CONTACT →
CONTACT →DMX is a specialised 3D geological modelling environment that takes you from data and interpretation through analysis, modelling and simulation to model inspection — in one transparent workflow.
Move from raw geological data to an inspectable engineering model with fewer hand-offs between separate applications.
DMX adds specialised 3D interpretation and geological analysis without forcing you to replace your established geological, mining, engineering, CAD or GIS environment.
Open formats include VTK · DXF · OBJ · LAS/LAZ · CSV · TXT · KML · SHP · AGS
DMX combines interpretation, structural analysis, discrete fracture modelling and engineering inspection in a single environment.
Trace, select and interpret geological features directly on textured 3D surfaces.
Identify planar and linear features on textured surfaces using guided recognition.
Build 3D fracture networks and analyse intersections, connectivity and morphology.
Stereonets, rose diagrams, set recognition, corrections and statistical analysis.
Evaluate sliding, wedging, toppling and falling with factor-of-safety calculations.
Create sections, slabs, clipping volumes, synthetic cores and tunnel cuts.
Interpret scans and excavation geometry, fracture sets, blocks and stability.
Connect observations, cores and fracture networks to subsurface studies.
Combine boreholes, surfaces and mapped structures for engineering-geological models.
Teach, test and reproduce advanced 3D structural geology and fracture workflows.
Talk to OCRE Geoscience about your application or request a personalised demonstration.