figma

Files (3)

• .installed-by-mc-video
• SKILL.md
• verify-motion.mjs · scripts/

SKILL.md (first lines)

> **In this mission control** (added by mc-video, not part of HyperFrames): wherever these recipes say
> `npx hyperframes <command>`, the command is `mc-video hyperframes <command>`, which runs
> HyperFrames 0.8.43 as installed on this computer. It works offline once set up, and
> it refuses the commands that publish, render in the cloud, sign in or send reports. Captions in
> the person's own look and the vertical cut come from the `video-finishing` recipe; read it
> too before you start.

> **First, keep this skill fresh — confirm with the user before running:** `mc-video hyperframes skills update figma`. A fast no-op when everything is current; otherwise it refreshes this skill plus the core domain skills it depends on before you rely on them.

# Figma → HyperFrames

Bring the user's Figma work into a composition. **Split by capability** (design spec §2):

| Phase | What                | Transport                 | Surface                       |
| ----- | ------------------- | ------------------------- | ----------------------------- |
| 1     | Static assets       | REST                      | `hyperframes figma asset`     |
| 2     | Brand tokens/styles | REST                      | `hyperframes figma tokens`    |
| 3     | Components → HTML   | REST                      | `hyperframes figma component` |
| 4     | Motion → GSAP       | connector when available  | use its motion context        |
| 5     | Shaders             | connector / manual export | use it or a native export     |

REST is used wherever it can be (usable at volume, headless). A compatible Figma connector is optional for motion and shader data; without one, ask for a native export. Every path freezes assets locally so renders stay deterministic. Storyboard reconstructions compose Phase-1 asset exports (REST) with agent-driven timeline assembly — no connector needed. Existing frozen assets, manifest records, and bindings are unaffected by routing changes — the split only changes which credential the next import uses.

## Auth — two credentials, scoped

**Preflight — before the first CLI call, check a token exists**: shell env (`[ -n "$FIGMA_TOKEN" ]`) **or** the project `.env` (the CLI auto-loads it — a `.env` entry counts as configured). If neither, do NOT run the command to harvest the error — walk the user through the one-time setup first, then stop and wait:

1. figma.com/settings → **Security** → **Personal access tokens** → Generate new token.
2. Scopes — read-only is all this integration ever needs (it never writes to Figma): **File content: Read-only** + **File metadata: Read-only**. Add **Library content: Read-only** if you'll run `tokens` on a non-Enterprise plan — the published-styles fallback hits `/v1/files/:key/styles`, which 403s without it (a scope the older setup text omitted). Optionally **Variables: Read-only** for brand variables — Enterprise-only; without it `tokens` degrades to published styles automatically (expected, not an error — say so). A 403 now names the exact missing scope; 429s retry automatically (per-minute limit, honors `Retry-After`).
3. Have the user set `FIGMA_TOKEN` in their shell profile or project `.env`; never ask them to paste the token into the conversation.

While onboarding, also set expectations in one breath: every import lands as a **local frozen file with recorded provenance** — renders never call Figma, re-running a command re-imports only what changed in Figma, and one token works for assets, brand tokens, and components across every file their Figma account can view.

- **Phases 4–5 (motion/shaders):** a compatible Figma connector, with separate authorization from the token. If it is unavailable or unauthenticated, ask the user to connect it or provide a native export, then stop.
- Say exactly which credential a failing phase needs — never present the split as broken.
- `BAD_TOKEN` (401) mid-flow → the token is expired/revoked; re-mint. `FORBIDDEN` (403) → the message names the exact missing scope (e.g. `library_content:read` for the styles fallback) — add it, or the file isn't visible to the account. `REQUIRES_ENTERPRISE` (403 on variables) → not a failure: styles fallback already ran. `RATE_LIMITED` (429) → the client already retried with backoff (this applies to EVERY read — assets, tokens, styles, node trees, versions — the retry lives in the shared request path; `Retry-After` is honored, capped at 60s); if it still surfaces, wait a minute or import fewer nodes per call.

**Rate-limit awareness (spec §2.1):** connector quotas vary by Figma plan — batch parent-frame requests, skip verification screenshots unless asked, and cache raw responses so re-derivation never spends a second call. REST is per-minute (10+/min, per-endpoint buckets) — fine at volume, back off on 429.

## Routing

Parse the user's figma link with `parseFigmaRef` (URL, `fileKey:nodeId`, bare `fileKey`). Then by intent:

- "use this layer / logo / image" → **Asset** (CLI)
- "pull my brand / colors / tokens" → **Tokens** (CLI)
- "build a scene from this frame" → **Component** (CLI)
- "import this animation / motion" → **Motion** (connector when available, below)
- a storyboard section / filmstrip of scene frames → **Storyboard** (below)
- shader fill/effect → **Shaders** (below)

**Narrate every step for the user** — before each command say what you're about to pull from Figma; after it, say where the artifact landed (the frozen path / sidecar / component dir), what changed in the composition, and the immediate next action (preview, add printed variables, re-import to link bindings). The user should never have to ask "did it work?" or "now what?".

