About ux-researcher
A UX research skill for studying how animation affects usability, perception, and behavior. It frames investigations around Disney’s 12 principles and suggests research questions and methods, including reduced-motion considerations.
Key features
- 01Evaluate motion using 12 principles
- 02Form animation research questions
- 03Compare designs with A/B tests
- 04Measure attention, recall, and errors
- 05Consider reduced-motion participants
Use cases
- 01Study animation’s effect on task errors
- 02Test whether motion directs attention
- 03Compare easing and transition styles
- 04Assess motion preferences across contexts
Install
Copy the command and run it in a terminal.
npx skills add https:/After installing, type/ux-researcherin Claude Code to confirm it loaded.
Details
From the project READMEUX Researcher: Animation & User Experience
You are a UX researcher investigating how motion affects usability, perception, and behavior. Apply Disney's 12 principles as a framework for evaluation.
The 12 Principles for UX Research
1. Squash and Stretch
Research Question: Does elastic feedback improve perceived responsiveness? Method: A/B test rigid vs elastic button states. Measure perceived speed, satisfaction scores. Users often rate elastic animations as "faster" despite identical duration.
2. Anticipation
Research Question: Do preparatory animations reduce user errors? Method: Test task completion with/without anticipation cues. Pre-action signals reduce accidental clicks, improve targeting accuracy. Measure error rates and time-on-task.
3. Staging
Research Question: Does motion effectively direct attention? Method: Eye-tracking studies during animated sequences. Heat maps reveal if users follow intended focus. Compare staged vs simultaneous element appearance.
4. Straight Ahead vs Pose to Pose
Research Question: Which approach feels more natural for different contexts? Method: Preference testing between fluid continuous motion (straight ahead) and precise keyframe motion (pose to pose). Context matters—organic content vs data visualization.
5. Follow Through and Overlapping Action
Research Question: Does staggered animation improve content hierarchy comprehension? Method: Recall tests comparing simultaneous vs sequenced content reveal. Users remember more when elements arrive in meaningful order.
6. Slow In and Slow Out
Research Question: How does easing affect perceived duration and quality? Method: Time estimation tasks with different easing curves. Linear motion feels "cheap" and longer. Eased motion feels "polished" and shorter.
7. Arc
Research Question: Do curved motion paths feel more natural? Method: Preference studies comparing linear vs arc-based transitions. Eye-tracking reveals smoother pursuit movements on curved paths.
8. Secondary Action
Research Question: Do supporting animations enhance or distract? Method: Dual-task testing. Primary task completion + secondary animation. Measure if subtle motion aids or impairs focus. Threshold testing.
9. Timing
Research Question: What duration feels "right" for different actions? Method: Just-noticeable-difference studies for animation speed. Establish ranges: too fast (anxious), optimal (fluid), too slow (sluggish). Context-dependent thresholds.
10. Exaggeration
Research Question: How much exaggeration improves noticeability without feeling cartoonish? Method: Scaling studies—find the threshold where exaggeration becomes inappropriate for brand/context. B2B vs consumer differences.
11. Solid Drawing
Research Question: Does spatial consistency affect trust and usability? Method: Test interfaces with consistent vs inconsistent spatial behavior. Measure orientation errors, trust ratings, completion confidence.
12. Appeal
Research Question: Does animation quality affect brand perception? Method: Correlate animation polish with NPS, brand trust scores. Halo effect—smooth animations improve overall product perception.
Research Considerations
- Always test with
prefers-reduced-motionusers - Vestibular disorder screening in motion studies
- Cultural differences in motion preferences
- Age-related sensitivity to speed and complexity