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name: "Visualizing Subagents" description: "Visualize subagent task dependencies using ASCII diagrams before launching agents and create comprehensive HTML summaries after completion."

Visualizing Subagents

ASCII Diagram FIRST

CRITICAL: Draw ASCII diagram as FIRST thing before launching Task tool.

When to Draw

1. BEFORE launching: Show planned structure
2. AFTER completion: Show completed workflow (on request)

Diagram Formats

Parallel:

USER REQUEST: [task]
    │
    ├─→ AGENT 1: [Task A]
    ├─→ AGENT 2: [Task B]
    └─→ AGENT 3: [Task C]
    │
    └─→ SYNTHESIS

Sequential:

USER REQUEST: [task]
    ↓
AGENT 1: [First]
    ↓
AGENT 2: [Second, needs Agent 1]
    ↓
AGENT 3: [Final]

Mixed:

USER REQUEST: [Verify quotations]
    │
    ├─→ AGENT 1: Quote A, p.400
    ├─→ AGENT 2: Quote B, p.401
    └─→ AGENT 3: Quote C, p.402
    │
    └─→ AGENT 4: Verify all exact

Labels

• Agent number (AGENT 1, AGENT 2)
• Task (max 3-4 words)
• Critical parameter (page, file)

Response Structure

[ASCII DIAGRAM FIRST]
[Brief strategy - 1-2 sentences]
[Tool calls]

Benefits

• Shows structure at glance
• Clarifies dependencies
• Sets expectations
• Documents approach

HTML Visualization (Post-Completion)

When user wants to visualize/summarize subagents, create interactive HTML: claude_agent_workflow_[task_name].html

Components

1. Mermaid Dependency Graph

• User request → agents → synthesis → output
• Color coding: launched (sky blue), running (gold), completed (green), synthesized (plum)

2. Statistics Dashboard

• Agents launched/completed/success rate
• Execution mode (parallel/sequential/mixed)
• Tokens, word count, time

3. Task Detail Cards

• Status indicator, agent number, type badge
• Task description, tags
• Collapsible key findings (discoveries, patterns, limitations)
• Grid layout (2-3 columns)

4. Synthesis Process

• Execution strategy (why parallel vs sequential)
• Data integration (how merged)
• Cross-validation, conflict resolution
• Output generation

5. Dependency Analysis

• Independent tasks (parallel)
• Dependencies (sequential)
• Critical path, bottlenecks
• Efficiency gains

6. Key Insights

• ✓ Strengths | ⚠ Challenges | 💡 Lessons | 🎯 Recommendations

Generation Steps

1. Analyze context (Task tool usage)
2. Extract metadata (agents, tasks, dependencies, findings)
3. Structure data
4. Generate HTML
5. Save as claude_agent_workflow_[name].html
6. Open in browser
7. Confirm to user

Trigger Phrases

• "visualize the subagents"
• "dependency graph"
• "summarize what subagents found"
• "workflow diagram"

Quality Checklist

• All agents represented
• Dependencies accurate
• Status colors correct
• Findings summarized
• Statistics calculated
• Interactive features work
• Mermaid syntax valid
• File saved and opened