def test_write_tape9():
tape9_file = StringIO()
tape9_dict = {1: {'_type': 'decay', 'half_life': {10010: 42.0}, 'title': 'decay1'},
2: {'_type': 'decay', '_bad_key': None, 'title': 'decay2'},
3: {'_type': 'decay', 'title': "Sweet Decay"},
381: {'_type': 'xsfpy', '_subtype': 'activation_products', 'sigma_gamma': {10010: 12.0}, 'title': 'xs1'},
382: {'_type': 'xsfpy', '_subtype': 'actinides', 'sigma_f': {922350: 16.0}, 'title': 'xs2'},
383: {'_type': 'xsfpy', '_subtype': 'fission_products', 'sigma_gamma': {10010: 20.0}, 'title': 'xsfpy3'},
}
# Test that basic functionality works
origen22.write_tape9(tape9_dict, tape9_file)
tape9_file.seek(0)
t9str = tape9_file.read()
# Try to round-trip
full_tape9_file = StringIO(sample_tape9)
full_tape9 = origen22.parse_tape9(tape9_file)
backout_tape9 = StringIO()
origen22.write_tape9(full_tape9, backout_tape9)
backout_tape9.seek(0)
backin_tape9 = origen22.parse_tape9(backout_tape9)
assert_equal(full_tape9, backin_tape9)
def test_write_tape9():
tape9_file = StringIO()
tape9_dict = {1: {'_type': 'decay', 'half_life': {10010: 42.0}, 'title': 'decay1'},
2: {'_type': 'decay', '_bad_key': None, 'title': 'decay2',
'half_life': {922350: 42.0}},
3: {'_type': 'decay', 'title': "Sweet Decay",
'half_life': {10010: 42.0, 421000: 42.0}},
381: {'_type': 'xsfpy', '_subtype': 'activation_products',
'sigma_gamma': {10010: 12.0}, 'title': 'xs1'},
382: {'_type': 'xsfpy', '_subtype': 'actinides', 'sigma_f': {922350: 16.0},
'title': 'xs2'},
383: {'_type': 'xsfpy', '_subtype':
'fission_products', 'sigma_gamma': {10010: 20.0},
'title': 'xsfpy3', 'U235_fiss_yield': {421000: 42.0},
'fiss_yields_present': {421000: True}}}
# Test that basic functionality works
origen22.write_tape9(tape9_dict, tape9_file)
tape9_file.seek(0)
t9str = tape9_file.readlines()
for line in t9str:
assert(len(line) <= 81) # 81 since newline is counted in len
# Try to round-trip
full_tape9_file = StringIO(sample_tape9)
full_tape9 = origen22.parse_tape9(full_tape9_file)
backout_tape9 = StringIO()
origen22.write_tape9(full_tape9, backout_tape9)
backout_tape9.seek(0)
backin_tape9 = origen22.parse_tape9(backout_tape9)
def execute_origen(xs_tape9, time, nuclide, phi, origen, decay_tape9):
xs_tape9 = xs_tape9
if not os.path.isabs(xs_tape9):
xs_tape9 = os.path.join(LIBS_DIR, xs_tape9)
parsed_xs_tape9 = parse_tape9(xs_tape9)
parsed_decay_tape9 = parse_tape9(decay_tape9)
merged_tape9 = merge_tape9([parsed_decay_tape9, parsed_xs_tape9])
# Can set outfile to change directory, but the file name needs to be
# TAPE9.INP.
write_tape9(merged_tape9)
decay_nlb, xsfpy_nlb = nlbs(parsed_xs_tape9)
