| This screenshot shows two instances of Global Mapper with the same
satellite image loaded. In the left instance, no modification to the color
values in the image have been done. In the right instance, the auto
contrast adjust option found in the Options menu in the Overlay Control
Center has been enabled. The drastic improvement in the image appearance
is obvious. |
 |
| This screenshot shows two instances of Global Mapper with the same
satellite image loaded. In the left instance, no modification to the color
values in the image have been done. In the right instance, the auto
contrast adjust option found in the Options menu in the Overlay Control
Center has been enabled. The drastic improvement in the image appearance
is obvious. |
 |
| This
screenshot shows Global Mapper loaded with a 24K SDTS DEM and several SDTS DLG layers for an
area. Notice the rich vector display and the status bar display of
the item currently under the cursor. |
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| This
screenshot shows Global Mapper loaded with two adjacent 24K DRG's (Rolla, MO and Dillon, MO).
Both DRGs have the auto-clip collar option selected. Note how the DRGs
display seamlessly. Without the auto-clip collar feature, there would be a
large collar that would block out a large portion of the adjcacent data.
|
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| This
screenshot shows Global Mapper after performing a view shed analysis on several loaded SDTS
DEM data sets. Global Mapper is able to perform view shed analysis on any of the supported
elevation grid formats from a user-specified location, with a specified
transmitter height and radius. |
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| This
screenshot shows Global Mapper loaded with several data sets, including all of the GNIS data
points for a single state and the GNIS populated place database. A Find By
Name operation is being conducted on the loaded data. This operation
allows you to search through all of the currently loaded data with names
for a given name. The list of matches is dynamically updated as you type.
|
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| This
screenshot shows Global Mapper loaded with several data sets, included a 24K DRG, several
100K DLGs, and a GNIS (Geographic Names) data file containing place names
for the state in which the DRG data resides. The DRG has been artificially
dimmed to make the vector data stand out. Of note is the rich display of
the data, as well as the fact that the data is rendered in a geographic
projection, although the DRG's and DLG's come in UTM. The reprojection of
both raster and vector data is done on-the-fly with no input required from
the user. |
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| This
screenshot shows Global Mapper loaded with the worldwide TerrainBase elevation dataset using
the global shader to color the imagery. |
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| 이 스크린 화면은 우리나라 지역의 전자해도(S-57)을 Global
Mapper에서 읽어 도시한 예입니다. |
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