def test_triadic_census():
 G = nx.DiGraph()
 G.add_edges_from(['01', '02', '03', '04', '05', '12', '16', '51', '56', '65'])
 expected = {'030T': 2, '120C': 1, '210': 0, '120U': 0, '012': 9, '102': 3, '021U': 0, '111U': 0, '003': 8, '030C': 0, '021D': 9, '201': 0, '111D': 1, '300': 0, '120D': 0, '021C': 2}
 actual = nx.triadic_census(G)
 assert_equal(expected, actual)

def test_triadic_census ( ) : G = nx . DiGraph ( ) G . add_edges_from ( [ '01' , '02' , '03' , '04' , '05' , '12' , '16' , '51' , '56' , '65' ] ) expected = { '030T' : 2 , '120C' : 1 , '210' : 0 , '120U' : 0 , '012' : 9 , '102' : 3 , '021U' : 0 , '111U' : 0 , '003' : 8 , '030C' : 0 , '021D' : 9 , '201' : 0 , '111D' : 1 , '300' : 0 , '120D' : 0 , '021C' : 2 } actual = nx . triadic_census ( G ) assert_equal ( expected , actual )
tests the triadic census function .