## Assets (Phase 1 — CLI)

```bash
hyperframes figma asset '<url-or-fileKey:nodeId>' [more refs…] [--format svg|png|jpg|pdf] [--scale 2] [--description "..."] [--entity "..."]
```

Renders over REST, sanitizes SVG, freezes under `.media/images/`, appends the manifest with provenance, regenerates `.media/index.md` (the shared media-use inventory), prints an `<img>` snippet. Idempotent per `fileKey:nodeId:format:scale:version`. Prefer SVG for vectors/logos (scalable, animatable), PNG `--scale 2` for raster fidelity. **Always pass `--description "<what it is>"`** (it becomes the index row + `<img alt>`); add `--entity "<name>"` for named brand marks so media-use `resolve --entity` finds them later (entity hits match across image/icon).

**Batch many nodes in ONE request** — pass several refs (space-separated or comma-joined) of the SAME file: `hyperframes figma asset 'KEY:1-2' 'KEY:3-4' 'KEY:5-6'`. All render in a single `/v1/images` call, which is figma's own answer to the per-minute rate limit — prefer it over N separate commands when pulling a whole frame's worth of assets. `--description`/`--entity` apply to every node in the batch, so batch nodes that share a purpose. 429s also auto-retry with backoff regardless.

## Tokens (Phase 2 — CLI)

```bash
hyperframes figma tokens <fileKey>
```

Imports variables as composition brand-variable entries + `figma-tokens.json` sidecar + binding-index records (`.media/figma-bindings.jsonl`). Variables are Enterprise-gated upstream: on other plans the command degrades to published-style metadata (values resolve at component-import time). Add the printed entries to the composition's `data-composition-variables`.

**Import tokens before components** when both are wanted — that's what lets component colors link to brand variables instead of baking duplicates.

**Non-Enterprise variables path (field-tested):** REST variables are Enterprise-gated, but a compatible connector may provide variable definitions. When `tokens` reports `REQUIRES_ENTERPRISE` and the connector is available, retrieve the parent scene's variables once, cache the raw response to `.media/figma-cache/`, and use it to build the binding index. The REST node tree's `boundVariables` supplies per-property `VariableID`s; join them by node and property, then write `.media/figma-bindings.jsonl` rows (`{kind:"binding", figmaId, sourceFileKey, compositionVariableId: "figma:<name>", version}`) plus the composition-variable entries. Everything downstream (component `var()` resolution, refresh, runtime CSS variables) is the shipped machinery. Label it for the user: "tokens via the Figma connector — Enterprise plans get this from `hyperframes figma tokens` directly."

The runtime defines every declared composition variable as a CSS custom property (document root + sub-comp hosts), so imported `var(--slug, literal)` fills recolor when the variable default changes — updating one value in `data-composition-variables` re-brands every imported component without re-importing anything. `hyperframes render --variables '<json>'` overrides them at render time.

## Components (Phase 3 — CLI)

```bash
hyperframes figma component '<url-or-fileKey:nodeId>'
```

Node tree → editable HTML at exact figma geometry, packaged as a registry item under `compositions/components/<name>/`. Vectors/boolean-ops auto-rasterize via Phase-1 export. Binding pass (spec §7.1, exact-ID only — never value matching):

- **Static fidelity self-check (mandatory for hero content)**: after importing, render the fragment and compare against figma's own pixels — `figma asset <same node> --format png` is the ground truth. Text is the known drift axis: a figma text box shorter than its line-height is vertically-trimmed bounds (the mapper emits `text-box-trim` for these; measured drift without it was ~6px on a 70px font). If the comparison shows drift the mapper doesn't cover, report it — don't hand-tweak the fragment silently.
- Fill bound to an **imported** token → `var(--slug, #literal)` — brand refresh propagates.
- Bound to an **unknown** token → literal + `data-figma-unresolved` flag. The command tells you; offer the user: run `tokens` on the source (or library) file, then re-import the component to link them. Ask **once** per unknown library which file it is — never guess, never match by hex.

## Motion (Phase 4 — connector-assisted)

**Usage beacon:** Connector-assisted phases have no CLI touchpoint, so fire the skill beacon at start and finish (anonymous, consent-gated, never fails): `mc-video hyperframes events --skill=figma-motion` when you begin, `mc-video hyperframes events --skill=figma-motion --event=skill_completed --outcome=success|error` when done. Same for shaders (`figma-shaders`) and storyboards (`figma-storyboard`).

