoritarian capitalism, tripleC: Communication, Capitalism & Critique Open Access Journal for a Global Sustainable Information Society 15(1) (2017), 1–72.

19.

Dalal , Protecting hyperlinks and preserving first amendment values on the internet, U Pa J Const L 13 (2010), 1017.

20.

D.A.

Levinthal and

Warglien , Landscape design: Designing for local action in complex worlds, Organization Science 10(3) (1999), 342–357.

Landscape design of coastal area based on virtual reality technology and intelligent algorithm

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