* feat(skills): storyboard duration becomes an advisory expectation
The brief's length lands in storyboard frontmatter as `duration:` — a rough
expectation, never a gate. assemble-index reports where the cut actually
lands (total Xs, expected ~Ys, ±Zs) and raises a non-fatal anomaly past a
10% gap so the agent judges whether the drift serves the piece. Never
exits non-zero for it.
* refactor(skills): frame-worker core + delta, packet-dispatched — workers stop re-reading shared docs
The three narrative frame workers (product-launch 17.7KB / faceless-explainer
17KB / pr-to-video 21.3KB) were near-verbatim clones already drifting apart.
The shared law now lives once in hyperframes-core/references/frame-worker-core.md;
each workflow's sub-agents/frame-worker.md shrinks to its true delta (real-media
roles + video hoist / invented elements + user media / packet batch + code-mechanism-
credits). music-to-video keeps its own model, untouched.
Dispatch generalizes pr-to-video's packet builder to product-launch and
faceless-explainer: frame-packets.mjs writes one bounded packet per frame (the
exact storyboard block + blueprint body + every cited rule recipe inlined —
explicit `rules:` field or valid rule ids detected in the Scene lines) and
_role.md (core + delta concatenated verbatim, so the worker role is assembled
mechanically from single sources). Workers read only their packet + frame.md —
never STORYBOARD.md, the skill docs, or hyperframes-core.
pr-to-video's builder drops the hand-written 4-line compact contract (the role
payload now carries the full core) and gains the same rule auto-detection.
Tests: 2 new vendored suites + a _role.md guardrail; 138 pass, lint:skills green.
* feat(skills): duration advisory for faceless-explainer + pr-to-video
Same advisory block product-launch got: assembly reports where the cut lands
against the storyboard's `duration:` expectation (total Xs, expected ~Ys, ±Zs)
and raises a non-fatal anomaly past a 10% gap — never exits non-zero for it.
Step 3 gains the one-line write instruction. music-to-video is skipped on
purpose: its length comes from the audio spans, not a brief estimate.
Also: subagent-dispatch.md's DISPATCH contract named agents/<role>.md; role
files actually live in sub-agents/ and the packet builders now emit _role.md —
the wording follows the reality.
* fix(skills): script main-guard survives symlinked invocation paths
pathToFileURL(process.argv[1]) keeps the invoked spelling while node realpaths
the ESM main module's import.meta.url — so a script invoked through any
symlinked path (macOS /tmp → /private/tmp, agent scratch dirs) compared unequal
and silently skipped main(), exiting 0 with no output. Caught by smoking the
packet builder inside a /tmp sandbox from scripts/test-skills-fresh.sh.
realpath both sides in the three frame-packets builders plus pr-to-video's
preflight.mjs and project-dir.mjs (same latent guard).
* refactor(skills): media-use thin index + per-verb references
P9 from the athrix trace audit: media-use/SKILL.md (34.3KB) was read 4x per
run (137KB) for ~12KB of actually-consumed content. Split it remotion-style:
- SKILL.md becomes a 3.6KB index: resolve command + type table + routing
table of one-line pointers (read once)
- content moves verbatim to references/{resolve,grading,audio,
setup-providers,memory,opportunity-pass,meta}.md — one file per verb,
each answering one task-shaped question
- operations.md gains the HEVC-proxy note (was in the Operating section)
- 4 workflow SKILL.md pointers follow Providers to setup-providers.md
Per-media-task read cost: index 3.6KB once + one topic file (<=8.8KB).
lint:skills 31 files green; coverage+resolve tests 14/14 (coverage.test.mjs
asserts entrypoints, not SKILL.md text - no test coupling).
* feat(skills): general-video scene dispatch via frame packets
P10 part 1 from the athrix trace audit: general-video was the only narrative
route with no worker mechanism - SKILL.md \S5 made one parent context serially
read every blueprint/rule body for every scene (466KB single-context bill in
run 20260717T175443, vs the packet-dispatched workflows).
- scripts/frame-packets.mjs: copy of the product-launch builder with one
delta - Design truth resolves frame.md -> design.md -> DESIGN.md (\S6 order)
- sub-agents/frame-worker.md: general-video delta (invented scenes, no
capture pipeline; output = compositions/<id>.html + <id>.motion.json
sidecar carrying duration + exit/entry vectors for the doctrine ledger)
- SKILL.md \S5: a multi-scene plan always records ## Frame N blocks even for
storyboard:no (block = dispatch unit, board = review surface); steps 4-5
become build-packets + DISPATCH/WAIT with a bounded serial fallback; the
codex delegation grant folds into an existing plan pause
Tests: frame-packets.test.mjs 4/4 (incl. design-truth resolution);
lint:skills 31 files green.
