About GPS ToolKit
Introduction
Purchasing GPS ToolKit
Redistributing GPS ToolKit
License Agreement
Support
Getting Started
How to Use GPS ToolKit
Adding GPS ToolKit to a Visual Basic Project
Adding GPS ToolKit to a Visual C++ Project
Adding GPS ToolKit to an Excel Worksheet
Setting up the GPS
How to Use Events
Handling Events in Visual Basic
Handling Events in Visual C++
Handling Events in Microsoft Excel
GPS ToolKit Sample Projects
Handling GPS ToolKit Errors
Reference
Properties
Altitude
AltitudeUnits
ArrivedAtDest
AutomaticOperation
BaudRate
CrossTrackError
DegLabel
DestClosingVelocity
DestWptID
DestWptLatitude
DestWptLongitude
DistUnits
DGPSRefStationID
FixDateTime
FixGood
FixQuality
FixSatellitePRNs
GeoidHeightAboveWGS84Ellipsoid
HDOP
Latitude
LatLonFormat
Longitude
MagVariation
MinLabel
ModeIndicator
NumSatellitesInFix
NumSatellitesInView
OperationMode
OrigToDestMagBearing
OrigToDestTrueBearing
OriginWptID
PDOP
PortHandle
PortName
RangeToDest
RouteContainsAllWpts
RouteName
SatelliteInViewPRNs
SecLabel
Speed
SpeedUnits
TimeSinceLastDGPSUpdate
TrueBearingToDest
TrueCourse
VDOP
WptsInRoute
Methods
Close
GetSatelliteInfo
GetWptLocation
Open
OpenFile
Events
FixUpdate
FileComplete
NavUpdate
RawDataReceived
SatelliteUpdate

Setting up the GPS

GPS ToolKit works by reading the NMEA 0183 standard data that almost all models of GPS output. Usually the GPS is connected to a computer by a serial cable that is sold by the manufacturer. Less commonly, a USB or Bluetooth connection provides the data transfer, but usually this is converted into a serial connection at a lower level so these units, too, can work with GPS ToolKit.

If GPS ToolKit is having trouble reading the data from the GPS, make sure that the GPS unit is outputting NMEA 0183 data (this is usually an option on the unit's setup screen) and that the correct COM port and baud rate is specified.