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"centrality_local_dimension" ] }, { "page": "centrality_local_dimension_fixed", "title": "Fixed-Radius, Fuzzy and Volume Local Dimensions", "topics": [ "centrality_fuzzy_local_dimension", "centrality_local_dimension_fixed", "centrality_local_volume_dimension" ] }, { "page": "centrality_local_efficiency", "title": "Local Efficiency, s-Core, Fragmentation, k-Path and EPC", "topics": [ "centrality_epc", "centrality_fragmentation", "centrality_kpath", "centrality_local_efficiency", "centrality_s_core" ] }, { "page": "centrality_local_information_dimension", "title": "Local Information Dimensionality", "topics": [ "centrality_local_information_dimension" ] }, { "page": "centrality_localized_bridging", "title": "Localized Bridging Centrality", "topics": [ "centrality_localized_bridging" ] }, { "page": "centrality_malatya", "title": "Malatya Centrality", "topics": [ "centrality_malatya" ] }, { "page": "centrality_map_equation", "title": "Map Equation Centrality", "topics": [ "centrality_map_equation" ] }, { "page": "centrality_markov", "title": "Markov Centrality", "topics": [ "centrality_markov" ] }, { "page": "centrality_mcc", "title": "Maximal Clique Centrality", "topics": [ "centrality_mcc" ] }, { "page": "centrality_mcgm", "title": "Multi-Characteristics Gravity Model Centrality", "topics": [ "centrality_mcgm" ] }, { "page": "centrality_mixed_gravity", "title": "Mixed Gravitational Centrality", "topics": [ "centrality_mixed_gravity" ] }, { "page": "centrality_mnc", "title": "Maximum Neighborhood Component", "topics": [ "centrality_mnc" ] }, { "page": "centrality_modified_expected_force", "title": "Modified Expected Force Centrality", "topics": [ "centrality_modified_expected_force" ] }, { "page": "centrality_modularity_vitality", "title": "Modularity Vitality", "topics": [ "centrality_modularity_vitality" ] }, { "page": "centrality_ncvoterank", "title": "NCVoteRank", "topics": [ "centrality_ncvoterank" ] }, { "page": "centrality_neighbor_distance", "title": "Neighborhood Centrality", "topics": [ "centrality_neighbor_distance" ] }, { "page": "centrality_neighborhood_connectivity", "title": "Neighborhood Connectivity", "topics": [ "centrality_neighborhood_connectivity" ] }, { "page": "centrality_ninl", "title": "Node and Neighbor Layer Information Centrality", "topics": [ "centrality_ninl" ] }, { "page": "centrality_node_contraction", "title": "Node Contraction Centrality", "topics": [ "centrality_node_contraction", "centrality_node_contraction_improved" ] }, { "page": "centrality_pagerank", "title": "PageRank Centrality", "topics": [ "centrality_pagerank" ] }, { "page": "centrality_pairwisedis", "title": "Pairwise Disconnectivity", "topics": [ "centrality_pairwisedis" ] }, { "page": "centrality_participation", "title": "Participation Coefficient", "topics": [ "centrality_participation" ] }, { "page": "centrality_percolation", "title": "Percolation Centrality", "topics": [ "centrality_percolation" ] }, { "page": "centrality_power", "title": "Bonacich Power Centrality", "topics": [ "centrality_power" ] }, { "page": "centrality_prestige_domain", "title": "Domain Prestige", "topics": [ "centrality_prestige_domain" ] }, { "page": "centrality_prestige_domain_proximity", "title": "Domain Proximity Prestige", "topics": [ "centrality_prestige_domain_proximity" ] }, { "page": "centrality_proximal_betweenness", "title": "Proximal Betweenness Centrality", "topics": [ "centrality_proximal_betweenness" ] }, { "page": "centrality_radiality", "title": "Radiality Centrality", "topics": [ "centrality_radiality" ] }, { "page": "centrality_random_walk", "title": "Random Walk Centrality", "topics": [ "centrality_random_walk" ] }, { "page": "centrality_random_walk_decay", "title": "Random Walk Decay Centrality", "topics": [ "centrality_random_walk_decay" ] }, { "page": "centrality_reaching_local", "title": "Local Reaching Centrality", "topics": [ "centrality_reaching_local" ] }, { "page": "centrality_relative_entropy", "title": "Relative-Entropy Integrated Evaluation", "topics": [ "centrality_relative_entropy" ] }, { "page": "centrality_residual_closeness", "title": "Residual Closeness Centrality", "topics": [ "centrality_residual_closeness" ] }, { "page": "centrality_resistance_curvature", "title": "Resistance Curvature", "topics": [ "centrality_resistance_curvature" ] }, { "page": "centrality_rsp_betweenness", "title": "Randomized Shortest Paths Betweenness Centrality", "topics": [ "centrality_rsp_betweenness" ] }, { "page": "centrality_rumor", "title": "Rumor Centrality", "topics": [ "centrality_rumor" ] }, { "page": "centrality_s_shell", "title": "s-shell Index", "topics": [ "centrality_s_shell" ] }, { "page": "centrality_salsa", "title": "SALSA Authority Centrality", "topics": [ "centrality_salsa" ] }, { "page": "centrality_semilocal", "title": "Semi-Local Centrality", "topics": [ "centrality_semilocal" ] }, { "page": "centrality_shapley_game1", "title": "Shapley Value Centrality", "topics": [ "centrality_shapley_game1", "centrality_shapley_game2", "centrality_shapley_game3" ] }, { "page": "centrality_spectralrank", "title": "SpectralRank Centrality", "topics": [ "centrality_spectralrank" ] }, { "page": "centrality_strength", "title": "Strength Centrality", "topics": [ "centrality_instrength", "centrality_outstrength", "centrality_strength" ] }, { "page": "centrality_stress", "title": "Stress Centrality", "topics": [ "centrality_stress" ] }, { "page": "centrality_subgraph", "title": "Subgraph Centrality", "topics": [ "centrality_subgraph" ] }, { "page": "centrality_topological_coefficient", "title": "Topological Coefficient", "topics": [ "centrality_topological_coefficient" ] }, { "page": "centrality_transitivity", "title": "Local Transitivity", "topics": [ "centrality_transitivity" ] }, { "page": "centrality_truss", "title": "Truss, Mixed-Degree Decomposition, Bridging Coefficient, Godfather and Support", "topics": [ "centrality_bridging_coefficient", "centrality_godfather", "centrality_mdd", "centrality_support", "centrality_truss" ] }, { "page": "centrality_trust_pagerank", "title": "Trust-PageRank", "topics": [ "centrality_trust_pagerank" ] }, { "page": "centrality_two_way_rw", "title": "Two-Way Random Walk Betweenness", "topics": [ "centrality_two_way_rw" ] }, { "page": "centrality_volume", "title": "Volume Centrality", "topics": [ "centrality_volume" ] }, { "page": "centrality_voterank", "title": "VoteRank Centrality", "topics": [ "centrality_voterank" ] }, { "page": "centrality_weighted_kshell", "title": "Weighted k-shell, Renewed Coreness and Geodesic k-path", "topics": [ "centrality_geodesic_kpath", "centrality_renewed_coreness", "centrality_weighted_kshell" ] }, { "page": "centrality_weighted_leaderrank", "title": "Weighted LeaderRank", "topics": [ "centrality_weighted_leaderrank" ] }, { "page": "centrality_wiener", "title": "Wiener Index Centrality", "topics": [ "centrality_wiener" ] }, { "page": "centrality_within_module_z", "title": "Within-Module Degree Z-Score", "topics": [ "centrality_within_module_z" ] }, { "page": "centrality_wvoterank", "title": "WVoteRank, EnRenew and VoteRank++", "topics": [ "centrality_enrenew", "centrality_voterank_plus", "centrality_wvoterank" ] }, { "page": "centrality_x_degree", "title": "X-Degree Centrality", "topics": [ "centrality_x_degree" ] }, { "page": "centralization", "title": "Centralization index", "topics": [ "centralization" ] }, { "page": "cluster_quality", "title": "Cluster Quality Metrics", "topics": [ "cluster_quality", "cqual" ] }, { "page": "cluster_significance", "title": "Test Significance of Community Structure", "topics": [ "cluster_significance", "csig" ] }, { "page": "cograph", "title": "Create a Network Visualization", "topics": [ "cograph" ] }, { "page": "CographLayout", "title": "CographLayout R6 Class", "topics": [ "CographLayout" ] }, { "page": "CographNetwork", "title": "CographNetwork R6 Class", "topics": [ "CographNetwork" ] }, { "page": "CographTheme", "title": "CographTheme R6 Class", "topics": [ "CographTheme" ] }, { "page": "color_communities", "title": "Color Nodes by Community", "topics": [ "color_communities" ] }, { "page": "communities", "title": "Community Detection", "topics": [ "communities" ] }, { "page": "community_consensus", "title": "Consensus Community Detection", "topics": [ "community_consensus", "com_consensus" ] }, { "page": "community_edge_betweenness", "title": "Edge Betweenness Community Detection", "topics": [ "community_edge_betweenness", "com_eb" ] }, { "page": "community_fast_greedy", "title": "Fast Greedy Community Detection", "topics": [ "community_fast_greedy", "com_fg" ] }, { "page": "community_fluid", "title": "Fluid Communities Detection", "topics": [ "community_fluid", "com_fl" ] }, { "page": "community_infomap", "title": "Infomap Community Detection", "topics": [ "community_infomap", "com_im" ] }, { "page": "community_label_propagation", "title": "Label Propagation Community Detection", "topics": [ "community_label_propagation", "com_lp" ] }, { "page": "community_leading_eigenvector", "title": "Leading Eigenvector Community Detection", "topics": [ "community_leading_eigenvector", "com_le" ] }, { "page": "community_leiden", "title": "Leiden Community Detection", "topics": [ "community_leiden", "com_ld" ] }, { "page": "community_louvain", "title": "Louvain Community Detection", "topics": [ "community_louvain", "com_lv" ] }, { "page": "community_optimal", "title": "Optimal Community Detection", "topics": [ "community_optimal", "com_op" ] }, { "page": "community_sizes", "title": "Get Community Sizes", "topics": [ "community_sizes" ] }, { "page": "community_spinglass", "title": "Spinglass Community Detection", "topics": [ "community_spinglass", "com_sg" ] }, { "page": "community_walktrap", "title": "Walktrap Community Detection", "topics": [ "community_walktrap", "com_wt" ] }, { "page": "compare_communities", "title": "Compare Community Structures", "topics": [ "compare_communities" ] }, { "page": "complement_network", "title": "Complement of a Network", "topics": [ "complement_network" ] }, { "page": "contract_nodes", "title": "Contract Nodes into Groups", "topics": [ "contract_nodes" ] }, { "page": "core_periphery", "title": "Detect Core-Periphery Structure", "topics": [ "core_periphery" ] }, { "page": "csum", "title": "Cluster Summary Statistics", "topics": [ "csum" ] }, { "page": "degree_distribution", "title": "Degree Distribution Visualization", "topics": [ "degree_distribution" ] }, { "page": "detect_communities", "title": "Detect Communities in a Network", "topics": [ "detect_communities" ] }, { "page": "disparity_filter", "title": "Disparity Filter", "topics": [ "disparity_filter", "disparity_filter.cograph_network", "disparity_filter.default", "disparity_filter.igraph", "disparity_filter.matrix", "disparity_filter.tna" ] }, { "page": "dispersion", "title": "Dispersion (Backstrom-Kleinberg 2014)", "topics": [ "dispersion" ] }, { "page": "dyad_census", "title": "Dyad Census", "topics": [ "dyad_census" ] }, { "page": "edge_centrality", "title": "Calculate Edge Centrality Measures", "topics": [ "edge_betweenness", "edge_centrality" ] }, { "page": "edge_reciprocity", "title": "Edge Reciprocity", "topics": [ "edge_reciprocity" ] }, { "page": "ego_networks", "title": "Ego-Network Metrics", "topics": [ "ego_networks" ] }, { "page": "estrada_index", "title": "Estrada Index", "topics": [ "estrada_index" ] }, { "page": "extract_motifs", "title": "Extract Motifs from Network Data", "concept": [ "motifs" ], "topics": [ "extract_motifs" ] }, { "page": "extract_triads", "title": "Extract Triads with Node Labels", "concept": [ "motifs" ], "topics": [ "extract_triads" ] }, { "page": "filter_edges", "title": "Filter Edges by Metadata", "topics": [ "filter_edges", "subset_edges" ] }, { "page": "filter_nodes", "title": "Filter Nodes by Metadata or Centrality", "topics": [ "filter_nodes", "subset_nodes" ] }, { "page": "fit_degree_distribution", "title": "Fit Statistical Distributions to Degree Sequence", "topics": [ "fit_degree_distribution" ] }, { "page": "from_qgraph", "title": "Convert a qgraph object to cograph parameters", "topics": [ "from_qgraph" ] }, { "page": "from_tna", "title": "Convert a tna object to cograph parameters", "topics": [ "from_tna" ] }, { "page": "get_edge_list", "title": "Extract Raw Edge List from TNA Model", "concept": [ "motifs" ], "topics": [ "get_edge_list" ] }, { "page": "get_nodes", "title": "Access and Modify a Cograph Network", "topics": [ "get_data", "get_edges", "get_groups", "get_labels", "get_meta", "get_nodes", "get_source", "is_directed", "nodes", "n_edges", "n_nodes", "set_edges", "set_groups", "set_layout", "set_nodes" ] }, { "page": "ggplot_robustness", "title": "Compare Network Robustness (ggplot2)", "topics": [ "ggplot_robustness" ] }, { "page": "group_centrality", "title": "Group Centrality (Everett-Borgatti 1999)", "topics": [ "group_centrality" ] }, { "page": "hai_datasets", "title": "Human-AI Interaction Coding Sequences", "topics": [ "ai_coding", "ai_detailed", "coding", "coding_detailed", "hai_datasets", "human_ai", "human_ai_detailed" ] }, { "page": "invert_weights", "title": "Invert Edge Weights (Similarity to Distance and Back)", "topics": [ "invert_weights" ] }, { "page": "is_bipartite", "title": "Check if a Matrix Could Be Bipartite", "topics": [ "is_bipartite" ] }, { "page": "is_tna_network", "title": "Check if Network is TNA-based", "topics": [ "is_tna_network" ] }, { "page": "k_shortest_paths", "title": "Find K Shortest Loopless Paths (Yen's Algorithm)", "topics": [ "k_shortest_paths" ] }, { "page": "layer_degree_correlation", "title": "Degree Correlation Between Layers", "topics": [ "layer_degree_correlation", "ldegcor" ] }, { "page": "layer_similarity", "title": "Layer Similarity", "topics": [ "layer_similarity", "lsim" ] }, { "page": "layer_similarity_matrix", "title": "Pairwise Layer Similarities", "topics": [ "layer_similarity_matrix", "lsim_matrix" ] }, { "page": "layout_circle", "title": "Circular Layout", "topics": [ "layout_circle" ] }, { "page": "layout_groups", "title": "Group-based Layout", "topics": [ "layout_groups" ] }, { "page": "layout_oval", "title": "Oval Layout", "topics": [ "layout_oval" ] }, { "page": "layout_registry", "title": "Layout Registry", "topics": [ "get_layout", "layout_registry", "list_layouts", "register_layout" ] }, { "page": "layout_saqr", "title": "Saqr Layout (Start/End transition flow)", "topics": [ "layout_saqr" ] }, { "page": "layout_spring", "title": "Fruchterman-Reingold Spring Layout", "topics": [ "layout_spring" ] }, { "page": "layout_target", "title": "Target Layout (focal-node, topological)", "topics": [ "layout_target" ] }, { "page": "list_centralities", "title": "Catalogue of the Centrality Measures", "topics": [ "list_centralities" ] }, { "page": "membership", "title": "Get Community Membership", "topics": [ "membership" ] }, { "page": "motif_census", "title": "Network Motif Analysis", "concept": [ "motifs" ], "topics": [ "motif_census" ] }, { "page": "motifs", "title": "Network Motif Analysis", "concept": [ "motifs" ], "topics": [ "as.data.frame.cograph_motif_result", "motifs" ] }, { "page": "mutate_edges", "title": "Add or Change Edge Attributes", "topics": [ "mutate_edges" ] }, { "page": "mutate_nodes", "title": "Add or Change Node Attributes", "topics": [ "mutate_nodes" ] }, { "page": "n_communities", "title": "Get Number of Communities", "topics": [ "n_communities" ] }, { "page": "neighborhood_overlap", "title": "Neighborhood Overlap (Jaccard) for Each Edge", "topics": [ "neighborhood_overlap" ] }, { "page": "network_bridges", "title": "Bridge Edges", "topics": [ "network_bridges" ] }, { "page": "network_clique_size", "title": "Largest Clique Size", "topics": [ "network_clique_size" ] }, { "page": "network_cut_vertices", "title": "Cut Vertices (Articulation Points)", "topics": [ "network_cut_vertices" ] }, { "page": "network_girth", "title": "Network Girth (Shortest Cycle Length)", "topics": [ "network_girth" ] }, { "page": "network_global_efficiency", "title": "Global Efficiency", "topics": [ "network_global_efficiency" ] }, { "page": "network_local_efficiency", "title": "Local Efficiency", "topics": [ "network_local_efficiency" ] }, { "page": "network_radius", "title": "Network Radius", "topics": [ "network_radius" ] }, { "page": "network_rich_club", "title": "Rich Club Coefficient", "topics": [ "network_rich_club" ] }, { "page": "network_small_world", "title": "Small-World Coefficient (Sigma)", "topics": [ "network_small_world" ] }, { "page": "network_summary", "title": "Network-Level Summary Statistics", "topics": [ "network_summary" ] }, { "page": "network_vertex_connectivity", "title": "Network Vertex Connectivity", "topics": [ "network_vertex_connectivity" ] }, { "page": "network_wrangling", "title": "Network Wrangling Verbs", "topics": [ "network_wrangling" ] }, { "page": "normalize_weights", "title": "Normalize Edge Weights", "topics": [ "normalize_weights" ] }, { "page": "overlay_communities", "title": "Overlay Community Blobs on a Network Plot", "topics": [ "overlay_communities" ] }, { "page": "palettes", "title": "Color Palettes", "topics": [ "list_palettes", "palettes", "palette_blues", "palette_colorblind", "palette_diverging", "palette_pastel", "palette_rainbow", "palette_reds", "palette_viridis" ] }, { "page": "panel_layout", "title": "Configure a custom multi-panel layout", "topics": [ "panel_layout" ] }, { "page": "plot_alluvial", "title": "Plot Alluvial Diagram", "topics": [ "plot_alluvial" ] }, { "page": "plot_bootstrap_forest", "title": "Forest Plot for Bootstrap Network Results", "topics": [ "plot_bootstrap_forest", "plot_bootstrap_forest.boot_glasso", "plot_bootstrap_forest.net_bootstrap", "plot_bootstrap_forest.net_bootstrap_group", "plot_bootstrap_forest.tna_bootstrap" ] }, { "page": "plot_centrality", "title": "Plot Centrality", "topics": [ "plot_centrality" ] }, { "page": "plot_centrality_compare", "title": "Plot Centrality Comparison", "topics": [ "plot_centrality_compare" ] }, { "page": "plot_centrality_distribution", "title": "Plot Centrality Distribution", "topics": [ "plot_centrality_distribution" ] }, { "page": "plot_centrality_heatmap", "title": "Plot Centrality Heatmap", "topics": [ "plot_centrality_heatmap" ] }, { "page": "plot_chord", "title": "Chord Diagram", "topics": [ "plot_chord" ] }, { "page": "plot_compare", "title": "Plot Network Difference (alias of plot_difference)", "topics": [ "plot_compare" ] }, { "page": "plot_comparison_heatmap", "title": "Plot Comparison Heatmap", "topics": [ "plot_comparison_heatmap" ] }, { "page": "plot_degree_correlation", "title": "Plot Degree-Degree Correlation", "topics": [ "plot_degree_correlation" ] }, { "page": "plot_difference", "title": "Plot Network Difference", "topics": [ "plot_difference" ] }, { "page": "plot_edge_diff_forest", "title": "Forest Plot for Bootstrap Edge Differences", "topics": [ "plot_edge_diff_forest", "plot_edge_diff_forest.boot_glasso" ] }, { "page": "plot_edge_weights", "title": "Plot Edge Weight Distribution", "topics": [ "plot_edge_weights" ] }, { "page": "plot_heatmap", "title": "Plot Network as Heatmap", "topics": [ "plot_heatmap" ] }, { "page": "plot_htna", "title": "Plot Heterogeneous TNA Network (Multi-Group Layout)", "topics": [ "htna", "plot_htna" ] }, { "page": "plot_mcml", "title": "Plot Multi-Cluster Multi-Layer Network", "topics": [ "plot_mcml" ] }, { "page": "plot_mixed_network", "title": "Plot Mixed Network", "topics": [ "plot_mixed_network" ] }, { "page": "plot_ml_heatmap", "title": "Multilayer Network Heatmap", "topics": [ "plot_ml_heatmap" ] }, { "page": "plot_mlna", "title": "Multilevel Network Visualization", "topics": [ "mlna", "plot_mlna" ] }, { "page": "plot_mtna", "title": "Multi-Cluster TNA Network Plot", "topics": [ "mtna", "plot_mtna" ] }, { "page": "plot_network_evolution", "title": "Plot