Stanford University · Mineral-X · Ensemble Resource Modeling
Real case · Zn·Pb·Ag deposit

Unlimited 3D geologic models.
Resource modeling on every one of them. BD·Zn·Pb·Ag

An engine that builds as many 3D models of the deposit as you want — every one honoring the geology and every measured drillhole — and then runs resource modeling on each one. Surfaces and grades are simulated together, with different variogram parameters for each stratigraphic layer.

Visualizer · two scenarios side by side · cameras locked together
In-browser 3D visualizer comparing two scenarios of a Zn·Pb·Ag deposit in stacked panels with cameras locked together: folded ore domains colored by Zn grade, geologic surfaces and drillhole traces.

Grades co-simulated in unfolded stratigraphic space · BD·Zn·Pb·Ag · five joint surface+grade realizations · ~1M simulated nodes each

Demo · one engine, every device, all in sync

The visualizer is served from the engine to several devices at once — desktop monitor, laptops, tablet and phone — and they all stay synchronized: rotate, slice or switch realizations on one, and every screen follows in real time.

Deposit
Real case · Zn·Pb·Ag
Geometry
Ensemble of 3D models honoring every pick, fold & pinchout
Grades
Co-simulation of BD·Zn·Pb·Ag in unfolded space
Delivery
In-browser visualizer, served to any device — all synced