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Geoframeworks GPS NET v2.3.18

Full name: Geoframeworks.GPS.NET.v2.3.18-DVT.nfo


DATE SECTION NAME GROUP SRCH
2009-09-24 ALL Geoframeworks GPS NET v2.3.18.full.rar Cracked Search .nfo
2009-09-20 ALL Geoframeworks GPS NET v2.3.18 [FullVersion] Cracked Search .nfo
2009-09-22 ALL [HIGHSPEED] Geoframeworks GPS NET v2.3.18 Cracked Search .nfo
2009-09-25 ALL [TRUSTED DOWNLOAD] Geoframeworks GPS NET v2.3.18 Cracked Search .nfo


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°ß²²²Û±±±²Û             Geoframeworks GPS.NET v2.3.18             Û²±±±Û²²²ß°±
±° ßܱ߲²²ÛÜ                                                     ÜÛ²²²ß±Üß °±²
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ÜÛÛ²²Ý  ²²                                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß    Released on 07/05/07 for exclusive usage by          ß²²  ß²²Û²ß
²ß²   Üß°     members of the release scene. This isnt something     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °    to share with your school mates and not for sale.    °  Þ² Üß °Û
²Ü °²±²Ü  °   Go and ask daddy to buy this app if you like it!    °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °                                                       °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±   Company ..: geoframeworks                           ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°   Url ......: www.geoframeworks.com                   °±   ÞÛÛÛÝ °
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 ÞÛÛÛÝ   ±°  ²Û ß²Û   ±ÞÛ±  Release Information   ²Ûݱ   Û²ß Û²   °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²     ß   ß  Üܲ²  °°°°°°°°°°°°°°°°°°°   ²²ÜÜ  ß   ß      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß               ßß                      ßß                ß²²  ß²²Û²ß
²ß²   Üß°                                                           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   Develop Commercial GPS Software In Record Time        °  Þ² Üß °Û
²Ü °²±²Ü  °                                                       °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  GPS.NET is the only component trusted for            °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  mission-critical GPS software development because    ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  of its rigorous testing and established success in   °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   the field. For example, GPS.NET is being used in      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   autonomous robots by a bomb disposal unit in Sweden   ß²²  ß²²Û²ß
²ß²   Üß°    to locate undetonated mines. GPS.NET is also being     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   used by a military software company to help           °  Þ² Üß °Û
²Ü °²±²Ü  °  soldiers identify friend vs. foe in zero             °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  visibility. GPS.NET is used by several               °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  international companies to track vehicles, follow    ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  shipping containers, prevent speeding tickets, save  °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   endangered species and maximize crop production.      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   When it comes to writing GPS software, don't place    ß²²  ß²²Û²ß
²ß²   Üß°    your application's future in the hands of a            °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   hobbyist... use the GPS component trusted by          °  Þ² Üß °Û
²Ü °²±²Ü  °  professionals.                                       °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  [Automatic Device Detection (click to enlarge)       °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  GPS.NET uses a multithreaded device detection        ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  system to quickly scan for and discover any GPS      °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   device attached to the system. GPS.NET can perform    ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   detection in the background when your application     ß²²  ß²²Û²ß
²ß²   Üß°    first launches to ensure that devices are              °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   discovered by the time your application needs         °  Þ² Üß °Û
²Ü °²±²Ü  °  real-time GPS data. GPS.NET employs a caching        °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  system as well to quickly find devices which have    °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  been detected before. Detection will work with any   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  serial, Bluetooth, or USB device with USB-to-serial  °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   drivers.] 	[Complete Support for NMEA-0183 Data       ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   (click to enlarge) GPS.NET will process all NMEA      ß²²  ß²²Û²ß
²ß²   Üß°    sentences from any GPS device, turning the raw data    °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   into easy-to-use managed .NET objects such as         °  Þ² Üß °Û
²Ü °²±²Ü  °  Position, Azimuth and Distance. You can be notified  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  of changes in real-time data with events such as     °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  PositionChanged, SpeedChanged, AltitudeChanged, and  ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  several more.] 	[Access to Complete Real-Time Data   °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   (click to enlarge) With GPS.NET, you can develop an   ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   application without requiring any knowledge of how    ß²²  ß²²Û²ß
²ß²   Üß°    the Global Positioning System or NMEA-0183 data        °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   works. Simply add an NmeaInterpreter to your form,    °  Þ² Üß °Û
²Ü °²±²Ü  °  then call the Start method. GPS.NET will go out and  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  search for GPS devices for you and raise events      °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  when information changes.] 	[Integrated Precision    ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  Control (click to enlarge) Did you know that a GPS   °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   device can transmit data which is inaccurate by       ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   over 150 meters? Our competitors won't tell you       ß²²  ß²²Û²ß
²ß²   Üß°    this important fact, but GPS.NET solves this issue     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   completely with integrated precision control. You     °  Þ² Üß °Û
²Ü °²±²Ü  °  can instruct GPS.NET to automatically ignore any     °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  real-time data which doesn't meet your precision     °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  requirements, up to the maximum precision of the     ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  device itself.] 	[Built In Trigonometric Functions   °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   (click to enlarge) GPS.NET and GIS.NET are built      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   upon a common assembly known as the "GeoFramework     ß²²  ß²²Û²ß
²ß²   Üß°    Core" which contains several common objects such as    °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   Position, Distance, Angle, Speed and so on. The       °  Þ² Üß °Û
²Ü °²±²Ü  °  objects contain methods you can use to calculate     °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  distance and bearing. You can also calculate the     °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  minimum travel time to a destination, total length   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  of a route, and several other calculations. With     °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   GPS.NET, you will not need to write code for          ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   trigonemtric functions because they are already       ß²²  ß²²Û²ß