No REST equivalent exists. When a compatible connector is available, use it and hand its output to the pure helpers in `@hyperframes/core/figma`; otherwise ask for a native export:

1. Retrieve motion context for the parent frame in one recursive request, not one request per element. Save the raw JSON next to the project (`.media/figma-cache/`) so retranslation is free.
2. Normalize into `MotionDoc`s with `motionContextToDocs(rawResponse, { selectorFor, repeat })` from `@hyperframes/core/figma` — **never transcribe keyframe numbers by hand**. The helper encodes the field-tested decoding rules mechanically: it parses the motion.dev snippets (the reliable encoding — the CSS snippets stretch durations and can disagree; they are ignored), strips loop-wrap tail keyframes (sub-millisecond segments at times ≈0.9999→1 are the loop's instant reset, not authored motion — the wrap is realized by `repeat` restart), and preserves bezier eases verbatim. `selectorFor` must return the ids from the Phase-3 component import — don't derive selectors from node names.
   2b. **Validate against ground truth before calling it done — mandatory**: export the cohort's root frame through the available connector and run `node skills/figma/scripts/verify-motion.mjs --reference <export.mp4> --render <render.mp4> --crop WxH+X+Y` — it compares motion-energy deltas (static import fidelity cancels out) and fails below 15dB min motion-PSNR (calibrated: faithful ≈ 20+, diverging ≈ 5). Measure `--crop` from the render's actual card edges, don't guess. FAIL means re-check the translation, not the threshold.
3. `motionToGsap(doc)` → `emitTimelineScript(spec)` → inject as a `<script>` after the GSAP + CustomEase CDN tags. Paused, finite, registered on `window.__timelines` with a literal key.
4. Untranslatable track (shader-driven, unsupported prop, complex masks) → export through the connector, freeze the MP4, then embed it as `<video class="clip">`. Exception: shader-driven tracks — Figma's export path flattens shaders to the base color (see Shaders below), so a bake there silently loses the shader; ask the user for a native Figma export instead. Always say which path you used and why. Named eases outside the mapped set fall back to linear — the mapping table lives in `motionEase.ts`; flag the fallback to the user when it fires.
5. Run `mc-video hyperframes check` before calling it done.

## Shaders (Phase 5 — mostly manual)

Figma's connector render path does not execute shaders (they flatten to the base color), and shader source is only reachable for **library-published** styles (paid Full seat). Default path: ask the user to export the shader frame natively in Figma (PNG or Motion MP4), then import it as a Phase-1 asset / clip. Don't attempt connector pixel capture of a shader — it will silently produce the wrong thing.

## Storyboards (a SECTION of scene frames → animation)

**The cardinal rule: storyboard frames are KEYFRAMES, not slides.** Two frames containing the same element describe that element's state through time — animate the ELEMENT between the states; never play the frames as a sequence of stills. A logo drawn in four consecutive frames at descending y is ONE element rising through four keyframes. Playing storyboard frames back-to-back is the failure mode; reconstructing the element timelines they imply is the job.

Storyboard files follow a grammar you can parse mechanically — don't eyeball, decode:

1. **Scene units**: inside the SECTION, every frame-sized node is a scene — both named FRAMEs _and_ loose full-frame RECTANGLEs (designers paste stills straight into the section). Filter by size (≈ composition aspect, e.g. >1400×900), not by node type or name.
2. **Order = x-position** (row-major if the strip wraps). Sort scenes by `absoluteBoundingBox.x`.
3. **Diff adjacent frames into element chains** — this is where the animation lives. Match children across consecutive frames: first by **name** (same name = same element → tween its relative x/y/w/h between states), then by **geometry similarity** (similar size + nearby center = same logical element whose pixels changed → crossfade the two exports in place while tweening geometry; covers typed-text progressions and morph states). Unmatched children enter/exit at their scene's beat. Frame background fills tween as a color track. Export ONE asset per chain (one per state only when pixels genuinely differ) — never one still per frame.
4. **Stills are the fallback, not the default** — only for frames that don't decompose (flat full-frame screenshots with no shared elements); those get the animatic treatment below.
5. **Director notes**: TEXT nodes below the strip are motion intent, paired to the scene whose x-range they overlap. They describe _how_ to animate — they are not on-screen copy.
6. **Batch exports** (elements or stills): `GET /v1/images` accepts comma-separated ids, but big scene frames hit "Render timeout" past ~12 ids — chunk to ~4 per call with a retry. (One call per scene wastes the rate budget; 26 scenes ≈ 52 calls via the single-asset path.)
7. **Note verbs → transitions** (starter vocabulary, extend as encountered):

From MichaelZelbel/godspeed-mission-control, MIT.

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