Automated DesignWorking With Results

Working With Results

Read an Automated Design run: the ranked summary, side-by-side comparison, the dynamics grid, applying a design to the well, and PDF reports.

A completed design run: 18 results ranked best-first, with the Summary, Comparison, and Dynamics tabs above the table.

Open a completed run from the Auto Design tab on the well, or from the cross-well Automated Design list. The page has three tabs over one set of results.


Summary

The default tab is the ranked table. Every row is one design, best-first. See How Designs Are Ranked for what the score columns mean.

Two controls sit above the table:

  • Columns adds or removes columns.
  • Filter narrows the list, which is useful when you want to see only designs under a cost ceiling or above a production floor.

Filter by pumping unit, pump, rod material, cost, SPM, score, or loading.

Click the chevron on any row to expand it, or the eye icon to open that design in the Dynamics tab.

An expanded row: the design summary, the rod string, and the dynamics charts for that design.

Comparison

The Comparison tab, with the top five designs as columns and each metric shown against its range across the dynamics grid.

The Comparison tab puts the top designs side by side as columns: design ID, pumping unit and model, estimated cost, and then every metric as a row.

Each cell shows the average value with its minimum and maximum underneath, and a marker showing where the average sits in that range. A design whose marker sits hard against the top of its range is running close to its limit across the whole operating envelope, not just at one point.

Further down the comparison: loading, SPM, and each design's rod string.

Click any design card to open its detailed results.


Dynamics

The Dynamics tab, showing the design summary, pumping unit, pump, and the min, average, and max of each result across the grid.

Scoring a design at one operating point is not enough, because wells do not sit at one operating point. The engine takes the top-ranked candidates, plus a random sample of the rest, and re-simulates each one across a grid of conditions: a sweep of pump intake pressures crossed with a sweep of pump fill levels. By default that is 10 intake pressures by 6 fill levels, so 60 sub-simulations per design.

Every Min / Avg / Max you see in the results is aggregated across that grid.

The Design Summary

At the top of the tab, Design Summary lays out the configuration and its aggregated results:

PanelShows
Pumping UnitManufacturer, model, rotation direction, crank hole, and stroke length
PumpType, diameter, and setting depth
ResultsSPM, polished rod velocity, gearbox %, structural %, max rod load %, side load, bottom min stress, and production, each as min / avg / max

Rod String below it lists every taper section: type, manufacturer, model, diameter, length, guides, guides per rod, loading, and bottom min stress.

The Charts

The sub-simulation matrix and the dynamics charts, plotted against pump intake pressure.

A matrix shows the score at every combination of pump fill and intake pressure, so you can see at a glance where the design holds up and where it degrades. Click any cell to pull up that sub-simulation's metrics and highlight it on the charts below.

The charts plot each metric against pump intake pressure, one line per pump fill level: SPM, gearbox loading, structural loading, max rod load, max rod side load, and bottom min stress. Use the pump intake pressure and pump fill selectors to highlight the operating point you actually expect.

A design that scores well only in the middle of the grid is a design that needs the well to behave. Prefer one whose charts stay flat across the range you expect to operate in.


Apply a Design to the Well

Once you have picked a design, apply it to create a RodSim simulation from it on this well. Click Apply on the row. If the design was already applied, the button reads Re-apply.

Apply options for a design that was already applied once.
OptionWhat happens
Apply & RunCreates the RodSim simulation and runs it immediately. Reads Apply, Run & Report when your plan includes reports, and also generates the PDF
Apply as draftCreates it without running, so you can review the inputs first

Apply & Run needs permission to run simulations. Without it, only Apply as draft shows.

Applied designs are marked in the table, and Open in RodSim takes you straight to the simulation. Applying the same design again creates another simulation rather than overwriting the first, so you can keep both.


Reports

Report selection mode: tick up to five designs, then click Create Report.

Click Create Report to build a PDF. The table switches to selection mode: tick the designs you want, up to five, then click Create Report again.

The dialog groups the content into sections you can turn on or off:

The Create Report dialog, with section toggles on the left and a live preview on the right.
GroupContains
OverviewRun inputs, criteria, and the evaluation summary
Simulation DataPer-design configuration and rod tables
GraphsStatic output charts
Dynamic SimulationThe dynamics charts, with a page layout and size per section
SurveyThe well's directional survey, printed once as an appendix

Comments are off by default and render once at report level. The report is prepared in the background and downloads when it is ready.


Rerun, Clone, and Cancel

  • Rerun resubmits the same inputs. Use it after a failure, or when the well data has been corrected.
  • Clone & Modify opens the New Run form pre-filled from this run, so you can change one thing and compare.
  • Cancel stops a run that is still in progress, from its row or its page.
  • The history icon shows earlier versions of the run, so you can see what changed between attempts.

Runs can be renamed and tagged, which is what makes the cross-well list searchable once you have a few hundred of them.


When a Run Returns Nothing

A completed run with no results means every candidate failed at least one hard limit. The page says so directly. The usual causes:

CauseFix
Criteria too strict for the equipmentRaise the loading limits, or add a larger pumping unit
Target production out of reachCheck the target is gross fluid, not oil, then confirm the well can deliver it
Too few rod diametersWiden the rod group so the engine can build a workable taper
No crank holes fast enoughInclude more crank holes, or a unit with a longer stroke

Next Steps

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