# Can set outfile, but the file name should be called TAPE5.INP.
write_tape5_irradiation("IRF", time/(60*60*24), phi,
xsfpy_nlb=xsfpy_nlb, cut_off=0, out_table_num=[4, 5],
out_table_nes=[True, False, False])
M = from_atom_frac({nuclide: 1}, mass=1, atoms_per_molecule=1)
write_tape4(M)
# Make pyne use naive atomic mass numbers to match ORIGEN
for i in pyne.data.atomic_mass_map:
pyne.data.atomic_mass_map[i] = float(pyne.nucname.anum(i))
origen_time, data = time_func(run_origen, origen)
logger.info("ORIGEN runtime: %s", origen_time)
return origen_time, data
def test_write_tape9():
tape9_file = StringIO()
tape9_dict = {
1: {"_type": "decay", "half_life": {10010: 42.0}, "title": "decay1"},
2: {
"_type": "decay",
"_bad_key": None,
"title": "decay2",
"half_life": {922350: 42.0},
},
3: {
"_type": "decay",
"title": "Sweet Decay",
"half_life": {10010: 42.0, 421000: 42.0},
},
381: {
"_type": "xsfpy",
"_subtype": "activation_products",
"sigma_gamma": {10010: 12.0},
"title": "xs1",
},
382: {
"_type": "xsfpy",
"_subtype": "actinides",
"sigma_f": {922350: 16.0},
"title": "xs2",
},
383: {
"_type": "xsfpy",
"_subtype": "fission_products",
"sigma_gamma": {10010: 20.0},
"title": "xsfpy3",
"U235_fiss_yield": {421000: 42.0},
"fiss_yields_present": {421000: True},
},
}
# Test that basic functionality works
origen22.write_tape9(tape9_dict, tape9_file)
tape9_file.seek(0)
t9str = tape9_file.readlines()
for line in t9str:
assert len(line) <= 81 # 81 since newline is counted in len
# Try to round-trip
full_tape9_file = StringIO(sample_tape9)
full_tape9 = origen22.parse_tape9(full_tape9_file)
backout_tape9 = StringIO()
origen22.write_tape9(full_tape9, backout_tape9)
backout_tape9.seek(0)
backin_tape9 = origen22.parse_tape9(backout_tape9)
def test_merge_tape9():
tape9_file = StringIO(sample_tape9)
tape9_file = origen22.parse_tape9(tape9_file)
tape9_dict = {1: {'_type': 'decay', 'half_life': {10010: 42.0}},
2: {'_type': 'decay', '_bad_key': None},
3: {'_type': 'decay', 'title': "Sweet Decay"},
382: {'_type': 'xsfpy', '_subtype': 'actinides', 'sigma_f': {922350: 16.0}},
}
# merge so that dict takes precedence
tape9 = origen22.merge_tape9([tape9_dict, tape9_file])
# run tests
assert_equal(tape9[1]['half_life'][10010], 42.0)
assert_true('_bad_key' in tape9[2])
assert_equal(tape9[3]['title'], "Sweet Decay")
assert_equal(tape9[382]['sigma_f'][922350], 16.0)
assert_true('_cards' not in tape9[1])
assert_true('_cards' not in tape9[2])
assert_true('_cards' not in tape9[3])
assert_true('_cards' in tape9[381])
assert_true('_cards' not in tape9[382])
assert_true('_cards' in tape9[383])
def test_merge_tape9():
tape9_file = StringIO(sample_tape9)
tape9_file = origen22.parse_tape9(tape9_file)
tape9_dict = {
1: {"_type": "decay", "half_life": {10010: 42.0}},
2: {"_type": "decay", "_bad_key": None},
3: {"_type": "decay", "title": "Sweet Decay"},
382: {"_type": "xsfpy", "_subtype": "actinides", "sigma_f": {922350: 16.0}},
}
# merge so that dict takes precedence
tape9 = origen22.merge_tape9([tape9_dict, tape9_file])
# run tests
assert_equal(tape9[1]["half_life"][10010], 42.0)
assert_true("_bad_key" in tape9[2])
assert_equal(tape9[3]["title"], "Sweet Decay")
assert_equal(tape9[382]["sigma_f"][922350], 16.0)
assert_true("_cards" not in tape9[1])
assert_true("_cards" not in tape9[2])
assert_true("_cards" not in tape9[3])
assert_true("_cards" in tape9[381])
assert_true("_cards" not in tape9[382])
assert_true("_cards" in tape9[383])
def find_decaylib(t9, tape9, decaylib):
"""Finds and loads a decay lib."""
if len({1, 2, 3} & set(t9.keys())) == 3:
return t9
if not os.path.isabs(decaylib):
d = os.path.dirname(tape9)
decaylib = os.path.join(d, decaylib)
decay = parse_tape9(decaylib)
return decay
def __init__(self, t=0.0, phi=0.0, temp=300.0, tol=1e-7, cwd='',
base_tape9=origen22.BASE_TAPE9, xscache=None,
o2exe='o2_therm_linux.exe', *args, **kwargs):
"""Parameters
----------
t : float
Transmutations time [sec].