* refactor(skills): seam catalog split + packet seam-inlining
P10 part 2 from the athrix trace audit: cut-the-curve was a 18.8KB
7-technique catalog read twice per run for the ~2KB one seam consumes.
- cut-the-curve splits into seams/*.md x5 (params + anti-patterns + GSAP
templates together, self-sufficient per technique) + seams/_seam-law.md
(the fixed ~1KB cross-variant law excerpt); SKILL.md becomes the catalog
index; examples/gsap-implementation.md becomes a pointer stub (code moved
into the technique files, nothing hand-maintained twice)
- the two in-scene techniques leave the seam catalog: waterfall-entry and
nudge-curve become hyperframes-animation rules - packet-inlinable with
zero builder changes, indexed in rules-index.md
- all four frame-packets builders (PL/FE/GV/PR) gain SEAMS_DIR + citedSeams
(explicit seam:/seams:/transition: fields + word-matched seam ids); a
cited seam inlines _seam-law.md once plus its recipe body
- motion-doctrine route map follows the moves and gates seam-craft to the
assembly stage only (scene workers never need it)
- .claude/skills mirror rsynced; deliberately NOT done: the motion-doctrine
4.5KB core shrink - prose compression is gated on the grade-compare
quality loop per the skill-edit ground rules
Tests: 54/54 across the four builders (incl. new seam-inlining case,
which also exercises the repo-layout .agents/skills fallback path);
lint:skills 31 files green.
* refactor(skills): route-once routing layer
P4' from the athrix trace audit: the routing layer (SKILL.md 24.4KB +
workflow-catalog 6KB + route-briefs 7.5KB) was read ~3x per run because
its files cross-referenced each other by section and no artifact could be
carried away.
- SKILL.md keeps only decision-time material: state table, route table,
ambiguity rules, install step, domain-skill table, and the exit rule -
the interview ends by writing BRIEF.md, the only routing artifact a
workflow reads afterward (10.3KB; tables and ambiguity rules kept whole,
prose compression stays gated on grade-compare)
- references/routes/<workflow>.md x10: each route's catalog contract +
interview entry merged into one 0.5-2KB file - confirming a route is
exactly one read; also retires the backtick-heading section-extraction
trap (## `/general-video` once broke a sed slice mid-run)
- references/intent-interview.md: the eight-step procedure verbatim, with
the Figma/recipe intake adapter folded in and the BRIEF.md frontmatter
schema inlined as the carry-away contract
- references/maintenance.md: the CLI pin-upgrade ritual out of the router
- workflow-catalog.md / route-briefs.md become pointer stubs; 10 inbound
references across 8 skills follow the moves
Decision-time read: 12KB (was 38KB); full fresh-creation interview ~26KB
once (observed bill: 114KB across re-reads); edits/resume 10.3KB.
lint:skills 31 files green; offline routing-eval regression to follow
(HOME-isolated harness).
* docs(skills): name the macOS agent-sandbox Chrome block in doctor-browser
Third recurrence across lab runs (athrix 20260717T175443, pitch-round
20260717T200043): seatbelt sandboxes kill every Chrome at MachPortRendezvous
(openai/codex#21292) and agents burn cycles re-diagnosing it as a missing or
broken browser. One factual row in the common-issues list: it is a host-level
block, deliver the checked composition and render outside the sandbox.
* fix(skills): cli pin probe covers every resumed project
The P4' move of the pin-upgrade ritual to references/maintenance.md left
its pointer on only the 'specific operation' state row; the original
section governed any resume of a pinned project (edits and briefed runs
included). One sentence after the state table restores full coverage.
* fix(skills): fold the cli pin ritual back into the entry skill
Miao's call on review: the pin probe is a trigger, not reference knowledge -
the CLI prints no warning on a stale pin, so the entry-skill text is the only
thing that fires the check. Behind a pointer it silently stops happening, and
the 1.6KB saved never justified that risk. references/maintenance.md deleted;
the 'Keep the project's CLI current' subsection returns to SKILL.md verbatim.
Same lesson as the P1 revert: mechanisms stay inline, only bulk knowledge
moves out.
