# Comfyui

> Úsalo al trabajar con workflows de ComfyUI en OpenMontage: comfyui_image/video/music, workflows propios, selección de output_node, modelos que faltan, LoRAs, poca VRAM e importación de workflows de la comunidad.

Fuente: https://skillsagentes.com/skills/calesthio/openmontage/comfyui
Markdown: https://skillsagentes.com/skills/calesthio/openmontage/comfyui.md

Repositorio: https://github.com/calesthio/OpenMontage
Autor: calesthio
Licencia: AGPL-3.0
Actualizado: hace 9 días
Coste de contexto: 65 tok instalada, 1.9k tok al activarse, 1.9k tok con todos los archivos del bundle
Bundle: 1 archivo, 7 KB
Permisos que pide: ninguno declarado

## Instalación

Un skill son archivos markdown: los mismos archivos valen para cualquier agente y lo único que cambia es el directorio de destino, es decir la bandera `--agent`. Añade `-g` para instalarlo en todos los proyectos de la máquina.

```bash
# Claude Code
npx -y skills add calesthio/OpenMontage --skill comfyui --agent claude-code
# Cursor
npx -y skills add calesthio/OpenMontage --skill comfyui --agent cursor
# Codex
npx -y skills add calesthio/OpenMontage --skill comfyui --agent codex
# Gemini CLI
npx -y skills add calesthio/OpenMontage --skill comfyui --agent gemini
# Windsurf
npx -y skills add calesthio/OpenMontage --skill comfyui --agent windsurf
# Cline
npx -y skills add calesthio/OpenMontage --skill comfyui --agent cline
```

## Qué hace

- Ejecuta workflows de ComfyUI dentro de OpenMontage con `comfyui_image`, `comfyui_video` y `comfyui_music`
- Acepta workflows propios por `workflow_json` o `workflow_path` y deja elegir el `output_node`
- Explica el contrato de servidor, los nodos partner alojados y la diferencia entre nodos plantilla y fijos
- Cubre instalación de modelos que faltan, LoRAs y elección de workflow para poca VRAM
- Registra la procedencia y define cómo tratar los fallos

## Cuándo usarla

- Trabajar con workflows de ComfyUI en OpenMontage
- Importar un workflow de la comunidad
- Configurar modelos que faltan o LoRAs
- Elegir un workflow que quepa en poca VRAM

## Qué la activa

- "Ejecuta este workflow de ComfyUI"
- "Impórtame este workflow de la comunidad"
- "Me falta un modelo para este workflow, ¿qué hago?"
- "Necesito un workflow que funcione con poca VRAM"

## Antes de instalar

- Necesita un servidor ComfyUI accesible según el contrato de servidor del skill; los nodos partner están alojados.

## Archivos

- SKILL.md — 7 KB

## SKILL.md

Reproducido tal cual desde calesthio/OpenMontage bajo AGPL-3.0. Esta sección es el documento original y está en inglés.

# ComfyUI Workflows in OpenMontage

Use this skill before calling `comfyui_image`, `comfyui_video`, or `comfyui_music`, and when converting a community ComfyUI workflow into an OpenMontage tool call.

## Server Contract

- ComfyUI must be running before the tool can generate. The default server is `http://localhost:8188`; override it with `COMFYUI_SERVER_URL`.
- Running separate ComfyUI instances per capability (different GPU, different model set)? `COMFYUI_IMAGE_SERVER_URL` / `COMFYUI_VIDEO_SERVER_URL` / `COMFYUI_MUSIC_SERVER_URL` each override `COMFYUI_SERVER_URL` for that one tool only. Optional -- a single-server setup needs none of these.
- Health and hardware status come from `GET /system_stats`.
- Jobs are submitted to `POST /prompt`, completed outputs are read from `GET /history/{prompt_id}`, and artifact bytes are downloaded with `GET /view`.
- Long waits (video, music) prefer ComfyUI's websocket feed for immediate completion/error detection and transparently fall back to REST polling if `websocket-client` isn't installed. Either way, a timeout is recoverable: pass the error's `prompt_id` back in as `resume_prompt_id` to resume waiting on the same job instead of resubmitting it.
- Export workflows with ComfyUI's API-format JSON, not the UI layout format. If a downloaded workflow will not submit, re-export it from ComfyUI with API format enabled.