phi : float or array of floats
Neutron flux vector [n/cm^2/sec]. Currently this must either be
a scalar or match the group structure of EAF.
temp : float, optional
Temperature [K] of material, defaults to 300.0.
tol : float
Tolerance level for chain truncation.
cwd : str, optional
Current working directory for origen runs. Defaults to this dir.
base_tape9 : str or dict, optional
A base TAPE9.INP file. If this is a str it is interpreted as a path
to a file, which is then read in and parsed. If this is a dict, it is
assumed to be in the format described in the main origen22 module.
xscache : XSCache, optional
A cross section cache to generate cross sections with.
o2exe : str, optional
Name or path to ORIGEN 2.2 executable.
args : tuple, optional
Other arguments ignored for compatibility with other Transmuters.
kwargs : dict, optional
Other keyword arguments ignored for compatibility with other Transmuters.
"""
if not isinstance(base_tape9, Mapping):
base_tape9 = origen22.parse_tape9(tape9=base_tape9)
self.base_tape9 = base_tape9
if xscache is None:
eafds = EAFDataSource()
eafds.load(temp=temp)
gs = np.array([eafds.src_group_struct[0], eafds.src_group_struct[-1]])
eafds.dst_group_struct = gs
xscache = XSCache(group_struct=gs, data_source_classes=[SimpleDataSource,
NullDataSource])
xscache.load(temp=temp)
xscache.data_sources.insert(0, eafds)
self.xscache = xscache
self.t = t
self._phi = None
self.phi = phi
self.temp = temp
self.tol = tol
self.cwd = os.path.abspath(cwd)
self.o2exe = o2exe
def __init__(self, t=0.0, phi=0.0, temp=300.0, tol=1e-7, cwd='',
base_tape9=origen22.BASE_TAPE9, xscache=None,
o2exe='o2_therm_linux.exe', *args, **kwargs):
"""Parameters
----------
t : float
Transmutations time [sec].
phi : float or array of floats
Neutron flux vector [n/cm^2/sec]. Currently this must either be
a scalar or match the group structure of EAF.
temp : float, optional
Temperature [K] of material, defaults to 300.0.
tol : float
Tolerance level for chain truncation.
cwd : str, optional
Current working directory for origen runs. Defaults to this dir.
base_tape9 : str or dict, optional
A base TAPE9.INP file. If this is a str it is interpreted as a path
to a file, which is then read in and parsed. If this is a dict, it is
assumed to be in the format described in the main origen22 module.
xscache : XSCache, optional
A cross section cache to generate cross sections with.
o2exe : str, optional
Name or path to ORIGEN 2.2 executable.
args : tuple, optional
Other arguments ignored for compatibility with other Transmuters.
kwargs : dict, optional
Other keyword arguments ignored for compatibility with other Transmuters.
"""
if not isinstance(base_tape9, Mapping):
base_tape9 = origen22.parse_tape9(tape9=base_tape9)
self.base_tape9 = base_tape9
if xscache is None:
eafds = EAFDataSource()
eafds.load(temp=temp)
gs = np.array([eafds.src_group_struct[0], eafds.src_group_struct[-1]])
eafds.dst_group_struct = gs
xscache = XSCache(group_struct=gs, data_source_classes=[SimpleDataSource,
NullDataSource])
xscache.load(temp=temp)
xscache.data_sources.insert(0, eafds)
self.xscache = xscache
self.t = t
self._phi = None
self.phi = phi
self.temp = temp
self.tol = tol
self.cwd = os.path.abspath(cwd)
self.o2exe = o2exe
def __init__(self, *args, **kwargs):
tape9 = kwargs.pop('tape9', None)
super(OrigenReactorMG, self).__init__(*args, **kwargs)
self._nearest_neighbors = []
if tape9 is None:
raise ValueError("must supply a default TAPE9 file to OrigenReactorMG.")