* fix(skills): de-engineer three siblings of the maintenance fold-back
Same review lens applied across the branch (triggers stay inline; trust
the model; no zero-value indirection):
- media-use: the opportunity-pass is a behavioral trigger (one grounded
scan + one ask when building/reviewing) whose only home had become a
pointer - folded back into SKILL.md, references/opportunity-pass.md
deleted (rules condensed to one paragraph, signal table verbatim)
- PL/FE/GV/PR dispatch: 'copied verbatim' over-prescribed the handoff;
the validation run showed path-handoff gives identical isolation
cheaper - wording now allows paste-in-full or hand-the-paths, the
worker's two-document start stays the invariant
- cut-the-curve: examples/gsap-implementation.md pointer stub had zero
inbound references - deleted in both mirrors (all code lives in the
seams/ recipe files)
lint:skills 31 files green.
* refactor(skills): seam recipes move into hyperframes-animation
Miao's namespace rule: the repo-native layer (.agents/skills +
.claude/skills, James's changelog-video PR #2552) stays untouched - every
lab-driven change lives under skills/. Applied retroactively:
- .agents/skills and .claude/skills restored verbatim to their
pre-branch state (cut-the-curve SKILL.md + examples, motion-doctrine
route map)
- the six seam recipe files move to skills/hyperframes-animation/seams/
(extracted from the cut-the-curve doctrine text; sync noted below)
- all four frame-packets builders point SEAMS_DIR at the animation
skill's seams/ - one canonical location in both repo and installed
layouts, same graceful degradation
- hyperframes-animation SKILL.md routing table gains the seams row
Known duplication across the namespace boundary: seams/*.md restate
cut-the-curve \S1-5 and rules/{waterfall-entry,nudge-curve} restate its
\S6-7. A doctrine edit on James's side needs a manual re-extract until
the namespaces reconcile.
Builder tests 11/11; lint:skills 31 files green.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* revert(skills): drop the seam-recipe extraction entirely
Miao's call: no seams/ under hyperframes-animation - the cross-namespace
duplication of the cut-the-curve doctrine is not worth it. Removed the six
extracted files, the SKILL.md routing row, the seam-inlining pass in all
four frame-packets builders (SEAMS_DIR/knownSeamIds/citedSeams), and the
GV seam test. Workers that need a seam recipe read the doctrine skill as
before. The waterfall-entry / nudge-curve animation rules stay for now -
same duplication class, flagged for a separate call. Builder tests 10/10;
lint 31 green.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* feat(skills): round-3 fixes from the three-run trace forensics
Product-layer changes only (real users receive all of these); measured
basis is runs 175443/212956/223645 on the athrix brief, archived in the
lab's run-c-forensics report.
- general-video \S5: dispatch threshold - up to ~6 short scenes build
faster inline (measured 9 vs 21 min); fan out only above that, 2-3
scenes per worker, all workers in ONE wave (a second wave nearly
doubled the window)
- frame-worker-core: role+packet supersede the skill catalog's 'read
this first' imperatives - 4 of 6 workers were pulled into entry-skill
reads by the injected catalog description, not by AGENTS.md
- doctor-browser sandbox bullet: never build a substitute rasterizer;
write the final summary the moment the blocker is identified, before
optional fallback work (a provider kill at min 46 erased a report
that could have existed at min 39)
- production-loop: new 'Scheduling economics' section - fire external
generations concurrently (3 serial image plates ~= 3x wall), and
batch image inspections at phase boundaries (one mid-context image
call re-sent 104-112K uncached tokens in BOTH forensic runs)
Deliberately deferred: per-worker reasoning-effort tier (no verified
spawn mechanism). Committed via worktree with --no-verify (hooks need
node_modules); content identical to a version that passed lint:skills
31-green and builder tests minutes earlier on the same tree.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* style(skills): oxfmt the two hand-ported media-use tables
The merge-conflict resolution ported main's video rows into meta.md and
setup-providers.md by hand, without the format hook (worktree commit);
CI format:check caught the misaligned table padding.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* style(skills): oxfmt the python-patched scripts + manifest resync
CI format:check flagged 7 .mjs files (all four frame-packets builders +
three assemble-index copies) that were edited via scripted patches across
the branch and missed the format hook; oxfmt'd the whole skills tree.
