Locus GIS - mobile application for collecting and updating of geodata

The brand new version of Locus GIS that has just left our dev environment brings a few significant improvements. For the first time in its history, you can add elevation to your work with objects and projects. For better utilization of received GPS data, we added position averaging. And lastly, the whole project can now be exported for further processing or cooperation.

Elevation

The location of the mapped objects can now be defined by a “third coordinate” – elevation. All new projects now work with this parameter which is either computed from GPS data, can be added manually, or can be added to the items from our global DEM. The elevation values can be also exported to a Shapefile.

point_detail_with_altitude

 

Better positioning accuracy

The app can locate objects with enhanced accuracy using position averaging. The device sends a cluster of location data to the app and Locus GIS can calculate the average (the most accurate) location.

position_averaging

Whole project import/export

To transfer a whole project easily from one to another device or among more members of one team, we implemented an option to export/import the whole project in a .ZIP file.

export_project

 

We haven’t informed you of what we’ve improved at Locus GIS in recent months. So we’re bringing you a small autumn summary of the most important adjustments that make working with your favorite tool even more efficient.

Export measurements from the field to KML

If you use Google Earth or another KML program in your work, you will certainly welcome the ability to export your data to this format. In the new version, you can export both data and attachments.

export_kml_data_in_locusgis

export_KML_Google_Earth

Faster mapping in the field

We know that the simplest possible workflow is crucial when collecting data in the field. Therefore, we have made several adjustments in the application that will further facilitate your activity:

Advanced styling options

Many projects contain a number of types of data objects, which implies the need to properly distinguish these objects on the map. Styling is used for this – setting graphic parameters of lines, points, and polygons. The new version of the application brings additional options for defining styles:

We hope that these improvements will be useful for your work. We look forward to your opinions and comments.