Software Documentation
All 126 evidence-bearing records are shown below, grouped by album.
ALBUM
10 records
Inspecting mapped polygons and attributes is documented in ArcGIS Pro at the 01 · data preparation stage. Inspecting mapped polygons and attributes is documented in ArcGIS Pro at the 01 · data preparation stage.
Assigning geological-unit symbology is documented in ArcGIS Pro at the 02 · data preparation stage. Assigning geological-unit symbology is documented in ArcGIS Pro at the 02 · data preparation stage.
Reviewing attribute-driven unit classes is documented in ArcGIS Pro at the 03 · data preparation stage. Reviewing attribute-driven unit classes is documented in ArcGIS Pro at the 03 · data preparation stage.
Editing symbol properties for selected units is documented in ArcGIS Pro at the 04 · data preparation stage. Editing symbol properties for selected units is documented in ArcGIS Pro at the 04 · data preparation stage.
Selecting and checking mapped features is documented in ArcGIS Pro at the 05 · map production stage. Selecting and checking mapped features is documented in ArcGIS Pro at the 05 · map production stage.
Refining colours and boundary contrast is documented in ArcGIS Pro at the 06 · map production stage. Refining colours and boundary contrast is documented in ArcGIS Pro at the 06 · map production stage.
Checking contact geometry and internal features is documented in ArcGIS Pro at the 07 · map production stage. Checking contact geometry and internal features is documented in ArcGIS Pro at the 07 · map production stage.
Comparing thematic versions for consistency is documented in ArcGIS Pro at the 08 · map production stage. Comparing thematic versions for consistency is documented in ArcGIS Pro at the 08 · map production stage.
Composing the geological map layout is documented in ArcGIS Pro at the 09 · map production stage. Composing the geological map layout is documented in ArcGIS Pro at the 09 · map production stage.
Finalising the publication map is documented in ArcGIS Pro at the 10 · map production stage. Finalising the publication map is documented in ArcGIS Pro at the 10 · map production stage.
ALBUM
2 records
Defining discontinuity sets and kinematic inputs is documented in Rocscience Dips at the 01 · structural input stage. Defining discontinuity sets and kinematic inputs is documented in Rocscience Dips at the 01 · structural input stage.
Stereonet density and kinematic assessment is documented in Rocscience Dips at the 02 · structural result stage. Stereonet density and kinematic assessment is documented in Rocscience Dips at the 02 · structural result stage.
ALBUM
5 records
Topographic control for the geological model is documented in MineScape at the 01 · topographic control stage. Topographic control for the geological model is documented in MineScape at the 01 · topographic control stage.
Stacked seam-floor surfaces is documented in MineScape at the 02 · stratigraphic surfaces stage. Stacked seam-floor surfaces is documented in MineScape at the 02 · stratigraphic surfaces stage.
Stratigraphic cell framework is documented in MineScape at the 03 · cell framework stage. Stratigraphic cell framework is documented in MineScape at the 03 · cell framework stage.
Wireframe review of model geometry is documented in MineScape at the 04 · geometry review stage. Wireframe review of model geometry is documented in MineScape at the 04 · geometry review stage.
Spatial-domain coding review is documented in MineScape at the 05 · domain review stage. Spatial-domain coding review is documented in MineScape at the 05 · domain review stage.
ALBUM
16 records
3D project scene and data loading is documented in Micromine Origin at the 01 · geological modelling stage. 3D project scene and data loading is documented in Micromine Origin at the 01 · geological modelling stage.
Drillhole or string visualization is documented in Micromine Origin at the 02 · geological modelling stage. Drillhole or string visualization is documented in Micromine Origin at the 02 · geological modelling stage.
Wireframe interpretation is documented in Micromine Origin at the 03 · geological modelling stage. Wireframe interpretation is documented in Micromine Origin at the 03 · geological modelling stage.
Surface construction is documented in Micromine Origin at the 04 · geological modelling stage. Surface construction is documented in Micromine Origin at the 04 · geological modelling stage.
