Pitney Bowes MapXtreme - Manual (Page 569)

Appendix H: Elements of a Coordinate System
Projection Datums
MapXtreme v7.1 576 Developer Guide
Alternatively, if you want to bound the system to (x1, y1, x2, y2)=(-500000, 0, 500000, 1000000), the
required line is:
<ProjectedCRS>
<srsName>UTM Zone 1 (NAD 83)- bounded</srsName>
<srsID>
<code>coordsys 8,33,7,-177,0,0.9996,500000,0, -500000, 0,
500000, 1000000
</code>
<codeSpace>mapinfo</codeSpace>
<remarks>Universal Transverse Mercator </remarks>
</srsID>
<baseCRS/>
<definedByConversion/>
<usesCartesianCS/>
</ProjectedCRS>
To customize the system using both of these modifications, the line is:
<ProjectedCRS>
<srsName>UTM Zone 1 (NAD 83)</srsName>
<srsID>
<code>coordsys 8,33,7,-177,0,0.9996,500000,0, 7, 0.5, -
0.866, 0, 0.866, 0.5, 0, -500000, 0, 500000,
1000000 </code>
<codeSpace>mapinfo</codeSpace>
<remarks>Universal Transverse Mercator </remarks>
</srsID>
<baseCRS/>
<definedByConversion/>
<usesCartesianCS/>
</ProjectedCRS>
Projection Datums
The datum is established by tying a reference ellipsoid to a particular point on the earth. The
following table lists these details for each datum:
• The number used to identify the datum in the MapInfoCoordinateSystemSet.xml file.
• The datum’s name
• The maps for which the datum is typically used
• The datum’s reference ellipsoid
Number Datum Area Maps Ellipsoid
1 Adindan Ethiopia, Mali, Senegal,
Sudan Clarke 1880
2 Afgooye Somalia Krassovsky