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Task template

Cloud drift: hold the horizon and foreground still

Move the visible clouds slowly toward frame right while the horizon, low hills and foreground tree remain fixed. The exercise keeps ordinary daytime lighting; it does not depict measured weather or promise a seamless sky loop.

Includes original practice inputs and a review checklist. This prompt has not been independently tested with the generation model.

Download the input image below and upload it manually in the generator; the button carries the prompt.

Original illustrated opening scene
Original illustrated practice input and separate observation diagram. These are authored teaching assets, not a MiniMax H3 output or a model-tested result.

01Prepare the inputs

  1. Use the supplied scene with distinct cloud groups, a visible horizon and a foreground tree. Those layers make sky motion distinguishable from a camera pan.
  2. Choose slow rightward cloud drift with modest shape change. Do not combine it with sunrise, rapidly moving shadows or a time-lapse day-to-night transition.
  3. Record the horizon height and the tree silhouette before submitting. They are ground references, not moving cloud landmarks.
  4. Choose one cloud group to track in the observation sheet. The clean first frame is the upload input; the labeled two-time diagram stays outside the scene.

02Prompt and procedure

Copyable prompt

Use the uploaded landscape as the first frame. The visible cloud groups drift slowly toward frame right across the daytime sky, with only soft natural changes along their edges. Keep the horizon at the same height, and keep the low hill outlines, foreground tree and ground completely still. The camera stays fixed without a pan, tilt or zoom. Daylight and ground shadows remain steady; do not introduce sunrise, sunset, birds or a new weather event. End with the same view and the clouds still drifting gently in the same direction.
  1. Separate the sky and ground references

    Mark one cloud group for displacement and record the horizon and tree as fixed. A single changing cloud shape cannot by itself establish direction.

  2. Specify drift without a camera pan

    Keep the camera fixed and ask only clouds to travel right. If the tree also slides left, the clip may be panning rather than preserving the required ground layer.

  3. Inspect cloud edges and horizon together

    Pause in the middle to compare cloud-group position and the hill contour. Allow soft cloud-edge evolution, but reject a horizon that rises, melts or bends with the sky.

  4. Review the continuing endpoint

    Check that drift direction persists to the last interval and that exposure remains daytime. Save the final visible displacement without claiming a start-to-end loop join.

03Check the result

  • The tracked cloud group progresses toward frame right.
  • Cloud-edge changes remain soft without abrupt duplication or teleporting.
  • The horizon stays at the same screen height.
  • The low hill contours do not change shape.
  • The foreground tree and ground remain in their original locations.
  • Camera framing and daytime illumination remain steady.
  • The ending continues the same cloud direction without a new weather event.

04Troubleshoot and finish

The entire landscape pans left

Change only the camera-and-ground clause to fixed framing and stationary ground. Recheck the tree before adjusting cloud speed.

Clouds boil in place without drifting

Strengthen only the rightward translation request and choose one identifiable cloud group for review; do not add time-lapse language.

The sky turns into sunset

Remove only time-of-day progression words and keep steady daytime lighting. Inspect the ground illumination as well as sky color.

End on the unchanged landscape with continuing cloud drift. Keep cloud displacement and fixed-ground checks separate; a usable loop or a real weather claim requires evidence beyond this practice draft.

05Download the practice files