NetworkX Graph Analysis

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Analyzes complex networks and relational datasets using NetworkX graph data structures, centrality algorithms, community detection, and visualizations.

NetworkX Graph Analysis equips Claude Code with comprehensive capabilities to create, manipulate, and examine complex relational data across biological networks, social systems, and transportation graphs. It supports undirected, directed, and multi-edge networks alongside essential algorithms for shortest paths, centrality metrics (PageRank, betweenness, degree), and modularity-based community detection. With built-in integration for Pandas, SciPy sparse matrices, standard graph I/O formats (GraphML, GML, edge lists), and Matplotlib visual layouts, this skill streamlines end-to-end topological analysis and network exploration directly in your Python workflows.

주요 기능

01Community detection via greedy modularity, label propagation, and Girvan-Newman algorithms
02Flexible graph structures including Graph, DiGraph, MultiGraph, and MultiDiGraph
03Comprehensive I/O for GraphML, GML, edge lists, JSON, Pandas DataFrames, and SciPy matrices
04382 GitHub stars
05Centrality calculations including degree, betweenness, closeness, eigenvector, and PageRank
06Synthetic network generation for Erdos-Renyi, Barabasi-Albert, and Watts-Strogatz models

사용 사례

01Analyzing biological networks such as protein-protein interactions and gene regulatory circuits
02Evaluating shortest paths and structural connectivity in infrastructure or routing topologies
03Mining social and citation networks to identify key influencers and cluster communities