Geological-domain modelling is documented in Micromine Origin at the 05 · geological modelling stage. Geological-domain modelling is documented in Micromine Origin at the 05 · geological modelling stage.
Model intersection review is documented in Micromine Origin at the 06 · geological modelling stage. Model intersection review is documented in Micromine Origin at the 06 · geological modelling stage.
Solid validation is documented in Micromine Origin at the 07 · geological modelling stage. Solid validation is documented in Micromine Origin at the 07 · geological modelling stage.
Topographic integration is documented in Micromine Origin at the 08 · geological modelling stage. Topographic integration is documented in Micromine Origin at the 08 · geological modelling stage.
Block-model framework is documented in Micromine Origin at the 09 · geological modelling stage. Block-model framework is documented in Micromine Origin at the 09 · geological modelling stage.
Property display and colour legend is documented in Micromine Origin at the 10 · geological modelling stage. Property display and colour legend is documented in Micromine Origin at the 10 · geological modelling stage.
Sectional inspection is documented in Micromine Origin at the 11 · geological modelling stage. Sectional inspection is documented in Micromine Origin at the 11 · geological modelling stage.
Spatial continuity review is documented in Micromine Origin at the 12 · geological modelling stage. Spatial continuity review is documented in Micromine Origin at the 12 · geological modelling stage.
Domain comparison is documented in Micromine Origin at the 13 · geological modelling stage. Domain comparison is documented in Micromine Origin at the 13 · geological modelling stage.
Model refinement is documented in Micromine Origin at the 14 · geological modelling stage. Model refinement is documented in Micromine Origin at the 14 · geological modelling stage.
Output visualization is documented in Micromine Origin at the 15 · geological modelling stage. Output visualization is documented in Micromine Origin at the 15 · geological modelling stage.
Final model presentation is documented in Micromine Origin at the 16 · geological modelling stage. Final model presentation is documented in Micromine Origin at the 16 · geological modelling stage.
ALBUM
55 records
Project data organization is documented in Petrel at the 01 · well correlation and model control stage. Project data organization is documented in Petrel at the 01 · well correlation and model control stage.
Well-log display setup is documented in Petrel at the 02 · well correlation and model control stage. Well-log display setup is documented in Petrel at the 02 · well correlation and model control stage.
Multiwell correlation panel is documented in Petrel at the 03 · well correlation and model control stage. Multiwell correlation panel is documented in Petrel at the 03 · well correlation and model control stage.
Log-curve alignment is documented in Petrel at the 04 · well correlation and model control stage. Log-curve alignment is documented in Petrel at the 04 · well correlation and model control stage.
Marker and interval review is documented in Petrel at the 05 · well correlation and model control stage. Marker and interval review is documented in Petrel at the 05 · well correlation and model control stage.
Correlation refinement is documented in Petrel at the 06 · well correlation and model control stage. Correlation refinement is documented in Petrel at the 06 · well correlation and model control stage.
Electrofacies inspection is documented in Petrel at the 07 · well correlation and model control stage. Electrofacies inspection is documented in Petrel at the 07 · well correlation and model control stage.
Well-section comparison is documented in Petrel at the 08 · well correlation and model control stage. Well-section comparison is documented in Petrel at the 08 · well correlation and model control stage.
Property-track review is documented in Petrel at the 09 · well correlation and model control stage. Property-track review is documented in Petrel at the 09 · well correlation and model control stage.
Cross-well continuity assessment is documented in Petrel at the 10 · well correlation and model control stage. Cross-well continuity assessment is documented in Petrel at the 10 · well correlation and model control stage.
Structural framework view is documented in Petrel at the 11 · well correlation and model control stage. Structural framework view is documented in Petrel at the 11 · well correlation and model control stage.
Surface and horizon inspection is documented in Petrel at the 12 · well correlation and model control stage. Surface and horizon inspection is documented in Petrel at the 12 · well correlation and model control stage.
Model quality control is documented in Petrel at the 13 · well correlation and model control stage. Model quality control is documented in Petrel at the 13 · well correlation and model control stage.
