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RockWare
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General: 303.278.3534  
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Features > Volumetrics 

Volumetrics and Pit Optimization

RockWorks offers both interactive viewing of volume computations of ore / material / contaminant, as well as detailed reports.


Use RockWorks to create on-the-fly and report-based volume computations from a variety of model types:

 

Lithology Models
  • View the volume of each lithology type right in the 3D window
  • Create a detailed report of the volume of each lithology type, at user-specified intervals. The report can also list percent of material, numbers of nodes, and mass.
Lithology model showing an optimized pit. 


Stratigraphy Models
  • View the volume of each formation right in the 3D viewer
  • Create a detailed report of the volume of each stratigraphic layer, at user-specified intervals. The report can also list percent of material, numbers of nodes, and mass
Volumetrics report for a stratigraphy model 


Quantitative Models
  • View the volume of the current quantitative isosurface (geophysical, geochemical, geotechnical) in the RockPlot3D window
  • The computation will be updated as you change the isosurface filter
Volumetrics report for a geochemistry model of arsenic concentrations in soil 


Color Models
  • View the volume of the current voxel model in the RockPlot3D window
  • The computation will be updated as you change the color/tolerance filter
RockWorks software - Display volumes in interpolated color models 


Surface Based Volumetrics

Use tools in the RockWorks Utilities to create:

  • Grid-statistics reports for isopach grids include volume
  • Easy Stockpile volumes based on X, Y and thickness spreadsheet
  • Grid-Based Volume Report incorporating filters based on thickness, boundary polygon and distance to data points


Advanced Volumetrics Tools
  • The RockPlot3D viewer includes tools for quick model filtering and volume calculation
  • Excavation and overburden modeling
  • Pit generation and optimization based on boundary polygon, slope and bench specifications, maximum excavation depth and stripping ratio, using a floating cone algorithm
Solid Model Volumetrics 


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