def test_calc_barycentres_upper(self):
G = helpers.paper_cct()
G.update()
expected_bcs = [3.0, 21.0 / 4, 19.0 / 3, 2.5, 11.0 / 2]
bcs = G.calc_barycentres(1, 'upper')
assert bcs == expected_bcs
def test_calc_barycentres_upper(self):
G = helpers.paper_cct()
G.update()
expected_bcs = [ 3.0, 21.0/4, 19.0/3, 2.5, 11.0/2]
bcs = G.calc_barycentres(1, 'upper')
assert bcs == expected_bcs
def test_layer_reversion_1(self):
G = helpers.paper_cct()
G.update()
G.layer_reversion(0, 'lower')
expected_vertex_order = 'U1:U3:U2:U4:U5'.split(':')
new_vertex_order = G.get_vertex_labels(0)
assert new_vertex_order == expected_vertex_order
def test_calc_barycentres_lower(self):
G = helpers.paper_cct()
G.update()
pprint.pprint(G.vertices)
expected_bcs = [ 3.0, 4.0, 4.0, 13.0/3, 3.0 ]
bcs = G.calc_barycentres(0,'lower')
assert bcs == expected_bcs
def test_layer_reversion_1(self):
G = helpers.paper_cct()
G.update()
G.layer_reversion(0, 'lower')
expected_vertex_order = 'U1:U3:U2:U4:U5'.split(':')
new_vertex_order = G.get_vertex_labels(0)
assert new_vertex_order == expected_vertex_order
def test_calc_barycentres_lower(self):
G = helpers.paper_cct()
G.update()
pprint.pprint(G.vertices)
expected_bcs = [3.0, 4.0, 4.0, 13.0 / 3, 3.0]
bcs = G.calc_barycentres(0, 'lower')
assert bcs == expected_bcs
def test_layer_reorder_lower(self):
G = helpers.paper_cct()
G.update()
pprint.pprint(G.vertices)
expected_vertex_order = 'U1:U5:U2:U3:U4'.split(':')
i_layer = 0
G.reorder_layer(i_layer, 'lower')
assert G.get_vertex_labels(i_layer) == expected_vertex_order
def test_layer_reorder_upper(self):
G = helpers.paper_cct()
G.update()
pprint.pprint(G.vertices)
expected_vertex_order = 'U9:U6:U7:U10:U8'.split(':')
i_layer = 1
G.reorder_layer(i_layer, 'upper')
assert G.get_vertex_labels(i_layer) == expected_vertex_order
def test_layer_reorder_lower(self):
G = helpers.paper_cct()
G.update()
pprint.pprint(G.vertices)
expected_vertex_order = 'U1:U5:U2:U3:U4'.split(':')
i_layer = 0
G.reorder_layer(i_layer, 'lower')
assert G.get_vertex_labels(i_layer) == expected_vertex_order
def test_layer_reorder_upper(self):
G = helpers.paper_cct()
G.update()
pprint.pprint(G.vertices)
expected_vertex_order = 'U9:U6:U7:U10:U8'.split(':')
i_layer = 1
G.reorder_layer(i_layer, 'upper')
assert G.get_vertex_labels(i_layer) == expected_vertex_order