# MiniMax H3 exploded-diagram prompt: separate only the parts already defined

Make a readable separation diagram of three already defined components. The purpose is to show how the same pieces relate in space, rather than inventing a hidden product interior or implying a real assembly mechanism.

**Original practice illustrations and an untested method.** No H3 task has been submitted and no generated result is included.

## 1. Establish the authored starting state

The original drawing shows three distinct coloured slabs stacked along one vertical axis. A coral cap, pale middle block and teal base have visible seam boundaries. This is an intentionally simple fictional kit, not a photograph or an engineering drawing of a commercial product.

[Download the actual input PNG](/learning-assets/original-b-next-creative-20261022/exploded-known-components/first-frame.png) · [Editable design SVG](/learning-assets/original-b-next-creative-20261022/exploded-known-components/first-frame.svg)

## 2. Assign the moving and fixed roles

Before any generation, trace the left and right outline of each slab and assign top, middle and base. The base stays where it is. The top two components may separate upwards; their order does not change. The drawing does not provide proof about fasteners, hidden cavities or load-bearing connections.

1. Inspect the PNG before using the prompt. The two inter-component seams and three colours are the comparison targets; keep the editable SVG for checking the intended geometry.
2. Request the two small gaps in one fixed shot. Do not combine separation with camera orbit or assembly rotation, because those motions would reveal surfaces the input does not verify.
3. If a later result exists, compare the starting stack, the first clear gap and the final separation. Follow each component continuously instead of accepting any visually attractive ending.

## 3. Prepare one manual generation attempt

Use the current **MiniMax H3 base image-to-video** controls. Under the currently documented site workflow, enable **Add end frame** to expose **First Frame**, upload only `first-frame.png` there and leave **Last Frame** empty. This draft does not use Fast, which needs a paired input. Recheck the actual available controls and credit estimate before any manual submission; these files neither upload themselves nor start generation. SVG files and the separate review guide stay local as design/review materials. No duration, resolution or endpoint capability is promised by this method.

[Download the practice package](/learning-assets/original-b-next-creative-20261022/exploded-known-components/practice-kit.zip) · [Blank observation sheet](/learning-assets/original-b-next-creative-20261022/exploded-known-components/acceptance.blank.csv)

## 4. Use the complete original draft

```text
Use the supplied original three-part illustrated diagram as the first frame. Keep the camera fixed and retain the same flat geometric illustration style and background. Hold the teal base completely still. Lift the pale middle slab a short distance vertically, and lift the coral top slab farther vertically, so two small readable gaps open between the same three components. Preserve each component colour, width, thickness and orientation. Keep all three on the original vertical axis with their original top-to-bottom order. Do not add screws, wires, labels, hidden internal parts, hands, a fourth component or an exploded cloud of fragments. Stop with the same three separated slabs visible and hold. This is a fictional display diagram, not evidence of a real product construction.
```

The copyable generator draft is the English version; the paired Chinese draft is included for review.

## 5. Inspect the actual result in sequence

Do not fill a pass from the input or from the intended ending. Enter observations only after examining actual result frames. The downloadable sheet has empty observation and result fields.

- Exactly the original three components remain visible; there are no new internal parts or fragments.
- Top, middle and base keep their original order and aligned centres.
- The teal base does not move; the upper pieces separate without changing their silhouettes or fusing.
- The final view holds all three pieces inside the frame with two visible gaps.
- No diagram, prompt or future generated image is used to assert the construction of a real product.

## 6. Repair one failure without changing the task

- A new screw or cavity appears: remove any wording implying a real mechanism and return to the three visible slabs. A plausible extra detail is still outside this source.
- Parts rotate or swap order: shorten separation and explicitly retain each colour-to-position identity; keep the camera fixed.
- The base rises with the others: restate only the base as the fixed anchor. Do not add a hand or pedestal to conceal the drift.

## 7. Save the ending and choose the right next task

Save a final observation for top, middle and base separately. A useful ending shows two gaps and three identifiable pieces, rather than a cloud that merely looks technical.

This is an authored, untested MiniMax H3 method. It does not demonstrate engineering accuracy, assembly feasibility or model reliability. Real product explainers require independently authorised and verified component sources.

Use an unboxing plan when the task is removing packaging and revealing a separately sourced item. Use this diagram when every component is explicitly defined before separation. For a comparison of existing part identity during linked motion, use the iris-blade exercise: it checks coordinated overlap rather than separating independent parts.

- [silent unboxing three beats](/templates/silent-unboxing-three-beats)
- [MiniMax H3 iris prompt: shrink the opening with the same overlapping blades](/templates/iris-aperture-linked-blades)