2D seismic section with multi-horizon interpretation is documented in Petrel at the 14 · seismic structural interpretation stage. 2D seismic section with multi-horizon interpretation is documented in Petrel at the 14 · seismic structural interpretation stage.
Intersecting seismic sections with interpreted horizons in 3D is documented in Petrel at the 15 · seismic structural interpretation stage. Intersecting seismic sections with interpreted horizons in 3D is documented in Petrel at the 15 · seismic structural interpretation stage.
Vertical seismic panel with interpreted surface intersection is documented in Petrel at the 16 · seismic structural interpretation stage. Vertical seismic panel with interpreted surface intersection is documented in Petrel at the 16 · seismic structural interpretation stage.
Orthogonal seismic panels for crossline consistency review is documented in Petrel at the 17 · seismic structural interpretation stage. Orthogonal seismic panels for crossline consistency review is documented in Petrel at the 17 · seismic structural interpretation stage.
Seismic display opacity and colour-control review is documented in Petrel at the 18 · seismic structural interpretation stage. Seismic display opacity and colour-control review is documented in Petrel at the 18 · seismic structural interpretation stage.
Interpreted horizons across a vertical seismic section is documented in Petrel at the 19 · seismic structural interpretation stage. Interpreted horizons across a vertical seismic section is documented in Petrel at the 19 · seismic structural interpretation stage.
Multi-panel seismic intersection for horizon tie checking is documented in Petrel at the 20 · seismic structural interpretation stage. Multi-panel seismic intersection for horizon tie checking is documented in Petrel at the 20 · seismic structural interpretation stage.
Horizon surface introduced beneath the seismic framework is documented in Petrel at the 21 · seismic structural interpretation stage. Horizon surface introduced beneath the seismic framework is documented in Petrel at the 21 · seismic structural interpretation stage.
Horizon continuity review across a disrupted seismic interval is documented in Petrel at the 22 · seismic structural interpretation stage. Horizon continuity review across a disrupted seismic interval is documented in Petrel at the 22 · seismic structural interpretation stage.
Seismic-to-surface relationship in a 3D intersection is documented in Petrel at the 23 · seismic structural interpretation stage. Seismic-to-surface relationship in a 3D intersection is documented in Petrel at the 23 · seismic structural interpretation stage.
Time-structure surface visualisation is documented in Petrel at the 24 · seismic structural interpretation stage. Time-structure surface visualisation is documented in Petrel at the 24 · seismic structural interpretation stage.
Fault-stick geometry displayed on orthogonal panels is documented in Petrel at the 25 · seismic structural interpretation stage. Fault-stick geometry displayed on orthogonal panels is documented in Petrel at the 25 · seismic structural interpretation stage.
Fault traces and horizon offsets on a seismic section is documented in Petrel at the 26 · seismic structural interpretation stage. Fault traces and horizon offsets on a seismic section is documented in Petrel at the 26 · seismic structural interpretation stage.
Single fault surface positioned against seismic control is documented in Petrel at the 27 · seismic structural interpretation stage. Single fault surface positioned against seismic control is documented in Petrel at the 27 · seismic structural interpretation stage.
Fault surface cut by the seismic–horizon framework is documented in Petrel at the 28 · seismic structural interpretation stage. Fault surface cut by the seismic–horizon framework is documented in Petrel at the 28 · seismic structural interpretation stage.
Alternative fault-surface geometry against seismic control is documented in Petrel at the 29 · seismic structural interpretation stage. Alternative fault-surface geometry against seismic control is documented in Petrel at the 29 · seismic structural interpretation stage.
Multi-fault stick set with seismic context is documented in Petrel at the 30 · seismic structural interpretation stage. Multi-fault stick set with seismic context is documented in Petrel at the 30 · seismic structural interpretation stage.
Expanded fault-stick network and segmentation is documented in Petrel at the 31 · seismic structural interpretation stage. Expanded fault-stick network and segmentation is documented in Petrel at the 31 · seismic structural interpretation stage.
Dense multi-fault interpretation framework in 3D is documented in Petrel at the 32 · seismic structural interpretation stage. Dense multi-fault interpretation framework in 3D is documented in Petrel at the 32 · seismic structural interpretation stage.
