def test_simple_matching(self):
dg = tn.graph_socioPatterns2012(tn.DynGraphSN)
dg = dg.aggregate_sliding_window(60*60*24)
coms = DCD.iterative_match(dg)
tn.write_com_SN(coms,"testDir")
shutil.rmtree("testDir")
def test_dynamo(self):
dg = tn.graph_socioPatterns2012(tn.DynGraphSN)
dg = dg.aggregate_time_period("day")
coms = DCDextern.dynamo(dg)
tn.write_com_SN(coms, "testDir")
shutil.rmtree("testDir")
def test_mucha(self):
dg = tn.graph_socioPatterns2012(tn.DynGraphSN)
dg = dg.aggregate_sliding_window(60 * 60 * 24)
coms = DCDextern.transversal_network_mucha_original(dg)
tn.write_com_SN(coms, "testDir")
shutil.rmtree("testDir")
def test_survival_graph(self):
dg = tn.graph_socioPatterns2012(tn.DynGraphSN)
dg = dg.aggregate_sliding_window(60 * 60 * 24)
coms = DCD.label_smoothing(dg)
tn.write_com_SN(coms, "testDir")
shutil.rmtree("testDir")
def test_k_cliques(self):
dg = tn.graph_socioPatterns2012(tn.DynGraphSN)
dg = dg.aggregate_sliding_window(60 * 60 * 24)
coms = DCD.rollingCPM(dg)
tn.write_com_SN(coms, "testDir")
shutil.rmtree("testDir")
def test_SN2IG2SN(self):
sn = tn.graph_socioPatterns2012(format=tn.DynGraphSN)
ig = sn.to_DynGraphIG()
sn2 = ig.to_DynGraphSN(slices=20)
self.assertEqual(sn.snapshots_timesteps(), sn2.snapshots_timesteps())
for t in sn.snapshots_timesteps():
self.assertEqual(
sn.graph_at_time(t).edges(),
sn2.graph_at_time(t).edges())
def test_SN2IGaggregatePeriod(self):
dg = tn.graph_socioPatterns2012(format=tn.DynGraphSN)
dgd = dg.aggregate_sliding_window(60 * 60 * 24)
sg = dgd.to_DynGraphIG()
dg2 = sg.to_DynGraphSN(60 * 60 * 24)
self.assertEqual(dgd.snapshots_timesteps(), dg2.snapshots_timesteps())
for t in dgd.snapshots_timesteps():
self.assertEqual(
dgd.graph_at_time(t).edges(),
dg2.graph_at_time(t).edges())
def test_aggregateDay(self):
dg = tn.graph_socioPatterns2012(format=tn.DynGraphSN)
dgd = dg.aggregate_time_period("day")
sg = dgd.to_DynGraphIG()
dg2 = sg.to_DynGraphSN(60 * 60 * 24)
self.assertEqual(dgd.snapshots_timesteps(), dg2.snapshots_timesteps())
for t in dgd.snapshots_timesteps():
self.assertEqual(
dgd.graph_at_time(t).edges(),
dg2.graph_at_time(t).edges())
def test_SN2LS2SN(self):
sn = tn.graph_socioPatterns2012(format=tn.DynGraphSN)
sn = sn.aggregate_sliding_window(60 * 60 * 24)
ls = sn.to_DynGraphLS()
sn2 = ls.to_DynGraphSN(slices=20, weighted=False)
self.assertEqual(sn.snapshots_timesteps(), sn2.snapshots_timesteps())
for t in sn.snapshots_timesteps():
self.assertEqual(
sn.graph_at_time(t).edges(),
sn2.graph_at_time(t).edges())
def test_IG2SN2IG(self):
ig = tn.graph_socioPatterns2012(format=tn.DynGraphIG)
sn = ig.to_DynGraphSN(slices=20)
ig2 = sn.to_DynGraphIG()
self.assertEqual(ig.interactions(), ig2.interactions())