def test_efficiency_global():
A = nig.karate_club(weighted=False)
m = nig.efficiency_global(A, weighted=False)
npt.assert_equal(1, np.asarray(m).size)
A = nig.karate_club(weighted=True)
m = nig.efficiency_global(A, weighted=True)
npt.assert_equal(1, np.asarray(m).size)
def test_betweenness_centrality():
A = nig.karate_club(weighted=False)
m = nig.betweenness_centrality(A, weighted=False)
npt.assert_equal(A.shape[0], m.shape[0])
A = nig.karate_club(weighted=True)
m = nig.betweenness_centrality(A, weighted=True)
npt.assert_equal(A.shape[0], m.shape[0])
def test_nodal_average_shortest_path_length():
A = nig.karate_club(weighted=False)
# A = np.zeros((3, 3))
# A[:, 0] = 1
m = nig.nodal_average_shortest_path_length(A, weighted=False)
npt.assert_equal(A.shape[0], m.shape[0])
A = nig.karate_club(weighted=True)
m = nig.nodal_average_shortest_path_length(A, weighted=True)
npt.assert_equal(A.shape[0], m.shape[0])
def test_wiring_costs():
A = nig.karate_club(weighted=False)
m = nig.wiring_costs(A)
npt.assert_equal(1, np.asarray(m).size)
def test_number_k_max():
A = nig.karate_club(weighted=False)
m = nig.number_k_max(A)
npt.assert_equal(1, np.asarray(m).size)
def test_driftness():
A = nig.karate_club(weighted=False)
m = nig.driftness(A)
npt.assert_equal(A.shape, m.shape)
def test_absorption():
A = nig.karate_club(weighted=False)
m = nig.absorption(A)
npt.assert_equal(A.shape, m.shape)
def test_participation_coefficient():
A = nig.karate_club(weighted=False)
n2c, extras = nig.louvain(A, weighted=False, return_tree=False)
m = nig.participation_coefficient(A, partition=n2c)
npt.assert_equal(A.shape[0], m.shape[0])
def test_within_module_degree_z_score():
A = nig.karate_club(weighted=False)
n2c, extras = nig.louvain(A, weighted=False, return_tree=False)
m = nig.within_module_degree_z_score(A, partition=n2c)
npt.assert_equal(A.shape[0], m.shape[0])
def test_google_matrix():
A = nig.karate_club(weighted=False)
m = nig.google_matrix(A)
npt.assert_equal(A.shape, m.shape)
def test_spread_of_infection():
A = nig.karate_club(weighted=False)
m = nig.spread_of_infection(A)
npt.assert_equal(A.shape[0], m.shape[0])
def test_subgraph_centrality():
A = nig.karate_club(weighted=False)
m = nig.subgraph_centrality(A)
npt.assert_equal(A.shape[0], m.shape[0])
def test_resolvent_centrality():
A = nig.karate_club(weighted=False)
m = nig.resolvent_centrality(A)
npt.assert_equal(A.shape[0], m.shape[0])
def test_pagerank():
A = nig.karate_club(weighted=False)
m = nig.pagerank(A)
npt.assert_equal(A.shape[0], m.shape[0])
def test_eigenvector_centrality():
A = nig.karate_club(weighted=False)
m = nig.eigenvector_centrality(A)
npt.assert_equal(A.shape[0], m.shape[0])
def test_efficiency_nodal():
A = nig.karate_club(weighted=False)
m = nig.efficiency_nodal(A)
npt.assert_equal(A.shape[0], m.shape[0])
