Spatial Integration

Version 2.8 of Spatial Integration is out, and it is the largest release we have shipped. There is a genuinely live connection to QGIS, SEGY seismic sections, user-defined streaming imagery, and a rendering pipeline that now manages its own level of detail against a frame rate you choose. Here’s what’s included, and why each piece […]

Spatial Integration can now load and visualise volume data! Volumes are an area of space that has been discretised into cells, each containing a value, for example grade block models and geophysics inversions. You can visualise your volume using a series of isosurfaces (3D contours) at defined values or as blocks within a threshold. Both

Spatial Integration now uses native file dialogs! Version 2.4.1 introduces file dialogs that customised to your operating system. These are the dialogs that you are used to seeing on Windows, or on Linux using KDE (eg Kubuntu), GTK (eg Gnome) and LXQt. Native file dialogs provide all the features you are used to including shortcuts,

Spatial Integration works on a Steam Deck! The Flatpak packaging of Spatial Integration allows it to be installed on just about any Linux device. It only took a few clicks to get it working on a Steam Deck – just download the installer file from the SI web site then click on it. The Steam

Want to know more about Spatial Integration? Check out the overview video to see features, tools and some examples of what you can do.

We are proud to announce that Spatial Integration is now in Early Access and available to download. Visit the downloads page to get your copy! There are installers for Windows and all flavours of Linux using Flatpak. There is a free Community Edition, which has some restrictions, and a low cost Professional Edition that includes

Want to know how to create elevation surfaces in Spatial Integration? See the Elevation Surface tutorial now on You Tube. The tutorial covers adding multiple elevation sources with different resolutions, multiple image overlays and colouring the surface by height. There is also a demonstration of rendering a full-Earth spherical model using SRTM data for the

Spatial Integration adds Groups to the layer control. Groups have now been implemented to make layer handling easier. You can:

Check out the new demonstration video on YouTube showing Spatial Integration rendering a surface with huge elevation and image overlay layers. The elevation consists of 2 raster sources: And 1 image overlay: Spatial Integration handles all the coordinate transformations on-the-fly as well as integrating the Lidar with the SRTM. You can smoothly zoom from space

Spatial Integration has been used here at Four Winds Technology for several years now while under development. It has now reached a point where we can get it out to some intrepid external alpha testers to see what they think. There has been some great feedback so far with several new ideas being included quickly