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agent-designer

Use when the user asks to design a multi-agent system, pick an orchestration pattern (supervisor/swarm/pipeline), generate tool schemas for agents, or evaluate agent execution logs for cost, latency, and failure bottlenecks. Examples: 'design an agent architecture for research automation', 'generate Anthropic tool schemas from these tool descriptions', 'analyze these agent run logs for bottlenecks'. NOT for Claude Code workflow files (use workflow-builder) or single-agent prompt design (use agent-workflow-designer).

インストール方法を見る

含まれるファイル(14)

  • SKILL.md4.1 KB
  • agent_evaluator.py52.3 KB
  • agent_planner.py38.0 KB
  • assets/sample_execution_logs.json15.5 KB
  • assets/sample_system_requirements.json2.2 KB
  • assets/sample_tool_descriptions.json15.7 KB
  • expected_outputs/sample_agent_architecture.json13.6 KB
  • expected_outputs/sample_evaluation_report.json15.0 KB
  • expected_outputs/sample_tool_schemas.json11.7 KB
  • README.md12.2 KB
  • references/agent_architecture_patterns.md9.6 KB
  • references/evaluation_methodology.md20.0 KB
  • references/tool_design_best_practices.md13.4 KB
  • tool_schema_generator.py36.9 KB

SKILL.md(原文)

インストールする前に、エージェントに与えられる指示の中身を確認できます。

Agent Designer — Multi-Agent System Architecture

Design, schema-generate, and evaluate multi-agent systems with three deterministic tools. The scripts are the workflow — do not freehand an architecture when the planner can score one from requirements.

When to use

  • Designing a new multi-agent system from requirements (pattern choice, roles, comms)
  • Generating provider-ready tool schemas (Anthropic + OpenAI formats) from plain tool descriptions
  • Evaluating execution logs: success rate, latency distribution, cost, bottlenecks

When NOT to use: Claude Code Workflow-tool automations → workflow-builder; single-agent workflow scaffolds → agent-workflow-designer; multi-agent fan-out at runtime → agenthub.

Pattern decision table

ChooseWhenWatch out for
Single agentOne bounded task, < ~5 toolsDon't add agents you don't need
SupervisorCentral decomposition, specialists report backSupervisor becomes the bottleneck
PipelineStrictly sequential stages with handoffsRigid order; slowest stage gates throughput
HierarchicalMultiple org layers, > ~8 agentsCommunication overhead per level
SwarmParallel peers, fault tolerance over predictabilityHard to debug; needs consensus rules

The planner applies this scoring deterministically — run it rather than picking by feel.

Workflow

All paths relative to this skill folder. Each step's JSON output is the next step's design input.

1. Design the architecture

Write a requirements JSON (copy assets/sample_system_requirements.json — keys: goal, tasks[], constraints{max_response_time, budget_per_task, concurrent_tasks}, team_size):

python3 agent_planner.py requirements.json --format json -o arch

Emits arch.json with architecture_design (pattern, agents, communication links), mermaid_diagram, and implementation_roadmap. Read architecture_design.pattern and the per-agent role list; present the mermaid diagram to the user.

2. Generate tool schemas

Describe each agent's tools in plain JSON (copy assets/sample_tool_descriptions.json), then:

python3 tool_schema_generator.py tool_descriptions.json --validate -o tools

Emits tools.json (tool_schemas, validation_summary) plus provider-specific tools_anthropic.json / tools_openai.json. Gate: every tool must print ✓ Valid. Fix any invalid schema before proceeding — never hand an agent an unvalidated schema.

3. Evaluate execution logs

Once the system runs (or against assets/sample_execution_logs.json for a dry run):

python3 agent_evaluator.py execution_logs.json --detailed -o eval

Emits eval.json with summary, agent_metrics, bottleneck_analysis, error_analysis, cost_breakdown, sla_compliance, and optimization_recommendations, plus split files (eval_errors.json, eval_recommendations.json).

4. Verification loop

The design is not done until:

  1. tool_schema_generator.py --validate reports 0 invalid schemas.
  2. agent_evaluator.py on a pilot run reports 0 critical issues (the tool prints CRITICAL: N critical issues when found). If N > 0, apply the top item in eval_recommendations.json, re-run the pilot, and re-evaluate.
  3. Compare your outputs against expected_outputs/ to confirm the schema shape you're consuming hasn't drifted.

References

  • references/agent_architecture_patterns.md — pattern trade-offs in depth
  • references/tool_design_best_practices.md — schema, idempotency, error-handling rules
  • references/evaluation_methodology.md — metric definitions the evaluator implements

レビュー

まだレビューはありません。使ってみた感想をお寄せください。

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