#include <ArGPSConnector.h>
Use createGPS() to create a GPS object.
GPS options: -gpsType <standard|novatel|novatelspan|trimble> Select GPS device type (default: standard) -gpsPort <gpsSerialPort> Use the given serial port (default: /dev/ttyS1) -gpsBaud <gpsSerialBaudRate> Use the given serial Baud rate (default: 9600) -remoteGpsTcpHost <host> Use a TCP connection instead of serial, and connect to remote host <host> -remoteGpsTcpPort <host> Use the given port number for TCP connection, if using TCP. (default 8103)
Public Types | |
enum | GPSType { Standard, Novatel, Trimble, Invalid, NovatelSPAN } |
Device type identifiers. More... | |
Public Member Functions | |
ArGPSConnector (ArArgumentParser *argParser) | |
ArGPS * | create (ArRobot *robot=NULL) |
ArGPS * | createGPS (ArRobot *robot=NULL) |
GPSType | getGPSType () const |
bool | parseArgs () |
Protected Member Functions | |
GPSType | deviceTypeFromString (const char *str) |
void | logOptions () |
Protected Attributes | |
ArArgumentParser * | myArgParser |
int | myBaud |
ArDeviceConnection * | myDeviceCon |
GPSType | myDeviceType |
ArFunctorC< ArGPSConnector > | myLogArgsCallback |
ArRetFunctorC< bool, ArGPSConnector > | myParseArgsCallback |
const char * | myPort |
const char * | myTCPHost |
int | myTCPPort |
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Device type identifiers.
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Create a new GPS object (may be an ArGPS subclass based on device type) and a device connection for that GPS. Use ArGPS::blockingConnect() to open the connection.
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Create a new GPS object (may be an ArGPS subclass based on device type) and a device connection for that GPS. Use ArGPS::blockingConnect() to open the connection.
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Log argument option information |
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Gets command line arguments |