Learn more about Basis Geostats
Basis Geostats is a set of advanced geostatistical routines for interpolation and simulation of 3D block, stratigraphic, and gridded surface models.
Create detailed mineral resource estimations for any deposit type. Collect and manage data, interpret and model geology. Estimate grades while assessing and managing uncertainty at your mine.
MinePlan’s Resource Geology Package integrates tools for data management, visualization and CAD, QAQC, statistics and geostatistics, geologic modeling, structural analysis, block modeling, resource estimation and more.
A centralized database platform manages drillhole, blasthole, sample and other data, with functionality for coding, spearing, compositing, validating, QAQC, viewing core photos, and supported dynamic integration with the 3D viewer for correlating and analysis.
Geologists and geotechs can analyze data from databases and block models using a comprehensive collection of statistical and advanced geostatistical functions. They can better understand their structural geology data through the built-in stereonet analysis tool.
Using the GeoLogic implicit modeling add-on, robust sequences of implicit 3D surfaces and solids can be built with advanced CAD and automated methods. Complex sub-blocked 3D block models (3DBM), gridded seam models (GSM), and gridded surface files (GSF) can be generated for resource calculations using a variety of interpolation and simulation methods.
Logic workflow manager builds customized time-saving workflows and establishes robust processes with reproducible results. Seamless workflows connect drillhole management, geology/block modeling, 3D CAD, mine design, optimization, LT planning, ST scheduling, D&B and ore control.
Analyze data from databases and block models. Employ univariate and bivariate statistical methods and chart types. Complex geostatistical methods include declustering, contact plots and advanced variography. Generate customized charts and pivot reports.
Build robust explicit and implicit 3D surfaces and solids using advanced CAD and automated methods. Depend on the GeoLogic implicit modeling add-on to produce air-tight, reproducible, auditable sequenced geologic surfaces and solids using advanced RBF algorithm functionality.