axial-coding-new

Cluster open-coded failure notes into an approved taxonomy and ranked remediation backlog.

1|9|Updated Jul 11, 2026
One-click install
npx skills add https://github.com/agenticgogol/Edureka_Coding_Agent_Enabled_Demo_11Jul --skill axial-coding-new-agenticgogol
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: axial-coding-new
Source: https://github.com/agenticgogol/Edureka_Coding_Agent_Enabled_Demo_11Jul/tree/main/.claude/skills/axial-coding-new
Command: npx skills add https://github.com/agenticgogol/Edureka_Coding_Agent_Enabled_Demo_11Jul --skill axial-coding-new-agenticgogol

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve? Manually reading hundreds of annotated agent failure traces to find recurring failure patterns is slow and error-prone, and imposing a pre-made category list misses the failure modes actually present in your data. ## Core Features & Use Cases - Delegated bulk reading: Sends open codes and traces to a trace-reader subagent so large trace collections are summarized at bounded context cost. - Grounded taxonomy building: Clusters failure notes into candidate axial codes with labels, definitions, severity, and member trace IDs, derived from the annotators' own language rather than a stock taxonomy. - User approval gate: Shows the full proposed taxonomy for approval, merge, split, or rejection before writing anything to disk. - Ranked backlog output: Writes evals/taxonomy.yaml (validated against the AxialCode schema) and evals/backlog.md ranked by frequency x severity x fixability. - Use Case: After annotating 200 agent traces with open codes, run this phase to discover that "skipped-eligibility-check" is your top failure mode and get a prioritized fix backlog. ## Quick Start Run the axial coding phase on my evals/open_codes.jsonl to cluster the failure notes into a taxonomy and ranked backlog.

Frequently Asked Questions about axial-coding-new

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I cluster agent failure traces into a taxonomy?▼

Run this axial coding phase after open coding: it delegates bulk trace reading to a trace-reader subagent, groups failure notes by what actually went wrong, and drafts labeled clusters with definitions, counts, and severity for your approval before writing taxonomy.yaml.

What is axial coding in grounded theory evaluation?▼

Axial coding groups open codes (per-trace annotations) into higher-level failure categories derived from the data itself. This skill implements that as phase 3 of a discovery pipeline, producing a validated taxonomy.yaml and ranked backlog.

Can I supply my own failure categories instead of deriving them?▼

Yes, but the skill pushes back first because pre-supplied lists miss emergent categories. If you insist, it complies and notes in taxonomy.yaml that categories were user-supplied rather than data-derived.

What inputs does the axial coding phase require?▼

It requires evals/open_codes.jsonl produced by the open-coding phase, plus evals/traces.jsonl for trace context. If open_codes.jsonl is missing or empty, the skill stops and reports that.

How is the failure backlog ranked?▼

Each code is scored as frequency x severity weight (low=1 to critical=4) x fixability (1-5). Fixability is a judgment call the skill asks you to sanity-check when it materially changes the ranking.

Why does the skill use a trace-reader subagent?▼

Reading all traces into the main context is expensive and unnecessary. The trace-reader subagent batches and summarizes large trace collections down to what clustering needs, at bounded turn cost.