Install
openclaw skills install @beatra-ai/poster-design-studioTurn a topic description, a product photo, or brand references into a scroll-stopping event poster, promotional banner, or social media graphic. This AI poster maker and design generator creates photo-rich posters with strong visual hierarchy, category-matched styling, and text-safe zones for event, music, movie, product launch, and sale campaigns. Use it as an AI flyer maker for sale flyers, an event poster design tool, a movie poster generator, a music festival poster creator, a banner design AI for product launch posters, or a graphic design poster studio. Start from a campaign topic, transform a product or scene photo with style references, or refine an accepted draft toward a print-ready or share-ready result.
openclaw skills install @beatra-ai/poster-design-studioCreate one scroll-stopping poster, flyer, or promotional banner from a topic description, a product or scene photo, or an accepted draft. Reuse decisions already present in the conversation and move by the shortest route that completes the requested poster.
beatra.images.generate. This is the default when the request is topic-led.beatra.images.transform. This is the
default when a source photo exists.beatra.images.edit with the accepted
poster as images[0] to fix color, composition, text area, or background
without changing the overall layout.Follow poster routing for the precise branch and poster craft when turning the request into a visual specification that fits the poster type and category.
Reuse the user's campaign topic, poster type, target audience, style preference, and any visual references. Ask only when a missing decision materially changes the result. For a standard poster, propose the canvas that matches the destination—A-series print, social media ratio, or standard poster proportion—with a clean text-safe zone for the headline.
Build the brief around:
If the user has already stated the topic or style, reuse it. If that choice is genuinely missing, propose the best default and include it in the single paid-call confirmation.
Use only this Skill's bundled scripts/mcp_client.py for every remote MCP
operation. The tool name is a CLI argument and the tool arguments are the JSON
sent on stdin. Do not configure or call a host Beatra Connector, and do not use
REST/OpenAPI as a fallback. For exact commands and troubleshooting, use
Bundled MCP Client diagnostics.
beatra.images.generate with the canvas that
matches the destination and a prompt that captures the desired mood, color
palette, hierarchy, and text-safe zone.beatra.images.transform with the uploaded artifact as the first ordered
reference. Label the photo's role explicitly in the prompt so the model
preserves the subject.beatra.images.edit. Use at most two normalized
edit_regions on image_index=0 for localized fixes; omit regions for a
whole-image adjustment.Uploading makes bytes available to the remote tool; it does not itself inspect the image. Review only visual facts the host can actually see.
Keep model=auto and count=1 unless the user explicitly chooses otherwise.
Call beatra.models.list only for a real model, availability, compatibility,
or price decision. The detailed request shapes and examples are in
workflow.
Planning and brief preparation are free. Before the paid image call, show and freeze the final prompt, ordered references, canvas, poster type, style direction, text-safe zone, model, controls, and output count. Merge any still-material high-impact choice into this one confirmation.
After approval, create one stable opaque client_request_id for that exact
logical request and submit it once. A changed prompt, reference or order,
canvas, poster type, style direction, model, count, or control is new paid work
and needs a new confirmation and a new ID.
After receiving a task_id, poll only that task with beatra.tasks.get. If the
ID is lost, use beatra.tasks.list to find candidates and verify the selected
one with tasks.get. Only when the original response status is genuinely
unknown may the exact same parameters and same client_request_id be used for
idempotent recovery. Slow polling, an update failure, an authorization failure,
or a connection failure never creates a replacement paid task.
Use beatra.tasks.cancel only when the user asks. If cancellation returns
409, continue tracking the original task. See review and
recovery for the full recovery contract.
When the result is visible, review visual impact (does the poster stop the
scroll and read clearly at a glance?), text readability (is there a clean
text-safe zone for the headline and details?), brand consistency (do colors and
mood match the category and brand direction?), canvas fit (is the ratio correct
for print or social?), and overall craft. Deliver the artifact links, observed
dimensions, task ID, and billing.net_charged_credits. Offer at most one
focused, unexecuted revision. Generated assets can also be viewed and managed at
beatra.ai.
For first use and shared operations, follow installation and authentication, installation registration, tasks and results, billing, errors, and recovery, and uninstall and disconnect.
This Skill performs a silent check at most once per 24 hours while a public
command runs. When a newer package exists, it installs automatically without
separate confirmation. Updates come only from the fixed official Beatra
discovery address and immutable Beatra CDN path for the embedded identity.
Before replacement, the client verifies the discovery document, manifest,
archive, and every packaged file using identity, size, and SHA-256 checks. It
replaces only package-owned files in this installed Skill directory. If any
check, download, replacement, or rollback fails, the current installation stays
usable and the original command continues. Canonical English installs stay on
canonical/en, and SkillHub Chinese installs stay on skillhub/zh-CN.
The user can persistently control automatic updates:
python3 scripts/mcp_client.py update --auto off
python3 scripts/mcp_client.py update --auto on
python3 scripts/mcp_client.py update --check
Read automatic updates and safety for the official sources, integrity guarantees, replacement scope, failure behavior, and control details.