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oma-video

first-fluke/oh-my-ag/skills/oma-video/SKILL.md

Create short, explainer, or recorded-demo videos through the OMA

Skill1.3k starsChanged 6 days ago

What's in it

  1. Video Router
  2. Scheduling
  3. When to use
  4. When NOT to use
  5. Structural Flow
  6. Decide and confirm
  7. Logical Operations
  8. Guardrails
  9. Canonical command path
  10. Failure and recovery
  11. References
  12. Conditional resources
  13. Verification
---
name: oma-video
description: Create short, explainer, or recorded-demo videos through the OMA
  video CLI. Use for scripts, narration, assets, composition, and video
  delivery.
---

# Video Router

## Scheduling

### When to use

Use this skill for a short/reel, README or code explainer, or demo walkthrough.

| Request | Mode | Default aspect | Required source |
|---|---|---|---|
| Short, reel, social clip | `shorts` | `9:16` | Topic or brief |
| README, code, data explanation | `explainer` | `16:9` | Topic or source path |
| Demo or walkthrough | `demo` | `16:9` | Human recording via `--capture` |

### When NOT to use

Use `oma-image` for a still image, `oma-slide` for a deck, `oma-voice` for
audio only, and `oma-explanation` for an interactive HTML explainer. Editing an
existing finished video and live streaming are out of scope.

## Structural Flow

Inputs are a brief plus optional mode, aspect, locale, captions, visual, voice,
music, duration, compositor, capture path, and seed. Outputs live in
`.agents/results/videos/<timestamp>-<shortid>-<mode>/`:

- `script.json`, `timing.json`, and `render-spec.json` form the deterministic
  asset bus.
- Captions and acquired audio/visual assets are recorded in `manifest.json`
  with hashes, providers, cost, warnings, and exit code.
- A successful real render contains `<mode>-<slug>.mp4`, an encoded video
  stream, and a positive ffprobe duration.

`OMA_VIDEO_MOCK=1` is a test harness only. It can create deterministic text
placeholders with an `.mp4` name; those files are never a user deliverable. A
missing HyperFrames/MPT toolchain, an un-authored composition, a render error, or
an invalid video fails with diagnostics and leaves the script/render spec for
recovery.

### Decide and confirm

Infer mode when clear: short/reel -> `shorts`; README/code/data/explain ->
`explainer`; demo/walkthrough/capture -> `demo`. For a one-line request, state
the inferred mode, aspect, duration, visual strategy, captions, locale, and
voice/music before invoking. Do not make the user complete a questionnaire
when those defaults are clear.

Ask only when it changes the result: an ambiguous mode/source, a required demo
recording, or a cost confirmation. Respect an explicit mode, aspect, duration,
captions, or voice verbatim.

For a demo, a human records the screen and controls login. `--source web --url`
provides context only; it never automates login or starts a recorder. Without
`--capture`, return guided capture instructions and stop.

## Logical Operations

### Guardrails

1. Keep output and capture paths inside `$PWD` unless external output is
   explicitly allowed. Validate capture formats and copy external assets into
   the run directory. Mask URL query/hash tokens in logs and manifests.
2. Provider configuration is key-optional: use the configured chain. Paid
   providers require their environment key and the cost guardrail. Local
   fallbacks may replace voice, visuals, captions, or music; record coverage in
   warnings. A compositor failure is never a fallback video.
3. Before a paid provider action or rerun, compare the planning estimate with
   `cost.guardrail_usd` or `--max-usd` and reuse existing spend authorization.
   In an active OMA video workflow, record the actual paid, limited, fallback, or
   declined choice before executing it (execution protocol Step 2). Pass `--yes`
   or `OMA_VIDEO_YES=1` only for an already authorized paid action; the event does
   not grant permission.
4. Respect `limits.max_duration_sec` (180) and `limits.max_scenes` (40).
   Cancel subprocess work on SIGINT/SIGTERM.
5. Keep run directories. Never auto-prune a user’s video artifacts.
6. `--dry-run` writes only planning artifacts and does no provider render.
   It does not prove an MP4 exists.

### Canonical command path

```bash
# Plan or create the asset bus. Supply --script whenever an agent authored it.
oma video generate "Jeju coffee" --mode shorts --aspect 9:16 \
  --captions tiktok --script ./script.json --output json

# Deterministic planning only; no real render or provider work.
oma video generate "explain this project" --mode explainer --seed 42 --dry-run

# Human-recorded demo input.
oma video generate "feature walkthrough" --mode demo --capture <absolute-path>.mp4

# Scaffold the per-run HyperFrames project, author index.html as instructed,
# then render and validate the encoded output.
oma video compose <runDir> --output json
oma video render <runDir> --output json

# Diagnose required toolchains without changing a run.
oma video doctor
oma video provider list
```

`oma video generate --output json` returns
`{exitCode, runDir, manifestPath, scriptPath, renderSpecPath, warnings, error}`.
Read video and asset paths from the manifest; the JSON envelope has no
`outputs` field.

### Failure and recovery

- Missing HyperFrames composition: `oma video compose <runDir>` prepares the
project and authoring contract. Author `<runDir>/hyperframes/index.html` using
the generated `AUTHORING.md`, then invoke `oma video render <runDir>`. The
command lints, renders, and ffprobes the output. Fix a reported composition
or toolchain failure and re-run; return a failure report when it cannot render.

- Missing MPT toolchain: `--compositor mpt` requires the installed checkout, its virtual environment,
and ffmpeg. Use `oma video doctor --install-mpt` when setup is authorized and
available. MPT setup failures, driver failures, and non-video output fail with
the diagnostic; they do not write a placeholder MP4.

Success means all asset schemas and manifest hashes validate and a real MP4
passes video-stream and duration validation. A partial success may use a
key-free visual, timing, caption, or music fallback, but it still requires that
real video validation.

## References

### Conditional resources

Load only what the task needs:

- `resources/execution-protocol.md` for the full ordered pipeline, failure
  mapping, and JSON reporting rules.
- `resources/vendor-matrix.md` before changing providers, keys, cost, or
  fallback order.
- `resources/script-schema.md` when authoring or validating `--script` input.
- `resources/prompt-tips.md` when turning a brief into scene prompts.
- `resources/hyperframes-authoring/README.md` and the selected mode guide before
  writing `index.html`.
- `resources/checklist.md` before handing a real video to a user.

### Verification

For CLI/runtime changes, add a regression test for the affected success and
failure paths. At minimum run the focused Vitest files, for example:

```bash
cd cli
bunx vitest run commands/video/providers/compositor.test.ts \
  commands/video/orchestrator.test.ts
bunx biome check commands/video/providers/compositor.ts \
  commands/video/providers/compositor.test.ts
```

Do not run a live render merely to test documentation or a mock-only branch.

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