Interface Craft

Interface Craft

By Josh Puckett

A toolkit for building polished, animated interfaces. Write animations you can read like a script, then tune them with live controls.

Skills

Quick Start

Storyboard Animation

Turn any animation into a readable storyboard with named timing, config objects, and stage-driven sequencing:

/* ─────────────────────────────────────────────────────────
 * ANIMATION STORYBOARD
 *
 *    0ms   waiting for scroll into view
 *  300ms   card fades in, scale 0.85 → 1.0
 *  900ms   heading highlights
 * 1500ms   rows slide up (staggered 200ms)
 * ───────────────────────────────────────────────────────── */

const TIMING = {
  cardAppear:  300,   // card fades in
  heading:     900,   // heading highlights
  rows:        1500,  // rows start staggering
};

See storyboard-animation.md for the full pattern spec.

DialKit

Generate live control panels for tuning values in real time:

const params = useDialKit('Card', {
  scale: [1, 0.5, 2],
  blur: [0, 0, 100],
  spring: { type: 'spring', visualDuration: 0.3, bounce: 0.2 },
})

See dialkit.md for all control types and patterns.

Sub-Skill Routing

When the user invokes /interface-craft:

1. With storyboard argument or animation-related context → Load and follow storyboard-animation.md
2. With dialkit argument or control-panel-related context → Load and follow dialkit.md
3. With critique argument, a pasted image, or review-related context → Load and follow design-critique.md
4. With a file path → Read the file, detect whether it needs storyboard refactoring, dialkit controls, or a design critique, and apply the appropriate skill
5. With a plain-English description of an animation → Use storyboard-animation to write it
6. Ambiguous → Ask which skill to use

Design Principles

1. Readable over clever — Anyone should be able to scan the top of a file and understand the animation sequence without reading implementation code
2. Tunable by default — Every value that affects timing or appearance should be a named constant, trivially adjustable
3. Data-driven — Repeated elements use arrays and .map(), not copy-pasted blocks
4. Stage-driven — A single integer state drives the entire sequence; no scattered boolean flags
5. Spring-first — Prefer spring physics over duration-based easing for natural motion