Editing of point data, and creation of tracks and waypoints.Deletion of selected points and ranges, and reversal of ranges.Deletion of duplicates and variable compression of track.Selection of individual points and ranges to show details.Altitude profile view or speed profile view.Caching of map tiles to disk for faster access and offline use. Top-down, zoomable, draggable view of data points including map images from Openstreetmap or any similar map tile server (eg OpenTopoMap, Ordnance Survey, Öpnv.Importing of huge variety of device-specific formats using GPSBabel.Files can be directly loaded from a cable-connected GPS receiver. Loading of coordinate data from file in any text-based format, with any combination of fields and any separator, or in GPX or KML or KMZ or NMEA or GeoJSON format.Some of the major features of GpsPrune include: Thanks to all the translators and contributors so far! Key features Similarly is there anyone from Ireland, or anywhere in Africa? Latest additions: Costa Rica (August 2017 by email), Argentina (May 2013 by email), Spain (January 2012 by email), India (January 2011 from the forum), Czech Republic (November 2010 by email), Finland (July 2010 by email), Russia (July 2010 by email), UAE (June 2010 by email), Alaska (June 2010 by email).Īmazingly we're still waiting to hear from anyone using GpsPrune in many of the central or southern American countries, so please get in touch if you're using GpsPrune anywhere there. Feel free to help update this map by reporting your country either by email or on the forum thread. And finally, yellow areas show partial support (for the Turkish, Korean and Indonesian languages). Green areas show countries where the official language is supported by GpsPrune, so it could be used there. Blue areas show where users of GpsPrune have reported its use. The map on the right shows where GpsPrune is being used in the world. Thanks to volunteer translators, GpsPrune supports the following languages:īlue = GpsPrune used, Green = language supported, Yellow = language partially supported GpsPrune is released under the Gnu GPL which specifies what you can do with the program and its source code. In particular any examples of data which is incorrectly parsed, and any updates to the translations offered would be very welcome (see the translation wiki). Again, any help to improve it would be gratefully received. Meanwhile, development of further features is ongoing and progress is given in the development page. Any bug reports, feature requests, suggestions and improvements are welcome.Ĭurrently GpsPrune is at version 22.2 (since October 2022), and is available from the download page. Yes, it works on Windows 10, as long as you have Java 8 or newer. It was developed using eclipse and subversion on Debian Linux, and has been tested on Linux (Debian, Ubuntu, Mint, and others), also on Windows (XP, Vista, 7 and 10), and on Mac OSX. GpsPrune is written in Java, so as long as your platform has a Java runtime (at least version 8) including GUI libraries then it should work. If your photos don't have coordinates yet, GpsPrune can be used to connect them (either manually or automatically using the photo timestamps) to data points, and write these coordinates into the exif tags. It can also load Jpegs and read their coordinates from the exif tags, and export thumbnails of these photos to Kmz format so that they appear as popups in Google Earth. You can also create charts of altitudes or speeds. You can also export the model in POV format so that you can render a nice picture using Povray. It can also be used to compare and combine tracks, convert to and from various formats, compress tracks, export data to Google Earth, or to analyse data to calculate distances, altitudes and so on.įurthermore, GpsPrune is able to display the tracks in 3d format (like the hike plots on this site) and lets you spin the model round to look at it from various directions. Some example uses of GpsPrune include cleaning up tracks by deleting wayward points - either recorded by error or by unintended detours. It can also export data as a Gpx file, or as Kml/Kmz for import into Google Earth, or send it to a GPS receiver. It can display the data (as map view using openstreetmap images and as altitude profile), edit this data (for example delete points and ranges, sort waypoints, compress tracks), and save the data (in various text-based formats). It can load data from arbitrary text-based formats (for example, any tab-separated or comma-separated file) or Xml, or directly from a GPS receiver. Screenshot from a Linux system showing the map view and altitude profile
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