Man pages for drostlab/edgynode
Comparison of Gene Regulatory Networks

assert_adjacencyCheck whether a matrix fulfills the 'edgynode' adjacency...
convert_adj_to_edgesConvert an adjacency matrix to an edge list
convert_adj_to_igraphConvert an adjacency matrix to igraph object
convert_adj_to_matrixConvert an adjacency matrix to plain matrix
convert_edges_to_adjConvert an edge list to an adjacency matrix
import_genie3Output Parser for GENIE3
is_adjacencyCheck whether a matrix fulfills the 'edgynode' adjacency...
is_binaryCheck if a numeric matrix generated with 'make_adjacency' and...
is_standardCheck if a numeric matrix generated with 'make_adjacency'...
is_symmetricCheck if a 'make_adjacency' converted matrix is symmetric
make_adjacencyConvert a raw input matrix into an 'edgynode' adjacency...
make_binaryConvert a numeric matrix generated with 'make_adjacency' into...
make_standardForce a numeric matrix generated with 'make_adjacency' into...
make_symmetricForce a matrix into being symmetric
metric_dist_delta_conCalculate graph distance based on DeltaCon
network_benchmark_noise_filteringBenchmarking of noise filtering and normalization impact on...
network_benchmark_noise_filtering_testPerform a statistical test on noise filter benchmarking...
network_dist_pairwise_genesComparison of binary adjacency weights of the same gene in...
network_filter_edgesMatrix filter edges
network_make_binaryMatrix convert to binary
network_rescaleRescaling function customized for adjacency matrices
plot_filtering_network_weight_distributionPlot the weight distribution for all edges of a gene
ppcorOutput Parser for PPCOR
summary_centrality_alphaFind Bonacich alpha centrality scores of network positions
summary_centrality_harmonicHarmonic centrality of vertices
summary_centrality_kleinbergKleinberg's hub and authority centrality scores.
summary_centrality_subgraphFind subgraph centrality scores of network positions
summary_delta_con_similarityCalculate DeltaCon similarity
drostlab/edgynode documentation built on March 29, 2024, 10:36 a.m.