30-SECOND GAMEPLAY STORYBOARD · REVIEW DRAFT

One Mission. Real Gameplay Motion.

One coherent gameplay mission: inspect → verify → align → lift → route → place → score. The finished video must behave like captured simulator gameplay: continuous movement, visible player input, object-anchored guidance, real parallax, load physics, and immediate feedback—not panning still images.

10-Frame Story

Each frame owns three seconds. Click any image to inspect it full size. These are direction-setting keyframes, not claims of final visual continuity.

FRAME 0100:00–00:03

Scale And Stakes

Establish the real-time coil bay, overhead crane, heavy load, and the risk the simulator makes safe to practice.

FRAME 0200:03–00:06

Operator Takes Control

Show the trainee, belly-box controller, and simulated task in one ordinary gameplay camera.

FRAME 0300:06–00:09

Pre-Operation Inspection

Three representative safety checks gate crane movement before the mission can continue.

FRAME 0400:09–00:12

Verify Coil And Destination

The selected coil, destination saddle, and projected route make the work order visible in-world.

FRAME 0500:12–00:15

Correct The Alignment

The grab starts slightly off-center so the viewer sees player input produce immediate feedback.

FRAME 0600:15–00:18

Core Centered

The alignment resolves from guidance to a clear green success state and the load locks securely.

FRAME 0700:18–00:21

Controlled Test Lift

The coil rises a few inches while the simulator measures balance and sway.

FRAME 0800:21–00:24

Route To Bay 12

The player transports the same load through the marked corridor while correcting a small sway response.

FRAME 0900:24–00:27

Placement Confirmed

The same coil settles precisely onto the destination saddle with safe speed and clear spatial feedback.

FRAME 1000:27–00:30

Measurable Performance

The load releases and the session resolves into safety, accuracy, and completion results.

Three Production Hypotheses

The next round creates one 30-second video from each method. My current bet is the deterministic gameplay path because it proves actual simulator-like movement rather than asking a video model to invent continuity.

HYPOTHESIS ACURRENT BET

Deterministic Gameplay Capture

Build a small playable 3D scene, drive the complete crane mission, and record one real simulator session. Add exact HUD and narration in post.

Why test itBest continuity, authentic parallax, true crane/load physics, and unmistakable gameplay.
HYPOTHESIS B

AI Motion From Locked Gameplay Keyframes

Animate these approved keyframes with one shared environment and equipment reference, then use deterministic HUD, editing, and sound.

Why test itFastest route to polished generated motion if the model preserves the camera and machinery.
HYPOTHESIS C

Hybrid Gameplay Plate Plus AI Enhancement

Record a simple deterministic 3D mission for motion truth, then use generative video selectively for materials, atmosphere, and close-up polish.

Why test itBest balance of reliable gameplay motion and high visual finish.

What To Critique

Direction

The board is deliberately optimized for proposal comprehension, not technical completeness. The single mission should make the simulator’s value obvious without trying to explain every feature.

Review Questions

  1. Does this read as gameplay rather than a proposal slideshow?
  2. Should the camera stay behind the operator, shift to first-person, or alternate?
  3. Are inspection and verification worth six seconds, or should crane motion start sooner?
  4. Is the HUD teaching the task or getting in the way?
  5. Should the finished video feel like one continuous take or an edited YouTube mission?
Fullscreen storyboard frame