Release a compressed dropper and follow liquid into its stem

Original video brief; method not independently tested. No input image or generated result is supplied.

1. Task and source boundary

Begin with a dropper tip already submerged and its bulb visibly compressed. Let the fingers relax once so the bulb recovers and a liquid boundary rises inside the clear stem. Keep the tip, reservoir surface and interior liquid separately readable throughout the action.

This is an original visual brief for a plain demonstration dropper. Exclude dosing, injection, volume claims, spraying and a second squeeze that would expel the newly drawn liquid.

2. Prepare a readable input

Prepare your own or authorized close image of a clear dropper above a shallow transparent reservoir containing colored liquid. The tip starts just below the visible surface; the bulb is already pinched by one existing hand. Show a largely empty stem above the reservoir line. Use an oblique side view with a plain contrasting background, space above the internal liquid boundary and no graduations requiring exact text.

3. Use the prompt in the current generator

Open the current image-to-video generator, choose an available mode accepting your authorized first frame, and paste the complete prompt. Match its directions to your input and review current settings and the cost estimate before submitting. This page supplies no image and starts no generation; the beats are suggestions, not dedicated motion controls.

4. Complete prompt and sequence

Start from my authorized image of one clear dropper whose tip is submerged in a small reservoir of colored liquid and whose bulb is already compressed between the original fingers. Lock the camera, reservoir and lighting. Keep the tip continuously below the reservoir surface without moving the glass stem upward. Let the fingers ease their pinch once and let the same bulb recover toward its rounded shape. During this release, show the colored liquid boundary rising inside the stem from the submerged end. The liquid enters through the tip; it does not materialize as a detached blob near the bulb or fill the surrounding air. Retain one continuous dropper, the same stem width and the original grip. Keep the reservoir surface separate from the rising interior boundary. Stop after a modest amount has entered, with visible empty stem remaining above it. Hold the bulb relaxed and the tip submerged. No second squeeze, jet, spray, withdrawal, cut, camera move, scale labels or extra hand.

First fifth: identify the compressed bulb, submerged tip and reservoir surface.
Middle three fifths: relax the pinch once while following the interior boundary upward from the tip.
Final fifth: hold the recovered bulb and partly filled stem steady; keep the tip submerged.

Adapt these proportions to the available clip length; exact timing is not guaranteed.

5. Inspect an actual output

For your own output, record a frame or time, the visible observation, and pass, fail or inconclusive for each check. Hidden events remain inconclusive.

The tip stays below the reservoir surface throughout uptake.
The bulb changes from compressed toward rounded while the fingers relax.
The interior liquid boundary rises from the tip direction without isolated liquid appearing above it.
The stem retains its shape, and the reservoir surface does not climb to imitate interior filling.
The ending retains a partly filled stem, relaxed bulb and submerged tip without expelling the liquid.

6. Repair one failure at a time

Liquid appears beside the bulb first: specify continuity from the submerged tip and start with a clearer empty stem.
The entire dropper rises: anchor the stem and assign movement only to the fingers and bulb.
Liquid shoots out: remove a repeated squeeze and end with relaxed fingers.
Reflections hide the meniscus: use a less reflective authorized input and stronger background contrast.

7. Ending, saved result and limits

End with a relaxed bulb and a modest visible liquid column inside the same dropper, still immersed at its tip.

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

No H3 run, uptake experiment or calibrated measurement is included. The clip cannot establish pressure, capacity, material suitability or a usable dose; this plan checks visible entry and boundary continuity.

Pouring into a glass crosses an open rim as an external stream. Wicking paper changes a porous strip. This task follows liquid entering a hollow stem while a compressed bulb is released.