²ß²   Üß°    built-in for you.] 	[Fully Globalized Architecture     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   The .NET Framework is able to adjust to other         °  Þ² Üß °Û
²Ü °²±²Ü  °  languages, date formats and numeric formats.         °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  GPS.NET builds on this design by automatically       °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  adjusting measurements to the local culture. For     ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  example, speed reports are automatically given in    °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   miles-per-hour in the United States. Altitude         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   measurements are displayed in meters in Europe and    ß²²  ß²²Û²ß
²ß²   Üß°    Australia, and so on. GPS.NET can parse and output     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   data in any .NET culture, making it work on any       °  Þ² Üß °Û
²Ü °²±²Ü  °  computer in the world.]                              °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  [GPS Control Toolbox: Compass Control (click to      °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  enlarge) The Compass control is a user control       ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  which can help you navigate to any destination. You  °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   can rotate the entire control for "track-up"          ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   navigation, and turn the needle to either the         ß²²  ß²²Û²ß
²ß²   Üß°    current real-time bearing, or the bearing to the       °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   next destination. The Compass can automatically       °  Þ² Üß °Û
²Ü °²±²Ü  °  utilize real-time GPS data or display a custom       °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  value that you set manually. The Compass uses the    °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  same multithreaded, double-buffered rendering        ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  technology as GIS.NET to deliver liquid-smooth       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   animation effects. The GPS Control Toolbox is sold    ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   separately from GPS.NET.] 	[GPS Control Toolbox:      ß²²  ß²²Û²ß
²ß²   Üß°    Speedometer Control (click to enlarge) The             °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   Speedometer control is a user control which can       °  Þ² Üß °Û
²Ü °²±²Ü  °  help you display the current speed. You can set the  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  control to any maximum speed and change the units    °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  to any Metric or Imperial unit type. You can also    ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  instruct the control to automatically display        °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   real-time speed from a GPS device, or set the         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   control to a manual value. The Speedometer uses the   ß²²  ß²²Û²ß
²ß²   Üß°    same multithreaded, double-buffered rendering          °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   technology as GIS.NET to deliver liquid-smooth        °  Þ² Üß °Û
²Ü °²±²Ü  °  animation effects. The GPS Control Toolbox is sold   °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  separately from GPS.NET.] 	[GPS Control Toolbox:     °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  Altimeter Control (click to enlarge) The Altimeter   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  control is a user control which can help you         °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   display either the current altitude above sea         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   level, or depth underwater. You can set the control   ß²²  ß²²Û²ß
²ß²   Üß°    to any value and change the units to any Metric or     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   Imperial unit type. The Altimeter can be set to       °  Þ² Üß °Û
²Ü °²±²Ü  °  automatically display the real-time GPS altitude,    °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  or you can set the control to a manual value. The    °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  Altimeter uses the same multithreaded,               ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  double-buffered rendering technology as GIS.NET to   °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   deliver liquid-smooth animation effects. The GPS      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   Control Toolbox is sold separately from GPS.NET.]     ß²²  ß²²Û²ß
²ß²   Üß°    	[GPS Control Toolbox: Real-Time GPS Satellite         °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   Viewer (click to enlarge) The SatelliteViewer and     °  Þ² Üß °Û
²Ü °²±²Ü  °  SatelliteSignalBar controls are the most popular     °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  controls in the GPS Control Toolbox. These controls  °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  can help you quickly determine where GPS satellites  ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  can be found relative to your current location. You  °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   can also easily determine whether radio signals are   ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   being received strongly enough to calculate your      ß²²  ß²²Û²ß
²ß²   Üß°    location. These controls can be customized to use      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   any color or pattern, and can also pick up special    °  Þ² Üß °Û
²Ü °²±²Ü  °  WAAS, EGNOS and MSAS corrective satellites. These    °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  controls use the same multithreaded,                 °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  double-buffered rendering technology as GIS.NET to   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  deliver liquid-smooth animation effects. The GPS     °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   Control Toolbox is sold separately from GPS.NET.]     ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   	[Easily Customize Colors and Rendering Performance   ß²²  ß²²Û²ß
²ß²   Üß°    The GPS Control Toolbox can be customized to blend     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   with any user interface. You can change the outline   °  Þ² Üß °Û
²Ü °²±²Ü  °  color, fill color, texture, or background of any     °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  part of any control. You can resize the controls to  °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  any shape, and have controls partially overlap one   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  another. You can enable or disable the special       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   Vista-like smoked glass effect for super-smooth       ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   animation. You can also control whether rendering     ß²²  ß²²Û²ß
²ß²   Üß°    for controls takes place on a separate thread to       °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   maximize performance of your user interfaces.]        °  Þ² Üß °Û
