def test_chemical_form_cool():
rmg = ReactorMG()
rmg.chemical_form_cool = {"H1": 2.0, "O16": 1.0,
"B10": 0.199 * 550 * 10.0**-6,
"B11": 0.801 * 550 * 10.0**-6}
assert_equal(rmg.chemical_form_cool, {"H1": 2.0, "O16": 1.0,
"B10": 0.199 * 550 * 10.0**-6,
"B11": 0.801 * 550 * 10.0**-6})
def setup_rmg_attr():
global rmg
libfile = os.getenv("BRIGHT_DATA") + '/lwr_base.h5'
load_track_nucs_hdf5(libfile)
rmg = ReactorMG()
rmg.loadlib(libfile)
def test_S_T():
rmg = ReactorMG()
rmg.S_T = 180
assert_equal(rmg.S_T, 180)
def test_S_O():
rmg = ReactorMG()
rmg.S_O = 123
assert_equal(rmg.S_O, 123)
def test_l():
rmg = ReactorMG()
rmg.pitch = 0.7
assert_equal(rmg.pitch, 0.7)
def test_r():
rmg = ReactorMG()
rmg.r_fuel = 0.411
assert_equal(rmg.r_fuel, 0.411)
def test_rescale_hydrogen_xs():
rmg = ReactorMG()
rmg.rescale_hydrogen_xs = True
assert_true(rmg.rescale_hydrogen_xs)
def test_Lattice():
rmg = ReactorMG()
rmg.lattice_flag = 'Spherical'
assert_equal(rmg.lattice_flag, 'Spherical')
def test_use_zeta():
rmg = ReactorMG()
rmg.use_zeta = True
assert_true(rmg.use_zeta)
def test_target_BU():
rmg = ReactorMG()
rmg.target_BU = 50.0
assert_equal(rmg.target_BU, 50.0)
def test_P_NL():
rmg = ReactorMG()
rmg.P_NL = 0.98
assert_equal(rmg.P_NL, 0.98)
def test_rho_cool():
rmg = ReactorMG()
rmg.rho_cool = 0.73
assert_equal(rmg.rho_cool, 0.73)
def test_rho_fuel():
rmg = ReactorMG()
rmg.rho_fuel = 10.7
assert_equal(rmg.rho_fuel, 10.7)
def test_chemical_form_fuel():
rmg = ReactorMG()
rmg.chemical_form_fuel = {"IHM": 1.0, "O16": 2.0}
assert_equal(rmg.chemical_form_fuel, {"IHM": 1.0, "O16": 2.0})
def test_flux():
rmg = ReactorMG()
rmg.flux = 2*(10**14)
assert_equal(rmg.flux, 2*(10**14))
def test_B():
rmg = ReactorMG()
rmg.B = 3
assert_equal(rmg.B, 3)
