Physics of Paint

Predict paint flow from thickness and gravity.

Art/Lit - Languages/Art-Lit Pack 6

Story studio Storybook Maker scene-sequence visualizationEducational toy model only

Scene draft0.45 s

Style selector9.8 % vivid

Composition frame1 beats

Sequence gap0.05Annotation depth5 notes

Activity objective

Predict paint flow from thickness and gravity.

Prediction made before rearranging the scene beats.
Style selector and composition-frame settings compared.
Annotation tool observation recorded.
Mood board and text excerpt screenshot captured.
Claim explains which character, action, and setting cues support the scene sequence.

Web demo playusable

physics-of-paint renders as a artlit toy model with adjustable controls, a checklist, and public safety copy.

Keep rendered route, console, network, and safe-copy checks attached before release embedding.

Native mobile screencontract ready

The surface uses touch-sized controls, a single-column mobile layout, no hover-only actions, and no raw child media capture.

Port the same controls into the native shell and verify phone, tablet, offline resume, reduced motion, and bottom-rail navigation.

ChromeOS input paritycontract ready

The web surface keeps range controls, stepper buttons, evidence capture, and review links available to keyboard, pointer, and touch users.

Capture Chromebook-class keyboard, pointer, touch, reduced-motion, and timing proof before widening classroom rollout.

Keep the activity local-first, age-appropriate, and behind teacher review before public sharing.
No authorship certification, plagiarism judgment, identity inference, publication guarantee, or cultural authority claims.
No raw device data, child media, or biometric input.

Build Physics of Paint assets, controls, screenshots, and evidence from wonderworks-implementation-093-physics-of-paint.

Asset assemblyControl wiringEvidence captureRelease gate

Cross-platform readiness3/3