### Partner Nodes are hosted

- `gemini_omni_flash`, `seedance_2.5`, and `minimax_h3_api` in
  `comfyui_video` are official ComfyUI Partner Nodes. They call hosted APIs and
  require network access, a logged-in Comfy account, and prepaid credits.
- Do not describe Partner Nodes as local, offline, or free merely because the
  graph runs in a local ComfyUI process.
- `minimax_h3_local` is a separate open-weight path. It requires the official
  MiniMax H3 workflow exported in API format, its `output_node`, and the model
  stack reported by the tool.

## Choosing a Workflow

- Use bundled workflows when the requested operation matches and the local machine has the required models and VRAM.
- Use a custom `workflow_json` or `workflow_path` when the user needs a community recipe, a lower-VRAM model, a different style family, or custom nodes.
- For 8GB-12GB GPUs, prefer lower-footprint workflows such as Wan 2.1 1.3B, LTXV FP8 or quantized workflows, or Wan 2.2 GGUF/quantized community workflows. The bundled Wan 2.2 14B FP8 video workflows are a 16GB-class path, not a provider-wide floor.
- Do not promise that arbitrary custom workflows will fit a machine. The workflow, quantization, resolution, frame count, and offload settings determine the real resource envelope.

## Output Node Contract

- Custom workflows must pass `output_node`.
- Pick the node that writes the artifact, usually `SaveImage`, `SaveVideo`, `VHS_VideoCombine`, or another terminal saver node.
- Pass the node ID as a string, for example `"108"`. Do not pass the class name.
- If a workflow has multiple savers, choose the final deliverable node, not previews or intermediates.

## Templated vs Fixed Nodes

- Identify templated nodes before execution: prompt text, seed, dimensions, frame count, source image, sampler settings, and output filename prefix.
- Fixed nodes are model loaders, VAEs, text encoders, LoRA loaders, schedulers, and graph wiring. Do not mutate those unless the workflow author intended that customization.
- For community workflows, inspect each loader node and note every required model or custom node before running. Missing models should be handled through the tool's structured `missing_models` payload when available.

## Model and LoRA Setup

- Use ComfyUI Manager or the workflow author's model links when available, and respect model licenses.
- Place models in the folders expected by the loader nodes: diffusion models under `ComfyUI/models/diffusion_models/`, text encoders under `ComfyUI/models/text_encoders/`, VAEs under `ComfyUI/models/vae/`, and LoRAs under `ComfyUI/models/loras/`.
- For LoRA stacks, use `LoraLoader` or `LoraLoaderModelOnly` chains in the workflow. Record each LoRA name plus `strength_model` and `strength_clip` when applicable.
- The current ComfyUI tools do not inject LoRAs into arbitrary graphs. To use LoRAs, provide a workflow that already contains the LoRA loader chain and pass model-stack provenance.

## Provenance

- For custom workflows, provide `workflow_name` and `workflow_model` when known.
- Provide `workflow_model_stack` for reproducibility when the workflow is not bundled. Include base checkpoint or diffusion model, quantization, text encoder, VAE, LoRAs and strengths, sampler or scheduler, steps, and guidance if the workflow exposes them.
- The tools record the final workflow hash. Treat that hash plus the model stack, seed, dimensions, and prompt as the reproducibility contract.

## Failure Handling

- If the server is unavailable, surface the structured setup offer. Starting ComfyUI or setting `COMFYUI_SERVER_URL` is the first fix.
- If models are missing, read `data.missing_models[]`; each item should include the file name, role, destination hint, and download URL when OpenMontage knows it.
- If custom nodes are missing, ask the user to install them through ComfyUI Manager or the workflow author's documented install path, then restart ComfyUI.
- If a long render times out locally, check ComfyUI history before retrying from scratch; the server may still have completed the prompt -- or just call again with `resume_prompt_id` set to the `prompt_id` from the timeout error.

