def test_one(self):
if os.path.exists('test_data') and os.path.isdir('multiplex'):
shutil.rmtree('test_data')
mymanifold = multiplex.BifurcatedManifold('./test_data/','test01', verbose=True)
mymanifold.load(pkg_resources.resource_filename('multiplex','default.yaml'))
mymanifold.solve()
assert np.sum(mymanifold.get_Q()) - 1.0215314871585195e-05 < 1e-6
def test_six(self):
mymanifold = multiplex.BifurcatedManifold('./test_data/','test06',verbose=True)
with pytest.raises(Exception):
mymanifold.change('inlet_width (m)', 5)
with pytest.raises(Exception):
mymanifold.plot()
with pytest.raises(Exception):
mymanifold.solve()
with pytest.raises(Exception):
mymanifold.hdf2pvd()
with pytest.raises(Exception):
mymanifold.get_Q()
with pytest.raises(Exception):
mymanifold.get_Qin()
mymanifold.load(pkg_resources.resource_filename('multiplex','default.yaml'))
with pytest.raises(Exception):
mymanifold.change('mesh_type', 'rectangular_false')
def test_five_6(self):
mymanifold = multiplex.BifurcatedManifold('./test_data/','test05', verbose=True)
with pytest.raises(Exception):
mymanifold.load(pkg_resources.resource_filename('multiplex','default.yaml'))
def test_five_5(self):
mymanifold = multiplex.BifurcatedManifold('./test_data/','test05', verbose=True)
mymanifold.plot()
assert(isfile("./test_data/foo.pdf"))
with pytest.raises(Exception):
mymanifold.change('inlet_width (m)', 5)
def test_five_4(self):
mymanifold = multiplex.BifurcatedManifold('./test_data/','test05', verbose=True)
mymanifold.solve(50)
assert np.sum(mymanifold.get_Q()) > 0
def test_five_3(self):
mymanifold = multiplex.BifurcatedManifold('./test_data/','test05', verbose=True)
assert mymanifold.get_Qin() > 0
def test_five_2(self):
mymanifold = multiplex.BifurcatedManifold('./test_data/','test05', verbose=True)
mymanifold.hdf2pvd()
assert isdir("./test_data/test05/")
def test_five_1(self):
mymanifold = multiplex.BifurcatedManifold('./test_data/','test05', verbose=True)
mymanifold.load(pkg_resources.resource_filename('multiplex','default.yaml'))
mymanifold.change('manifold_type','curved')
mymanifold.solve()
assert np.sum(mymanifold.get_Q()) > 0
def test_four_4(self):
mymanifold = multiplex.BifurcatedManifold('./test_data/','test04', verbose=True)
u = mymanifold.getVelocity()
assert np.mean(u(0,0)) > 0
def test_four_2(self):
mymanifold = multiplex.BifurcatedManifold('./test_data/','test04', verbose=True)
assert len(mymanifold.get_time_intervals()) > 0
def test_two(self):
mymanifold = multiplex.BifurcatedManifold('./test_data/','test02', verbose=True)
mymanifold.load(pkg_resources.resource_filename('multiplex','default.yaml'))
mymanifold.change('mass_density (kg/cubic meter)',500)
mymanifold.solve()
assert np.sum(mymanifold.get_Q()) > 0