GeoMine Foundation Module pour produits Threedify

Define block model universe orientation and dimensions manually or automatically from an existing block model CSV file; Define the Mine Coordinate System (NEZ) for modeling.

Import/Export block model CSV files; Create empty, full or partial block models from an existing block model with or w/o sub-blocking; Boolean operations on block models (intersection, union, subtraction and XOR); Automatic model clipping by topography; Create attribute iso-surfaces from block models; Create swatch plots, PP and QQ plots, and histogram comparison plots for model validation; Create grade-tonnage curves; Show model statistics; Export block models and statistics to files.

Import continuous and/or categorical attributes from drill hole files or 3rd party block models. Create continuous or categorical attributes using GeoMine’s powerful Formula Editor; Assign attributes to block models or composites; Partition active attribute into data intervals and color-code block models, drill holes and composites by these intervals.

Create wireframes from cross sectional polylines; Create 2.5D gridded or TIN surfaces and set such a surface as the active topography.

Create and edit axis-aligned, non-axis aligned or scaled cross sections.

Create custom reports for block models, pit, stope, and cave designs.

Create and edit user-defined formulas; Preview and debug formulas; Copy and paste full or partial formulas.

Define color legend for active attribute; Define drawing identification for plotting; Define 2D and 3D display coordinate systems (for plotting).

Transform existing CSV files by user-defined formulae; Reblock CSV files; Convert third-party sub-blocked CSV files to GeoMine .tbm format.

Create lines, polylines(2D or 3D), circles, ellipse, rectangles, cubes, boxes, spheres and ellipsoids; Copy, delete, move, rotate, or scale objects; Insert poly vertex; Move poly or mesh vertex; Delete poly or mesh vertex; Delete mesh face; Extend/shorten objects; Flip face or object normal.

Create extruded solids (from a polygon along a vector or path); Create extruded solid from a mesh; Create offset polygons; Create polygonal profiles by slicing; Create silhouette polygons from a mesh; Mesh simplification and optimization; Subdivide, smooth or join polylines; Polyline fillet and chamber; Connected-component separation.

Boolean operations on polygons and 3D solids (intersect, union, subtraction and symmetric differences); Trim mesh by plane or polygon; Re-mesh by Triangulation or Marching Cubes; Mesh repairing by hole filling and solidification; Mesh offsetting.