Geoscience Reference
In-Depth Information
System Introduction Window
Main System User Interface
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General System Browser
Add/Edit/D
elete Entry
The system input
The system output
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Window
Search
Radius
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Buffer
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View 3D GIS
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View Animation:
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Entry Form
View House Details
Floorplan
Furnish Show Unit
Rooms by Rooms
Pre-selection
Map
Reports
Fig. 1
The schematic representation of pilot system user interface (Salleh et al.
2008
)
and issue was reported in previous studies (Louwsma et al.
2006
; Salleh et al.
2008
;
Zlatanova and Prosperi
2005
). The edge reduction as compared to traditional 3D
surface model can significantly reduce the use of memory and computational time
while offering a reasonable visualization quality (Lin et al.
2008
). As such, the
proposed system will be adopting the panoramic VR method to visualize the 3D
environment of the selected residential property. The new system is designed to
facilitate the consumers to make a decision on the most adequate matching criteria
according to their specification. Consumers will be able to explore the potential
housing property online without being present at the property location. With that,
the improvement of this system functionality and performance is necessary.
3 The Revised Conceptual Design of WRGPMIS
The revised system is built on the framework of ArcGIS Server. To enable it to be
used via web, ArcGIS Viewer for flex is employed. Currently, a number of
applications have been built by employing ArcGIS internet mapping server (Wang
