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Maptitude®
for Great Britain |
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A World of Data on Your Desktop
Unlike
many other mapping and GIS packages that
require users to purchase data separately, Maptitude
includes extensive geographic and demographic data so that you
can get started as soon as you open the box. Data are provided in a
compact geographic data format that reduces data storage requirements
and reduces network traffic.
Maptitude for Great Britain provides extensive
geographic data for the United Kingdom,
and abundant geographic data from around the world so that you can get
started as soon as you open the box.

Map
Your Own Data
Maptitude lets
you create maps using your own data. Whether you
store your data in Excel worksheets, Access tables, dBASE files,
or any ODBC compliant data source such as Oracle, or SQL Server,
Maptitude can work with your data. You
can use the powerful database capabilities of
Maptitude to join your data to an existing map layer. You can
then use your data to create themes, add labels, or
analyze geographically. You can also display tables that show data from
the map layer side-by-side with your own data. You can even create
formulas that combine data from the two different sources.
Maptitude
supports over 50 file types and more than 100 GIS and CAD formats. You
can map ESRI Shapefiles, MapInfo TAB files, and Oracle Spatial tables
directly, or use the built-in translators to import geographic data from
a variety of other software packages and public sources. This extensive
library of importers and exporters is one of the largest in the industry
and comes at no additional charge. This makes Maptitude the perfect
choice for a new GIS purchase because you can work with your existing
installation or easily migrate your data from your current GIS products.
You can also use raster
images such as satellite or aerial photographs directly in your maps.
Maptitude includes toolboxes for quickly accessing
on-line images from TerraServer-USA. These images
can be used as a means of reference or in conjunction with the map
editing tools to create or edit geographic files.
A built-in interface to
Global Positioning System (GPS) devices lets you track and record your
location, and build geographic databases as you work. With a GPS and a
laptop, users in the field can create accurate geographic files of
public utilities, corporate facilities, geographic features, and more.
Geocoding: You can link your data to map
features or locate data on a map using post codes, or by simply pointing to the correct
location. In a few easy steps, you can use your own data to color code postal geographies
by sales or display the locations of customers.
GPS: A built-in interface to Global
Positioning System (GPS) devices lets you track and record your location, and build
geographic databases as you work. With a GPS and a laptop, users in the field can create
accurate geographic files of public utilities, corporate facilities, geographic features,
and more.
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File formats supported in Maptitude
5.0 |
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Map, GIS, and CAD formats |
Open
( )
Import ( ) |
Export |
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AutoCAD Drawing Exchange format files
(version R14 and earlier) |
.DXF |
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| Caliper
Compact Data Format files |
.CDF |
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Caliper Standard Data Format files |
.DBD |
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Digital Elevation Model files (USGS, NOAA, DTED, ESRI
Binary) |
.DEM;.G03;.G98;.DT0;
.DT1;.DT2;.FLT |
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- |
| Digital
Line Graph format files (USGS, NWI, NATSGO, STATSGO, SURGO) |
.DLG;.OPT;.STD;
.LGO;.LGS;.GRF;
.0AF;.0SF;.ATT;.SYM |
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| Digitizing
tablets |
Wintab
compliant drivers |
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| ESRI
ArcMap Document (requires ArcMap to be installed) |
.MXD |
- |
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| ESRI
ArcView 3.x Project files and Legend Files |
.APR;
.AVL |
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- |
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ESRI Export format files files |
.E00 |
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- |
| ESRI
Personal Geodatabase files |
.MDB |
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- |
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ESRI Shapefiles |
.SHP |
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| ESRI
Ungenerate format files files |
.LIN;.PTS |
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ETAK MapBase format files files |
.MBS |
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| Google
Keyhole Markup Language Files |
.KML;.KMZ |
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| GPS
playback data files |
.GPS |
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GPS device serial port |
NMEA 0183 |
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| Intergraph
Design files (ISFF or V7) |
.DGN |
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Interim Terrain Data (ITD) |
.SLF |
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| MapInfo
Interchange Format files |
.MIF |
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MapInfo TAB Files files |
.TAB |
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| Metadata
(Federal Geographic Data Committee standard) |
.MET |
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| National
Transportation Atlas Dataset (NTAD) format files |
.PNT;.LNK;.NOD;.GEO; |
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ODBC database with coordinates for
points files |
ODBC
(SQL etc.) |
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| Oracle
Version 7 (Spatial Data Option) files |
SDO |
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Oracle Version 8i (Oracle Spatial)
files |
SDO |
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| Ordnance
Survey NTF format files |
.NTF |
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| Planning
Interim Terrain Data (PITD) |
.SLF |
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| Spatial
Data Transfer Standard (SDTS) files |
.DDF |
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| Strategic
Mapping (Atlas) Boundary ASCII format files |
.BNA |
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| TIGER/Line
files (TIGER 1990-2006, TIGER Compressed) |
.F41;.F51;.F61;.BW1;
.RT1;.ZIP; .TX1 |
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| U.S.
