VRGS 3.1 Build 81 has just gone online! This release sees updates to the Python integration, and improved display functionality for orientation data. #Geoscience #DigitalGeology #VRGS #Innovation #GeologicalVisualization

Today's Quick Tip - Colour Maps Part 2🌈. The last #VRGS Quick Tip showed you how to make a simple colour map. This time we take it further by importing more complex colourmaps and changing their display styles. #TutorialTuesday

The built-in #python interpreter in #VRGS leverages the full python package ecosystem & facilitates further analysis of outcrop data and interpretations. Simultaneously plot the data & create figure ready graphics. 👇Joint sets & bedding orientation Trefor Rocks NE Wales.

Python and 3D outcrop models.. yes please!

So.. I'm doing a thing in a couple weeks The Geological Society. I'll be giving a Public Lecture on 3D digital outcrops. It's open to the public, so if you fancy hearing some digital outcrop history, what they're all about, and why they're imprtant, come and hang out (in person or virtually!).

Awesome example of outcrop reproducibility (and preservation)!

Outcrops give us insight into what the subsurface #Earth looks like, even from unassuming features like this Chatsworth Grit dry-stone wall. This wall 👇is integrated with outcrop that could easily go unnoticed. #3D model from mobile phone pics. #FieldworkFriday #UrbanGeology

This sounds like an awesome opportunity for 3D outcrop work applied to sedimentology!

Quick! Get your applications in for this awesome sounding opportunity to build 3D digital outcrop models to help answer key sedimentology questions!

We have preserved the initial release of the VRGS-Python repository through #Zenodo. This initial release contains the beginning of the VRGS-Python API that will be updated as we continue to advance the #Python integration in #VRGS. Check it out at github.com/VRGeoscience-L…

3D geobody modelling from digital outcrops - yes please!

New tool using the #python interpreter in #VRGS that integrates a known stress field and interpreted outcrop data to estimate slip tendency. Eg 👇normal faults at Flamborough Head, England (scale bar 1 m). github.com/VRGeoscience-L….

Slip tendency analysis from #3D #outcrop data with #Python!

This is such a powerful video that shows what data you might actually be missing using different #outcrop modelling methods. Each method does have its own place though, so choose wisely!

#iPhone #lidar, iPhone #camera, or mirrorless camera for #outcrop models? With increasing accessibility to digital outcrop tools, it's crucial to understand the pros and cons of each. Find out more on our blog: vrgeoscience.com/data-collectio… #geology #geoscience #geospatial

😎 As summer approaches, it's the perfect time to explore geological wonders and gather valuable data for digital outcrop modelling. Stay curious, stay adventurous, and stay safe! Let's make this summer one to remember! ☀️🌍 #geology #geoscience #fieldwork #VRGS

Excited to share #VRGS used as a centralised database in this geotechnical paper! 😃 Pauzi et al. combine slake durability, knocking ball test & electrical resistivity tomography data with VRGS models to aid understanding of weathered slope stability. ow.ly/rhjb50U555C

Enhance virtual field trips with #VRGS ! 🌍✨ Use our web browser and HTML editor to create engaging guides. In this video👇, we explore Jurassic sediments in northeast England. Revolutionise geoscience education! 🌋📖 #VirtualFieldTrips #InteractiveLearning

Need a dedicated #VRGS module or geospatial solution? At VRGeoscience, we provide friendly geospatial software consultancy with a continuous integration approach. Let's drive innovation together! Contact us👇 vrgeoscience.com/contact-us/

❄️🎄Wishing everyone a joyful holiday season from all of us at VRGeoscience Limited. 🤶🏽🎅🏾 We hope you enjoy this Advent Countdown video created in #VRGS using the flight path tool – with a touch of bespoke coding magic! ✨🎁