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ArcDesktop Extensions
The ArcGIS suite of software is built on a common
architecture that forms a complete GIS. This
architecture supports a series of extensions that
dramatically extend the functional capabilities of
ArcGIS. The extensions can be used with any of the
ArcGIS desktop products (ArcView, ArcEditor, and
ArcInfo). These optional
extensions for ArcGIS Desktop products allows you to
perform extended tasks such as raster geoprocessing and
three-dimensional analysis
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ArcGIS Publisher is an extension to the ArcGIS
Desktop products ArcView, ArcEditor, and ArcInfo
and works in conjunction with
ArcReader. ArcGIS
Publisher provides map publication capabilities to
ArcGIS. Users can convert a standard ArcGIS map
document (MXD) to a PMF. PMFs can then be shared
and distributed for viewing with
ArcReader.
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ArcGIS Spatial Analyst
allows users to perform spatial analytical tasks
such as surface analysis, terrain analysis, and
map algebra. With ArcGIS Spatial Analyst users can
create, query, map, and analyze cell-based raster
data and perform integrated vector-raster
analysis. In addition, users can derive new
information from existing data, query information
across multiple data layers, and fully integrate
cell-based raster data with traditional vector
data sources.
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ArcGIS 3D Analyst allows you to
effectively visualize and analyze surface data.
Using ArcGIS 3D Analyst, you can view a surface
from multiple viewpoints, query a surface,
determine what is visible from a chosen location
on a surface, create a realistic perspective image
that drapes raster and vector data over a surface,
and record or perform three-dimensional
navigation. The ArcGlobe application in ArcGIS 3D
Analyst allows you to manage and visualize, from a
local or global perspective, extremely large sets
of three-dimensional geographic data. ArcGlobe
provides the capability to seamlessly interact
with any geographic information as data layers on
a three-dimensional globe.
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ArcGIS Geostatistical Analyst
provides a powerful suite of tools for spatial
data exploration and optimal surface generation
using sophisticated statistical methods. Through a
series of easy-to-use wizards and dialogs, ArcGIS
Geostatistical Analyst allows you to create a
surface from a set of data measurements when
collecting information for every possible location
would be impractical. Whether improving estimation
of temperature values, assessing environmental
risks, or predicting the existence of any
geophysical element, ArcGIS Geostatistical Analyst
gives anyone with spatial data the ability to
investigate, visualize, and create optimal
surfaces.
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ArcGIS Survey Analyst is an
extension to ArcGIS Desktop products, ArcView,
ArcEditor and ArcInfo, that manages survey data in
a geodatabase and represents survey measurements
and observations on a map. ArcGIS Survey Analyst
adds a rich suite of survey measurement-based
processing and analysis tools for not only
improving the spatial accuracy of features, but
also determining the quality of feature locations.
ArcGIS Survey Analyst enables you to work with
survey observations from field notes, survey
equipment, and data collectors and store the
survey data directly in a GIS database. Further,
the Survey Analyst extension performs survey
computations and adjustments on the measurements
to determine the GIS coordinates of survey points.
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The ArcGIS Tracking Analyst extension adds
additional tools and functionality to the ArcGIS
suite enabling users to visualize and analyze
temporal data by defining events including time,
location, and attribute information. The new
extension can be combined with other ArcGIS
extensions to create powerful applications for
transportation, emergency response, military, and
other industries. ArcGIS Tracking Analyst can
display data types including points, lines,
polygons, and tracks, for historical or real-time
data analysis (from connections to the ArcIMS
Tracking Server). Users can record, play back, and
conduct temporal analysis, including data clock
charting and temporal offset. Monitoring and
analysis actions will be available, such as
highlight, suppress, and filter, and user-defined
applications such as Visual Basic scripts.
Existing temporal data can be set with future time
windows (for mission planning) or past time
windows (for historical data).
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One of the most time
consuming aspects of map production for
cartographers is name placement. Hours of manual
intervention are required to prevent name overlap
and unambiguous feature annotation. Maplex
software provides your organization with the most advanced, flexible
text placement and cartographic design software possible.
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