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sed "s/{{deep_dive_directory}}/${detail_report_directory_name}/g""${detail_report_directory}/report_deep_dive_with_vars.md">"${detail_report_directory}/report_deep_dive_${report_number}.md"
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# Add a page break at the end of a deep dive section
|**Top Hub Graph Visualization**| Displays the most connected node (e.g., **#1 Hub**) at the center, surrounded by its direct dependencies. Incoming nodes show who is dependent on the hub. | Understanding highly connected code units or components that serve as central integrators. | Highlights nodes that act as major dependency aggregators. | Helps detect over-centralized modules or potential architectural bottlenecks. |
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|**Top Bottleneck Graph Visualization**| Shows the node with the highest betweenness centrality (e.g., **#1 Bottleneck**) and its local neighborhood. | Identifying code units that control information or dependency flow. | Emphasizes nodes that mediate critical paths between modules. | Reveals single points of failure or routing constraints in dependency flow. |
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|**Top Authority Graph Visualization**| Centers the most authoritative node (e.g., **#1 Authority**) with incoming and outgoing links from dependent nodes with high PageRank and emphasized PageRank to ArticleRank difference. | Detecting key knowledge or functionality providers. | Highlights components with high centrality. | Indicates structural or semantic “sources of truth” in the system. |
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|**Top Bridge Graph Visualization**| Displays a node acting as a structural bridge between clusters (e.g., **#1 Bridge**) and its cross-cluster connections based on node embeddings encoding the Graph structure. | Understanding cross-cutting dependencies between modules. | Reveals links connecting distinct architectural domains. | Useful for spotting boundary leaks or undesired coupling between subsystems. |
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|**Top Outlier Graph Visualization**| Centers an unusual or isolated node (e.g., **#1 Outlier**) that can hardly be assigned to a cluster and visualizes its sparse or unexpected dependency patterns. | Identifying structurally or behaviorally anomalous nodes. | Highlights nodes with rare or unexpected connection patterns. | Helps pinpoint code units that deviate from established dependency norms. |
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> **Note:**
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> - In all Graph Visualizations, the **central node** represents the selected *Top Archetype* (e.g., *Top 1 Hub*).
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