²Ü °²±²Ü  °  	[Easily Convert Text Into Objects (click to         °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  enlarge) GPS.NET, GIS.NET and the GeoFramework Core  °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  all support a feature known as "circular parsing"    ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  where an object can be created from the results of   °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   its own ToString method. Circular parsing lets you    ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   easily read text from an XML file or SQL Database     ß²²  ß²²Û²ß
²ß²   Üß°    then convert the string to an object without having    °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   to do any custom string parsing. Circular parsing     °  Þ² Üß °Û
²Ü °²±²Ü  °  works with any global culture, and can intelligenly  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  parse both spelled-out words such as "square miles"  °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  as well as abbreviations.]                           ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  Automatic Device Detection                           °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²                                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   GPS.NET uses a multithreaded device detection         ß²²  ß²²Û²ß
²ß²   Üß°    system to quickly scan for and discover any GPS        °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   device attached to the system. GPS.NET can perform    °  Þ² Üß °Û
²Ü °²±²Ü  °  detection in the background when your application    °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  first launches to ensure that devices are            °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  discovered by the time your application needs        ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  real-time GPS data. GPS.NET employs a caching        °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   system as well to quickly find devices which have     ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   been detected before. Detection will work with any    ß²²  ß²²Û²ß
²ß²   Üß°    serial, Bluetooth, or USB device with USB-to-serial    °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   drivers.                                              °  Þ² Üß °Û
²Ü °²±²Ü  °  Complete Support for NMEA-0183 Data                  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °                                                       °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  GPS.NET will process all NMEA sentences from any     ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  GPS device, turning the raw data into easy-to-use    °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   managed .NET objects such as Position, Azimuth,       ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   Speed and Distance. You can be notified of changes    ß²²  ß²²Û²ß
²ß²   Üß°    in real-time data with events such as                  °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   PositionChanged, SpeedChanged, AltitudeChanged, and   °  Þ² Üß °Û
²Ü °²±²Ü  °  several more.                                        °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  Access to Complete Real-Time Data                    °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±                                                       ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  With GPS.NET, you can develop an application         °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   without requiring any knowledge of how the Global     ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   Positioning System or NMEA-0183 data works. Simply    ß²²  ß²²Û²ß
²ß²   Üß°    add an NmeaInterpreter to your form, then call the     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   Start method. GPS.NET will go out and search for      °  Þ² Üß °Û
²Ü °²±²Ü  °  GPS devices for you and raise events when            °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  information changes.                                 °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  Integrated Precision Control                         ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°                                                       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   Did you know that a GPS device can transmit data      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   which is inaccurate by over 150 meters? Our           ß²²  ß²²Û²ß
²ß²   Üß°    competitors won't tell you this important fact, but    °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   GPS.NET solves this issue completely with             °  Þ² Üß °Û
²Ü °²±²Ü  °  integrated precision control. You can instruct       °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  GPS.NET to automatically ignore any real-time data   °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  which doesn't meet your precision requirements, up   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  to the maximum precision of the device itself.       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   Built In Trigonometric Functions                      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß                                                         ß²²  ß²²Û²ß
²ß²   Üß°    GPS.NET and GIS.NET are built upon a common            °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   assembly known as the "GeoFramework Core" which       °  Þ² Üß °Û
²Ü °²±²Ü  °  contains several common objects such as Position,    °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  Angle, Speed and Distance and so on. The objects     °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  contain methods you can use to calculate distance    ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  and bearing. You can also calculate the minimum      °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   travel time to a destination, total length of a       ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   route, and several other calculations. With           ß²²  ß²²Û²ß
²ß²   Üß°    GPS.NET, you will not need to write code for           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   trigonemtric functions because they are already       °  Þ² Üß °Û
²Ü °²±²Ü  °  built-in for you.                                    °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  Fully Globalized Architecture                        °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±                                                       ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  The .NET Framework is able to adjust to other        °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   languages, date formats and numeric formats.          ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   GPS.NET builds on this design by automatically        ß²²  ß²²Û²ß
²ß²   Üß°    adjusting measurements to the local culture. For       °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   example, speed reports are automatically given in     °  Þ² Üß °Û
²Ü °²±²Ü  °  miles-per-hour in the United States. Altitude        °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  measurements are displayed in meters in Europe and   °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  Australia, and so on. GPS.NET can parse and output   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  data in any .NET culture, making it work on any      °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   computer in the world.                                ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   GPS Control Toolbox: Compass Control                  ß²²  ß²²Û²ß
²ß²   Üß°                                                           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   The Compass control is a user control which can       °  Þ² Üß °Û
