This example demonstrates a 180 ft borehole combining deep and shallow resistivity with caliper, total gamma ray, potassium, thorium and uranium. The geophysical curves are aligned with 23 lithology intervals, formation and member columns, core numbers and recovery bars.
Each of the seven continuous datasets contains 392 samples. The geological record includes four formations, six members and 14 recovery samples. Automated validation passes with 100% completeness, Good quality, 85% confidence, and no errors or warnings.
The log places deep and shallow resistivity beside lithology and spectral gamma-ray components. Differences between the two resistivity responses can be reviewed against borehole diameter, rock type, stratigraphic boundaries and potassium, thorium and uranium variation.
The supplied validation report records Passed status, 100% completeness, Good quality, an 85% confidence score, and zero errors and zero warnings.
Download the example files individually. The XML template and log can be imported into WinLoG Version 6 and customized for geophysical and petroleum workflows.
Demonstrates comparison of electrical response, lithology, stratigraphy and spectral gamma-ray components through a borehole.
Shows deep and shallow resistivity beside gamma ray, spectral components, caliper and geological control data.
Provides a reusable starting point for logarithmic curve tracks, formation columns, lithology, core recovery and validation requirements.
WinLoG templates can be customized for company standards, resistivity tools, spectral gamma-ray curves, lithology libraries, formation schemes, core programs and organization-specific validation requirements.
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