Advanced Features and Solutions Debuted in K-MINE Seam Modeling

K-MINE introduces Correction Markers, a powerful feature enabling fine-tuning of bed thickness and position by integrating wireframe surfaces into geological block models. Begin by creating wireframe surfaces on the bed floor in challenging areas to adjust contact positions and bed thickness. The algorithm incorporates these surfaces to enhance the precision of your block model triangulation.

K-MINE also simplifies transforming block models into wireframe surfaces, crucial in areas lacking drill hole data. By selecting the appropriate mode, users generate detailed roof or floor surfaces automatically from block model attributes. Conversely, users can create virtual drill holes from existing wireframe surfaces, defining clear geological boundaries. These virtual drill holes, generated vertically along user-defined lines, are automatically loaded into the database with coordinates determined by the surface intersections.

Results can be exported in XLS format, reported in tables, or saved directly to databases for further modeling alongside exploration drill holes. Ensure naming consistency between layers, domains, and reference tables to accurately visualize results. Virtual drill holes appear clearly labeled and segmented, aiding precise geological modeling and seam correlation. K-MINE also efficiently handles seam splitting by recalculating mother and daughter seams within the database, ensuring accurate block modeling through defined reference sequences and algorithms.