²Ü °²±²Ü  °  help you navigate to any destination. You can        °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  rotate the entire control for "track-up"             °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  navigation, and turn the needle to either the        ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  current real-time bearing, or the bearing to the     °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   next destination. The Compass can automatically       ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   utilize real-time GPS data or display a custom        ß²²  ß²²Û²ß
²ß²   Üß°    value that you set manually. The Control uses the      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   same multithreaded, double-buffered rendering         °  Þ² Üß °Û
²Ü °²±²Ü  °  technology as GIS.NET to deliver liquid-smooth       °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  animation effects. The GPS Control Toolbox is sold   °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  separately from GPS.NET.                             ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  GPS Control Toolbox: Speedometer Control             °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²                                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   The Speedometer control is a user control which can   ß²²  ß²²Û²ß
²ß²   Üß°    help you display the current speed. You can set the    °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   control to any maximum speed and change the units     °  Þ² Üß °Û
²Ü °²±²Ü  °  to any Metric or Imperial unit type. You can also    °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  instruct the control to automatically display        °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  real-time speed from a GPS device, or set the        ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  control to a manual value. The Speedometer uses the  °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   same multithreaded, double-buffered rendering         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   technology as GIS.NET to deliver liquid-smooth        ß²²  ß²²Û²ß
²ß²   Üß°    animation effects. The GPS Control Toolbox is sold     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   separately from GPS.NET.                              °  Þ² Üß °Û
²Ü °²±²Ü  °  GPS Control Toolbox: Altimeter Control               °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °                                                       °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  The Altimeter control is a user control which can    ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  help you display either the current altitude above   °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   sea level, or depth underwater. You can set the       ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   control to any value and change the units to any      ß²²  ß²²Û²ß
²ß²   Üß°    Metric or Imperial unit type. The Altimeter can be     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   set to automatically display the real-time GPS        °  Þ² Üß °Û
²Ü °²±²Ü  °  altitude, or you can set the control to a manual     °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  value. The Altimeter uses the same multithreaded,    °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  double-buffered rendering technology as GIS.NET to   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  deliver liquid-smooth animation effects. The GPS     °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   Control Toolbox is sold separately from GPS.NET.      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   GPS Control Toolbox: Real-Time GPS Satellite Viewer   ß²²  ß²²Û²ß
²ß²   Üß°                                                           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   The SatelliteViewer and SatelliteSignalBar controls   °  Þ² Üß °Û
²Ü °²±²Ü  °  are the most popular controls in the GPS Control     °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  Toolbox. These controls can help you quickly         °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  determine where GPS satellites can be found          ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  relative to your current location. You can also      °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   easily determine whether radio signals are being      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   received strongly enough to calculate your            ß²²  ß²²Û²ß
²ß²   Üß°    location. These controls can be customized to use      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   any color or pattern, and can also pick up special    °  Þ² Üß °Û
²Ü °²±²Ü  °  WAAS, EGNOS and MSAS corrective satellites. These    °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  controls use the same multithreaded,                 °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  double-buffered rendering technology as GIS.NET to   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  deliver liquid-smooth animation effects. The GPS     °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   Control Toolbox is sold separately from GPS.NET.      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   Easily Customize Colors and Rendering Performance     ß²²  ß²²Û²ß
²ß²   Üß°                                                           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   The GPS Control Toolbox can be customized to blend    °  Þ² Üß °Û
²Ü °²±²Ü  °  with any user interface. You can change the outline  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  color, fill color, texture, or background of any     °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  part of any control. You can resize the controls to  ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  any shape, and have controls partially overlap one   °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   another. You can enable or disable the special        ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   Vista-like smoked glass effect for super-smooth       ß²²  ß²²Û²ß
²ß²   Üß°    animation. You can also control whether rendering      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   for controls takes place on a separate thread to      °  Þ² Üß °Û
²Ü °²±²Ü  °  maximize performance of your user interfaces.        °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  Easily Convert Text Into Objects                     °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±                                                       ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  GPS.NET, GIS.NET and the GeoFramework Core all       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   support a feature known as "circular parsing" where   ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   an object can be created from the results of its      ß²²  ß²²Û²ß
²ß²   Üß°    own ToString method. Circular parsing lets you         °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   easily read text from an XML file or SQL Database     °  Þ² Üß °Û
²Ü °²±²Ü  °  then convert the string to an object without having  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  to do any custom string parsing. Circular parsing    °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  works with any global culture, and can intelligenly  ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  parse both spelled-out words such as "square miles"  °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   as well as abbreviations.                             ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß                                                         ß²²  ß²²Û²ß
²ß²   Üß°    Download a Free Trial                                  °ßÜ   ²ß²Ü
° ßÜ ²Ý  °                                                         °  Þ² Üß °Û
