def test_hall_calc(self):
"""if no hall parameters are input, they should be calculated"""
with pytest.warns(RelativityWarning):
ct2 = ClassicalTransport(T_e=self.T_e,
n_e=self.n_e,
T_i=self.T_i,
n_i=self.n_i,
ion=self.ion)
hall_i = Hall_parameter(ct2.n_i, ct2.T_i, ct2.B, ct2.ion, ct2.ion,
ct2.coulomb_log_ii, ct2.V_ii)
hall_e = Hall_parameter(
ct2.n_e,
ct2.T_e,
ct2.B,
ct2.ion,
ct2.e_particle,
ct2.coulomb_log_ei,
ct2.V_ei,
)
testTrue = hall_i == ct2.hall_i
errStr = f"Ion hall parameter should be {hall_i} " f"and not {ct2.hall_i}."
assert testTrue, errStr
testTrue = hall_e == ct2.hall_e
errStr = f"Electron hall parameter should be {hall_e} " f"and not {ct2.hall_e}."
assert testTrue, errStr
def time_Hall_parameter(self):
Hall_parameter(1e6 / u.m**3, 5e6 * u.K, 0.1 * u.T, 'He-4 +1')