Why this matters
Motion is useful when it explains ownership, continuity, and response. The craft is not adding movement; it is choosing the smallest physical cue that makes state change easier to understand.
Concepts to learn
- Spring animation and timing
- Gesture feedback and state transitions
- Haptics and audio feedback
- Latency perception and optimistic response
- Accessibility and reduced-motion behavior
Apply It in Casset
Casset is the working environment for this skill—not the curriculum itself.
- Compare the same state transition in the Casset web product and native companion, then document what should remain consistent and what should feel platform-specific.
- Measure perceived and actual App-launch latency before adding transitional motion.
- Refine one playback, permission, or failure transition with reduced-motion and interruption behavior intact.
Suggested project
Interaction comparison study
One product transition implemented, measured, and critiqued across web and native.
Open project notebookEvidence of completion
These are completion conditions, not claimed achievements. Each stays planned until it links to a real artifact or verification.
- implementationA web/native interaction pair with reduced-motion behaviorplanned
- measurementLatency and frame-quality captureplanned
- observationNotes on what users understood before and after the changeplanned
- reflectionA concise interaction rationaleplanned
Open questions
- Which continuity should cross platforms, and which should belong to the device?
- When does a transition clarify latency, and when does it merely hide it?
Related notes
Books, talks, and useful things
- toolFramer Motion
Use it to study timing and interruption, not to decorate a page.
- talkThe Making of ThingsEmil Kowalski
Reflection journal
The more motion I study, the less I want. The gestures that remain become more specific.