3D Virtual Campus Based on VR-Platform

Ke YU

Dean’s Office

Guilin University of Electronic

Technology

Guilin, China

Xiaoxiao-yk@163.com

Zhuo SHI*

College of Computer Science and

Engineering

Guilin University of Electronic

Technology

Guilin, China

shzh.cn@gmail.com

Hong-yan YANG

College of Computer Science and

Engineering

Guilin University of Electronic

Technology

Guilin, China

Abstract—Virtual Reality Technique plays a significant role in

digital construction of the campus. Taking the campus of Guilin

university of electronic science and technology as prototype, the

3-D model of virtual campus has been developed by software 3DS

Max with virtual reality technology. Adopting both development

platforms of VR-Platform and backend database connections,

combining virtual building and photography imaging, 3D virtual

campus system was designed and implemented. The aim of this

paper is to offers a new idea for digital campus construction with

abundant media manifestation modes.

Keywords- virtual Reality; interaction design; VR-Platform

I.

,

[1]-[3]

580

, 3D

II.

A.

VR-Platform

MAX 3DS

MAX

ActiveX c++ SDK

VRP SDK

B.

1.

*

2848978-1-61284-459-6/11/$26.00 ©2011 IEEE

III.

A.

Google

Earth [4]

Auto CAD

Google Earth

2

.dwg 3DS MAX

2 (a) (b) Google earth

B.

3DS MAX

extrude lathe

3

1 (

) (

)

2

3

Billboard

3

C.

4

Photoshop

2n 128 128 256 256

982 618 400 400 MAX

[5]

UVW MAP

UnwrapUVW UVW

Maping

4

D.

1)

2) 3)

4)

2849

E.

MAX

3DS MAX render to texture

TBaker

VRP-for-Max

VRP VRP

IV.

A.

5

5

1

2

3

4

5

B.

SQL

[6]

6

6

C.

VRP

GUI

VRP

1 VRP VRP

2 VRP

3 ATX

AVI

VRP

[7]

D.

VRP

.exe

7 8

2850

7

8

V.

2009

VR

References

[1] Yu Li, Wang Cheng, Digital Campus Three Dimension SimulationSystem Based on Virtual Reality Technology, Computer Simulation,2004, 21(4):98–101 (In Chinese).

[2] Gong Jian-hua, Lin Hui, Tan Qian, Designing and Developing theVirtual Campus of the Chinese University of Hong Kong ActaGeodaetica et Cartographica Sinica, 2002, 31(1):39 43 (In Chinese).

[3] YANG Jian, GENG Wei, Dong PAN, Yun He, LI Ming, Picture Based Virtual Touring, Journal of Computer Aided Design & ComputerGraphics, 2001, 13(3):229–235 (In Chinese).

[4] Chen Huabin, Wang Tong, Design and Accomplishment of a Real TimeWalkthrough System in Virtual Archite cture Environment, Journal ofSouthwest Jiaotong University, 2001,36(1):119-123 (In Chinese).

[5] Chen Yong, Ma Chunyong, Chen Ge, VC/OpenGL-Based VirtualCampus Navigation of Ocean University, Journal of Computer-AidedDesign & Computer Graphics, 2007,19(2):263–267 (In Chinese).

[6] CHEN Hao, HONG Jing-xin, CHEN Hui-huang, Scene SimulationTechnology Based on MultiGen & Vega [J]. Journal of XiamenUniversity(Natural Science), 2005,44(3):352–354 (In Chinese).

[7] Chen Tao, Tian Haiyan, Cen Xuexue, Zhang Chunyan, Research on the 3-D Virtual Campus Journal of Beijing Institute of Petro-ChemicalTechnology, 2010,18(2).45–49 (In Chinese).

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