Fault-stick subset isolated for structural review is documented in Petrel at the 33 · seismic structural interpretation stage. Fault-stick subset isolated for structural review is documented in Petrel at the 33 · seismic structural interpretation stage.
Colour-coded fault surfaces from interpreted fault sticks is documented in Petrel at the 34 · seismic structural interpretation stage. Colour-coded fault surfaces from interpreted fault sticks is documented in Petrel at the 34 · seismic structural interpretation stage.
Structural surface map with elevation or time colour ramp is documented in Petrel at the 35 · seismic structural interpretation stage. Structural surface map with elevation or time colour ramp is documented in Petrel at the 35 · seismic structural interpretation stage.
Surface morphology and lineament continuity review is documented in Petrel at the 36 · seismic structural interpretation stage. Surface morphology and lineament continuity review is documented in Petrel at the 36 · seismic structural interpretation stage.
Surface map integrated with orthogonal seismic sections is documented in Petrel at the 37 · seismic structural interpretation stage. Surface map integrated with orthogonal seismic sections is documented in Petrel at the 37 · seismic structural interpretation stage.
Fault-controlled surface geometry in map view is documented in Petrel at the 38 · seismic structural interpretation stage. Fault-controlled surface geometry in map view is documented in Petrel at the 38 · seismic structural interpretation stage.
Mapped surface tied back to vertical seismic control is documented in Petrel at the 39 · seismic structural interpretation stage. Mapped surface tied back to vertical seismic control is documented in Petrel at the 39 · seismic structural interpretation stage.
Stacked interpreted horizons and fault framework is documented in Petrel at the 40 · seismic structural interpretation stage. Stacked interpreted horizons and fault framework is documented in Petrel at the 40 · seismic structural interpretation stage.
Single interpreted structural surface for morphology QC is documented in Petrel at the 41 · seismic structural interpretation stage. Single interpreted structural surface for morphology QC is documented in Petrel at the 41 · seismic structural interpretation stage.
Surface attribute map highlighting structural texture is documented in Petrel at the 42 · seismic structural interpretation stage. Surface attribute map highlighting structural texture is documented in Petrel at the 42 · seismic structural interpretation stage.
Categorical surface-attribute display is documented in Petrel at the 43 · seismic structural interpretation stage. Categorical surface-attribute display is documented in Petrel at the 43 · seismic structural interpretation stage.
Attribute surface inspected with intersecting seismic panels is documented in Petrel at the 44 · seismic structural interpretation stage. Attribute surface inspected with intersecting seismic panels is documented in Petrel at the 44 · seismic structural interpretation stage.
Multiple stacked surfaces for vertical-relationship review is documented in Petrel at the 45 · seismic structural interpretation stage. Multiple stacked surfaces for vertical-relationship review is documented in Petrel at the 45 · seismic structural interpretation stage.
Contoured structural surface and smoothing review is documented in Petrel at the 46 · seismic structural interpretation stage. Contoured structural surface and smoothing review is documented in Petrel at the 46 · seismic structural interpretation stage.
Stacked horizon surfaces with colour-coded stratigraphic order is documented in Petrel at the 47 · seismic structural interpretation stage. Stacked horizon surfaces with colour-coded stratigraphic order is documented in Petrel at the 47 · seismic structural interpretation stage.
Selected horizon stack emphasising vertical separation is documented in Petrel at the 48 · seismic structural interpretation stage. Selected horizon stack emphasising vertical separation is documented in Petrel at the 48 · seismic structural interpretation stage.
Complete multi-horizon stack in 3D is documented in Petrel at the 49 · seismic structural interpretation stage. Complete multi-horizon stack in 3D is documented in Petrel at the 49 · seismic structural interpretation stage.
Fault framework beneath an overlying structural surface is documented in Petrel at the 50 · seismic structural interpretation stage. Fault framework beneath an overlying structural surface is documented in Petrel at the 50 · seismic structural interpretation stage.
