priority-weight

Score reconciled clusters across five dimensions with 0–10 calibration anchors.

Updated Apr 21, 2026
One-click install
npx skills add https://github.com/speplinski/hackathon-opus-47 --skill priority-weight
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: priority-weight
Source: https://github.com/speplinski/hackathon-opus-47/tree/main/skills/priority-weight
Command: npx skills add https://github.com/speplinski/hackathon-opus-47 --skill priority-weight

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This scoring skill provides a deterministic, per-dimension priority vector for reconciled clusters, enabling product teams to rank work by impact and effort and to align L6 decisions with business goals.

Core Features & Use Cases

  • Score five dimensions (severity, reach, persistence, business_impact, cognitive_cost) for a reconciled cluster using input from L5.
  • Output raw per-dimension scores (0–10) and allow meta-weights to be applied externally to compute a final priority.
  • Works across design audits to help triage clusters for L7 decisions.
  • Use Case: When an L5 cluster has multiple tensions, the L6 skill yields a comparable vector to compare clusters.

Quick Start

Score a reconciled cluster by providing its ReconciledVerdict and cluster context to the L6 priority-weight skill.

Frequently Asked Questions about priority-weight

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

FAQPage Schema
How do I rank design audit clusters by priority and impact?

Rank design audit clusters by scoring five priority dimensions: severity, reach, persistence, business impact, and cognitive cost. This generates a comparable per-dimension vector to guide downstream decision-making.

What is multi-dimension priority scoring for reconciled clusters?

Multi-dimension priority scoring evaluates a reconciled cluster across five distinct dimensions using a 0–10 scale with calibration anchors. It yields a robust vector for comparing clusters without applying final weighting.

How do I apply priority weights to a ReconciledVerdict?

Apply priority weights by passing the ReconciledVerdict and cluster context into the scoring skill. It outputs raw per-dimension scores from 0–10, leaving final meta-weight calculations to external systems.

Can I use custom meta-weights to calculate final priority scores?

You can use custom meta-weights by applying them externally to the raw per-dimension scores. The skill intentionally leaves final weighting out, providing a robust score vector for your downstream scoring logic.

Does priority scoring require L5 reconciliation outputs?

Priority scoring requires L5 reconciliation outputs, specifically the cluster context, quotes, and the ReconciledVerdict. These inputs provide the necessary tension data to score the five priority dimensions accurately.

When should I not use automated priority scoring for design clusters?

You should not use automated priority scoring when final meta-weight alignment is needed within the tool itself, or when an L5 cluster lacks a reconciled verdict and sufficient context for the five-dimension evaluation.