Lower a stone into water and follow the rising level

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

1. Task and boundary

Lower one stone into a partly filled clear vessel using a visible support loop. As more of the stone enters, follow the waterline rising against fixed wall marks. Stop with the stone fully submerged and still suspended, without adding water or letting the vessel change shape.

This original visual plan is untested. Use an impermeable plain stone and enough headroom below the rim. Exclude volume calculation, a calibrated scale, dissolving material and a floating object that refuses to enter the water.

2. Authorized first frame

Prepare a photograph or accurate drawing you own or have permission to use. Show the stone held just above the water by the original loop and hand. Put two small unnumbered marks on the clear vessel wall beside the starting waterline.

Use a side view showing the water surface, vessel base and the full stone. Leave room for immersion without bottom contact. The support should be thin and visible, and the vessel walls should be straight enough to compare successive liquid levels.

3. Use the generator

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

4. Prompt and timing

Start from my authorized image of a stone suspended above a partly filled clear vessel, with two fixed wall marks beside the waterline. Lock the camera, vessel and table. The original hand lowers the same supported stone straight into the water. Let the waterline rise gradually against the fixed wall marks as more of the solid becomes submerged. Keep all liquid inside the vessel and do not introduce a pouring stream. Preserve the stone’s size and solid outline, the vessel width and the continuous support loop. Stop lowering once the whole stone is below the surface but remains clear of the bottom. Hold that position and the higher waterline. No dissolving stone, growing vessel, overflow, added water, hidden cut, camera movement or numerical volume claim.

1. Establish, first fifth: compare the starting liquid level with the two wall marks.
2. Immerse, middle three fifths: follow the waterline while the stone passes from partly to fully submerged.
3. Hold, final fifth: inspect the higher level and the suspended stone’s gap above the base.

5. Inspect the output

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

• The stone enters through the open surface rather than through a wall.
• The waterline rises during increasing immersion without a new liquid source.
• The stone retains a readable solid outline below the water.
• The vessel and wall marks stay fixed and unchanged in size.
• The final stone remains submerged, supported and clear of the bottom.
• If reflections hide the starting level, mark the level change inconclusive.

6. Fix one failure

• Water pours in from nowhere: remove every inlet and retain only solid immersion.
• The level jumps before contact: tie the rise to increasing submerged volume.
• The vessel stretches: anchor both side walls against the background.
• The stone disappears underwater: use clearer liquid and a contrasting solid.
• The stone lands too early: shorten the descent and leave more bottom clearance.

7. Ending and limits

Finish with a fully submerged suspended stone and a waterline visibly higher than at the start.

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

No H3 result, displacement experiment or numerical volume inference is supplied. The wall marks are visual references only and cannot establish a calibrated measurement.

The pouring task raises a receiving level by adding liquid. This task adds no liquid; an entering solid occupies space while the existing liquid surface changes height.