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DeveloperMay 29, 2026

Analyze a Video and Generate Comic-Style Images with Eigent

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Video Analysis + Comic Image Generation
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Turn Any Video into Comic Art — Automatically

Video content is rich with visual moments that deserve to be captured and shared. But extracting those moments, understanding what makes them compelling, and turning them into usable creative assets is a multi-step process that normally requires manual editing tools and design skills. This workflow shows Eigent doing all of it in sequence: analyze the video, extract key highlights, generate comic-style images — without a single frame of manual editing.

1Configure Ming-Flash-Omni 2.0 for Multimodal Tasks

This workflow requires a model that handles both video understanding and image generation. Inclusion Ming-Flash-Omni 2.0 is a multimodal model that supports both capabilities natively. Configure it in Eigent under Settings → Models → Custom Models, then select it as the default.

Once configured, Eigent activates two specialized agents for this task:

  • Video Agent — equipped with Terminal Toolkit and Ming Omni Skills for video processing
  • Image Agent — equipped with Terminal Toolkit and Ming Omni Skills for image generation

2Attach Your Video and Write the Prompt

Attach your video file and describe the creative output you want:

Analyze the uploaded video with the video agent and generate three comic-style images summarizing the key elements and highlights with dynamic, expressive visuals.

Eigent immediately splits this into two sequential tasks — the image generation task depends on the analysis output, so the Video Agent runs first.

3Task 1 — Video Agent Extracts Structured Data

The Video Agent processes the uploaded video file and produces a structured JSON object containing:

  • Key scenes with timestamps — the most visually significant moments in the video
  • Main actions and events — specific movements or interactions that define the content
  • Visual and emotional themes — the aesthetic and tonal elements most suitable for comic adaptation

This output is the "creative brief" passed to the Image Agent. Rather than generating images blindly from the raw video, the pipeline extracts meaning first — which produces far more intentional and relevant results.

4Task 2 — Image Agent Generates Three Comic Panels

The Image Agent reads the video analysis JSON and derives a distinct text prompt for each of the three key elements identified. Using those prompts, it generates three comic-style PNG images — each one stylized, expressive, and visually dynamic.

The output files are saved to the agent's working directory:

  • comic_summary_1.png
  • comic_summary_2.png
  • comic_summary_3.png

Each image captures a different dimension of the source video — a specific movement, a character moment, a thematic element — making the set usable as a narrative sequence or standalone social media assets.

5Where This Workflow Applies

This video-to-image pipeline opens up a range of practical content creation applications:

  • Social media repurposing: Turn a long video into shareable image posts without manual editing
  • Storyboarding: Extract visual breakdowns of key scenes from footage for production planning
  • Product demos: Convert a screen recording or product walkthrough into illustrated summary cards
  • Event highlights: Analyze a presentation or conference recording and generate illustrated recap images

The pipeline works on any video input — not just robot dance footage. The analysis step abstracts the structure of any video into semantically rich data that the image generator can act on.

6What to Try Next

Analyze a product demo video and generate three promotional images highlighting the key features shown.

Take a 30-minute recorded meeting and generate five comic-panel summaries of the key decisions made.

Generate both comic-style and photorealistic versions of the same video highlights for A/B testing.

After generating the images, create a social media post for each one with a suggested caption.

7Tips for Better Results

  • Use clear, well-lit video. The Video Agent's scene extraction works best on footage with distinct visual moments and clear subject matter. Low-quality or fast-cut video may produce less precise analysis.

  • Specify the art style. "Comic-style" covers a wide range — from manga to American superhero to newspaper cartoon. If you have a preferred visual style, include it in the prompt to guide the Image Agent's output.

  • Iterate on the analysis step. Before generating images, you can ask Eigent to show you the video analysis JSON and confirm it captured the right highlights. This is especially useful for longer or more complex videos.

Other use cases

Long-Horizon Task: GLM-5.1 vs GLM-5.2 on Eigent

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Do a deep-dive research on 26 companies in the AI infrastructure ecosystem — the most certain main thread of the entire AI value chain. Cover these 6 sub-sectors (pick representative companies in each, from large-cap leaders down to smaller players): AI Data Center (compute infrastructure / build-out); GPU / AI Chips (training & inference silicon, ASICs, IP); Servers, Networking & Optical Modules (switches, NICs, optical interconnect); Power, Liquid Cooling & Energy Storage (power supply, thermal, energy management); AI Cloud / Compute Platform (hyperscalers, GPU clouds, compute-rental platforms); Supporting Ecosystem (HBM / advanced packaging, foundry, connectors & other critical components). For each company, research: company name, sub-sector, HQ / country; core products and its specific role in the AI chain; public or private (ticker + exchange if listed; if private, note latest valuation / funding round); market cap or valuation size (used for ranking); positioning and moat in the ecosystem (1–2 sentences); key customers / competitors. Ordering: within each sub-sector, rank from largest to smallest (by market cap / valuation). Structure the whole thing top-down: from the full hardware-ecosystem landscape → down to each individual company. Output requirements: First, generate a structured data file ai_infra_data.json — containing all 26 companies with the fields above, the 6 sub-sector classifications, a public/private flag, and a cross-company comparison matrix (sub-sector × key dimensions). Then generate a polished HTML report from that JSON: include an ecosystem landscape / layered diagram, sector sections, company cards, a clear visual indicator for public vs. private (tags or color coding), a market-cap ranking chart, and a sortable/filterable comparison table. Make the design professional, information-dense, and interactive. Verify the research data for accuracy first (listing status, tickers, valuations — use the latest figures and cite sources), then generate the report. Send the task in single-agent mode.

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Build 10 separate and COMPLETE games with topics related to 2026 Chinese New Year (Horse) in HTML, CSS and JS (no libraries). Games must be fun, original, polished, mobile-friendly. Include scoring, scaling difficulty, restart buttons, and smooth visuals. Cover: arcade, puzzle, endless runner, reaction, strategy, memory, 2-player local, idle, retro pixel, and 1 experimental game.

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