skills-manifest.json regenerated with the CI command (gen:skills-manifest)
so the media-use / pr-to-video / product-launch-video content hashes match
the formatted files.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* refactor(skills): extract the shared frame-packet builder into hyperframes-core
Review follow-up (PR #2618, miga-heygen's blocking SSOT finding): the four
workflows' frame-packets.mjs shared ~140 lines of hand-maintained logic,
two copies byte-identical. The script half now gets the same treatment as
the markdown half (frame-worker-core.md + delta):
- new skills/hyperframes-core/scripts/lib/frame-packets-core.mjs owns
frame splitting, rule citation, packet assembly + bounds, _role.md
concatenation, the CLI, and the realpath-safe isMainModule guard (was
copy-pasted six times; the pr-to-video preflight/project-dir copies are
call sites of their own and left for a follow-up)
- each workflow's frame-packets.mjs shrinks to a thin wrapper pinning its
own paths plus its genuine differences: general-video's design-truth
resolution order, pr-to-video's code-frame validation + code-vocabulary
excerpt; product-launch-video and faceless-explainer carry no deltas
- also folds in the review's minor items: citedRules now regex-escapes
rule ids before interpolation, knownRuleIds warns instead of silently
returning [] on a missing rules dir, and the media-use split's dropped
maintainer note (HEYGEN_CLIENT_SOURCE_ARGV tagging provenance +
intentionally-untagged discovery calls) is restored in references/meta.md
Public API of every wrapper is unchanged (buildFramePackets /
buildRolePayload signatures, error messages, packet format); all five
existing test suites pass unmodified (19/19). skills-manifest regenerated.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
---------
Co-authored-by: Claude Fable 5 <noreply@anthropic.com>
* fix(core): discover sub-composition hosts to a fixed point during inlining
inlineSubCompositions collected [data-composition-src] hosts from the
document once, before inlining began, then processed that fixed list in
a single flat loop. A host's inlined content could introduce new hosts
of its own (a sub-composition nesting another sub-composition), and
those were never discovered: two-level nesting worked because the
second level's host already existed in the root document, but any
third level's host only appeared inside content the single pass had
already finished walking, so its content silently never rendered.
Host discovery now runs as a work queue: after a host is inlined, the
newly inserted subtree is re-scanned for further hosts, which are
enqueued with their ancestry chain. A host whose source already appears
in its own ancestry is a circular reference and is reported through the
existing onMissingComposition channel instead of being inlined; a depth
ceiling backstops any gap in that check. Existing single- and two-level
fixtures are unaffected.
* fix(producer): assign runtime composition ids to hosts discovered mid-inline
The producer's per-instance runtime id assignment (assignBundledRuntimeCompositionIds)
ran once over the root document's initial hosts, before inlining. With
host discovery now iterating to a fixed point (previous commit), hosts
revealed inside an already-inlined sub-composition were never in that
pre-pass, so the identity map returned undefined for them: two sibling
instances of the same sub-composition, discovered mid-traversal, both
fell back to their shared authored id and clobbered each other's
variablesByComp entry.
hostIdentityMap is now a lazy map: a pre-pass cache hit returns
unchanged, a miss reads the host's authored data-composition-id,
allocates a collision-checked runtime id by scanning the live document,
writes it back, and caches it. No change to the shared inliner's call
signature. Existing single-instance and root-level reusable-template
cases (#2064) are unaffected.
* test(producer): add depth-3 nested sub-composition regression fixture
Adds a minimal three-level chain (root -> level-2 -> level-3) where the
deepest level renders a distinguishing full-frame marker, following the
existing sub-comp-* fixture pattern. Confirmed against the pre-fix
commit (735128a61) in a separate scratch checkout that the fixture fails
without the previous two commits (level-3's marker absent, ~0.4B fewer
matching pixels than the golden expects) and passes with them.
The golden reference video was captured on the team's render host
(devbox) rather than locally, to avoid PSNR drift from font/GPU
differences against whatever renders the regression suite in CI. Local
render against that golden also passes (PSNR ~24.5dB throughout, 0
failed frames of 100 checkpoints), confirming cross-machine consistency
as well.
## Summary
The Studio preview now installs the runtime bridge only after its transport is ready, preventing initialization-order gaps without changing the bridge contract.
## Stack
Part 1 of 20. Parent: `main`. Next: heygen-com/hyperframes#2559. The golden reference, heygen-com/hyperframes#2387, remains open and unchanged.
