Supported Data Types
Geological and exploration categories Mineflow uses for files, search, maps, documents, and 3D workflows.
Overview
File format and data type are separate. A PDF, spreadsheet, raster, or GIS bundle can contain many different geological categories. Mineflow classifies the extracted content into the groupings below so the same data can be filtered, searched, mapped, and reviewed consistently.
Drill Data
Drill collars, traces, depths, assays, and lithology intervals.
Topography, Lidar, and Contours
Elevation surfaces, lidar-derived products, contour layers, DEMs, and related terrain data.
Geochemistry
Soil samples, rock samples, grab samples, and combined rock-and-soil geochemical records.
Magnetics
Magnetic surveys, derivatives, grids, linework, and anomalies.
Gravity
Gravity surveys, grids, linework, and gravitational anomalies.
Electromagnetics
EM response, conductivity, resistivity, chargeability, and related survey products.
Induced Polarization
IP response, resistivity, chargeability, and inversion products.
Magnetotellurics
Magnetotelluric resistivity, impedance, and phase datasets.
Radiometrics
Gamma-ray and radiometric products such as potassium, thorium, uranium, and total count layers.
Seismic
Seismic response, velocity, reflection, and interpretation data.
Ground Penetrating Radar
GPR profiles and near-surface survey responses.
Geological Maps
Expert-labeled geological maps, interpreted geology layers, and map-backed geological context.
Prospectivity
Derived prospectivity, predictive, favorability, potential, target-priority, score, probability, likelihood, and rank outputs used to identify prospective areas.
Rock Bodies
Outcroppings, mapped rock units, known geological formations, and other body-style geology layers.
Faults
Fault traces, names, orientations, and related structural attributes.
Lineaments
Linear landscape or geophysical features that may indicate underlying geological structure.
Known Mines
Existing and historical mine locations.
Mineral Occurrences
Mineral occurrence points, prospects, showings, deposits, and related commodity records.
Properties, Tenements, and Claims
Property boundaries, tenure polygons, claims, and licence records.
Other Spatial Data
Other georeferenced context such as roads, waterways, buildings, boundaries, or project-specific layers.
Prospectivity outputs stay separate from their inputs
Mineflow uses Prospectivity for derived targeting or predictive outputs. Raw supporting evidence such as faults, geochemistry, magnetics, gravity, and geological units remains in its own data grouping even when transformed, reclassified, normalized, scored, or stored inside a predictive-model input folder. A fault-density or fault-proximity raster remains Faults unless the raster itself expresses mineral or deposit favorability. A map can carry Prospectivity alongside another grouping only when it contains a direct favorability output and independently mapped source features.