Generate an interactive HTML ontology graph viewer from graph-state.json.
npx skills add https://github.com/dmae97/oh-my-kimi --skill graph-view
Please help me install this Agent Skill. Skill: graph-view Source: https://github.com/dmae97/oh-my-kimi/tree/main/templates/skills/kimi/graph-view Command: npx skills add https://github.com/dmae97/oh-my-kimi --skill graph-view
It solves the problem of not being able to clearly see how OMK’s local graph memory is structured, connected, and changing over time.
.omk/memory/graph-state.json into a browsable HTML file for easier understanding of the ontology state.Use Case: When you’re verifying whether tasks, decisions, risks, files, and evidence are being captured and linked correctly, you can generate the viewer and open it to inspect the resulting structure.
Run OMK graph view to generate the HTML viewer from your project’s local graph memory and open it in your browser.
High-intent search queries and answers about installing and using this skill.
You can visualize an ontology graph from local JSON memory by rendering the graph-state.json file into an interactive HTML viewer. This process converts stored OMK relationship data into a browsable format for inspecting nodes and connections.
The best way to debug captured tasks and decisions in OMK is to generate an interactive graph viewer. This approach visualizes the Memory, Decision, Task, Risk, File, and Evidence relationships stored in your local graph memory for quick structural verification.
Yes, you can filter the graph visualization to show specific node types. The CLI supports optional arguments, allowing you to limit the graph size and isolate types like Memory, Decision, Task, Risk, File, or Evidence during structural inspection.
To open the generated graph viewer in your web browser, invoke the CLI with the --open flag. This command automatically launches the project-local graph-view.html file, rendering the interactive ontology graph for immediate debugging.
Yes, the graph viewer works with large graph-state.json files by applying a --limit filter. This constraint limits the rendered graph size, ensuring the HTML viewer remains responsive and focused when inspecting extensive local graph memory.
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