def all_funcs_agraph():
test_graph = agraph.AGraph()
return _set_all_funcs_agraph_data(test_graph)
def invalid_agraph(sample_agraph_1):
test_graph = agraph.AGraph()
test_graph.command_array = sample_agraph_1.command_array
return test_graph
def test_setting_fitness_updates_fit_set():
sample_agraph = agraph.AGraph()
assert not sample_agraph.fit_set
sample_agraph.fitness = 0
assert sample_agraph.fit_set
assert not invalid_agraph_list.needs_local_optimization()
np.testing.assert_allclose(
invalid_agraph_list.evaluate_equation_at(sample_agraph_1_values.x),
sample_agraph_1_list.evaluate_equation_at(sample_agraph_1_values.x))
def test_setting_fitness_updates_fit_set():
sample_agraph = agraph.AGraph()
assert not sample_agraph.fit_set
sample_agraph.fitness = 0
assert sample_agraph.fit_set
@pytest.mark.parametrize(
'agraph',
(agraph.AGraph(),
pytest.param(cpp_agraph,
marks=pytest.mark.skipif(not bingocpp,
reason='BingoCpp import failure'))))
def test_setting_fitness_updates_fit_set_cpp(agraph):
sample_agraph = agraph
assert not sample_agraph.fit_set
sample_agraph.fitness = 0
assert sample_agraph.fit_set
def test_notify_command_array_modification(sample_agraph_1_list):
assert sample_agraph_1_list.fit_set
sample_agraph_1_list.notify_command_array_modification()
assert not sample_agraph_1_list.fit_set