DUG Insight User Manual
Topics
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Software Fundamentals 3
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Views and Displays 3
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Data and Analysis 3
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Time-to-Depth, Velocities and Models 2
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Wells and Well Data 3
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Interpretation 3
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Quick Tips 41
- Control Panel and the Space Bar
- Control Panel Hotkeys
- Capture to the Clipboard
- Capturing Detailed Images for Reports
- Insight Symbology
- Window management
- Insight runs Cross Platform!
- What's in my session
- Insight's Autosave feature
- Create standalone projects from sessions
- High speed views using optimised volumes
- Sharing seismic between projects
- Zoom, Zoom, Zoom
- Cursor and Tracking
- Detailed cursor values with the XHair
- Zooming Wells
- Linked Views Workspace
- Groups - Combining Volumes for Visualization
- Get Classy Looking Displays
- Colourbars, Colourbars, Colourbars
- Overlaying wiggles on seismic
- Instant greyscale!
- Exploring Processes
- Quick Mistie Adjustments
- Working with Synthetics and Gathers
- Easy Velocity QC with Synthetics
- Display Gathers Along a Deviated Well
- Clear those undo/redos!
- Picking horizons across surveys
- Flipping the Map Colourbar
- Horizon Hotkeys and Shortcuts
- Horizon Display Width
- Refining Horizons with Undo/Redo
- Maximise your Measurements
- Asymmetric picking tools
- Distance-Scaling in Well Correlation
- Tapered Mutes for Survey Boundaries
- Using Fault Polygons in Horizon Picking
- How do I list what’s in my session?
- Automatic gather picking using a 3D horizon
- Horizon Unconformity patterns
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Workflows 27
- Display horizon attributes and structure in 3D
- Analyse seismic across different surveys
- Multi-Attribute Geobodies
- Elegant denoise with structural filters
- Find DHIs with Optical Stacking
- Create Custom 2D from Arblines
- Overlay Sequences on Seismic
- Create a wedge model
- Create an AVA wedge model
- Updating settings for multiple wells
- Getting picky with phase
- Cleaning-up Horizon Interpretation
- Calculate proportional slices and layer attributes
- Quick area/volume calculations
- Volumetrics
- How to Combine Fault Polygons
- Structural Contours over Amplitudes
- Isopachs, Isochores, and Isochrons
- Time-Variant Amplitude Matching
- Spatially merge two volumes smoothly
- Spatially blend partially overlapping volumes - alternate workflow
- Apply a horizon-varying trace shift
- Generating spatially variable phase shift map between two stack volumes
- Gridding Velocity Horizons
- Creating Shaded Relief
- Time Depth Conversion using a Horizon Polynomial Function
- Time Depth Conversion using a Volume Polynomial Function