Open Source Java Mapping Software - Page 4

Experimental application for assisting in the management of land searches for missing persons. Incorporates OpenJump for GIS rendering of segments, establishing intitial POA values for segments through consensus or mixed consensus and statistical distances, POS and POA recalculation based on PODs from applied resources, and task assignments suggested by missing person behavior profiles.

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.

T3D2 - Terrain Track Thermal Data Displayer. Takes 3D GPS tracks and displays the flights over 3D Digital Elevation Data along with pixel data mapped over the terrain. Analyzes the flight for thermals. Checks if a pilot flew optimal.

TimeMap is a mature, Java temporal web mapping/animation application. Use as a standalone web site or CD-ROM app, or as a sophisticated client-server system using an XML or SQL metadata directory to source distributed, incrementally-loaded spatial data.

WKB4J is a Java library designed to read the Well-Known Binary format from a database and transform this data into corresponding Java objects. It supports several different GIS toolkits (JTS, PostGIS, OpenMap...).

This is a program to track amateur radio weather spotters for SkyWarn by displaying a map of the watch area on which the user can place virtual pushpins and info where the location of the storm spotters are, whether they be stationary or mobile.

New scientific software supporting the automated detection of the early map projection and its parameters. Useful for studying and analysis of different kinds of maps with the lack of information about the map projection. The analysis is based on the minimization of residuals between control points on the early and current reference maps. Designed for cartographers as well as for enthusiasts. Available free of charge. The awareness of the map projection is primarily important for: • refinement of spatial georeference for the medium- and small-scale maps, • analysis of the knowledge about the former world, • location of the incorrectly/inaccurately drawn map regions. Sytem requirements: • 2 GHz or faster 32-bit (x86) or 64-bit (x64) processor. • 2 GB RAM (32-bit) or 4 GB RAM (64-bit) system. • 120 MB available hard disk space. • JDK 1.8 +. • Internet connection (download speed > 2Mb/s

The jgrass project has been moved to http://www.jgrass.org

This is a clone of the original Google Code repository. -I'm not the author! (See also: https://github.com/tlaukkanen/mobile-trail-explorer ) Mobile Trail Explorer is an application where user can view and record tracks using the mobile phone and GPS device. Recorded tracks can be exported in KML or GPX format. KML file can be viewed in Google Earth application. Mobile Trail Explorer is mainly targeted for recording biking, hiking etc. trails. Software runs on Java platform so it is supported by many mobile phones. It is required that mobile phone supports Bluetooth connections (JSR 82) for GPS and File connection (JSR 75) for exporting trails to kml files. Application can also render maps from Open Street Map. Maps can be downloaded over-the-air or preloaded to memory card. Other map providers can also be implemented easily in code.

OSM XML to CSV conversion. POI only, polygons (and polylines, but not recommended) are approximated by centroid. Result is a 3-column table with lon, lat and value (for a particular key to be chosen beforehand).

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

AKME Mobile Maps is a GPS location-based mapping program for BlackBerry OS 4.2+ devices (Curve or newer) to geocode against maps stored on an SDCard in a tiled format, unlike network-dependent mapping programs from Google, Yahoo, and BlackBerry Maps.

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.

AirMapView is a view abstraction that enables interactive maps for devices with and without Google Play Services. It is built to support multiple native map providers including Google Maps V2 and soon Amazon Maps V2. If a device does not have any supported native map provider, AirMapView will fallback to a web-based map provider (currently Google Maps). Easy to integrate, it is a drop-in replacement for the Google Maps V2 package. AirMapView's original author is Nick Adams. With AirMapView, to support native Google maps using the Google Maps v2 SDK you will still need to set up the Google Maps SDK as described here. Follow all the instructions except the one about adding a map since AirMapView takes care of that for you. See the sample app for more information about how to set up the maps SDK.

This app can be useful for you if you need to send your GPS location in an SMS to any recipient that is in your contact list (or a phone number that you can enter). The sent SMS contains a link to a Google Map with the position that you have sent. The app has been developed in french and english (US).

Aplicación móvil multiplataforma, pensada para localizar zonas donde el aparcamiento está permitido, en un principio gratis como descampados, o zonas donde encontrar hueco es fácil y no gratuitas como Parkings de pago. También permitirá comunicar atascos en tiempo real, indicar puntos negros en carreteras, zonas conflictivas (en las que se produzcan robos, etc...) y puntos de interés como talleres, restaurantes y aéreas de servicio. La aplicación se basa en la geo-localización de los Smartphone y necesita la ayuda de una comunidad que quiera subir localizaciones de aparcamientos, además se pretende añadir más utilidades como la de informar de lugares donde suele haber controles policiales, donde pongan multas.

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 project includes a software, which uses an AI for autonomous sailing of a small sailing boat, equipped with various sensors and GPS. There are various methods for evaluation and improvement of sensor data, route planning, collision avoidance.

The BEAM project has moved away from SourceForge.net to a dedicated web site at http://envisat.esa.int/beam

The BioEnergy Allocation and Simulation Tool (BEAST) is a tool dedicated to assess political goals of woody bioenergy production in the context of available biomass potentials and corresponding economic and ecological criteria on a regional level. It is a useful tool in participative decision making processes by iterative simulation and visualization of complex issues. BEAST is a data- and model-driven Decision Support System (DSS) evaluating woody biomass potentials from forests, hedges and trees outside forests as well as short rotation coppice (SRC). The latter one is modelled spatially explicit. This opens the possibility to identify prefered areas for SRC production under different restrictions and goals. Forest wood and wood from outside forests are treated only aggregated.

BioSARN (Biological Species Approximate Realized Niche) refines environmental niche model output using topographic, soil and land class filtering, enhanced temporal corridor definition, niche area quantification and output to a high spatial resolution land class model. This is a Java™ Desktop MicroSoft Windows Application with a simple GUI. Preferably BioSARN should be used with 64-bit Java and a substantial RAM as the application reads input files into memory to minimize compute times.

BizGEO is an open source platform developed to provide a simple interface for geographical data collection and data storage. BizGEO is integrated with a standard open source map server (GeoServer) to form an integrated GIS data collection suite. BizGEO is made up of three main components; BizGEOServer which is a facility for managing data by organising them in projects; BizGEOApp, a mobile app which is being used by the field users to collect data through set of defined forms, and GeoServer which manages and publishes the data using open standards.

Connecting Historical Authorities with Links, Contexts and Entities. CHALICE is a historic placename gazetteer for the UK, published as Linked Data and linked to other widely-used sources of placename reference information on the semantic web.

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.