²Ü °²±²Ü  °  All of the screen shots above were generated using   °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  the example source code which is installed with      °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  GPS.NET. You can try GPS.NET and any other           ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  GeoFrameworks product free for thirty days.          °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²                                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß                                                         ß²²  ß²²Û²ß
²ß²   Üß°    Read Online Documentation                              °ßÜ   ²ß²Ü
° ßÜ ²Ý  °                                                         °  Þ² Üß °Û
²Ü °²±²Ü  °  You can learn a lot about the capabilities of        °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  GPS.NET by exploring the online documentation. Over  °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  10,000 pages of documentation are currently online   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  for all GeoFrameworks products.                      °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²                                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   Check Pricing and Build a Price Quote                 ß²²  ß²²Û²ß
²ß²   Üß°                                                           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   You can purchase a license to GIS.NET through our     °  Þ² Üß °Û
²Ü °²±²Ü  °  online store. You can also build an Adobe PDF price  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  quote to help you compare GIS.NET prices with other  °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  products.                                            ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°                                                       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²                                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   Use the Licensing Assistant                           ß²²  ß²²Û²ß
²ß²   Üß°                                                           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   The Licensing Assistant can help you determine        °  Þ² Üß °Û
²Ü °²±²Ü  °  which licenses to buy based on your application's    °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  requirements. You can add items to your cart to      °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  place an order or generate an Adobe PDF price        ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  quote.                                               °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   Component Features                                    ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   Automatically Detect GPS Devices                      ß²²  ß²²Û²ß
²ß²   Üß°                                                           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   One of the most useful features of GPS.NET is its     °  Þ² Üß °Û
²Ü °²±²Ü  °  ability to locate any available GPS device. GPS.NET  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  will examine the host device for any serial,         °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  USB-to-serial, CompactFlash, SecureDigital or        ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  Bluetooth GPS device. Detection can take place       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   completely in the background so that devices are      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   discovered by the time your application needs GPS     ß²²  ß²²Û²ß
²ß²   Üß°    data. Once devices have been discovered on your        °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   customers' devices, GPS.NET will optimize detection   °  Þ² Üß °Û
²Ü °²±²Ü  °  further by looking for devices which have been used  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  before. On Windows Mobile 5.0 devices, GPS.NET can   °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  automatically configure and use the "GPS             ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  Intermediate Driver" (GPSID), a special device       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   which allows several applications to share a single   ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   GPS device.                                           ß²²  ß²²Û²ß
²ß²   Üß°    Get Fine-Tuned Control Over Detection Features         °ßÜ   ²ß²Ü
° ßÜ ²Ý  °                                                         °  Þ² Üß °Û
²Ü °²±²Ü  °  GPS.NET exposes several properties and methods       °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  which let you control every aspect of device         °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  detection. You can instruct GPS.NET to only search   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  for devices using a particular set of baud rates.    °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   You can tell GPS.NET to avoid certain ports if they   ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   are already being occupied by other devices such as   ß²²  ß²²Û²ß
²ß²   Üß°    bar code scanners. You can configure GPS.NET to        °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   stop scanning for devices as soon as a device is      °  Þ² Üß °Û
²Ü °²±²Ü  °  discovered.                                          °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  Automatically Share GPS Devices With Windows Mobile  °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  5.0                                                  ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°                                                       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   Phones and hand-held devices running Windows Mobile   ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   5.0 and above ship with an excellent feature known    ß²²  ß²²Û²ß
²ß²   Üß°    as the GPS Intermediate Driver (or GPSID for           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   short). The GPSID allows a single GPS device to be    °  Þ² Üß °Û
²Ü °²±²Ü  °  shared by multiple applications by creating virtual  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  serial ports. With GPS.NET, you can automatically    °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  detect, configure and use the GPSID. GPS.NET starts  ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  by detecting actual GPS devices connected to your    °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   mobile device. If the GPSID has not yet been          ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   configured, GPS.NET sets the appropriate system       ß²²  ß²²Û²ß
²ß²   Üß°    settings then configures itself to use the GPSID.      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   As a result, GPS.NET will naturally enable GPS        °  Þ² Üß °Û
²Ü °²±²Ü  °  device sharing.                                      °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  Automatically Recover From Connection Failures       °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±                                                       ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  When your application is actually in use out in the  °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   field, connections to GPS devices can be lost for     ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   several reasons. Batteries in the GPS device might    ß²²  ß²²Û²ß
²ß²   Üß°    suddenly lose power. The PDA your software is          °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   running on may run out of batteries. Your customer    °  Þ² Üß °Û