## Music (`comfyui_music`)

- Bundled default is ACE-Step v1 (3.5B) text-to-audio, built from ComfyUI's *native* `TextEncodeAceStepAudio`/`EmptyAceStepLatentAudio` nodes (core, not a third-party pack) -- unlike ACE-Step 1.5 or other custom node packs, v1's interface is standardized enough to bundle safely.
- `prompt` maps to the bundled workflow's `tags` field (style/genre/mood, e.g. `"upbeat electronic pop, female vocals"`), matching the same "prompt = music description" convention `suno_music` uses. `lyrics` is a separate optional field -- leave empty for instrumental, or use `[verse]`/`[chorus]`/`[bridge]` structure tags and `[zh]`/`[ja]`/`[ko]`-style language-code prefixes for non-English lines.
- `duration_seconds`, `steps`, `cfg`, `lyrics_strength`, and `seed` are patchable on the bundled workflow. Missing `ace_step_v1_3.5b.safetensors` surfaces through the same `data.missing_models[]` contract as image/video.
- Need ACE-Step 1.5, a different node pack, or a non-ACE-Step audio model? Fall back to `workflow_json`/`workflow_path` + `output_node`, exactly like a custom image/video workflow -- in that mode `prompt` becomes provenance/logging only again and must already be baked into the graph.
- `output_node` (bundled or custom) should be the node that writes the final audio -- the bundled workflow's is `SaveAudioMP3`. The client reads artifacts from that node's `"audio"` output key (parallel to `"images"` for image/video savers).
- For custom workflows, provide `workflow_name`/`workflow_model`/`workflow_model_stack` for provenance exactly as you would for a custom image/video workflow.

## Dónde encaja

- Categoría: [Diseño y UI](https://skillsagentes.com/categorias/diseno-ui.md) — Sistemas de diseño, trabajo con componentes y acabado visual.
- Creador: [calesthio](https://skillsagentes.com/creators/calesthio.md) — 0 skills en el directorio
- [Todas las skills](https://skillsagentes.com/skills.md)
- [Ranking de instalaciones](https://skillsagentes.com/ranking.md)

## Otras skills del mismo repositorio

- [Seedance 2 5](https://skillsagentes.com/skills/calesthio/openmontage/seedance-2-5.md): Genera vídeo cinematográfico de 4-30 s con ByteDance Seedance 2.5 por fal.ai, Volcengine Ark, Runway o ComfyUI. Cubre el contrato de prompt 2.5, cortes duros, locks de continuidad y voz.
- [Fish Audio Tts](https://skillsagentes.com/skills/calesthio/openmontage/fish-audio-tts.md): Genera narración expresiva y multilingüe con fish.audio (modelos S1 / S2) y reutiliza voces clonadas mediante reference_id.
- [Minimax H3](https://skillsagentes.com/skills/calesthio/openmontage/minimax-h3.md): Genera vídeo con MiniMax H3 (Hailuo 3.0) por la API oficial v2, fal.ai, Runway, nodos partner de ComfyUI o pesos abiertos locales. Clips de 4-15s a 2K con animación de primer/último fotograma.
- [Gemini Omni](https://skillsagentes.com/skills/calesthio/openmontage/gemini-omni.md): Genera y edita conversacionalmente vídeos cortos con Google Gemini Omni Flash: itera con ediciones en lenguaje natural, clips de 3-10s a 720p con audio y texto en pantalla, e imágenes de referencia por etiquetas.
- [Atlas Cloud](https://skillsagentes.com/skills/calesthio/openmontage/atlas-cloud.md): Genera o edita imágenes y vídeos por la pasarela Atlas Cloud: Seedance 2.5/2.0, Gemini Omni Flash, MiniMax H3, Seedream 5.0, GPT Image 2 y Nano Banana 2 con una sola ATLASCLOUD_API_KEY.

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