Geological Survey Land Use & Land Cover (LULC) files |
.GIR |
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| Vector
Product Format (VPF) files |
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| Image
(raster) formats |
Open
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Export |
| Bitmap
(including True Color) |
.BMP |
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| Enhanced
Compressed Wavelet |
.ECW |
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| Enhanced
metafile |
.EMF |
- |
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| GeoTIFF |
.TIF |
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| JPEG |
.JPG;.JPEG |
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| JPEG2000 |
.JP2 |
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| MrSID
(Multiresolution Seamless Image Database) |
.SID |
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| MrSID
Generation 3 |
.SID |
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| Portable
Network Graphics |
.PNG |
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| SPOT
MetroView satellite images |
.BIL;.TIF |
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| SPOTView
satellite images |
.BIL;.TIF |
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| TIFF |
.TIF |
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U.S.
Geological Survey digital rectified aerial photographs
(Digital Orthophotos,
including Digital Orthophoto Quarter
Quad image format |
DOQ;DOQQ |
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Database/table/spreadsheet formats |
Open |
Export |
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Caliper dataview |
.DVW |
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Caliper fixed-format binary |
.BIN |
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| Comma-delimited
text (read-only) |
.CSV;.TXT |
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| dBASE/FoxPro/X-base |
.DBF |
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| Fixed-format
text |
.ASC |
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| HTML
table |
.HTM |
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| Microsoft
Access tables |
.MDB;.ACCDB |
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| Microsoft
Excel (Worksheet, XML, Binary, Macros) (read-only) |
.XLS;.XLSX;
.XLSB;.XLSM |
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| ODBC
SQL Query (ODBCQ) |
ODBCQ |
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| ODBC
table (ODBC) |
ODBC
(SQL,etc.) |
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| Oracle
tables |
.NTF |
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- |
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Multimedia formats |
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Windows Media Video |
.WMV |
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Caliper Slideshows (Can include .WAV;.AVI;.MOV;.MPG;
.MPEG;.MP2;.MP3;.MPE;.ASF;.ASX;.WM;.WMA;.WMP;
.WMX;.WMV;.WVX;.QT;.SND;.AU;.AIF) |
.SLI |
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Image Servers supported by Maptitude 5.0 |
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Google Earth satellite images |
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TerraServer-USA |
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Geographic Analysis
Tools
One of the best reasons to
use a GIS is to unearth and analyze the geographic components of your
data. You can create bands (buffers) around map features, create
districts, define areas of influence, find shortest paths,
perform surface analysis, and create density grids. Maptitude
also makes it easy to overlay and aggregate data and calculate
statistics.
Ask and Answer Geographic
Questions:
Where are areas with the highest population density?
How many people live within one, two, and three miles of this site? How
many comparable properties are located in this neighborhood? What is the
shortest route between delivery points? Maptitude answers these and many
other types of questions. Maptitude lets you understand trends, evaluate
sites, and define optimal routes. You can integrate census statistics
with your own data to identify geographic characteristics that impact
you and your operations. You will be amazed at how quickly you can
enhance your decision making using this easy-to-use GIS tool.
Bands:
You can automatically create bands around any number of map features and
then analyze the characteristics of those areas. Find out how many
customers live within a certain distance of a store, compute the
demographic characteristics around potential store sites, analyze the
neighborhoods most affected by noise pollution from a highway, or
determine accessibility to facilities.
Districts:
Maptitude lets you join smaller areas into districts and compute the
attributes for each one. For example, you can group ZIP Codes or
counties together to create sales territories, land parcels to create
zoning districts, or city blocks to create school districts.
Areas of Influence:
You
can determine the areas closest to each of your facilities by building
areas of influence, then estimate the attributes within each area to
determine areas that are under- or over-served.
Density
Grids:
Maptitude lets you visualize
point data by transforming the points into a regular grid. This makes it
easy to identify customer concentrations,
crime hot spots, or disease outbreaks. In
addition, the grid can be weighted based on a value you choose. For
example, you could analyze the pattern of clients around a store and
weight them by the cost of their purchases, or find all employers and
weight them by the number of jobs.
Surface
Analysis:
With Maptitude, you can analyze and display surfaces
on a two-dimensional map or as a 3D map. You can create contour maps of
elevations and then determine the viewshed for any location, either at
ground level or at a particular height. For example, you can find areas
of weak service from a transmission tower. You can also create surfaces
that represent data values, such as measures of air pollution or levels
of radon gas, over a geographic region.
Routes:
Maptitude identifies routes between points and generates
driving directions. When a trip involves several stops, Maptitude can
even help you decide the best order in which to visit them. Most
importantly, Maptitude lets you decide what type of route you want the
shortest, fastest, or a route that satisfies certain restrictions you
need to consider, based on the available data.