²Ü °²±²Ü  °  may decide to suddenly "suspend" their PDA (putting  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  it in a low-power state). Bluetooth GPS devices      °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  might stray too far out of range. Does your          ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  application handle each of these scenarios? With     °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   GPS.NET it will. GPS.NET will automatically detect    ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   sudden loss of live GPS data and automatically        ß²²  ß²²Û²ß
²ß²   Üß°    reconnect. GPS.NET can also detect when a suspend      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   command is imminent and close connections             °  Þ² Üß °Û
²Ü °²±²Ü  °  gracefully to maintain stability.                    °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  Get Customized Notifications When Power State        °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  Changes                                              ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°                                                       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   GPS.NET exposes a custom .NET class known as          ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   PowerEvent which it uses to react to sudden suspend   ß²²  ß²²Û²ß
²ß²   Üß°    and resume commands. If your application needs to      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   react to power events, you can subscribe to any       °  Þ² Üß °Û
²Ü °²±²Ü  °  event in this class. The PowerEvent is one of        °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  several public classes we've made available to help  °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  you with all aspects of programming, not just for    ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  GPS.                                                 °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   Integrated Precision Control                          ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß                                                         ß²²  ß²²Û²ß
²ß²   Üß°    Did you know that a GPS device can report data to      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   you that is inaccurate by as much as 150 meters?      °  Þ² Üß °Û
²Ü °²±²Ü  °  That's nearly 500 feet of inaccuracy, which is too   °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  much to make any sort of intelligent business        °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  decision in your software. With GPS.NET, you can     ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  gain tight control over precision in your            °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   application to ensure that you make the most          ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   intelligent software decisions. Our competitors       ß²²  ß²²Û²ß
²ß²   Üß°    make no mention of precision, nor its importance,      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   which creates a dangerous pitfall to developers.      °  Þ² Üß °Û
²Ü °²±²Ü  °  This feature is highlighted in our comparison of     °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  GPS.NET to other products.                           °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±                                                       ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  Learn Why Precision Control Is So Important to Your  °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   Software                                              ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß                                                         ß²²  ß²²Û²ß
²ß²   Üß°    GeoFrameworks conducted a study in 2003 to find out    °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   how strong the competition was. While each            °  Þ² Üß °Û
²Ü °²±²Ü  °  competitor had its own advantages, they all failed   °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  to notice the most important GPS feature of all.     °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  Easily Support All Device Platforms                  ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°                                                       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   You need to make your software run on as many         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   devices as possible to capture the largest market     ß²²  ß²²Û²ß
²ß²   Üß°    share. GPS.NET makes porting applications to other     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   devices easy because the object model is the same     °  Þ² Üß °Û
²Ü °²±²Ü  °  for each platform. GPS.NET will automatically        °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  detect whether it is running on a PocketPC,          °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  Smartphone, or Windows Mobile 5.0 platform and       ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  adjust its internal behavior accordingly. For        °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   example, on Windows Mobile 5.0 GPS.NET will           ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   configure itself to look for, configure and use the   ß²²  ß²²Û²ß
²ß²   Üß°    GPS Intermediate Driver. On Smartphone devices,        °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   GPS.NET will try to discover Bluetooth devices        °  Þ² Üß °Û
²Ü °²±²Ü  °  first since they are used more often with            °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  Smartphones.                                         °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  Take Advantage of Features Only Available On .NET    ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  Framework Version 2.0                                °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²                                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   On newer versions of the .NET Framework, GPS.NET      ß²²  ß²²Û²ß
²ß²   Üß°    takes advantage of new features. For example,          °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   GPS.NET uses objects known as "critical finalizers"   °  Þ² Üß °Û
²Ü °²±²Ü  °  on .NET Framework 2.0 to ensure that connections to  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  GPS devices are gracefully shut down if your         °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  application suddenly exits, such as when you hit     ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  the "Stop" button in the Visual Studio IDE. GPS.NET  °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   also uses automatic thread marshalling on Compact     ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   Framework 2.0 to remove any need for special          ß²²  ß²²Û²ß
²ß²   Üß°    "Invoke" method calls. While all of these behaviors    °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   take place automatically behind the scenes, the       °  Þ² Üß °Û
²Ü °²±²Ü  °  public API you use in your application remains the   °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  same. This is how you can quickly port your          °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  appllications to a newer device platform.            ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  Learn the Object Model Quickly                       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²                                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   GPS.NET is written using an object model which        ß²²  ß²²Û²ß
²ß²   Üß°    feels like a natural extension of the .NET             °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   Framework itself. Methods, properties, events,        °  Þ² Üß °Û
