WinFence shares project data with WinLoG and GaeaSynergy. Select a section alignment, display the relevant boreholes and let WinFence create an initial correlation from available lithology, thickness and occurrence information. The interpretation remains editable throughout the process.
Tools for building, refining, presenting and reusing geological interpretations.
Develop an initial interpretation from lithology similarities, unit thicknesses, occurrences and relationships at intersecting sections.
Create a section manually or edit the generated result so the final boundaries reflect the user’s geological interpretation.
Fix one strata boundary to another to enter connected contacts quickly and keep shared boundaries aligned.
Lay out the cross-section within the mapped project context and use borehole locations along the selected alignment.
Control horizontal and vertical presentation so shallow, deep, long or compact investigations remain readable.
Use distinct strata styles and project-view layouts to communicate interpreted units and supporting records clearly.
Represent deviated boreholes for projects where the investigation trace is not simply vertical.
Combine completed cross-sections in a spatial 3D view and inspect their intersections from different directions.
Place cross-sections in project views for consistent presentation, printing and PDF delivery.
WinFence supports different interpreted strata forms so cross-sections can express discontinuities, localized units and project-specific zones rather than forcing every condition into a continuous layer.
Use borehole descriptions, symbols, samples, graphs, water levels and other relevant tracks to support each correlation. Where confidence changes between investigation points, the presentation and project notes should make that uncertainty clear.
Use up to three selected data types at each borehole location to support correlation without reproducing the entire log.
Show interval symbols, descriptions and strata names used to compare units between boreholes.
Plot sample or core information at its recorded depth to support geotechnical and geological interpretation.
Display selected curves beside the borehole where continuous measurements help correlate subsurface units.
Include recorded water levels to compare groundwater observations with interpreted geology.
Show casing, screen, seals and related completion information where the well design is relevant.
Add selected values, graphs or text from geotechnical and laboratory records to assist interpretation.
Move from a defined interpretation question to a reviewable 2D section and 3D presentation.
Check coordinates, elevations, depths, units, lithology names and the records needed for correlation.
Create the section on the project map or manually select the alignment and investigation points.
Choose the most useful WinLoG data types for understanding and explaining the interpretation.
Use automatic generation as a starting point or construct the strata manually where appropriate.
Snap and refine boundaries, check intersections and compare every interpreted unit with the source data.
Place the section in a project view, create 3D fence views when useful and prepare the required output.
Adapt the section content and presentation to the technical question being addressed.
Compare soil and rock units, weak zones, groundwater and investigation results along design alignments.
Relate monitoring wells, stratigraphy, samples and interpreted migration pathways across a site.
Present aquifers, aquitards, well completions and groundwater observations in geological context.
Display geological units, faults, intrusions, alteration and deviated boreholes across an exploration area.
Use the feature overview for planning and the current guides for step-by-step procedures and interpretation practices.
Review automatic strata generation, snapping, integrated data and 3D fence diagrams.
Read the feature guideSee which borehole and well records can be used to support cross-section interpretation.
Review supported dataFollow the preparation, creation, scaling, review and 3D presentation workflow.
Open the workflow guideSee WinFence cross-section creation and visualization in a focused product demonstration.
View the demonstration guideReview finished cross-sections and fence diagrams for different subsurface applications.
Explore WinFence examplesLearn how the shared borehole database supplies the records displayed in WinFence.
Explore WinLoGCreate, refine and present geological cross-sections without rebuilding project data in a separate drafting system.
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