Geometric Motion
Design shape relationships, paths and changing states with examples of Full Stop’s point-to-world sequence and a ball escaping twelve rings.
2026.10.07
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Full Stop figure sequence
Give simple shapes a rule
Geometric motion makes points, lines, circles and balls the subject rather than decoration. Viewers follow how shapes move, transform or relate to each other. Full Stop presents a sequence involving a point, circle, ball and world. The ring escape example focuses on a ball, gaps in circular boundaries and the number of rings remaining.
Use circles in different ways
The Full Stop samples show a circle outline, a point position, a ball’s shadow and a globe’s volume. The escape samples use luminous concentric rings and a moving ball to indicate progress. Their source prompts are open-ended requests to demonstrate motion skills or make a viral video. They do not specify ring count, collision rules or accurate physics. Add those requirements if they are important to your version.
Prepare paths and completion rules
Specify shape count, size, color, contrast, the ball’s path, collision behavior and the final state. For a ring escape, define gaps, the remaining-ring indicator and what counts as completion. Distinguish realistic movement from an intentionally graphic rule system. Neither source requires a photo upload, and the examples are not presented as verified physical simulations.
Choose the model and check state changes
Manually select Claude Opus 5.5 in Carat’s agent model menu beside the input box on PC or at the top on mobile. Add the shapes and ending you want to the source prompt. Check for unexplained appearances, inconsistent ring counts and unreadable boundaries or paths. An open-ended prompt may choose different content; neither a matching result nor a viral response is guaranteed.
