Project Evaluation

Name: Project Evaluation
Availability: InStock
Author: bjpl

Evaluate architecture health and generate GOAP-driven refactoring plans for Claude Flow projects.

Updated Sep 21, 2025

Search Tags:#automation #architecture #memory #hive-mind #evaluate #neural #GOAP

Ready to run

npx skills add https://github.com/bjpl/california_puzzle_game --skill project-evaluation

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: Project Evaluation
Source: https://github.com/bjpl/california_puzzle_game/tree/main/.claude/skills/project-evaluation
Command: npx skills add https://github.com/bjpl/california_puzzle_game --skill project-evaluation

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill coordinates multiple Claude Flow systems to evaluate project health, plan refactors, and produce status reports, reducing manual effort and cognitive load.

Core Features & Use Cases

Hive-Mind: Coordinate collective intelligence for architecture health reviews.
AgentDB: Persist evaluation results across sessions for continuity.
GOAP Planning: Generate actionable plans for improvements.
Neural Analysis: Learn patterns from evaluations to improve future assessments.
Use Case: When facing a complex architecture with multiple components, run the evaluation to obtain a prioritized refactor roadmap and a shareable status report.

Quick Start

Retrieve prior session state and initialize the evaluation swarm to begin architecture health assessment. Then spawn evaluation agents and store results for cross-session use.

Frequently Asked Questions about Project Evaluation

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

FAQPage Schema

How do I evaluate project architecture health and identify refactoring priorities?▼

Architecture health evaluation analyzes your project's structure using multi-agent systems to detect issues and generate prioritized refactor roadmaps. This Skill retrieves prior session state, spawns evaluation agents, and produces actionable improvement plans stored across sessions for continuity.

Can I use hive-mind coordination to assess multiple architecture components at once?▼

Yes. Hive-mind orchestration coordinates collective intelligence across multiple Claude Flow agents to review complex architectures holistically. Evaluation agents analyze patterns in parallel and consolidate findings into unified health assessments and status reports.

What does GOAP planning generate, and how does it improve refactoring workflows?▼

GOAP planning generates goal-oriented action plans that translate architecture issues into concrete, sequenced improvement steps. Rather than generic advice, it produces executable refactoring roadmaps ranked by impact and dependencies.

How does neural pattern analysis help with repeated project evaluations?▼

Neural analysis learns from past evaluations stored in AgentDB to recognize recurring architecture patterns and anomalies. Over time, it improves assessment accuracy and tailors recommendations based on your project's historical context.

Do I need prior session memory set up before running an evaluation?▼

Yes. The Skill requires an initialized hive-mind and prior session memory to retrieve project state. It retrieves this context to maintain continuity and ground evaluations in your project's documented history stored in AgentDB.

What output formats does the evaluation produce for sharing results?▼

Evaluation yields shareable status reports alongside refactoring plans and improvement recommendations. Results persist in AgentDB, enabling cross-session access and team collaboration without re-running analyses.