Grid-based structural framework above interpreted faults is documented in Petrel at the 51 · seismic structural interpretation stage. Grid-based structural framework above interpreted faults is documented in Petrel at the 51 · seismic structural interpretation stage.
Surface and fault framework viewed as one structural system is documented in Petrel at the 52 · seismic structural interpretation stage. Surface and fault framework viewed as one structural system is documented in Petrel at the 52 · seismic structural interpretation stage.
Seismic section, surfaces and faults integrated in 3D is documented in Petrel at the 53 · seismic structural interpretation stage. Seismic section, surfaces and faults integrated in 3D is documented in Petrel at the 53 · seismic structural interpretation stage.
Alternative view of the integrated seismic–fault–surface model is documented in Petrel at the 54 · seismic structural interpretation stage. Alternative view of the integrated seismic–fault–surface model is documented in Petrel at the 54 · seismic structural interpretation stage.
Final integrated structural framework with horizons, faults and seismic panels is documented in Petrel at the 55 · seismic structural interpretation stage. Final integrated structural framework with horizons, faults and seismic panels is documented in Petrel at the 55 · seismic structural interpretation stage.
ALBUM
17 records
Project scene and string loading is documented in GEOVIA Surpac at the 01 · geological modelling stage. Project scene and string loading is documented in GEOVIA Surpac at the 01 · geological modelling stage.
Drillhole visualization is documented in GEOVIA Surpac at the 02 · geological modelling stage. Drillhole visualization is documented in GEOVIA Surpac at the 02 · geological modelling stage.
Geological string preparation is documented in GEOVIA Surpac at the 03 · geological modelling stage. Geological string preparation is documented in GEOVIA Surpac at the 03 · geological modelling stage.
Section interpretation is documented in GEOVIA Surpac at the 04 · geological modelling stage. Section interpretation is documented in GEOVIA Surpac at the 04 · geological modelling stage.
Wireframe construction is documented in GEOVIA Surpac at the 05 · geological modelling stage. Wireframe construction is documented in GEOVIA Surpac at the 05 · geological modelling stage.
Surface triangulation is documented in GEOVIA Surpac at the 06 · geological modelling stage. Surface triangulation is documented in GEOVIA Surpac at the 06 · geological modelling stage.
Solid-model inspection is documented in GEOVIA Surpac at the 07 · geological modelling stage. Solid-model inspection is documented in GEOVIA Surpac at the 07 · geological modelling stage.
Topographic integration is documented in GEOVIA Surpac at the 08 · geological modelling stage. Topographic integration is documented in GEOVIA Surpac at the 08 · geological modelling stage.
Domain clipping and validation is documented in GEOVIA Surpac at the 09 · geological modelling stage. Domain clipping and validation is documented in GEOVIA Surpac at the 09 · geological modelling stage.
Block-model setup is documented in GEOVIA Surpac at the 10 · geological modelling stage. Block-model setup is documented in GEOVIA Surpac at the 10 · geological modelling stage.
Attribute display is documented in GEOVIA Surpac at the 11 · geological modelling stage. Attribute display is documented in GEOVIA Surpac at the 11 · geological modelling stage.
Sectional model review is documented in GEOVIA Surpac at the 12 · geological modelling stage. Sectional model review is documented in GEOVIA Surpac at the 12 · geological modelling stage.
Spatial continuity inspection is documented in GEOVIA Surpac at the 13 · geological modelling stage. Spatial continuity inspection is documented in GEOVIA Surpac at the 13 · geological modelling stage.
Model comparison is documented in GEOVIA Surpac at the 14 · geological modelling stage. Model comparison is documented in GEOVIA Surpac at the 14 · geological modelling stage.
Volume-domain quality control is documented in GEOVIA Surpac at the 15 · geological modelling stage. Volume-domain quality control is documented in GEOVIA Surpac at the 15 · geological modelling stage.
Output scene composition is documented in GEOVIA Surpac at the 16 · geological modelling stage. Output scene composition is documented in GEOVIA Surpac at the 16 · geological modelling stage.
