Generate and interpret frequency distribution curves and histograms.
Build correlation matrices and scatter plots to identify element associations.
Construct ternary plots for lithological classification and alteration mapping.
Produce element distribution maps to examine spatial trends.
Build isoconcentration maps to delineate high-grade zones.
Generate targeted anomaly maps for mineral exploration decision-making.
Integrate chemical analysis data directly onto drillhole sections.
Render 2D and 3D visualizations to analyze depth vs. surface chemical trends.
Track alteration vectors and mineral zonation patterns.
Import and plot structural measurements (stereonets, structural vectors).
Overlay field datasets onto standard experimental reference diagrams.
Compare findings against geological models for advanced interpretation.