Open Source Mapping Software - Page 12

A Matlab toolbox for geostatistical modelling, prediction and simulation. It contains native matlab algorithms, and interfaces to SGeMS, GSTAT and VISIM.

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).

The suite of Python-based shell tools for geocoding images from GPS logs (GPX)

The translib is a library for translation among different geographic format files (no database connection), based in the TerraLib library. Currently, is supported only esri shape files and svg file.

vSigpac is a map viewer and a marker creator/editor, terrain and texture generator for MSTS (Microsoft Train Simulator (c)). vSigpac works primaryly with Sigpac maps/orthophotos from Spain, but it can work with others WMS compliant map servers.

wfb2sql is a Perl script that extracts information from the CIA World Factbook and creates SQL statements for IBM DB/2, PostgreSQL or MySQL. This data builds a perfect database for learning and teaching SQL.

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.

This project is a simulation model of the road traffic. The project is developed by students on FRI, University of Zilina, for educational purpose.

The 3D Toolkit provides algorithms and methods to process 3D point clouds. In includes automatic precise registration (6D simultaneous localization and mapping, 6D SLAM) and other tools, e.g., a fast 3D viewer, plane extraction software, etc.

User data exported from later model Garmin GPSmap marine GPS sets consists of ADM files written to a VFAT-formatted SD card. This data includes user-generated waypoints and routes, and recorded GPS tracks. adm2gpx converts this data to industry-standard GPX records that may be imported into third-party mapping and GPS software.

AICtools is a GIS workflow and set of tools to facilitate Automated Imagery Classification (AIC) and analysis of surface features over time. Allows bulk processing of large data sets, including automated metadata processing/filtering, compressed archive extraction and file manipulation, raster band compositing, pre-processing, mosaicking, clipping. Automates a subset of operations involved in classification of satellite imagery and the associated raster calculations used for time trend analysis.

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

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.

APRS World is comprised of an Automatic Packet Reporting System (APRS) parser and a web interface. The parser connects to an APRS feed and inserts packets into a MySQL database. The web interface provides a convenient means of retrieving this data. This

Continuing development and support of KB2SCS's APRS program. The project goal is to replace the .OCX controls that will NOT work under Vista, AND port the program to .NET

ARKit uses camera and motion data to map out the local world as you move around. CoreLocation uses wifi and GPS data to determine your global location, with a low degree of accuracy. ARKit + CoreLocation combines the high accuracy of AR with the scale of GPS data. The potential for combining these technologies is huge, with so many potential applications across many different areas. Allow items to be placed within the AR world using real-world coordinates. Dramatically improved location accuracy, using recent location data points combined with knowledge about movement through the AR world. The improved location accuracy is currently in an “experimental” phase, but could be the most important component. The library and demo come with a bunch of additional features for configuration. It’s all fully documented to be sure to have a look around.

Uses camera and motion data to map out the local world as you move around. Uses wifi and GPS data to determine your global location, with a low degree of accuracy. Combines the high accuracy of AR with the scale of GPS data. The potential for combining these technologies is huge, with so many potential applications across many different areas.

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

AVPython embeds the Python programming language within ArcView GIS 3.x. This project will also encompass efforts to build a similar bridge between Python and ArcObjects. An integrated, redistributable Python / PyWin32 setup wizard is also published here.

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.

Starting from various input files, we parse to find a list of addresses, then display them on a map.

Discover who lives close to each meeting, from your list of meeting locations and potential invitees.

AeryxIQ is a Drone Picture Archiving and Communication System. Drop an SD card dump on an asset: AeryxIQ reads every frame's capture time and GPS, splits the dump into flights, and files each flight as its own inspection study. Readers annotate and grade defects, sign a branded PDF report with a public evidence verification link, and read next year's flight against this year's. This is the full product, free to run on your own hardware: Windows installer, Docker Compose bundle, or a virtual appliance for VMware and VirtualBox. No account, no licence key, no call home. Imagery never leaves the building. Built for wind, solar, towers, bridges, facades (SAFE, SWARMP, UNSAFE classification), agriculture and public safety. Deployment files are Apache 2.0; the application is free to run. Support, installation and hosted plans at aeryxiq.com.

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.