Follow a water jet into a fixed spoon and out along a changed direction

Original, untested video brief. No input image or generated result is supplied.

1. Task and boundary

Show a narrow water stream reaching the inside of a fixed tilted spoon, then leaving its lower lip in a different direction. The source, contact region and outgoing water must remain connected in time. A sideways stream appearing below an untouched spoon does not demonstrate deflection. Use a restrained flow and a broad readable contact region rather than a dramatic spray.

This is an original, untested visual brief for a simple liquid-contact scene. It does not calculate a flow field, guarantee a clean stream or establish a particular physical effect. The spoon is a fixed curved guide in this shot; it does not sweep through the water. Small splashes are acceptable if they do not conceal where the main stream meets the bowl.

2. Authorized first frame

Use a photograph or accurate drawing you own or may use. Show a fixed nozzle above one unbranded spoon whose concave bowl is tilted so its lower lip points toward picture right. A simple clamp holds the handle outside the stream. Place a wide plain basin below to receive the water, and keep the nozzle-to-bowl gap visible. The first frame may show no water yet, so the advancing stream can be tracked from its source.

Choose a side angle with slight elevation to see the inner bowl and lower lip. Use a contrasting uncluttered background and enough light to reveal the water outline. Do not hide the spoon behind glare, place the nozzle behind the bowl or rely on an already filled basin as evidence of the contact path.

3. Use the generator

Open the current image-to-video generator in a mode accepting your authorized first frame. Paste the complete prompt, check the available settings and cost estimate, then submit only when ready. This page supplies text; it does not upload an image or start a generation.

4. Prompt and timing

Keep the original nozzle, clamped spoon and camera fixed in my authorized scene. Let a narrow steady water stream emerge from the visible nozzle and travel through the original gap into the spoon’s concave bowl. At the existing contact surface, let the water spread a little within the bowl and leave the original lower lip toward picture right, then descend into the basin. Keep a readable incoming path, contact region and outgoing path. The spoon must not rotate to chase the stream or gain a new hole. Preserve the original lip, handle and clamp. A few small splashes may occur, but do not use spray to hide the contact. Hold a short interval of the connected flow. Do not create water below the spoon before the incoming stream arrives, teleport it through the metal, replace the spoon or add a second nozzle. No cut or camera move.

Opening: locate the nozzle outlet, empty gap, inner bowl and original lower lip.
Arrival: follow the advancing stream to the bowl before judging any outgoing water.
Held flow: inspect the connected incoming, contact and outgoing regions in the same fixed view.

These beats are author suggestions, not exact model timing guarantees. Adapt their proportions to the clip length actually available.

5. Inspect the output

After inspecting your own output, record a time or frame, visible observation and pass, fail or inconclusive judgment for each condition. A convincing ending alone does not verify the preceding action.

The original nozzle, spoon and clamp remain in place.
The incoming stream visibly reaches the original inner bowl before outgoing flow begins.
The main outgoing water leaves the original lower lip rather than appearing through a new hole.
The changed direction occurs at the spoon-contact region, not in empty space above it.
The original spoon shape remains identifiable despite modest water coverage.
If glare, spray or overlap hides the contact region, mark the deflection-path check inconclusive.

6. Fix one failure

Water appears below the spoon too early: begin with a shorter empty gap and follow the source stream first.
The spoon turns to meet the stream: anchor the clamp and remove any hand movement.
Water passes through metal: expose the inner bowl and its lower exit lip.
The flow becomes an opaque splash cloud: reduce the requested flow and keep the contact area larger in frame.
The stream bends before contact: keep the incoming segment simple and locate the change at the visible bowl surface.

7. Ending and limits

End during a brief readable interval with water entering the same bowl and leaving its original lip toward the basin. The source and spoon stay fixed throughout that interval.

Save your own generated result through the available result controls, together with the authorized input, exact prompt, settings and inspection notes.

No generated fluid result or measured experiment is supplied. The scene cannot verify flow speed, pressure, detailed surface physics or a real setup’s behavior. A filled basin alone proves none of the proposed path; judge the visible sequence and keep concealed contact unresolved.

The short-pour exercise follows liquid leaving a vessel and entering a glass. Here a separate fixed curved surface interrupts the incoming path, and the key inspection is the change in direction at that original surface before the water reaches its receiver.