Motion-Prompt Case · 9aedabf4

Micro-Motion of White Double Flowers

A locked single shot separates the tiny return motion of several white flower clusters from equally small leaf and branch movement.

Direct answer

This case shows why camera, subject, environment and physical response should be described separately, with speed changes and a clear stopping condition.

3.44sSource duration
7 framesAnalyzed keyframes
1Shot assessment
gpt-5.6-solAnalysis model

Input and visual evidence

These images come from one real analysis record and are optimized for the web. Video and motion cases show start, middle and end states.

What the system extracted

A locked single shot separates the tiny return motion of several white flower clusters from equally small leaf and branch movement.

  • Keep the camera almost locked with only inseparable micro-drift.
  • Give each flower cluster a small elastic sway around its original position.
  • Preserve flower shape, water droplets and overlapping relationships throughout.

Editable prompt excerpt

This excerpt preserves the actionable structure while omitting local paths and internal run fields.

Single continuous shot, no cuts and no new subjects. Keep the camera almost locked. Each white double-flower cluster performs a very small, slow elastic sway around its original position, easing in and out without sustained displacement. Thin stems and nearby leaves follow with delayed, smaller motion. Preserve flower orientation, petal structure, water droplets and all overlaps; avoid sudden acceleration, large wind gusts, camera shake or shape changes.

Limits and uncertainty

The analysis is based on selected frames. Exact in-between trajectories, timing and unseen changes remain uncertain unless continuous video evidence was available.

Record disclosure

This page is based on local history record 9aedabf4, analyzed with gpt-5.6-sol and the “完整反推 - 多关键帧时序隔离版” preset. It shows auditable inputs and a real prompt excerpt, without invented generated-output comparisons, ratings or success claims. The source media is displayed with permission and the website uses an optimized copy.