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Discover's feature-packed Drillhole module enables you to visualize and perform detailed analyses of drillholes and costeans in cross-sections and plans. The true spatial context of all data is maintained, which allows you to overlay all your other real-world GIS data. This might include geophysical modelling, geological and regolith mapping, interpolated geochemical surfaces, and topographic grids.
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| Project Management |
- User-friendly project and cross-section/plan management, with spatial previews
- Import and utilize environmental and engineering data from gINT and WinLoG borehole logs
- Data validation including duplicate checks, sampling overlaps and gaps, hole ID and total depth mismatches
- Easy import and export of drillhole projects between multiple Discover users
- Subset drillhole projects for export, relinquishment, and contracting
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| Sections and Plans |
- Create detailed and informative cross-sections and plans
- Create log plots for ultra-detailed downhole multi-assay and attribute analysis
- Customize your downhole data display to show precisely what you want and where you want it, with complete control over text labels, linegraphs, histograms, color, pattern, and oriented structural symbols
- Integrate surface geology mapping, topography, and other surfaces, such as geochemistry and geophysics
- Create custom legend tables for numeric and attribute datasets
- Create professional hard-copy with an intuitive wizard that ensures a precise output scale, and optionally adds annotated grids, scalebars, and title blocks
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| Interpret, Composite, Estimate |
- Digitize geological and other interpretations directly on to sections, and export as 3D DXF vector files for use in mining applications or Discover 3D
- Estimate sectional resource grades and tonnages constrained by digitized section boundaries using inverse distance weighting
- Calculate 3D coordinates for every sample interval
- Calculate maximum and end-of-hole results for every drillhole
- Composite samples by cut-off grade (including internal dilution factors, edge grades, downhole and vertical thickness controls), elevation and downhole depth, and attribute (e.g. lithology or regolith)
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