Reverse one car into a fully visible parking bay

1. Task and boundary

Plan a short reverse entry into a parking bay that is already fully visible. Keep the camera and painted lines fixed while the same car changes its heading and backs between them. The final position must follow the visible path, not appear after a cut.

The task is to relate reverse travel, a changing vehicle heading and a fixed parking target. A straight moving subject or a tracking shot does not test this turning-to-alignment result.

Use one car in an empty closed setting. Exclude moving traffic, pedestrians, collision maneuvers and claims of an actual vehicle feature.

2. Authorized first frame

Supply an authorized elevated image showing one car just ahead of an empty bay at a small angle. The whole bay, its far boundary and the intended short reverse path must already be visible.

3. Use the generator

Open the image-to-video generator, add your authorized first frame and paste the prompt. Check current options and cost before you submit; this page does not upload or submit on your behalf.

1. Choose an empty closed setting with a modest starting angle and the whole bay visible. Avoid a tight parallel-parking maneuver.
2. Use a fixed high view that shows the rear path and both side boundaries without introducing unseen space.
3. Compare early entry, partial alignment and the final stop. Check ground references before deciding that the car fits.

4. Prompt and timing

One continuous fixed elevated three-quarter view of the original car and empty marked bay. The car starts just ahead of the bay at a modest angle. It reverses slowly along a short curved path into that same bay, its body heading changing continuously with the wheel path. As it aligns with the side lines, the visible front wheels return toward straight and the car stops fully inside the bay. Keep all lines, ground and surrounding objects fixed. Preserve the original car body and wheel positions. No sideways slide, spinning in place, added parking space, cut or autonomous-driving labels.

5. Inspect the output

Inspect the actual clip from start to finish. Use pass, fail or not visible for each check; an attractive final frame does not prove the intervening motion.

• The car’s rear moves into the original bay while its front remains identifiable throughout the reverse movement.
• The car changes heading continuously along its curved travel instead of sliding sideways or rotating without travel.
• The painted bay lines stay fixed; they do not move or widen to fit the car.
• The complete car ends between the side boundaries and short of the far boundary, with its visible tires still on the ground.

6. Fix one failure

• If the car slides sideways, shorten the turn and request continuous tire contact along the curved path.
• If the bay stretches, anchor its corners and remove camera movement.
• If the car changes shape to fit, choose a source bay with visibly more room rather than asking the model to squeeze it in.

7. Ending and limits

End with the same car stopped within the original marked bay and aligned with its side boundaries.

This is an untested animation brief, not driving instruction or evidence of parking assistance. It does not certify real clearance, steering geometry or vehicle dimensions. Accurate plates and branding need separate verification.

After inspecting a result, use the available result-save or download control. Keep the first frame, exact prompt and complete output together so that revisions can be compared.

This is an original prompt design with visual acceptance criteria, not a generated demonstration or a tested model-performance claim.

• Tracking a walk: one direction, two coordinate systems