Name Function Source Type Options Description
"Spectral distribution test" "spectralDistributionTest" "" "both" "Bandwidth=Silverman,Sturges#Kernel bandwidth for density estimation. Be aware that Sturges' criteria fails when testing empty networks, and, therefore, your test would not return the p-value. Tests involving unweighted small networks are likely to produce empty graphs. To avoid missing p-values when testing unweighted networks, try to select larger gene sets or use the Silverman's criteria." "Test for Jensen-Shannon divergence between spectral distributions"
"Spectral entropy test" "spectralEntropyTest" "" "both" "Bandwidth=Silverman,Sturges #Kernel bandwidth for density estimation. Be aware that Sturges' criteria fails when testing empty networks, and, therefore, your test would not return the p-value. Tests involving unweighted small networks are likely to produce empty graphs. To avoid missing p-values when testing unweighted networks, try to select larger gene sets or use the Silverman's criteria." "Test for difference between spectral entropies"
"Degree distribution test" "degreeDistributionTest" "" "both" "Bandwidth=Silverman,Sturges#Kernel bandwidth for density estimation. Be aware that Sturges' criteria fails when testing empty networks, and, therefore, your test would not return the p-value. Tests involving unweighted small networks are likely to produce empty graphs. To avoid missing p-values when testing unweighted networks, try to select larger gene sets or use the Silverman's criteria." "Test for Jensen-Shannon divergence between degree distributions"
"Degree centrality test" "degreeCentralityTest" "" "both" "" "Test for difference between the degree centralities"
"Betweenness centrality test" "betweennessCentralityTest" "" "both" "" "Test for difference in the betweenness centralities"
"Closeness centrality test" "closenessCentralityTest" "" "both" "" "Test for difference between the closeness centralities"
"Eigenvector centrality test" "eigenvectorCentralityTest" "" "both" "" "Test for difference between the eigenvector centralities"
"Clustering coefficient test" "clusteringCoefficientTest" "" "both" "" "Test for difference between the clustering coefficients"
"Shortest path length test" "shortestPathTest" "" "none" "" "Test for difference between the average shortest path lengths"
