def test_ader():
delta_x = 0.005 * np.ones(200)
width = np.sum(delta_x)
def callback(cont):
cont.timestepper = ADERTime()
pass
_test_controller_helper(lambda x: wave_forms.sin_4(x, 5 * np.pi / width),
2.0, delta_x, 0.01, setup_callback=callback)
def test_controller_varying_spacing():
delta_x = []
for i in range(100):
if i % 2 == 0:
delta_x.append(0.01)
else:
delta_x.append(0.1)
delta_x = np.array(delta_x)
width = np.sum(delta_x)
_test_controller_helper(lambda x: wave_forms.sin_4(x, np.pi / width),
5.0, delta_x, 0.15)
def test_ader():
delta_x = 0.005 * np.ones(200)
width = np.sum(delta_x)
def callback(cont):
cont.timestepper = ADERTime()
pass
_test_controller_helper(lambda x: wave_forms.sin_4(x, 5 * np.pi / width),
2.0,
delta_x,
0.01,
setup_callback=callback)