²Ü °²±²Ü  °  fields and operators are all carefully designed to   °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  be concise, versatile, and intuitive to learn. This  °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  is how we claim to make an "instant expert" out of   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  developers -- by providing them with an intuitive    °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   object model.                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   Use Our State-of-the-Art Documentation System         ß²²  ß²²Û²ß
²ß²   Üß°                                                           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   In 2004, GeoFrameworks built a state-of-the-art       °  Þ² Üß °Û
²Ü °²±²Ü  °  documentation system to keep up with our             °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  ever-growing products. Our online documentation      °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  system is driven by SQL Server and is updated        ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  automatically as part of our regular build           °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   schedule. The system uses Reflection to ingest        ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   compiled assemblies into SQL tables. The end result   ß²²  ß²²Û²ß
²ß²   Üß°    is more than 10,000 pages of online content which      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   updates itself as XML documentation comments grow     °  Þ² Üß °Û
²Ü °²±²Ü  °  in the library.                                      °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °                                                       °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  View Online Documentation for GPS.NET                ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°                                                       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   Learn more about any GeoFrameworks product with the   ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   online documentation system. This system contains     ß²²  ß²²Û²ß
²ß²   Üß°    over 10,000 pages of content which is updated on a     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   regular basis.                                        °  Þ² Üß °Û
²Ü °²±²Ü  °  Build Highly-Optimized, Scalable GPS Applications    °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °                                                       °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  GPS.NET has been carefully tuned for performance on  ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  each individual .NET platform to deliver the best    °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   performance while also using the smallest possible    ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   amount of memory and CPU time. GPS.NET uses threads   ß²²  ß²²Û²ß
²ß²   Üß°    wisely to perform tasks in the background, letting     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   your application remain responsive. GPS.NET           °  Þ² Üß °Û
²Ü °²±²Ü  °  simplifies multithreaded application development     °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  with a special class known as DynamicEvent which     °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  will automatically marshal event delegates to your   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  form's own thread. If you have ever found yourself   °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   having to make calls to "Invoke" methods just to      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   update something on your form, GPS.NET can solve      ß²²  ß²²Û²ß
²ß²   Üß°    this problem for you as well. Almost every object      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   in the GPS.NET system is thread-safe by design to     °  Þ² Üß °Û
²Ü °²±²Ü  °  greatly simplify working with objects across         °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  threads. No other GPS component matches the          °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  performance and ease-of-use of GPS.NET.              ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  Quickly Support New GPS Data Protocols               °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²                                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   The biggest mistake a component vendor can make is    ß²²  ß²²Û²ß
²ß²   Üß°    to reinvent their architecture because it forces       °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   every one of their customers to rewrite their         °  Þ² Üß °Û
²Ü °²±²Ü  °  software. GPS.NET avoided this pitfall from the      °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  beginning by using a special open architecture for   °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  raw GPS data processing. This means that GPS.NET     ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  will not have to be re-engineered when we add        °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   support for SiRF, Trimble TSIL, Rockwell-Zodiac and   ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   other GPS data protcols. Our competitors'             ß²²  ß²²Û²ß
²ß²   Üß°    components are so entwined with the NMEA protocol      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   that they will be forced to re-engineer their         °  Þ² Üß °Û
²Ü °²±²Ü  °  component someday (and so will all of their          °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  customers). GPS.NET anticipates that GPS data        °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  protocols will evolve as GPS technology becomes      ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  more precise and more widely available to the        °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   public.                                               ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   Be Flexible With Layered-Stream Architecture          ß²²  ß²²Û²ß
²ß²   Üß°                                                           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   "Stream" objects are used anywhere in .NET where      °  Þ² Üß °Û
²Ü °²±²Ü  °  raw data must be read or written. This is a wise     °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  idea because it standardizes all I/O operations      °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  into a common architecture. GPS.NET furthers this    ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  design by accepting any Stream object for raw data.  °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   Developers have used GPS.NET to process GPS data      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   over networks, from files, or from their own custom   ß²²  ß²²Û²ß
²ß²   Üß°    Stream objects thanks to this design. GPS.NET also     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   provides two classes, SerialStream and                °  Þ² Üß °Û
²Ü °²±²Ü  °  BluetoothStream to make it easy to communicate at a  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  low level with any device.                           °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  Test Your Applications In the Office Using Virtual   ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  GPS Devices                                          °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²                                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   Every GPS application must be tested thoroughly       ß²²  ß²²Û²ß
²ß²   Üß°    before it is ready to be released. This process can    °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   be cumbersome with GPS applications, however,         °  Þ² Üß °Û
