93
The Constraints
I here are several constraint in making a good and comfortable
system in this project, those are:
this simplicity, we can only make enough improvement,
not the maximum one.
CONCLUSION
• The screens size
To display maps, and the other information, it should be
nice it it is displayed in same display windows. The screen
size limit is very important. This is because of several
limitations in web interlace programming, so the
information should be managed wisely in one screen. In
this project, we implemented several links to display
information.
• Slow Internet Access
The map data size is very large, especially for Indonesian
Internet Access, which is very slow. Fortunately, FShape,
the complimentary java class, has the capability of data
compression, to the xsp (compressed shape file) data
iormat. But this is still quite big for public in Indonesia.
• The Internet-programming constraints
Internet programming itself is designed for simple
programming, because ot several limitations such as the
low bandwidth of Internet access, etc. In other terms, with
Appendixes
The map layers involved in the development is as follows.
By using this system, the Regional Planning Office at
Kotamadya Bandung can use the GIS and the Internet facilities
to support their planning activities. In other words, GIS can
simplify the whole planning process. And Internet can help the
agency to publish the planning data to public. This publication
is one of the main purposes of this agency.
ACKNOWLEDGEMENT
Finally, I wish to thank to Perry Allen Mandeville, and my team
members at PT. BLOM NUSANTARA, who always challenge
me for new advancement. Also for ISPRS for permitting me
present this paper in front of you, the audience. To Mr. Shiuh
Lin Lee, I wish to give you my grateful regards for your JShape
Tools that are very useful to be improved and used as
development basis of this web-enabled system. And for you all
the GIS people, I wish this little work of our team, will give you
a little view of the GIS development in Indonesia, especially in
the Indonesian government. This means that we, the Indonesian
GIS people will always want to be a part of the GIS wave
movement all over the world. We do hope that our cooperation
will continue further in the future.
No
Maps
Additional Information
1
Altitude
Covers the maps altitude from sea-level
2
Drainage
Covers the water flow path, both natural and artificial
3
Geology
Describes the variety of rocks in the form of area
4
Disaster Potency
Describes the disaster area or critical land areas
5
Erosion
Describes the area of land sensitivity to erosion
6
Slope
Covers the differences between two points, and displayed as slope
percentage.
7
Rainfall
Covers the information of the rainfall spread all over the municipal
administration area
8
Land Depth
Covers the information of effective land-depth, in which the
plantation can still grow
9
Protected Area
Describes the protected area (or forestry, if exists) in the municipal
administration area
10
River Valley
Describes the area that is streamed by the rivers in the
administration area
11
Administration Boundary
Describes the map which give all the administration boundary
12
Land-use
Covers the existing land-use maps in the municipal administration
area
13
Road Network
Describes the street networks based on its status
14
Regional Potency
Describes the variety of regional potency
15
Demographics Density
Gives the demographics data for each sub-municipality
16
Land-use Planning
Describes the land-use planning for municipal (called RUTRK, the
municipal land-use general plan)
17
Industrial Area
Covers the boundary information (the area) of industrials area
(industrial estates)
18
Poverty Area
Covers the information of the pre-wealthy people (poverty people)
in percentage.
19
Gross Regional Domestic Product
Covers the information of the Gross Regional Domestic Product
based on the Indonesian business classification for each second
level government.
20
Tourism Area
Describes the information of tourism objects locations.
21
Rivers
Those maps are be displayed statically (as the captured pictures), and dynamically (in the form of Internet GIS), created in Java
Programming Language using the database relations that is already in digital format.
