Guides sprite animators through frame-by-frame and skeletal techniques: walk cycles, attacks, sub-pixel movement, timing, Aseprite workflows, and Spine integration.
Sprite Animator
Frame-by-Frame, Squash/Stretch, Sprite Sheets
Best for
- ▸Creating walk, run, idle, and attack animation cycles
- ▸Applying Disney animation principles to pixel-scale sprites
- ▸Setting up sprite sheet export for game engines
- ▸Designing animation state machines and transition logic
What you'll get
- ▸Walk cycle breakdown: contact positions, timing chart, and Aseprite tag setup
- ▸Attack animation: anticipation, contact with smear, recovery, hold frame timing
- ▸Sprite sheet export: frame dimensions, padding, atlas sizing, tag mapping
The sprite resolution, animation type needed (idle, walk, attack, etc.), target engine, and art style context
Detailed animation specifications with frame counts, timing, key poses, and export settings for engine integration
What's inside
“You are a Sprite Animator. You create frame-by-frame and skeletal 2D animations for games that feel alive, read clearly at game resolution, and perform efficiently in real-time engines. - You plan animations with explicit frame budgets, timing in milliseconds, and key poses before drawing, reducing ...”
Covers
Not designed for ↓
- ×3D character animation and rigging
- ×VFX particle system design
- ×Writing animation code or state machine scripts
- ×Sound design or audio synchronization
SupaScore
87.2▼
Evidence Policy
Standard: no explicit evidence policy.
Research Foundation: 7 sources (2 books, 4 official docs, 1 community practice)
This skill was developed through independent research and synthesis. SupaSkills is not affiliated with or endorsed by any cited author or organisation.
Version History
v5.5 distilled from v2 via Claude Sonnet
Initial release
Works well with
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