MiniMax H3 sealed-vessel prompt: separate vessel tilt from the liquid surface

MiniMax H3 sealed-vessel prompt: separate vessel tilt from the liquid surface

Keep the container and its contents in different motion roles. The rigid vessel rotates about its support, while the internal liquid boundary can slosh and settle instead of staying painted onto the wall.

Original illustrated practice input; method not independently tested. No H3 generation or model output is supplied. A result, if you later generate one, still needs the checks below.

!Original illustrated practice input, not a model result

Read the starting input

The illustration shows a sealed rectangular transparent vessel, a visible cap, colored liquid in the lower portion and an air space above it. A short arm connects the left wall to a fixed side support, with the pivot drawn at their junction.

Track the side support and pivot separately from the vessel corners. The liquid-air boundary is a third reference. A sealed cap and continuous walls matter: this exercise does not request any liquid crossing the outer boundary.

Set up the current generator

Select MiniMax H3 base in image-to-video. Enable Add end frame so the current interface exposes the First Frame slot. Upload only first-frame.png to First Frame and leave Last Frame empty. This is not the Fast workflow: Fast requires both frames. Select a duration and ratio actually offered by the interface; these notes promise no exact motion timing. Opening a generator does not submit a task. Provider availability and generated outcomes are not promised. The SVG is a design/inspection source, not an upload instruction.

Download practice kit · PNG first frame · Blank acceptance sheet

Copy the original prompt

Start from the supplied illustrated first frame. Locked front view. Keep the side support and its visible pivot fixed. Rotate the sealed rectangular vessel only a small amount clockwise around that pivot. Keep the original cap attached and both liquid and air inside the original unbroken walls. Let the internal liquid surface respond with a modest slosh and settle toward a level orientation instead of rotating rigidly as a painted stripe on the vessel. Preserve a visible air pocket. Do not pour, leak, add liquid, introduce a new opening or move the camera. Stop at the small tilted pose and hold while the surface settles qualitatively. No exact volume, wave timing or optical-refraction target.

Work through one attempt

• Confirm the cap, continuous vessel walls, air space and side pivot in the PNG. An open jug would imply a different boundary and should not replace this input unnoticed.
• Ask for a small tilt only. Leave inversion, a full rotation and a dramatic splash out so the sealed boundary and internal surface remain visible.
• If a result is later generated, compare the pivot and outer corners first, then inspect the liquid-air boundary and air pocket at the ending. Do not use a blue-pixel count as a volume measurement.

Inspect the result

Record an observation for each item in the blank sheet. The sheet starts with empty results: none is a pre-existing pass.

• The side support and pivot stay fixed while the vessel changes orientation around them.
• The cap and walls remain closed, with no visible leak, added source or separated vessel part.
• The liquid-air boundary is not simply welded to a rotating wall; a visible air space remains.
• The ending is a small held tilt with a qualitatively settling surface, not a full inversion or pour.

Change one failure at a time

• If the whole support rotates, name the support as fixed and reduce the vessel tilt before adding more liquid detail.
• If the surface stays painted to the wall, distinguish the rigid container from the internal liquid-air boundary.
• If liquid appears outside or the air pocket vanishes, shorten the motion and restate the sealed boundary instead of asking for a larger splash.

Ending, limits and related tasks

The same sealed vessel holds a small tilted pose on its fixed pivot, with retained liquid and a still-visible air pocket.

No H3 run is supplied. This is a qualitative boundary exercise, not measured volume conservation, exact refraction, a fluid solver or validation of a real container.

Use the pour exercise for an open rim and a receiver. Use this one when contents must stay inside a closed boundary that changes orientation.

• glass pour liquid level check
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