²Ü °²±²Ü  °  because it often means leaving your development      °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  environment completely to perform tests outdoors.    °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  GPS.NET includes a full framework which solves this  ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  problem. You can record a log file of raw data,      °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   such as a route, then play back the data as if it     ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   were a real device. This way, you can develop unit    ß²²  ß²²Û²ß
²ß²   Üß°    tests for your application which work just as good     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   as a live environment... without leaving the          °  Þ² Üß °Û
²Ü °²±²Ü  °  office.                                              °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °                                                       °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  GPS.NET includes two emulator classes which you can  ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  use to simulate more advanced GPS environments,      °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   such as low precision or random movement. You can     ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   also build your own custom emulator using our         ß²²  ß²²Û²ß
²ß²   Üß°    Emulator base class to meet any custom emulation       °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   requirement. GPS.NET is also building a library of    °  Þ² Üß °Û
²Ü °²±²Ü  °  logged GPS data for every GPS device, which it will  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  in turn release to the public as a large emulation   °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  library.                                             ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  Easily Develop Sophisticated GIS Applications        °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²                                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   GPS.NET is built upon a common library known as the   ß²²  ß²²Û²ß
²ß²   Üß°    "GeoFramework Core" which contains several classes     °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   used by multiple components. For example, the         °  Þ² Üß °Û
²Ü °²±²Ü  °  "Latitude" and "Longitude" classes are used by both  °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  GPS.NET and our mapping component GIS.NET to         °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  represent real-time data as well as for drawing      ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  information. This common infrastructure lets you     °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   develop GIS applications with tightly-integrated      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   GPS and mapping features.                             ß²²  ß²²Û²ß
²ß²   Üß°                                                           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   The GeoFramework Core contains calculations for       °  Þ² Üß °Û
²Ü °²±²Ü  °  distance, bearing, time to arrival, minimum speed    °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  to arrival, intersection of points, and many more.   °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  The core can also able to automatically convert      ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  coordinates from latitude/longitude to UTM with no   °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   code required. Measurements are automatically         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   adjusted to Imperial or Metric units depending on     ß²²  ß²²Û²ß
²ß²   Üß°    what country the software runs in. The Core also       °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   contains a unique design known as "circular           °  Þ² Üß °Û
²Ü °²±²Ü  °  parsing," where objects can be created to and from   °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  strings using ToString. Circular Parsing greatly     °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  simplifies the process of converting user input and  ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  data files into objects. You will never have to      °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   parse raw geographic data yourself with GPS.NET!      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß                        ÜÜÜÜ Ü                           ß²²  ß²²Û²ß
²ß²   Üß°          °           ܲ²²±°°    ßþÜ           °           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °        ±±          Þ²²±°°°   °° °²Ý          ±±         °  Þ² Üß °Û
²Ü °²±²Ü  °    ° ܲ²±±²²²Üܱ   ß²°ÜÜÜ  ÜÜܰ²ß   ±Üܲ²²±±²²Ü °     °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °   °±Û²²ß °±²°°ßÛ²²ÜÜܱÜß°ÜܰßܱÜÜܲ²Ûß°°²±° ß²²Û±°    °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °± Ü ±²ÛÛÝ   °°ÜÛ²ß   °ßß        ßß°   ß²Ûܰ°   ÞÛÛ²± Ü  ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  ²Û ß²Û   ±ÞÛ±     Install Notes      ²Ûݱ   Û²ß Û²   °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²     ß   ß  Üܲ²  °°°°°°°°°°°°°°°°°°°   ²²ÜÜ  ß   ß      ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß               ßß                      ßß                ß²²  ß²²Û²ß
²ß²   Üß°                                                           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   1. Unpack and install !                               °  Þ² Üß °Û
²Ü °²±²Ü  °  2. Read serial.txt                                   °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °  3. Have fun                                          °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±                                                       ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°                                                       °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²                                                         ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß                        ÜÜÜÜ Ü                           ß²²  ß²²Û²ß
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 ÞÛÛÛÝ   ±°  ²Û ß²Û   ±ÞÛ±      Group Notes       ²Ûݱ   Û²ß Û²   °±   ÞÛÛÛÝ °
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²ß²   Üß°                                                           °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   After a group cleanup we finally got some open        °  Þ² Üß °Û
²Ü °²±²Ü  °  positions to fill.                                   °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °                                                       °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  Do not hesitate to contact your local Team DVT       ±°  ° ÜÛÛÛß±
 ÞÛÛÛÝ   ±°  representative if you can supply new, unreleased     °±   ÞÛÛÛÝ °
ÜÛÛ²²Ý  ²²   software (NO games, NO webware, retail release date   ²²  Þ²²ÛÛÜÜ
²Û²²ß  ²²ß   2005 and newer, NO cad or industrial apps) or if      ß²²  ß²²Û²ß
²ß²   Üß°    you got some experience in cracking or keygenning      °ßÜ   ²ß²Ü
° ßÜ ²Ý  °   advanced software protection mechanisms like          °  Þ² Üß °Û
²Ü °²±²Ü  °  armadillo, asprotect, flexlm, rsa, etc.              °  ܲ±²° ܲÛ
ÛÛ²²²ß±   °                                                       °   ±ß²²²ÛÛß
ßÛÛÛÜ °  °±  ..And NO, we are NOT searching for affil sites.      ±°  ° ÜÛÛÛß±
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ÜÛÛ²²Ý  ²²                       Signed,                           ²²  Þ²²ÛÛÜÜ
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²ß²   Üß°                     TEAM DVT, November 11 2005            °ßÜ   ²ß²Ü
° ßÜ ²Ý  ° °   þ                                             þ   ° °  Þ² Üß °Û
²Ü °²±²Ü  °±Üß                                                 ßܱ°  ܲ±²° ܲÛ
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                                      °   (( nFO layout by ixlover / buddha ))


 


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