3D Copper-Gold Resource Visualization
Budget: $750 – $1,500 USD
I already have the drill-hole database and preliminary wireframe solids for a copper-gold deposit; now I need them turned into a clear, presentation-ready story. Using ArcGIS as the primary platform, please generate a true 3-D scene of the resource, then slice that model into a series of 2-D cross-sections that clearly show ore distribution, key geological features, and the proposed mining-plan layout.
Once the geometry is in place, I would also like a first-pass open-pit concept so that investors can picture how the ore could be extracted. The finished work should read like a concise technical report: images embedded in the text, captions explaining what each view represents, and the raw files (MXD/LYR, shapefiles, or geodatabases) supplied so I can update them later. AutoCAD or Surfer outputs are welcome if they help illustrate the pit shell, but ArcGIS must remain the master file.
Deliverables
• ArcGIS 3-D scene file with all datasets registered
• PDF report containing high-resolution renders and labelled cross-sections
• Editable pit shell geometry and any supplementary CAD layers
• Source data packages (geodatabase, layer files, section layouts) ready for hand-off
I will consider the job complete when the 3-D view loads without errors, each section aligns with the correct coordinates, and the draft pit ties back to the current resource limits.
Once the geometry is in place, I would also like a first-pass open-pit concept so that investors can picture how the ore could be extracted. The finished work should read like a concise technical report: images embedded in the text, captions explaining what each view represents, and the raw files (MXD/LYR, shapefiles, or geodatabases) supplied so I can update them later. AutoCAD or Surfer outputs are welcome if they help illustrate the pit shell, but ArcGIS must remain the master file.
Deliverables
• ArcGIS 3-D scene file with all datasets registered
• PDF report containing high-resolution renders and labelled cross-sections
• Editable pit shell geometry and any supplementary CAD layers
• Source data packages (geodatabase, layer files, section layouts) ready for hand-off
I will consider the job complete when the 3-D view loads without errors, each section aligns with the correct coordinates, and the draft pit ties back to the current resource limits.
Related categories:
3D Rendering
Mining Engineering
SketchUp
3D Modelling
Geospatial
Data Visualization
3D Visualization
ArcGIS