Transfer a hanging weight onto a spring and let it settle

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

1. Task and boundary

Lower a supporting hand beneath a weight already attached to a hanging spring. As the hand stops carrying it, the spring extends and the weight settles lower. Keep the upper spring attachment fixed and finish with a visible gap between the hand and the supported weight.

This original, untested brief uses an exposed spring and one small plain weight. Exclude numerical scales, material certification, a propagating compression pulse and multiple added loads. The requested endpoint is a qualitative loaded state rather than a measured spring constant.

2. Authorized first frame

Prepare a photograph or accurate drawing you own or have permission to use. Show a vertical spring hanging from a rigid overhead support. Its lower hook already holds a weight whose base is supported by one original open hand. The spring begins relatively short but remains visibly connected.

Use a frontal view that exposes the full spring, upper attachment, lower hook and weight. Leave downward clearance and include one fixed background reference beside the spring. Avoid dense overlapping coils that cannot be distinguished at the chosen output size.

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 vertical spring fixed to an overhead support, its lower hook connected to one weight resting on the original supporting hand. Lock the camera, lighting and upper support. Lower the hand slowly away from the weight so the load transfers onto the spring. Let the same spring extend downward with increased spacing between its existing coils while its upper attachment stays fixed. Keep the lower hook connected to the same weight throughout. Allow a small brief settling motion, then end with a longer spring and the weight resting lower than its starting position. The hand remains visibly below and clear of the weight. Preserve the spring wire, coil identities and weight shape; do not grow new loops or detach the hook. No numerical scale, second weight, repeated unloading, camera move, cut or large bouncing cycle.

1. Establish, first fifth: distinguish the hand support from the already connected spring and hook.
2. Transfer, middle three fifths: follow hand withdrawal, increasing spring length and the lower weight position.
3. Settle, final fifth: inspect the clear hand gap and the extended spring at rest.

5. Inspect the output

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

• The hand begins under the weight and becomes clearly separated during load transfer.
• The upper support and attachment remain at the original background reference.
• Spring extension comes from spacing changes among existing coils, without added loops.
• The lower hook remains attached while the weight moves downward.
• The final spring is longer and the weight lower, with no hidden hand support.
• If the hook or hand gap is obscured, mark the unsupported loaded state inconclusive.

6. Fix one failure

• The spring grows loops: keep original coil identities and request only increased spacing.
• The overhead support descends: anchor its background reference and limit movement to the lower assembly.
• The weight falls freely: preserve the already connected lower hook before lowering the hand.
• The hand still carries the weight: add a clear final gap and inspect it independently.
• Long oscillation replaces settling: lower the supporting hand more slowly until the spring carries the weight, then withdraw it to a visible gap and request only a small settling motion.

7. Ending and limits

Finish with one extended spring supporting its original connected weight lower down, clear of the hand.

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

No H3 generation, force-extension curve, mass measurement or spring rating is supplied. The proposed image sequence cannot certify safe working load or proportional response.

A longitudinal slinky pulse moves a compressed region along coils. This task transfers one supported load to a hanging spring and ends in a sustained longer state. The sponge task instead ends in shape recovery after unloading.