Debian GIS Openstreetmap packages

Gosmore is a openstreetmap.org viewer and wayfinder with support for speech syntesis and fetching the current location from gpsd.

This package requires additional data files which can be downloaded freely from openstreetmap.org.

GpsPrune is an application for viewing, editing and converting coordinate data from GPS systems. Basically it's a tool to let you play with your GPS data after you get home from your trip.

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. 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 also export data as a GPX file, or as KML/KMZ for import into Google Earth, or send it to a GPS receiver.

Some example uses of GpsPrune include cleaning up tracks by deleting wayward points - either recorded by error or by unintended detours. 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.

Furthermore, GpsPrune is able to display the tracks in 3d format and lets you spin the model round to look at it from various directions. You can also export the model in POV format so that you can render a nice picture using Povray. You can also create charts of altitudes or speeds. 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. 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.

Imposm is an importer for OpenStreetMap data. It reads XML and PBF files and can import the data into PostgreSQL/PostGIS databases.

It is designed to create databases that are optimized for rendering/WMS services.

This package contains the importer.

JOSM is an editor for OpenStreetMap (OSM) written in Java. The current version supports stand alone GPX tracks, GPX track data from OSM database and existing nodes, line segments and metadata tags from the OSM database.

OpenStreetMap is a project aimed squarely at creating and providing free geographic data such as street maps to anyone who wants them. The project was started because most maps you think of as free actually have legal or technical restrictions on their use, holding back people from using them in creative, productive or unexpected ways.

Geo::OSM::Tiles provides functions for calculating the path to a map tile at OpenStreetMap out of geographic coordinates. The path of a tile at OSM has the form $zoom/$tilex/$tiley.png. The numbering scheme is documented in the OSM wiki at http://wiki.openstreetmap.org/wiki/Slippy_map_tilenames .

Osmpbf is a Java/C library to read and write OpenStreetMap PBF files. PBF (Protocol buffer Binary Format) is the new file format to describe OpenStreetMap data, intended to replace the old XML-based one. The PBF format uses Google Protocol Buffers as low-level storage.

This package provides a Java library.

Navit is a car navigation system with routing engine.

Its modular design is capable of using vector maps of various formats for routing and rendering of the displayed map. It's even possible to use multiple maps at a time.

This package contains maptool, a tool to convert OpenStreetMap maps to the Navit format.

Merkaartor is a map editor for OpenStreetMap.org, the free editable map of the whole world.

Features:

• download from and upload to the OpenStreetMap server
• open .osm and .gpx files
• create and move trackpoints, ways, and areas
• add tags, delete features
• reverse, split and join ways
• visualize some leisure/landuse areas and road types
• displaying GPS information

MoNav is a Desktop / Mobile application that offers state-of-the-art fast and exact routing with OpenStreetMap Data.

In contrast to most commercial and open-source routing applications, MoNav offers exact routing without heuristic assumptions and with very little computational work. Its routing core is based on Contraction Hierarchies.

The application is divided into two parts: The MoNav Preprocessor transforms the raw OpenStreetMap data into file formats usable by the MoNav Client application. The preprocessing is often time consuming and requires larger amounts of memory. The client application on the other hand has very few requirements and can even run on mobile devices.

This is a metapackage installing both the client and the preprocessing applications.

This dummy package only exists to smooth the transition from osm2navit to maptool.

It can be safely removed.

Convert OSM planet snapshot data to SQL suitable for loading into a PostgreSQL database with PostGIS geospatial extensions. This database may then be used to render maps with Mapnik or for other geospatial analysis.

Osmosis consists of a series of components that can be chained together in order to perform operations on an OpenStreetMap database or OpenStreetMap XML or PBF files. Such operations include:

• Generate and load dumps from and to a database.
• Produce changesets comparing databases and files and applying them to other databases and files.
• Sort data contained in a file.
• Extract data contained in a bounding box or in a polygon.

Osmpbf is a Java/C library to read and write OpenStreetMap PBF files. PBF (Protocol buffer Binary Format) is the new file format to describe OpenStreetMap data, intended to replace the old XML-based one. The PBF format uses Google Protocol Buffers as low-level storage.

This package provides various tools to deal with OpenStreetMap PBF file format.

Routino is an application for finding a route between two points using the dataset of topographical information collected by OpenStreetMap

Viking aims to be easy to use, yet powerful in accomplishing a wide variety of GPS related tasks. It uses a hierarchical layering system to organize GPS data, maps, and other layer types with spatial data, such as coordinate lines.