elif isinstance(tape9, basestring):
self._tape9 = origen22.parse_tape9(tape9)
elif hasattr(tape9, 'keys'):
self._tape9 = tape9
else:
# assume sequence of tape9s
self._tape9 = origen22.merge_tape9(tape9)
def test_merge_tape9():
tape9_file = StringIO(sample_tape9)
tape9_file = origen22.parse_tape9(tape9_file)
tape9_dict = {
1: {
'_type': 'decay',
'half_life': {
10010: 42.0
}
},
2: {
'_type': 'decay',
'_bad_key': None
},
3: {
'_type': 'decay',
'title': "Sweet Decay"
},
382: {
'_type': 'xsfpy',
'_subtype': 'actinides',
'sigma_f': {
922350: 16.0
}
},
}
# merge so that dict takes precedence
tape9 = origen22.merge_tape9([tape9_dict, tape9_file])
# run tests
assert_equal(tape9[1]['half_life'][10010], 42.0)
assert_true('_bad_key' in tape9[2])
assert_equal(tape9[3]['title'], "Sweet Decay")
assert_equal(tape9[382]['sigma_f'][922350], 16.0)
assert_true('_cards' not in tape9[1])
assert_true('_cards' not in tape9[2])
assert_true('_cards' not in tape9[3])
assert_true('_cards' in tape9[381])
assert_true('_cards' not in tape9[382])
assert_true('_cards' in tape9[383])
def test_parse_tape9():
tape9_file = StringIO(sample_tape9)
tape9 = origen22.parse_tape9(tape9_file)
assert_equal(set(tape9), set([1, 2, 3, 381, 382, 383]))
# Activation product decay
deck1 = tape9[1]
assert_equal(deck1['_type'], 'decay')
assert_equal(deck1['title'], 'SAMPLE DECAY LIB: ACTIVATION PRODUCTS')
assert_equal(deck1['half_life'][10020], np.inf)
assert_equal(deck1['half_life'][10040], 1.000E-03)
assert_equal(deck1['half_life'][200410], 8.100E+01 * 31556926.0 * 1E3)
assert_equal(deck1['half_life'][781900], 6.000E+02 * 31556926.0 * 1E9)
assert_equal(deck1['frac_beta_minus_x'][10010], 0.0)
assert_equal(deck1['frac_beta_plus_or_electron_capture'][200410], 1.0)
assert_equal(deck1['frac_beta_plus_or_electron_capture_x'][10010], 0.0)
assert_equal(deck1['frac_alpha'][781900], 1.0)
assert_equal(deck1['frac_isomeric_transition'][10020], 0.0)
assert_equal(deck1['frac_spont_fiss'][10020], 0.0)
assert_equal(deck1['frac_beta_n'][10020], 0.0)
assert_equal(deck1['recoverable_energy'][10030], 5.680E-03)
assert_equal(deck1['frac_natural_abund'][10020], 1.500E-02 * 0.01)
assert_equal(deck1['inhilation_concentration'][781900], 2.000E-14)
assert_equal(deck1['ingestion_concentration'][781900], 3.000E-08)
# Actinide Decay
deck2 = tape9[2]
assert_equal(deck2['_type'], 'decay')
assert_equal(deck2['title'], 'SAMPLE DECAY LIB: ACTINIDES')
assert_equal(deck2['half_life'][932410], 1.600E+01 * 60.0)
assert_equal(deck2['half_life'][942370], 4.560E+01 * 86400.0)
# Fission Product Decay
deck3 = tape9[3]
assert_equal(deck3['_type'], 'decay')
assert_equal(deck3['title'], 'SAMPLE DECAY LIB: FISSION PRODUCTS')
assert_equal(deck3['half_life'][611460], 5.500E+00 * 31556926.0)
assert_equal(deck3['half_life'][621460], 7.000E+01 * 31556926.0 * 1E6)
assert_equal(deck3['half_life'][691720], 6.360E+01 * 3600.0)
# Activation product cross sections
deck381 = tape9[381]
assert_equal(deck381['_type'], 'xsfpy')
assert_equal(deck381['_subtype'], 'activation_products')
assert_equal(deck381['title'], 'SAMPLE ACTIVATION PRODUCT XS LIB')
assert_true(all(['_fiss_yield' not in key for key in deck381]))
