![]() These routines provide easy access to 'GPRMC' type sentences. Just look into the example code provided with them to see how to use them.ĭecodes data from GPS receiver GPRMC Routines ![]() Basically, you set up a data connection of type NMEA and then use the routine decode() to interpret data from the GPS. These two constructs together form the heart of the library. It does not contain the "distance_to" and "course_to" functions, however. It runs fine on Wiring boards.īased on my NMEA library, Mikal Hart created TinyGPS for Arduino. I do not have an Arduino board, so I could not test it, but I heard reports that Arduino's do not have enough memory. This library was developed for Wiring boards, the more powerful predecessor of Arduino. All routines come with example code of how to use them. The NMEA:: library contains two basic constructs for connecting to a GPS's data stream, some routines for decoding sentences of type GPRMC specifically, some routines for calculating directions and distances, and several routines decoding for more advanced sentence types. Output from a GPS receiver will typically appear every second and contain different types of sentences. The library searches for 'sentences' in the output of a GPS receiver, and does checksum verification. This library makes it possible to write GPS applications for your Wiring i/o board, without knowing exactly how the NMEA protocol works. NMEA 0183 is the standard output protocol of GPS devices. ![]() NMEA:: Library for easy decoding of GPS data on the Wiring i/o boardīy Maarten Lamers, The Netherlands (2008/2009) IT DOES NOT REFLECT MY CURRENT INTERESTS OR KNOWLEDGE! NOTE: THIS IS A LEGACY PAGE FROM 2008/2009, AVAILABLE ONLY FOR ARCHIVING REASONS.
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