Did the Paper Plane Actually Fly? We Checked GPT Image 2.6 Frame by Frame

GPT Image 2.6’s GIF capability can be evaluated through both a storyboard grid of selected frames and the complete animation, since the grid clarifies distinct action stages while playback reveals whether motion, timing, and continuity work between them. Using a paper airplane traveling from a desk to a notebook, the example emphasizes maintaining fixed landmarks, camera position, lighting, object identity, travel direction, and details such as a stripe on one wing, while comparing the plane’s movement and shadow across six key moments. Although the prompt requests a six-second sequence, the generated result contains nine frames at 200 milliseconds each and lasts 1.8 seconds, illustrating that requested duration may differ from the exported GIF’s actual timing. Additional published examples involving changing expressions, a lantern, and a nodding character demonstrate similar checks for stable settings, recognizable subjects, and smooth motion. The discussion concludes that effective revisions should address a specific observed failure, such as jumping movement, changing details, or shifting backgrounds, and that seamless loops require the final pose to return close to the opening pose rather than visibly resetting.

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