Scale And Stakes
Establish the real-time coil bay, overhead crane, heavy load, and the risk the simulator makes safe to practice.
VIDEO DELIVERY EVIDENCE · HISTORICAL RECONSTRUCTION
Outokumpu Storyboard Collection
This is the storyboard package that should have accompanied the 30-second Grok process trial. It preserves the original ten-frame story, identifies the exact five images sent to animation, maps those images to the finished timeline, and records the post-hoc roast that explains why the video was rejected.
10Original story frames
5Exact animation inputs
5 / 5Post-hoc roast failures
Original Pre-Animation Board
The complete ten-frame story as it existed before video generation. Gold-bordered cards are the five frames that materially informed the delivered cut.
REVIEW LANGUAGE
Comment with the stable ID—such as “Frame 05” or “Source S09”—so corrections stay attached to one exact image.
All Ten Story Frames
Each image opens full size and can be downloaded independently. These historical frames predate the current roast-regenerate gate.
PIXEL-FAITHFUL EVIDENCE
Clipped HUD labels, generated interface controls, and partial overlays visible inside these images are defects in the original storyboard pixels. They are intentionally preserved here rather than cropped or repaired.
Operator Takes Control
Show the trainee, belly-box controller, and simulated task in one ordinary gameplay camera.
Pre-Operation Inspection
Three representative safety checks gate crane movement before the mission can continue.
Verify Coil And Destination
The selected coil, destination saddle, and projected route make the work order visible in-world.
Correct The Alignment
The grab starts slightly off-center so the viewer sees player input produce immediate feedback.
Core Centered
The alignment resolves from guidance to a clear green success state and the load locks securely.
Controlled Test Lift
The coil rises a few inches while the simulator measures balance and sway.
Route To Bay 12
The player transports the same load through the marked corridor while correcting a small sway response.
Placement Confirmed
The same coil settles precisely onto the destination saddle with safe speed and clear spatial feedback.
Measurable Performance
The load releases and the session resolves into safety, accuracy, and completion results.
Exact Images Sent To Animation
These five raw source images—not merely similar frames—were submitted to Grok. The audits below were performed after Greg’s rejection and are clearly labeled post-hoc.
SOURCE S01
POST-HOC FAILOperator / establishing motion
- Video segment
- 00:00–00:06
- Historical status
- Used before the adversarial roast gate existed
Material defects
- Center bore is visibly empty while the lifter contacts the coil from above.
- Operator stands inside the suspended-load hazard envelope.
- Controller, PPE, support saddles, and viewport UI all fail common-sense review.
Regeneration brief
Regenerate with a visible bore-engaged lifting tool, complete safely positioned operator, coherent belly box, engineered saddles, and no viewport controls.
SOURCE S03
POST-HOC FAILPre-operation inspection
- Video segment
- 00:06–00:12
- Historical status
- Used before the adversarial roast gate existed
Material defects
- Lifting fixture still reads as exterior/top contact rather than bore engagement.
- Operator is close to the load and appears to use two conflicting controller devices.
- Stored coils lack credible restraint; HUD objects float without physical integration.
Regeneration brief
Separate inspection from lifting, place the operator behind a safe boundary with one belly box, restrain stored coils, and remove floating interface elements.
SOURCE S05
POST-HOC FAILAlign and secure
- Video segment
- 00:12–00:18
- Historical status
- Used before the adversarial roast gate existed
Material defects
- The green lifting member terminates at the coil face instead of entering the bore.
- The coil appears simultaneously seated and lifted, making the load-transfer state ambiguous.
- Operator proximity and editor controls make the frame unsafe and unusable as an animation source.
Regeneration brief
Show a clearly inserted center-bore grab, one unambiguous pickup state with visible clearance, a protected operator station, and a clean frame export.
SOURCE S08
POST-HOC FAILTransport to Bay 12
- Video segment
- 00:18–00:24
- Historical status
- Used before the adversarial roast gate existed
Material defects
- Suspended coil has an empty bore and no visible load-bearing connection.
- No operator or safe operating station is shown.
- Receiving support and exclusion-zone logic are incomplete; simulator controls remain overlaid.
Regeneration brief
Regenerate the transport frame with continuous visible crane-to-bore load geometry, a safely positioned operator, defined travel exclusion zone, and no UI artifacts.
SOURCE S09
POST-HOC FAILPlacement and score
- Video segment
- 00:24–00:30
- Historical status
- Used before the adversarial roast gate existed
Material defects
- Top clamp carries the outside of the coil while the bore remains empty.
- Only a partial helmet/controller is visible, producing the headless/incomplete-person risk Greg later caught in motion.
- Coil, hook, and receiving cradle are not convincingly aligned; glowing guide graphics read as UI artifacts.
Regeneration brief
Show a complete operator outside the load path, bore-engaged tool, aligned engineered cradle, and physical floor markings instead of luminous overlays.
How Future Deliveries Work
Before Animation
- Roast every source frame adversarially using zoomed crops and technical references.
- Return PASS or FAIL with exact defects and a regeneration brief.
- Regenerate and re-roast until each frame passes.
- Animate only the exact passed source identities.
At Delivery
- Ship the video with its complete storyboard collection.
- Show the contact sheet plus each full-resolution source image.
- Map source IDs to video segments and preserve roast status.
- Human feedback always overrides an AI pass and restarts correction.