Refine

refine improves a markdown draft by asking two provider-CLI-backed AI peers to deliberate toward a converged artifact with an audit trail. The wrapper parses the document into sections, runs the configured peers through verdict rounds, and writes a deliberation artifact beside the input as <input>.consensus.md unless --output <path> is given. The artifact contains the final output, resolution metadata, section states, and a per-section deliberation log.

For the full hands-on walkthrough of all three iteration modes and the escalation ladder against live peers — exact commands, example inputs, and expected output — see the consensus plugin README and skills/refine/references/operator-qa.md.

Sequential refinement (default)

The default flow is sequential section processing with the alternating iteration mode. Run the wrapper against a markdown file:

node plugins/consensus/skills/refine/scripts/consensus-refine.mjs draft.md --goal "Make this clearer."

Iteration modes

Select how the two peers deliberate with --iteration. The default is alternating.

Round-flow comparison

# Both peers revise in parallel each round; converge on emergent agreement (2x peer calls).
node plugins/consensus/skills/refine/scripts/consensus-refine.mjs draft.md \
  --goal "Tighten the draft." --iteration parallel_revision

# Parallel revision plus a per-round synthesis merge (2x peer calls + 1 synthesis call).
node plugins/consensus/skills/refine/scripts/consensus-refine.mjs draft.md \
  --goal "Tighten the draft." --iteration parallel_synthesized --synthesizer claude

Parallel modes disclose their per-round call multiplier in the run_started JSONL event (calls_per_round) and report actual peer_calls / synthesis_calls totals at completion. The synthesizer defaults to the first peer and must be present in the peer inventory (SYNTHESIZER_UNAVAILABLE otherwise); it is warned-and-ignored outside parallel_synthesized.

Resume and recovery

Resume from a prior artifact with --resume <artifact-path>. Use --user-direction "<direction>" when continuing after an impasse or max-rounds stop. User direction is recorded as a user round in the new deliberation artifact.

node plugins/consensus/skills/refine/scripts/consensus-refine.mjs draft.md \
  --resume draft.consensus.md \
  --user-direction "Prefer the shorter introduction."

Use the corrupt-section controls only when the wrapper reports blocked resume state.

Escalation

When a parallel-mode section gets stuck — persistent disagreement, oscillation, budget exhaustion, or near-done drift — the wrapper emits an escalation_required JSONL event routed by --agency to the user or the host.

• A user decision re-enters with --resume <artifact> --user-direction "<text>".
• A host decision re-enters with --resume <artifact> --host-direction "<text>" (optionally --host-decision-kind <kind>) and records as an attributed orchestrator round. Always disclose a host-decided round to the user — host-decided rounds are not silent.

Host-mediated parallel sections

Parallel section orchestration is host mediated: the wrapper prepares packets and the host runtime dispatches section runners. Prepare packets first, dispatch section runners with the host runtime, then fan in the completed section outputs:

node plugins/consensus/skills/refine/scripts/consensus-refine.mjs draft.md --prepare-parallel --goal "Tighten the draft."
node plugins/consensus/skills/refine/scripts/consensus-refine.mjs --fan-in .consensus/<run-id>/manifest.json

Parallel section mode requires host-native subagent dispatch. Under Codex, dispatch authorization must fail closed: if approval is unavailable or denied, the host reports that parallel mode did not run rather than silently falling back to sequential.