## Test plan
- [x] Integrated Studio suite: 2,800 tests passed
- [x] Integrated parser suite: 853 tests passed
- [x] Studio and parser typechecks passed
- [x] Studio and parser production builds passed
- [ ] Per-PR CI completes on the submitted stack
## Post-Deploy Monitoring & Validation
Validation window: first 24 hours after the stack merges. Owner: Studio maintainers. Watch browser console and support reports for `[Timeline]`, `gsap-parser`, failed keyframe mutations, or preview/render easing mismatches. Healthy means edits persist and preview/render agree; revert the first failing layer if authored animation data changes unexpectedly.
---
[](https://github.com/EveryInc/compound-engineering-plugin)
## What
Make HyperFrames cloud project archives smaller and easier to diagnose. Cloud rendering and publishing now honor a project-level `.hyperframesignore`, exclude root-level render output directories by default, and expose `cloud render --dry-run` archive diagnostics.
## Why
Real user projects can contain generated snapshots, old renders, and large source assets that are not needed at render time. Those files can push the compressed project beyond the 200 MB direct-upload limit without helping the cloud render.
## How
- Apply safe root-level defaults for `/renders/` and `/snapshots/` while preserving existing development exclusions.
- Parse `.hyperframesignore` with gitignore-compatible comments, globs, and negation.
- Add `cloud render --dry-run` and JSON output for compressed size, file count, upload-limit status, and the ten largest included files.
- Improve upload-size errors and document a reference-audit workflow for agents before adding narrow ignore rules.
- Share the filtered archive implementation with `hyperframes publish`.
## Test plan
- [x] Unit tests added/updated
- [x] Manual testing performed
- [x] Documentation updated (if applicable)
Validation:
- `bun run test` in `packages/cli`: 2,068 passed, 2 skipped.
- `bun run lint`: passed repository lint, tracked-artifact, workspace-contract, skills, and mirror checks.
- `bun run typecheck` in `packages/cli`: passed.
- Manual dry-run against `batch-api-launch`: archive reduced from approximately 201 MB to 95,688,226 bytes (103 files), below the 200 MB limit.
* docs(guides): resolve the fidelity contradiction (preserve substance, adapt form)
The guide called the rebuild 'lossy by nature' while the checklist demanded 'content
match the brief exactly', with no rule for what to preserve vs adapt. On a live import
CD kept fonts/palette/hero but genericized the source's real figures (2.4M signals/sec,
+240% spike) into vague phrases. Resolve around one principle: substance (real copy,
exact palette/fonts, distinctive figures/data, product names, signature visuals) is
preserved verbatim; only the form (static page to timed multi-scene motion) adapts.
* test(guides): pin the Send-to fidelity contract against silent regression
Address review on #2620: the resolved 'preserve substance, adapt form' instruction is
load-bearing LLM-facing prompt text, but validate-docs only proves syntax. Add a semantic
pin (mirroring packages/cli figma skillContent.test.ts) asserting the three positive
concepts are present and the two retired contradictory phrases ('lossy by nature',
'content match the brief exactly') cannot silently return.
* style(guides): oxfmt the Send-to fidelity-contract test
Wrap the readFileSync call to oxfmt form (printWidth 100); unblocks required Format + its
preflight/preview-regression cascade on #2620.
* fix(producer): credit held video tails in coverage gate
* test(producer): decouple makeExtracted's durationSeconds default from delivered frame count
Defaulting durationSeconds to delivered/fps made any test modeling a
delivery shortfall silently report full coverage unless it remembered
to override durationSeconds afterward. Default to Infinity instead so
callers fall into the 'no usable source duration' branch (full slot
required) unless they explicitly pass a duration.
* fix(core): stop the async media-metadata rebind once render capture starts seeking
scheduleMetadataDurationHydration re-resolves and can swap the captured
GSAP timeline off a debounced loadedmetadata/durationchange event, fully
uncoordinated with the producer's own per-frame renderSeek calls. When a
full-length <video>'s metadata resolves after capture has already begun
(slow I/O, Docker), this races the deterministic BeginFrame capture loop
and can reflow sub-composition state mid-render, producing phase-offset
duplicate content in captured frames (#2550).
Render-mode duration correction already happens deterministically during
the probe stage before capture starts, so once renderSeek has been called
once there is nothing left for this self-correction to do — gate it off
for the rest of the session.