Some of the things you can use Viking for are:

• Uploading and downloading waypoints, tracks to/from GPS.
• Realtime GPS tracking and track recording.
• Preparing tracks and waypoints for trips using maps from services such as OpenStreetmap and Terraserver. You only need to upload the data to your GPS before you leave. The maps together with your tracks and waypoints can also be printed and used during the trip.
• After trips, tracks and waypoints from GPS can be downloaded, stored, managed and reused in later trips.
• Analyzing OHV and hiking trips, understanding where you went and how far you were from something.
• Making waypoints and tracks to follow to easily get someplace you've never been before or don't have GPS data for but Terraserver maps exist for it.
• Making maps with coordinate lines.
• Analyzing speed at different places, adding waypoints where you forgot to mark one but did slow down or stop.

gpscorrelate fills EXIF (Exchangeable Image File Format) fields of digital photos related to GPS (Global Positioning System) information (e.g.: GPSLatitude, GPSLongitude, GPSAltitude, ...). The act of filling those fields is referred to as "correlation".

Inputs of the correlation process are a set of JPEG images and GPS data encoded in GPX (GPS Exchange Format) format.

If GPS data are available at the precise moment the photo was taken (with a 1-second granularity) the GPS data are stored unmodified in EXIF fields. If they are not linear interpolation of GPS data available at moments before and after the photo was taken can be used.

Both a command line tool (package gpscorrelate) and a GTK+ graphical user interface for it (package gpscorrelate-gui) are provided.

This package contains the command line tool and the documentation in HTML format.

gpscorrelate fills EXIF (Exchangeable Image File Format) fields of digital photos related to GPS (Global Positioning System) information (e.g.: GPSLatitude, GPSLongitude, GPSAltitude, ...). The act of filling those fields is referred to as "correlation".

Inputs of the correlation process are a set of JPEG images and GPS data encoded in GPX (GPS Exchange Format) format.

If GPS data are available at the precise moment the photo was taken (with a 1-second granularity) the GPS data are stored unmodified in EXIF fields. If they are not linear interpolation of GPS data available at moments before and after the photo was taken can be used.

Both a command line tool (package gpscorrelate) and a GTK+ graphical user interface for it (package gpscorrelate-gui) are provided.

This package contains the GTK+ graphical user interface.

LibMemphis provides a GObject based API to render OpenStreetMap data on a cairo surface. Libmemphis implements the 'Slippy Map Tilename' specification, like Mapnik and Osmarender.

It supports zoom level 12 to 18, projected with the Mercator projection.

This package contains the developpement files and Vala bindings.

This package provides a set of icons intended to be used together with maps. Several point-of-interest categories are covered like accommodation, education, food, health, geocache, places, religion, shopping, etc.

This package contains the classic set from the OpenStreetMap project.

This package provides a set of icons intended to be used together with maps. Several point-of-interest categories are covered like accommodation, education, food, health, geocache, places, religion, shopping, etc.

This package contains the scalable set from the OpenStreetMap project.

This package provides a set of icons intended to be used together with maps. Several point-of-interest categories are covered like accommodation, education, food, health, geocache, places, religion, shopping, etc.

This package contains the square set from the OpenStreetMap project.

LibMemphis provides a GObject based API to render OpenStreetMap data on a cairo surface. Libmemphis implements the 'Slippy Map Tilename' specification, like Mapnik and Osmarender. It supports zoom level 12 to 18, projected with the Mercator projection.

libosmgpsmap is a library to embed maps in applications that when given GPS co-ordinates, draws a GPS track, and points of interest on a moving map display. Downloads map data from a number of websites, including openstreetmap.org, openaerialmap.org and others.

Cascadenik implements cascading stylesheets for Mapnik.

It's an abstraction layer and preprocessor that converts special, CSS-like syntax into Mapnik-compatible style definitions. It's easier to write complex style rules using the alternative syntax, because it allows for separation of symbolizers and provides a mechanism for inheritance.

Gebabbel is a GUI for the famous gpsbabel, a command line tool to convert various GPS file formats back and forth. Thanks to gpsbabel, you cannot only convert files but also exchange data with your GPS device (e.g. Garmin and Magellan) directly.

Features:

• read tracks from GPS device usinf gpsbabel or direct from GPX files
• show track with OSM data
• show 3D profiles
• Adjust photos via EXIF information
• Edit trackpoints, set POIs on trackpoints
• Create tour maps as PDF and PNG (SVG planed)
• Output of tour profiles as PDF and PNG
• Create contour lines from SRTM data (automatic download possible) in the created maps
• Simplification of tracks for display in Google Maps and OpenStreetMap
• Create HTML frame for Google-Maps and OpenStreetMap
• Correlation of photos using EXIF data with trackpoints
• Create routes and upload to GPS device