Open Source ChromeOS GIS Software - Page 3

An ArcView 3.x extension for upload/download to/from PostGIS tables. Supports PostGIS theme queries.

The Free Location Api is a free implementation of the JSR-179 Location API for J2SE. It also extends the functionality to allow aggregating of multiple location technologies and seamlessly transitioning between them. (GPS, BT, WLAN,...)

This PHP script allows You to plot bubble charts on Google Earth. Have Your data in a query, view, table with fields: folder, name, latitude, longitude, radius, color, additional data. Set the DB parameters in the config file, and enjoy the results.

GISpatialNet is a Java-based tool for mapping network data (nodes and edges between them) to spatial coordinates; reformatting network and spatial data together; and calculating spatial network measures. Install by saving to c:\ drive and typing the following in a command line: java -jar c:\GISpatialNet-0.9b.jar

The GPS Simulator simulates a GPS receiver which emits NMEA sentences over Bluetooth. It can be used to test location based applications on real mobile devices, in particular on mobile devices which have a JSR 179 implementation based on a connected GPS.

The Geocanvas project aims to provide a very small and simple set of APIs to assist the developer in creating geographically referenced canvas applications within the GTK/Gnome environment.

Important information!!! The Mapbender project moved under the roof of the Open Source Geospatial Foundation at http://www.osgeo.org/. All downloads and information are linked from the project site at http://www.mapbender.org/

MappingWidgets is a framework for making clients to OGC/OpenGIS web mapping servers (WMS) using PHP, JavaScript, and Smarty. Standard web mapping / geographic functions are supported, e.g. overview, legend. It is used for the Drupal (CMS) Carto module.

The Matlab SRTM Library is designed to be an easy-to-use interface for importing and manipulating NASA's Shuttle Radar Topography Mission (SRTM) Digital Elevation Model (DEM) dataset.

PIHMgis is a “tightly-coupled” GIS interface to Penn State Integrated Hydrologic Model (PIHM). It is open source, platform independent and extensible. The “tightly-coupled” integrated GIS interface to PIHM has been created in the Open Source QGIS

PHP based Web Map Service (WMS) and WFS implementation according to OGC's specification. Data are stored according to Simple Features Specification in WKT format and delivered (among others) in SVG, PDF, Flash, PNG, and GIF format.

ScapeToad is an easy to use application for the cartogram creation. Cartograms are deformed maps where the polygon size is proportional to a given statistical value. ScapeToad reads and writes Shapefiles. See <https://github.com/christiankaiser/ScapeToad> for the latest version of the code.

Tunelator processes tunnel profile data for surveying work. It provides a powerfull grid editor, 3D preview, export to Prowin, Ispol, MDT and DXF (2D and 3D views with convenient layering).

JCT draws and edits thematic maps in Java. Primarily intended to geography teachers and their pupils.

Project consist of 2 parts. One of them is a J2ME app. used to get information such as photo, position, speed & course from GPS and transfers it to the web server. Another one is a web app. which allows to manage and display received data using GoogleMap

33 starts out to gather topographic information to compare different locations on key measures like Height Above Sea Level, Geographical Latitude, Aspect (ST_Aspect), Slope (ST_Slope), Terrain Ruggedness Index (TRI, ST_TRI/ST_Roughness), Topographic Position Index (TPI, ST_TPI), or Hill Shade (ST_HillShade). Ultimately intended to make a comparing decision on suitability for agriculture. We will see how far we get or if we surpass it even, e.g with weather data and more. Why 33 as the name? Even though the answers we could get from the project might be very important, they won't be "The Answer to the Ultimate Question of Life, the Universe, and Everything", so not quite 42. But why exactly 33? Well, the founder had a project given up project of self-sustainability at house number 33. As the bounds of the topic of this project now is not quite clear or well defined, it is sort of a sentimental reference to the older project. And why a Spanish Unixname? Always English is boring.

AIS Logger is a simple viewer and logger for data received by AIS-transponders or -receivers.

Tutorials and help: http://abc-map.fr New version coming soon ! https://github.com/remipassmoilesel/abcmap2

A Java servlet & JSP web mapping frontend for ESRI ArcIMS maps. This project is an alternative to the standard ArcIMS HTML viewer, featuring a cleaner interface, better measuring, and pdf export capabilities.

ArgooMap is an online, map-based discussion forum, which allows participants to reference their contributions to geographic locations. Different versions of ArguMap and ArgooMap/Argoomap were developed by students supervised by Dr. Claus Rinner at Ryerson University (Toronto, Canada) with partial funding from the GEOIDE Network of Centres of Excellence and DAAD, the German Academic Exchange Service. Past and current developers at Ryerson and the University of Muenster include: - Carsten Keßler - Marius Austerschulte - Sepehr Mavedati - Sami Munshi - Matrica Joshi Alternative versions (not yet available here) were developed by: - Aaron Sani (Ryerson) - Soheil Boroushaki (Univ. of Western Ontario) - Ana Simao (University College London) The ArgooMap Sourceforge project page contains two implementations of the package, which diverged from a single older version, ArguMap. The first known as 'Argoomap1' or 'ArgooMap_Rye' is PHP-based... (see readme1st for more).

The aim of this project is to translate the geostatistical BMELib Matlab Toolbox (http://www.unc.edu/depts/case/BMELIB/) into Python.

This project helps to digitize field data for a certain Bird Census method. Namely, bird census based on personal inspection or small (~10 km^2) regions with recording birds' position and behaviour on paper. This project makes it easy to annotate such field data and to make this data available for statistical analysis.

The C# RTree project aims to maintain a C# version of the RTree spatial indexing algorithm. Ported from https://sourceforge.net/projects/jsi

The CHIP Cluster Generator attempts to create spatio-temporal cluster data in an automated fashion to help evaluate epidemic detection software. The spatio-temporal data will then be used to determine robustness of spatial detection algorithms.

This SourceForge.net project serves as repository and distribution point for Carbon Five Open Source software and documentation.