A cross-section has less horizontal space than a borehole log. WinFence therefore lets the user select the most relevant WinLoG data types for each section. Lithology is normally the primary correlation record; additional tracks should answer a specific question.
These groups cover the principal WinLoG records used to construct, check and explain a WinFence interpretation.
The fundamental interval information used to compare soil, rock and interpreted stratigraphic units between boreholes.
Depth-linked sampling and core records that show where observations or test specimens were obtained.
Continuous or closely spaced downhole measurements used to compare responses and identify possible contacts.
Groundwater measurements used to show observed water conditions in relation to boreholes and interpreted geology.
Scaled construction information for understanding which intervals a monitoring or production well observes.
Selected quantitative results plotted as values, text or graphs where they help compare engineering behaviour.
| Data group | Typical depth basis | WinFence presentation | Primary interpretation use |
|---|---|---|---|
| Lithology and strata | Depth intervals | SymbolsTextIntervals | Correlate material and stratigraphic units and support automatic strata generation. |
| Samples and core | Point depths or intervals | SymbolsLabelsRecovery | Show where field observations, specimens and core recovery support an interpretation. |
| Geophysical logs | Continuous or sampled depths | CurvesGraphs | Compare downhole responses and identify contacts that may not be obvious from descriptions alone. |
| Water levels | Measured depth or elevation | Level markersWater table | Relate observed groundwater conditions to aquifers, aquitards and well screens. |
| Well completion | Component intervals | Scaled construction | Compare screen and seal intervals with stratigraphy and groundwater conditions. |
| Geotechnical and laboratory results | Point depths, samples or intervals | ValuesTextGraphs | Compare material classification and behaviour using selected test evidence. |
The best three-track combination changes with the purpose of the cross-section.
Suggested combination: lithology, samples/core and geotechnical results.
Useful for comparing soil or rock units with SPT, recovery, strength or other engineering measurements.
Suggested combination: lithology, well completion and water levels.
Useful for reviewing the relationship between screened intervals, seals, groundwater and hydrostratigraphy.
Suggested combination: lithology, geophysical curve and samples/core.
Useful when continuous downhole responses help extend or question contacts between sampled intervals.
Suggested combination: lithology, samples and selected results or well construction.
Choose the third track based on whether the section emphasizes contaminant evidence or monitoring design.
Suggested combination: lithology, core and selected assay, alteration or geophysical information.
Use only the records needed to explain the geological interpretation at the selected scale.
Suggested combination: lithology plus one or two decisive supporting datasets.
Prioritize clarity and explain abbreviations, units, symbols and the basis of interpretation in the legend or notes.
Cross-section quality depends on the structure and consistency of the underlying borehole records.
Check coordinates, ground elevations, borehole depths and the project coordinate reference.
Use consistent material and strata naming so similar units can be compared across boreholes.
Review intervals, sample depths, water levels, curves and well components for alignment and valid ranges.
Select the minimum combination that answers the section’s geological or engineering question.
Make graph ranges, measurement units, text and symbols consistent and readable across the section.
Compare the finished cross-section with the complete logs and document uncertain or unsupported correlations.
Use this page as the quick reference and the Knowledge Center guides for additional workflow and interpretation detail.
Review the six core groups and the three-data-type display limit.
Read the Knowledge Center guideExplore cross-section creation, boundary editing, integrated data and 3D fence diagrams.
View WinFence featuresReview the broader set of user-facing records supported by the borehole logging system.
Explore WinLoG data typesLearn how borehole data is prepared, displayed, interpreted and combined in 3D.
Open the workflow guideSee finished cross-sections and fence diagrams across several application areas.
Browse the examplesLearn how the shared project database stores and presents the original borehole and well records.
Explore WinLoGSelect clear, consistent WinLoG data tracks that make the WinFence interpretation easier to review and communicate.
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