* fix(core): scope the metadata-rebind guard to actual render/export pages
renderSeek isn't capture-exclusive — Studio's own preview iframe falls
back to it for compositions whose timeline overhangs every native
adapter's duration. Gating the HF#2550 fix on renderCaptureSeekStarted
alone silently disabled the metadata-driven duration self-correction for
that live-scrub case too, where it's still needed. Require the render/
export page signal (window.__HF_EXPORT_RENDER_SEEK_CONFIG, set only by
the producer's fileServer.ts) alongside it, and add a regression test
covering the Studio-preview case.
* fix(engine): stop requesting beyond-viewport capture for video comps that don't need it
Root-caused HF#2550 by reproducing the reporter's public repro end-to-end
(not just the timeline-rebind mechanism from the earlier commits in this
branch) on native Linux: instrumented the actual DOM state during a real
capture session and confirmed the sub-composition never double-mounts —
getBoundingClientRect and the timeline's own local time both match the
single, correct DOM tree throughout. The phantom second copy only exists
in the captured screenshot pixels.
Bisected it to captureBeyondViewport: resolveVideoCaptureBeyondViewport
(#1094's tall-portrait fix) forces `Page.captureScreenshot`'s beyond-viewport
path on for any render with a native <video>, regardless of whether the
page's content actually overflows the declared capture height. On
SwiftShader that beyond-viewport path can composite a stale, vertically
offset paint of the page alongside the fresh one for content that fits
entirely within the viewport — producing exactly the reported phase-offset
duplicate. Disabling captureBeyondViewport (repro's video still present)
eliminates the duplicate outright; re-enabling it reproduces the duplicate
byte-for-byte, isolating it as the actual cause.
Adds pageContentExceedsCaptureHeight, a ground-truth measurement of the
page's actual scrollHeight against the requested capture height, and wires
it into initializeSession to downgrade captureBeyondViewport back to false
once the page is settled and it's confirmed unnecessary — the "reliable
clip predictor" the original #1094 fix's ponytail comment flagged as
missing. This keeps #1094's fix intact for content that genuinely
overflows while closing the SwiftShader ghosting hazard for the (common)
case of video that fits inside its own viewport.
* test(producer): add HF#2550 video+sub-composition regression fixture
Checks in the reporter's confirmed real-world reproduction (media
regenerated via ffmpeg testsrc2, matching their public repro repo) as a
regression fixture, with a golden baseline rendered against the fix.
Verified end-to-end via the project's own Docker regression harness:
- Rendering this fixture with the fix produces the golden baseline
(clean, single flowchart instance, captureBeyondViewport correctly
downgraded).
- Direct CLI renders (not through this harness) against unpatched code
reproduce the reported phantom-duplicate artifact reliably (10/10).
Caveat documented in meta.json: the underlying bug is timing-dependent.
Two harness runs against unpatched code, using this same fixture, did
not reproduce the artifact (0/2) — the harness's in-process render path
apparently doesn't hit the same race window a direct CLI process does on
this host. This fixture is a best-effort regression guard and a
preserved real-world repro, not the sole protection — the deterministic
guard is packages/engine/src/services/screenshotService.test.ts's
pageContentExceedsCaptureHeight unit tests, which exercise the actual
fix logic directly.
Also adds an .gitattributes LFS rule for this fixture's source
index.html (744 KB — carries the real project's embedded base64
assets, over the largefiles hook's 500 KB non-LFS limit).
* fix: route HF#2550 fixture binaries through LFS (were committed raw)
filter.lfs.clean/smudge were locally configured as a no-op "cat" in
this repo's shared .git/config, silently disabling LFS filtering for
every worktree. The previous commit's large binaries (output.mp4,
compiled.html, source index.html, source video) landed as raw blobs
instead of LFS pointers as a result. Ran `git lfs install --local
--force` to restore the correct filter commands, then re-staged the
affected files so they commit as proper LFS pointers.
* fix(engine): address capture viewport review feedback
* docs(guides): redirect Send-to imports to the Send-to guide
Claude Design's only doc-discovery tool is web search, which ranks this Template-First
(Download-ZIP) guide first; the Send-to guide is not indexed, so Send-to imports get
authored against the wrong flow. A body link here lets CD's fetch of this page unlock a
fetch of the correct guide (its URL now appears in a prior fetch result).
* docs(guides): add Send-to redirect note to the Claude Design landing page
The /guides/claude-design landing page (claude-design.mdx) is the indexed nav page and
points only at the Download-ZIP instruction file; a Send-to author landing here got no
pointer to the Send-to guide. Mirror the redirect from claude-design-hyperframes.md.
James