Network Bands:
In addition to the circular bands described above, you
can create bands that are based on an impedance attribute along streets
or other lines. Network bands are useful, for example, for identifying
the area around one or more origins that can be covered within a certain
amount of time or is within a particular walking/driving distance. For
example, you could create bands based on driving distance to your stores
to identify areas that are not well served.
Network Partitioning:
You
can partition streets or other line networks into zones or districts, so
that each link is assigned to the closest or least cost service location
based on an impedance attribute such as time or distance. For example,
you can divide the streets in a city so that each is assigned to the
fire station that can provide the fastest response time, or determine
which streets are within the maximum walk distances around elementary
schools.
Adjacency Tools:
With Maptitude you can identify the neighbors of an
area of interest and create bands of adjacent neighbors. Use these tools
for topological querying, exploring market expansion, planning
evacuations, or tracking disease outbreaks.
Desire Lines:
You can illustrate the flow of people or goods from point to point based
on values in a dataview. For example, if you had a table with the number
of customers in each ZIP Code who shop at your retail stores, you can
show the number of customers traveling to each store with desire lines.
Trade Areas and Site Location:
You can determine a circular service area that encompasses a set of
points. You can also choose whether to weight the center location by a
field in your point layer. For example, if you are considering
relocating a store, you can create a trade area around your customers
and weight the center by their sales volume to determine a new candidate
location.
In addition, you can:
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Measure areas and distances
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Aggregate and disaggregate attribute data
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Create areas from line features or lines from area features
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Select features by pointing, radius, polygon, condition, value, or
location
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Generate statistics (count, sum, mean, minimum, maximum, & standard
deviation)
Application Development Platform
Maptitude
includes the Geographic Information System Developers Kit (GISDKTM).
GISDK gives you the tools that you need to create a wide variety of
products for delivering mapping and geographic analysis capabilities to
your customers. Over 850 functions can be called from Caliper Script, a
complete programming language for designing menus and dialog boxes
(including toolbars and toolboxes) and for writing macros. The Caliper
Script code is stored in resource files that you can edit with your
favorite text editor. With GISDK you can:
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Create add-ins that extend the
standard interface to provide new capabilities or that automate
repeated operations |
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Build custom applications that
focus the user on the capabilities needed for a particular purpose by
extending or replacing the standard Maptitude interface |
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Access Maptitude
from .NET to integrate it into a .NET desktop application |
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Access Maptitude as
a COM Object to add maps or analysis functions to your own programs |
GISDK contains both a
debugger and a compiler.
Add-Ins:
Add-ins are macros or dialog boxes that are launched within Maptitude.
You can create add-ins to provide end-users with easier access to
existing software functions; to add new capabilities to the GIS engine;
or to create hooks to your own applications. Add-ins can be freely
distributed to any Maptitude user without restriction.
The simplest add-ins are
macros that run when they are selected by the user. A sophisticated
add-in can display dialog boxes that let the user choose the settings or
options to use when the macro is executed. The most flexible and
powerful add-ins are custom toolboxes that provide users with
push-button access to tools that you have programmed. These toolboxes
look like the standard toolboxes used in all Windows applications.
Custom
Applications: GISDK lets you create a mapping application
program with a custom user interface. You design the menus, toolbars,
toolboxes and dialog boxes, and program the application to respond to
user actions in any way you want.
You can organize and
structure your custom applications to appeal to a particular audience.
You can create applications that are dynamic and that adapt to the
capabilities and authorization level of the user.
Custom applications are
executed like other Windows programs. Add your own program icon to any
program group and double click to launch your application.
Accessing Maptitude from .NET
or as a COM Object:
GISDK allows you to call mapping functions and macros from another
application, written in another programming language.
The .NET classes included with Maptitude allow you to access the GISDK
environment from a Windows desktop application (Windows Forms) written
in any .NET language. GISDK also allows you to call GISDK functions and
macros from another application using COM. Maptitude can provide map,
data, and geographic analysis services when accessed as a COM Object.
You write your application in a programming language that can make COM
calls, and when you need map services you call the Maptitude object to
supply those services.
If, instead, what you need is a web server application, you
should use Maptitude for the Web. Contact Caliper or visit our web site for more
information.
Maptitude User Services
Caliper provides a comprehensive
program of technical support, training, and consulting services to
ensure the success of your Maptitude applications.
Maptitude includes comprehensive documentation with
background information, step-by-step instructions, and a series of hands-on tutorials that
let you try out features. On-line help with tooltips and other on-screen visual cues also
make Maptitude easy to learn and use.
Caliper offers a full range of GIS implementation services.
Our GIS professionals will assist you in assessing data requirements, database strategy
and design, database development, and analytical modeling. Caliper also provides custom
application and turnkey system development services, including web site creation.

System Requirements: |
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Personal computer
running Microsoft
Windows 2000, XP, or Vista
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DVD-ROM Drive
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64 MB RAM
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170 MB hard disk
space for program files (additional space required for geographic
data) |
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