Generate a local HTML/SVG x-ray page with explanation lanes for bounded targets.
npx skills add https://github.com/cyberAlchemyAI/Arcanum --skill x-ray-cyberalchemyai
Please help me install this Agent Skill. Skill: x-ray Source: https://github.com/cyberAlchemyAI/Arcanum/tree/main/.claude/skills/x-ray Command: npx skills add https://github.com/cyberAlchemyAI/Arcanum --skill x-ray-cyberalchemyai
Visualizing complex targets can be hard when structure is implicit. x-ray slices a target into explanation lanes (surface, properties, components, internal_dependencies, external_dependencies, flow, lifecycle, risk_questions, visual_composition) and assembles a local, self-contained HTML page that makes the structure inspectable without remote rendering.
Provide a bounded context and run the x-ray workflow to generate a local HTML explanation.
High-intent search queries and answers about installing and using this skill.
To visualize codebase architecture locally, you can generate a self-contained HTML page that dissects the target into explanation lanes like components, internal_dependencies, and flow. This local HTML output requires no remote rendering to inspect the implicit structure.
Documenting a system design is best achieved by slicing the architecture into explanation lanes that separate evidence from inferences. This mode-aware inspection renders a local HTML page covering properties, lifecycle, and risk_questions for clear narration.
Yes, you can generate a visualization for a business process or mixed targets without external renderers. The tool supports mode-aware inspection for process targets and outputs a self-contained L0 HTML/SVG file that makes the structure inspectable locally.
To explain a complex system flow using layered HTML, you select specific explanation lanes such as surface, flow, and visual_composition. The workflow then assembles a local, self-contained HTML page that makes the implicit structure inspectable through these distinct layers.
The local HTML visualization requires the yaml dependency to process the bounded context. Once the x-ray workflow runs, it generates a self-contained L0 HTML/SVG output without needing any remote rendering dependencies to view the structure.
A limitation of using self-contained HTML for architecture visualization is that it requires a bounded target and manual lane selection to function correctly. The output is a static local HTML page, meaning it will not reflect real-time changes in the underlying system structure.
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