基于3Dmine与Datamine的高效矿体三维建模方法

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中图分类号：TD67 文献标志码：A 文章编号：2095-2945（2025）25-0050-04

Abstract：Thispaperaimstosolvetheproblemsofinefciencyandinsuficientaccuracyencounteredbyexistingimplicit modelingtechnologieswhenprocessingcomplexmineraldeposis，andproposesaninnovativesolutionthatcombinesthe advantagesof3DmineandDataminesoftware.Using3Dmine'straditionalestimationfunctiontoderiveasingleenginering calculation table，andautomaticallycalculatetheapparentorethickness toclearlydefinetheorebodyandrockinclusion.These calculationtableswithorebodynumberinformationarethenimportedintoDataminesoftware，anditsadvancedvein-likeimplicit modelingfunctioncanquicklybuildathre-dimensional（3D）solidmodeloftheorebody.Thismethodnotonlysimplifiesthe workflowandimprovesthemodelingspeed，butalsoensuresthehighaccuracyandpracticalityofthemodel.Theresultsshow thatthismethodcanefectivelysolvetheproblemsofintensiveexplorationprojects，lackofcalculationdataforapparentore appearancethicknssandirgulardirectioofprospectingprojectsandsignificantlyiproveheficiencyandqualityofthe dimensionalmodelingoforebodies.Thiscross-softwarecollborationstrategynotonlyovercomesthelimitationsoftheir respective software，but also provides strong data support for decision-making in mining projects.

Keywords：3Dmine;Datamine;efficient modeling;ore body;intelligence

结合3Dmine自动化功能与Datamine高级算法，提出了一种高效的矿体三维建模方法。（剩余4485字）