| Screenshots |
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| Below are a set of screenshots
demonstrating a few of the various capabilities of Global Mapper. To view
a full-size version of any screenshot, simply click on the image. |
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| Global Mapper's 3D View window displaying
a terrain surface with 3D building vectors for Kuala Lumpur, Malaysia.
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| Global Mapper's 3D View window displaying
several USGS 24K DLG files draped over a USGS 24K USGS DEM for Blue Springs,
MO. |
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| Global Mapper displaying some very high-resolution (1m per pixel)
LiDAR-derived grid data with high resolution (1ft per pixel) DigitalGlobe displayed over a portion
of the grid for reference. |
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| Global Mapper displaying some TerraServer-USA
urban imagery for Bush Intercontinental Airport in Houston, TX. The dialog
used to import TerraServer-USA data is displayed over the extremely detailed
color imagery. |
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| This screen shot displays an image rectification/registration
process whereby control points are used to place an image at the correct location on the earth.
You can see that you can easily select control points based on other loaded data (the right-most
map display) and associate them with the same location on the map being rectified. |
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| A stream network with drainage areas automatically generated
by the watershed delineation command in Global Mapper from 24K USGS DEM data. You can clearly see
the stream network as well as the area that drains to each calculated stream segment. |
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| Global Mapper feather blending a very high
resolution (0.15 meters per pixel) color image with a lower resolution (3.5
meters per pixel) color image for the same area. The high resolution image
has been purposely tinted purple to make the feathering effect more visible. |
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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.
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| Global Mapper display when tracking a GPS
device over loaded data. In the sample, 30-m SDTS DEM data is loaded as
a backdrop with Tiger 2002 data loaded on top. You can see the GPS vessel
location and the tracklog of where the vessel has been. The GPS Information
dialog displays current GPS status information. |
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| Global Mapper loaded with a 24K DEM
and Tiger/Line data for an area. Notice the rich vector display
and the status bar display of the street address currently under the cursor. |
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| Global Mapper loaded with four adjacent
24K DRG's (Oak Grove, MO, Blue Springs, MO, Buckner, MO, and Missouri City, MO).
All 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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| Global Mapper after performing a view shed
analysis on several loaded SDTS DEM data sets with vector DLG data loaded
on top to provide reference. 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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| Global Mapper loaded Tiger/Line vector data
with USGS DOQQ imagery underneath. A vector attribute/name search dialog is displayed with
an active search on any features with '21' in the feature name. One of the matching results
is selected with the selected feature highlighted on the map underneath as well. |
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| Global Mapper with Blue Marble imagery loaded from a WMS
data source with country boundaries with some labels displayed on top. |
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| User Supplied Screenshot - This user-supplied
screenshot displays a topographic map of Poland with a 3D elevation profile displayed from
underlying elevation data and metadata for a layer displayed as well. |
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| User Supplied Screenshot - This user-supplied
screenshot displays an elevation model of Poland created from 92 SRTM .hgt files plus
world administrative boundaries and world vector shoreline data. The SRTM elevation data
is rendered using a custom elevation shader (the SRTM Polska Shader selection on the toolbar).
A 3D path profile is displayed along the selected border line. |
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| User Supplied Screenshot - This user-supplied
screenshot displays an elevation model of Poland created from 92 SRTM .hgt files plus
a 1:80000 scale topographic map. A 3D path profile is also displayed along with metadata
for a selected layer. |
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| User Supplied Screenshot - This user-supplied
screenshot displays the rectification/geopositioning of a scanned historical map with well
over 100 ground control points used to perform the transformation. |
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| User Supplied Screenshot - This user-supplied
screenshot displays an elevation model of a portion of the Grand Canyon, both in the main
2D map view and in the 3D view. The elevation data is displayed using a user-creatd custom
elevation shader. |
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| User Supplied Screenshot - This user-supplied
screenshot displays some user-created 4WD trails near Moab, UT along with some other
vector mapping data. |
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| User Supplied Screenshot - This user-supplied
screenshot displays numerous vector layers displayed over some imagery as well as an
active search. |
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| User Supplied Screenshot - This user-supplied
screenshot displays numerous vector layers displayed as well as imagery from different
sources and different levels of detail. |
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| User Supplied Screenshot - This user-supplied
screenshot displays several islands from an elevation layer (rendered with the user-created
custom shader 'FRANCIGENA') with surrounding vector
shoreline data loaded as well as grid lines and a north arrow. |
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| User Supplied Screenshot - This user-supplied
screenshot created from multibeam data of a cable route survey that we conducted offshore
Haiti. I overlaid a proposed route to demonstrate to the client how it would fall on the seabed.
After seeing these types of graphic demonstrations our clients quickly purchase your product as
it is a very good tool for viewing cable routes! |
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