agent-environment-retr…
Use when a completed session needs an agent-environment retrospective. Not for an engineering retrospective from telemetry: use engineering-retrospective.
Use when an authorized reference surface needs a clean-room frontend reconstruction across static, motion, and responsive fidelity. Not for styling or component work without a reference surface.
$ npx -y skills add OutlineDriven/odin-claude-plugin --skill frontend-fidelity-rebuild --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/frontend-fidelity-rebuildContext preview
The summary Claude sees to decide when to auto-load this skill.
Use when an authorized reference surface needs a clean-room frontend reconstruction across static, motion, and responsive fidelity. Not for styling or component work without a reference surface.
name: frontend-fidelity-rebuild description: 'Use when an authorized reference surface needs a clean-room frontend reconstruction across static, motion, and responsive fidelity. Not for styling or component work without a reference surface.'
| Field | Bound contract | |---|---| | Trigger | An authorized reference surface needs a clean-room frontend reconstruction across static, motion, and responsive fidelity. | | Authority | Human-gated: asks for IP authorization approval via one harness ask/question call before the run starts; otherwise reversible local: writes only named local reconstruction artifacts; rollback is version control. No remote mutation. Prose consent, invocation consent, prior-run consent, and post-start discovery do not approve an effect. | | Side effect | Authorized frontend reconstruction across static, motion, and responsive fidelity. | | Done | The clean-room reconstruction passes all three fidelity gates with comparison evidence. | | Stop | Authorization absent; capture blocked; stagnation. Bound: approved reference, viewports, timelines, tolerances, round cap. |
1. Collect start approval with one harness ask/question call. State the reference surface and the authorized scope. End the run on scope drift. Done when: approval is collected or the run ends on absent authorization. 2. Bind the viewports, timelines, tolerances, and round cap. Freeze all before any reconstruction. Done when: the viewport set, timeline set, per-gate tolerances, and round cap are named and frozen. 3. Capture the reference surface. For each viewport in the set, capture a full-page screenshot and the rendered DOM. For each timeline in the set, capture a video or frame sequence of the animation or interaction. Record the capture tool, browser, and version. Done when: reference captures exist for every viewport and timeline. 4. Reconstruct the surface in a clean-room implementation. Build from the captures, not from the reference source code. Match the static layout, the motion timing, and the responsive behavior. Done when: the reconstruction renders at every viewport and plays every timeline. 5. Measure fidelity against the reference. For each viewport, compare the reconstruction screenshot to the reference screenshot using a visual regression tool. Record the pixel difference percentage. For each timeline, compare the reconstruction motion to the reference motion. Record timing deviation and property delta. For each viewport transition, compare the layout shift. Record whether each gate passes its tolerance. Done when: all three fidelity gates have comparison results. 6. Stop at success (all three gates pass their tolerances), any non-success terminal, or the bound (round cap reached). Done when: a terminal class is reached and recorded. 7. Persist per profiles.persistence.P1 (durable_location `.outline/loops/frontend-fidelity-rebuild/<run_id>/` when durable). Emit `receipt.json` before return. Done when: the receipt is written with per-gate comparison evidence, tolerances, and the terminal class.
An immutable K11 receipt with every K11 field, recording the terminal class (success, capped, stalled, or blocked) and the per-gate fidelity comparison evidence: static pixel difference, motion timing deviation, responsive layout shift, and whether each gate passed its tolerance.
Formerly the ODIN Claude Plugin. The repository URL is unchanged. Outline-Driven Development, nicknamed ODIN, is a highly opinionated code-agent skill library: principles-first engineering, surgical editing, and workflow automation, published as installable
Repo: OutlineDriven/odin-claude-plugin
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