Overview
This is the orientation doc for the GeoSteering tab itself: the canvas layout, the toolbar, and the status bar.
GeoSteering Workspace: Overview
This is the orientation doc for the GeoSteering tab itself: the canvas layout, the toolbar, and the status bar. Importing data (Survey, Logs, Tops, Well Plans), GeoMatch, and Version History each have their own dedicated docs; this one is about the workspace chrome around them.
Opening the Workspace
Inside a project, click GeoSteering in the left icon sidebar.
📸 Screenshot 1: The GeoSteering tab freshly opened, toolbar at top, plot canvas in the middle, status bar at the bottom.
The Canvas: Plot Panels
GeoMaster can show up to three kinds of synchronized plots: Horizontal, Vertical, and Vision. How many panels are visible, and their arrangement, is controlled by the Layout button in the toolbar (see below), and your choice is saved per project.
The Toolbar
The toolbar is a single responsive row, grouped left to right. On a narrow window, later groups disappear first (the toolbar is built to progressively hide groups as the window shrinks, and show them again as it widens):
| Group | Tools |
|---|---|
| Always visible | Undo, Redo, Import, Export |
| Edit | Delete, Copy, Paste, Paste Format |
| View | Ruler, Layout, Grid Lines |
| Format | Style, Fill, Label, Survey Points |
| Vertical exaggeration | EX (Exaggeration) |
| Vertical Section | VS (Vertical Section azimuth) |
| Interpretation | Create GeoMatch, Connect, Synthetic Log, Add Segment, Thickness Change, Reset Segment, Hide/Unhide, Create Version |
| Structural (not yet functional) | Change Dip, Fault Displacement |
| Calculator | Calculator |
| Tracks | Add Horizontal Track, Add Vertical Track, Delete Track |
📸 Screenshot 2: The full toolbar on a wide window, all groups visible.
📸 Screenshot 3: The same toolbar on a narrower window, later groups collapsed or hidden.
Layout
Click Layout to open a small modal with four column-arrangement options (1, 2, 3, or 4 columns). It controls how many plot panels show side by side. Your choice is remembered for the project.
📸 Screenshot 4: The Layout modal with its four column-arrangement icons.
EX (Exaggeration)
A numeric control (with plus/minus buttons) for vertical exaggeration, clamped between 1 and 20. Stretches the vertical scale to make thin beds easier to read.
VS (Vertical Section)
A numeric control for the Vertical Section azimuth, 0 to 359 degrees, wrapping around at the ends. This control is disabled while GeoMatch mode is active.
Fill
A dropdown with several sub-tabs for formation/layer styling: Solid Color, Gradient, Pattern, Conditional Formatting, and Log Settings.
Interpretation tools
Create GeoMatch opens the correlation tool (its own doc covers this in depth). Create Version saves a snapshot into Version History (also its own doc). Synthetic Log, Add Segment, Thickness Change, Reset Segment, and Hide/Unhide work on the segments of the cross-section directly.
Not yet functional: the Change Dip and Fault Displacement buttons are visible in the toolbar, but every control inside them is currently disabled in the code, so clicking them opens a panel that can't actually be used yet.
📸 Screenshot 5: The Fill dropdown open, showing its sub-tabs.
The Status Bar
A thin bar runs along the bottom of the workspace with two things:
-
Position: updates live as you move your mouse over a plot, showing the cursor's coordinates in that plot's own units (depth for a vertical/vision plot, horizontal distance for a horizontal/vision plot).
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A unit picker (metres or feet) for the project's length unit preference, applied globally across the workspace.
📸 Screenshot 6: The status bar showing a live Position readout and the unit picker.
What's Covered Elsewhere
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Importing Survey, Logs, Tops, and Well Plans: see their individual docs.
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Create GeoMatch / Connect: see the GeoMatch doc.
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Create Version: see the Version History doc.
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Collaborating with teammates in this workspace: see Multi-User Collaboration.
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Comparing the Well Plan against actual survey data: see Plan vs Actual Tracking.
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Projecting the trajectory ahead of the current bit position: see Ahead-of-Bit Prediction.