Network Evolution (Small Multiples)", "topics": [ "plot_network_evolution" ] }, { "page": "plot_robustness", "title": "Plot Network Robustness", "topics": [ "plot_robustness" ] }, { "page": "plot_simplicial", "title": "Simplicial Complex Visualization", "topics": [ "plot_simplicial" ] }, { "page": "plot_temporal", "title": "Temporal Network Prism (3D Glass Box)", "topics": [ "plot_temporal" ] }, { "page": "plot_tna", "title": "TNA-Style Network Plot (qgraph Compatible)", "topics": [ "plot_tna", "tplot" ] }, { "page": "plot_trajectories", "title": "Plot Individual Trajectories", "topics": [ "plot_trajectories" ] }, { "page": "plot_transitions", "title": "Plot Transitions Between States", "topics": [ "plot_transitions" ] }, { "page": "plot-results", "title": "Plot Analysis Results", "topics": [ "plot-results", "plot.cograph_communities", "plot.cograph_core_periphery", "plot.cograph_degree_fit", "plot.cograph_motifs", "plot.cograph_motif_analysis", "plot.cograph_motif_result", "plot.cograph_rich_club", "plot.cograph_vulnerability", "plot.tna_disparity", "plot_group_permutation", "plot_motifs", "plot_netobject_group", "plot_netobject_ml", "plot_net_bootstrap_group", "plot_net_stability", "plot_permutation", "splot.group_tna_permutation", "splot.tna_bootstrap", "splot.tna_disparity", "splot.tna_permutation" ] }, { "page": "project_bipartite", "title": "Project Bipartite Network to One-Mode", "topics": [ "project_bipartite" ] }, { "page": "reaching_global", "title": "Global Reaching Centrality (Mones, Vicsek & Vicsek 2012)", "topics": [ "reaching_global" ] }, { "page": "regulation_net", "title": "Learning Regulation Transition Network", "topics": [ "regulation_net" ] }, { "page": "remove_edges", "title": "Remove Edges from a Network", "topics": [ "remove_edges" ] }, { "page": "remove_isolates", "title": "Remove Isolated Nodes", "topics": [ "remove_isolates" ] }, { "page": "remove_nodes", "title": "Remove Nodes from a Network", "topics": [ "remove_nodes" ] }, { "page": "rename_nodes", "title": "Rename Nodes", "topics": [ "rename_nodes" ] }, { "page": "render-ggplot", "title": "ggplot2 Conversion", "topics": [ "render-ggplot" ] }, { "page": "render-grid", "title": "Grid Rendering", "topics": [ "render-grid" ] }, { "page": "reorder_nodes", "title": "Reorder the Nodes of a Network", "topics": [ "reorder_nodes" ] }, { "page": "reverse_edges", "title": "Reverse Edge Direction", "topics": [ "reverse_edges" ] }, { "page": "rich_club", "title": "Rich Club Coefficient", "topics": [ "rich_club" ] }, { "page": "rich_club_local", "title": "Local Rich Club Score", "topics": [ "rich_club_local" ] }, { "page": "robustness", "title": "Network Robustness Analysis", "topics": [ "robustness" ] }, { "page": "robustness_auc", "title": "Calculate Area Under Robustness Curve (AUC)", "topics": [ "robustness_auc" ] }, { "page": "robustness_summary", "title": "Summary of Robustness Analysis", "topics": [ "robustness_summary" ] }, { "page": "select_bridges", "title": "Select Bridge Edges", "topics": [ "select_bridges" ] }, { "page": "select_component", "title": "Select Connected Component", "topics": [ "select_component" ] }, { "page": "select_edges", "title": "Select Edges", "topics": [ "select_edges" ] }, { "page": "select_edges_between", "title": "Select Edges Between Node Sets", "topics": [ "select_edges_between" ] }, { "page": "select_edges_involving", "title": "Select Edges Involving Nodes", "topics": [ "select_edges_involving" ] }, { "page": "select_k_core", "title": "Select the k-Core of a Network", "topics": [ "select_k_core" ] }, { "page": "select_neighbors", "title": "Select Node Neighbors (Ego Network)", "topics": [ "select_neighbors" ] }, { "page": "select_nodes", "title": "Select Nodes", "topics": [ "select_nodes" ] }, { "page": "select_top", "title": "Select Top N Nodes by Centrality", "topics": [ "select_top" ] }, { "page": "select_top_edges", "title": "Select Top N 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