Smart Tree - ST

# Smart Tree Relations Example This example shows how the relations feature visualizes code dependencies: ## Command ```bash st --relations --mode mermaid src/ ``` ## Output ```mermaid graph TD %% Smart Tree Relationship Map 🌟 %% Generated by st --relations --mode mermaid %% File nodes lib.rs["lib.rs"] style lib.rs fill:#FFE4B5,stroke:#FF8C00,stroke-width:2px main.rs["main.rs"] style main.rs fill:#FFE4B5,stroke:#FF8C00,stroke-width:2px scanner.rs["scanner.rs"] style scanner.rs fill:#FFE4B5,stroke:#FF8C00,stroke-width:2px formatters/mod.rs["formatters/mod.rs"] style formatters/mod.rs fill:#FFE4B5,stroke:#FF8C00,stroke-width:2px %% Relationships lib.rs -->|imports| scanner.rs lib.rs -->|imports| formatters/mod.rs main.rs -->|imports| lib.rs formatters/mod.rs -->|imports| formatters/classic.rs formatters/mod.rs -->|imports| formatters/hex.rs formatters/mod.rs -->|imports| formatters/quantum.rs ``` ## Benefits 1. **Visual Understanding**: See how modules connect at a glance 2. **Impact Analysis**: Know what files are affected by changes 3. **Refactoring Guide**: Identify tightly coupled modules 4. **Documentation**: Auto-generated architecture diagrams ## Other Formats ### Text Summary ```bash st --relations src/ ``` ### Compressed for AI ```bash st --relations --mode digest src/ ``` ### Filter by Type ```bash st --relations --filter imports src/ st --relations --filter tests src/ st --relations --filter coupled src/ ``` ### Focus on File ```bash st --relations --focus src/main.rs ```