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RockWare
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Encom PA - integrate, analyze and visualize geophysics, geochemistry and geology data from various sources
Gallery 

Encom PA Image Gallery

 

3D elevation grid surface with a raster image of geology map draped over the surface. Transparency colour of white has been applied to the geology raster image and a vertical exaggeration has been app
3D elevation grid surface with a raster image of geology map draped over the surface.
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3D elevation grid surface with band pass (5-95% range) colour mapping applied draped by 3D vector (DXF) elevation contours which are also colour modulated. 3D surface has transparency applied.
3D elevation grid surface with band pass (5-95% range) color mapping applied draped by 3D vector (DXF) elevation contours which are also color modulated.
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3D elevation grid surface with band pass (5-95% range) colour mapping applied draped by 3D vector (DXF) elevation contours which are also colour modulated.
3D elevation grid surface with band pass (5-95% range) colour mapping applied draped by 3D vector (DXF) elevation contours which are also colour modulated.
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3D elevation grid surface with transparency applied to reveal a thresholded voxel model of computed magnetic inversion (UBC format) beneath.
3D elevation grid surface with transparency applied to reveal a thresholded voxel model of computed magnetic inversion (UBC format) beneath.
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UBC Magnetic Inversion voxel models illustrating vertical model slices intersected by a thresholded model of specified magnetic data range.
UBC Magnetic Inversion voxel models illustrating vertical model slices intersected by a thresholded model of specified magnetic data range.
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UBC Magnetic Inversion voxel model illustrating chair clipping of data extents and isosurfacing to produce a smooth contour of a specified magnetic value.
UBC Magnetic Inversion voxel model illustrating chair clipping of data extents and isosurfacing to produce a smooth contour of a specified magnetic value.
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UBC Magnetic Inversion voxel model illustrating chair clipping of data extents and thresholding to withing a specified magnetic data range.
UBC Magnetic Inversion voxel model illustrating chair clipping of data extents and thresholding to withing a specified magnetic data range.
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UBC Magnetic Inversion voxel model
UBC Magnetic Inversion voxel model
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Digitize features on a 2D map for either regions, lineations or point anomalies using the feature tool.
Digitize features on a 2D map for either regions, lineations or point anomalies using the feature tool.
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Use the built-in 3D Cursor plane to navigate in 3D to digitize geological boundaries or structures.
Use the built-in 3D Cursor plane to navigate in 3D to digitize geological boundaries or structures.
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Digitise geological boundaries in 3D from georeferenced cross-section images using the feature module and interpolate between the cross-sections to produce a geological block model using the 3D Solid
Digitize geological boundaries in 3D; interpolate between cross-sections to produce geological block model.
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3D Drillholes showing variable tune thicknesses relative to downhole assay concentrations and colour modulated by lithology patterns.
3D Drillholes showing variable tune thicknesses relative to downhole assay concentrations and colour modulated by lithology patterns.
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3D Drillholes showing variable tube thickness relative to downhole assay concentrations and colour modulated by assay values from a specified colour look up table.
3D Drillholes showing variable tube thickness relative to downhole assay concentrations and colour modulated by assay values from a specified colour look up table.
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Integration model of 3D drillholes underlying a contoured topography grid surface.
Integration model of 3D drillholes underlying a contoured topography grid surface.
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