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Video Realism Retoucher

Design & Media Updated 2026.08.30

Paste the following prompt into your AI chat to install this skill:

Please install @beatra-ai/video-realism-retoucher by following the official guide at https://skillhub.cn/install/skillhub.md.

About this skill

The Problem to Solve

Current AI video generation excels at creativity but often falls short in physical realism. This manifests as a range of subtle yet immersion-breaking "AI artifacts": unnaturally cast lighting, repetitive or illogical material textures, harsh color gradations, or incoherent details around subjects. While individually minor, these issues collectively make videos feel artificial. Users are typically satisfied with the original shot, subject, rhythm, and audio direction, and seek a targeted fix for the single most noticeable flaw, not a full regeneration.

How the Skill Works

This skill provides a focused and controlled retouching workflow governed by a "one-shot, one-issue" principle.

  1. Freezing the Single Retouching Goal: The workflow begins with precise requirement alignment. The system analyzes the source video and user description to confirm the singular problem to address (e.g., "unnatural shadows on the character's hand"), essential subject details to preserve, source aspect ratio, duration, audio, and delivery purpose. It then presents the retouching plan, model, output settings, and real-time pricing. A clear user confirmation is required before any paid work commences.

  2. Query and Execution: Before execution, available video_edit models and their current pricing are queried via beatra.models.list. The edit is then submitted using beatra.videos.edit. All remote operations strictly use the bundled scripts/mcp_client.py, employing a unique client_request_id for each approved logic request to ensure precise task tracking and billing.

  3. Tracking and Delivery: Post-submission, the task is polled using beatra.tasks.get until it reaches a terminal state. The final report includes the resolved auto model selection (if no model was specified), the actual output duration, MIME type, usage metrics, and billing facts. In case of insufficient_balance, the response is relayed with the top-up link; the same client_request_id is only retried after the user confirms a recharge.

Scope, Boundaries, and Key Notes

  • Retouching, Not Generation: This skill is exclusively for local optimization of existing AI-generated video. It is not intended for multi-shot editing, video upscaling, or content extension. Such needs should be routed to beatra-ai-video-studio.
  • Strict Workflow Isolation: To ensure accurate billing and tracking, changing any element of the request—source video, retouching target, model, canvas, or audio settings—constitutes a new request and requires separate user approval.
  • Client Exclusivity: All remote communication is performed solely via the bundled mcp_client.py script. Configuring or directly calling the host Beatra Connector, or using REST/OpenAPI fallbacks, is prohibited.
  • Recovery and State: In cases of lost task context or expired upload authorization, recovery should first attempt beatra.tasks.list followed by beatra.tasks.get. Creating new paid video edits to recover context is not authorized. beatra.tasks.cancel is only used at explicit user request.

Use Cases

  • When an AI-generated promotional video has incorrectly cast shadows on characters, breaking realism, use this skill to fix lighting issues while preserving the original shot composition and rhythm.
  • During production of an e-commerce product showcase clip, AI-rendered material textures show unnatural repetitive patterns. Retouch texture details to enhance visual credibility and ensure alignment with the delivery purpose.
  • Preparing AI-generated content for social media, encountering harsh color transitions. Adjust color consistency while maintaining original duration and audio settings, avoiding full video regeneration.
  • AI video has incoherent artifacts around the subject, affecting overall perception. Use the single-issue repair function to target optimization without altering the approved subject and rhythm.

Best For

  • AI content creators: Frequently use generative AI for short videos but encounter physical artifacts like lighting or texture issues, requiring quick, targeted fixes to enhance realism.
  • Short video editors: Handle AI-assisted video materials and need to retouch specific problems like color distortion while preserving the original style and rhythm without disrupting production.
  • Digital media designers: Creating demos or ad videos with AI content that requires realism optimization to meet client demands for naturalness and detail, without altering approved elements.
  • Social media operators: Use AI tools for batch video generation but face local artifacts in some clips, seeking low-cost, targeted solutions to ensure content quality standards.