Final technical visualization is documented in GEOVIA Surpac at the 17 · geological modelling stage. Final technical visualization is documented in GEOVIA Surpac at the 17 · geological modelling stage.
ALBUM
18 records
Project and terrain context is documented in Maptek Vulcan at the 01 · geological modelling stage. Project and terrain context is documented in Maptek Vulcan at the 01 · geological modelling stage.
Geological data visualization is documented in Maptek Vulcan at the 02 · geological modelling stage. Geological data visualization is documented in Maptek Vulcan at the 02 · geological modelling stage.
Drillhole or sample display is documented in Maptek Vulcan at the 03 · geological modelling stage. Drillhole or sample display is documented in Maptek Vulcan at the 03 · geological modelling stage.
Interpretive string review is documented in Maptek Vulcan at the 04 · geological modelling stage. Interpretive string review is documented in Maptek Vulcan at the 04 · geological modelling stage.
Triangulation workflow is documented in Maptek Vulcan at the 05 · geological modelling stage. Triangulation workflow is documented in Maptek Vulcan at the 05 · geological modelling stage.
Surface-model construction is documented in Maptek Vulcan at the 06 · geological modelling stage. Surface-model construction is documented in Maptek Vulcan at the 06 · geological modelling stage.
Solid-domain creation is documented in Maptek Vulcan at the 07 · geological modelling stage. Solid-domain creation is documented in Maptek Vulcan at the 07 · geological modelling stage.
Domain validation is documented in Maptek Vulcan at the 08 · geological modelling stage. Domain validation is documented in Maptek Vulcan at the 08 · geological modelling stage.
Block-model framework is documented in Maptek Vulcan at the 09 · geological modelling stage. Block-model framework is documented in Maptek Vulcan at the 09 · geological modelling stage.
Attribute colouring is documented in Maptek Vulcan at the 10 · geological modelling stage. Attribute colouring is documented in Maptek Vulcan at the 10 · geological modelling stage.
Grade or category display is documented in Maptek Vulcan at the 11 · geological modelling stage. Grade or category display is documented in Maptek Vulcan at the 11 · geological modelling stage.
Sectional interrogation is documented in Maptek Vulcan at the 12 · geological modelling stage. Sectional interrogation is documented in Maptek Vulcan at the 12 · geological modelling stage.
Model boundary review is documented in Maptek Vulcan at the 13 · geological modelling stage. Model boundary review is documented in Maptek Vulcan at the 13 · geological modelling stage.
Resource-domain comparison is documented in Maptek Vulcan at the 14 · geological modelling stage. Resource-domain comparison is documented in Maptek Vulcan at the 14 · geological modelling stage.
Pit or design context is documented in Maptek Vulcan at the 15 · geological modelling stage. Pit or design context is documented in Maptek Vulcan at the 15 · geological modelling stage.
Integrated 3D scene is documented in Maptek Vulcan at the 16 · geological modelling stage. Integrated 3D scene is documented in Maptek Vulcan at the 16 · geological modelling stage.
Output quality control is documented in Maptek Vulcan at the 17 · geological modelling stage. Output quality control is documented in Maptek Vulcan at the 17 · geological modelling stage.
Final geological model presentation is documented in Maptek Vulcan at the 18 · geological modelling stage. Final geological model presentation is documented in Maptek Vulcan at the 18 · geological modelling stage.
ALBUM
4 records
Building the stratigraphic slope section is documented in Rocscience Slide2 at the 01 · model setup stage. Building the stratigraphic slope section is documented in Rocscience Slide2 at the 01 · model setup stage.
Defining slip-surface search parameters is documented in Rocscience Slide2 at the 02 · model setup stage. Defining slip-surface search parameters is documented in Rocscience Slide2 at the 02 · model setup stage.
Running the stability search is documented in Rocscience Slide2 at the 03 · analysis and result stage. Running the stability search is documented in Rocscience Slide2 at the 03 · analysis and result stage.
Reviewing the calculated slope model is documented in Rocscience Slide2 at the 04 · analysis and result stage. Reviewing the calculated slope model is documented in Rocscience Slide2 at the 04 · analysis and result stage.