Dip one tea bag and follow the color plume into water

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

1. Task and boundary

Lower one tea bag into a clear glass and hold it still below the surface. A localized amber plume appears near the submerged bag and extends into the surrounding water. The useful change crosses the bag boundary into open liquid; it must not look like a moving colored spotlight or an instantly tinted glass.

Use a qualitative illustration with compressed waiting. Exclude repeated dunking, stirring, pouring, steam and a second bag. Preserve a clearer region away from the bag long enough to compare the local origin with later spread.

2. Authorized first frame

Prepare a photograph or drawing you own or may use. Show one dry-looking tea bag hanging by a visible string just above clear water in a transparent glass. Keep the whole bag, starting gap, liquid surface and glass bottom inside the frame.

Choose a plain pale background with one fixed dark mark behind the far side. Leave room beside and below the future submerged bag for a readable plume. A patterned or already dark drink would obscure the intended change.

3. Use the generator

Open the image-to-video generator in a mode accepting your authorized first frame. Paste the prompt and review settings and cost before submission. Nothing runs automatically.

4. Prompt and timing

Start from my authorized image of one tea bag suspended just above clear water in a glass. Lock the camera, glass and background mark. Lower the same bag once by its existing string until it is submerged, then hold it still. After entry, show a small amber color plume originating beside and below the wet bag and gradually extending into the surrounding water. Preserve irregular soft edges and a clearer distant region during early spread. Keep the bag outline and string continuous, with no second dunk. Do not tint the entire frame, move a rigid colored sheet through the glass, add pouring, stirring, steam, bubbles, another bag or a cut. End with the bag still submerged and a broader local plume.

1. Opening fifth: establish the bag, surface gap and clear distant water.
2. Middle three fifths: show one surface crossing, the stationary submerged bag, then the first local plume extending outward.
3. Final fifth: retain visible color variation around the held bag. These proportions set presentation order, not extraction or diffusion times.

5. Inspect the output

For each check, record a frame or time, observation, and pass, fail or inconclusive judgment.

• The original bag crosses the water surface once and remains connected to the string.
• Color first becomes visible near the submerged bag, after entry into the water.
• The plume extends beyond the bag boundary with changing soft edges.
• Distant water stays clearer during early spread, providing a local comparison.
• The glass, background and exposure remain stable instead of turning amber together.
• If the bag hides the first colored region, record the origin as inconclusive; do not infer release solely from a darker final drink.

6. Fix one failure

• Whole frame turns amber: fix the background color and preserve distant clear water.
• Bag repeatedly bobs: request one descent followed by a stationary hold.
• Color stays only inside the bag: specify a plume crossing into adjacent open liquid.
• Plume is a rigid polygon: remove graphic-wipe language and request irregular, gradually spreading edges.

7. Ending and limits

End with the same bag submerged and a broader amber region still distinguishable from clearer water.

Save your authorized input, exact prompt, settings, result and review notes.

No H3 run, brewing trial or extraction measurement is supplied. Appearance does not determine temperature, concentration, flavor, diffusion coefficients or drink suitability. This prompt is an untested creative suggestion without a performance guarantee.

The wick task advances a wet boundary within porous paper. Here color leaves a submerged bag and spreads in the external bath. Active paddle stirring would add imposed bulk motion, which this stationary-bag task excludes.