assert_true('sigma_alpha' in deck381)
assert_true('sigma_3n' not in deck381)
assert_true('sigma_p' in deck381)
assert_true('sigma_f' not in deck381)
assert_equal(deck381['sigma_gamma'][80170], 7.341E-05)
assert_equal(deck381['sigma_2n'][80170], 9.378E-06)
assert_equal(deck381['sigma_alpha'][80170], 3.639E-02)
assert_equal(deck381['sigma_p'][80170], 3.310E-06)
assert_equal(deck381['sigma_gamma_x'][80170], 0.0)
assert_equal(deck381['sigma_2n_x'][80170], 0.0)
assert_equal(deck381['fiss_yields_present'][80170], False)
# Actinide cross sections
deck382 = tape9[382]
assert_equal(deck382['_type'], 'xsfpy')
assert_equal(deck382['_subtype'], 'actinides')
assert_equal(deck382['title'], 'SAMPLE ACTINIDE XS LIB')
assert_true(all(['_fiss_yield' not in key for key in deck382]))
assert_true('sigma_alpha' not in deck382)
assert_true('sigma_3n' in deck382)
assert_true('sigma_p' not in deck382)
assert_true('sigma_f' in deck382)
assert_equal(deck382['sigma_gamma'][922380], 2.125E-01)
assert_equal(deck382['sigma_2n'][922380], 2.731E-03)
assert_equal(deck382['sigma_3n'][922380], 2.132E-05)
assert_equal(deck382['sigma_f'][922380], 4.976E-02)
assert_equal(deck382['sigma_gamma_x'][922380], 0.0)
assert_equal(deck382['sigma_2n_x'][922380], 0.0)
assert_equal(deck382['fiss_yields_present'][922380], False)
# Fission product cross sections
deck383 = tape9[383]
assert_equal(deck383['_type'], 'xsfpy')
assert_equal(deck383['_subtype'], 'fission_products')
assert_equal(deck383['title'], 'SAMPLE FISSION PRODUCT YIELD')
assert_true(any(['_fiss_yield' in key for key in deck383]))
assert_true('sigma_alpha' in deck383)
assert_true('sigma_3n' not in deck383)
assert_true('sigma_p' in deck383)
assert_true('sigma_f' not in deck383)
assert_equal(deck383['sigma_gamma'][300670], 2.600E-02)
assert_equal(deck383['sigma_2n'][300670], 0.0)
assert_equal(deck383['sigma_alpha'][300670], 3.512E-09)
assert_equal(deck383['sigma_p'][300670], 0.0)
assert_equal(deck383['sigma_gamma_x'][300670], 0.0)
assert_equal(deck383['sigma_2n_x'][300670], 0.0)
assert_equal(deck383['fiss_yields_present'][300670], True)
assert_equal(deck383['TH232_fiss_yield'][300670], 0.0)
assert_equal(deck383['U233_fiss_yield'][300670], 2.50E-09)
assert_equal(deck383['U235_fiss_yield'][300670], 3.84E-10)
assert_equal(deck383['U238_fiss_yield'][300670], 4.60E-12)
assert_equal(deck383['PU239_fiss_yield'][300670], 2.14E-11)
assert_equal(deck383['PU241_fiss_yield'][300670], 0.0)
assert_equal(deck383['CM245_fiss_yield'][300670], 0.0)
assert_equal(deck383['CF249_fiss_yield'][300670], 0.0)
def test_write_tape9():
tape9_file = StringIO()
tape9_dict = {
1: {
'_type': 'decay',
'half_life': {
10010: 42.0
},
'title': 'decay1'
},
2: {
'_type': 'decay',
'_bad_key': None,
'title': 'decay2'
},
3: {
'_type': 'decay',
'title': "Sweet Decay"
},
381: {
'_type': 'xsfpy',
'_subtype': 'activation_products',
'sigma_gamma': {
10010: 12.0
},
'title': 'xs1'
},
382: {
'_type': 'xsfpy',
'_subtype': 'actinides',
'sigma_f': {
922350: 16.0
},
'title': 'xs2'
},
383: {
'_type': 'xsfpy',
'_subtype': 'fission_products',
'sigma_gamma': {
10010: 20.0
},
'title': 'xsfpy3'
},
}
# Test that basic functionality works
origen22.write_tape9(tape9_dict, tape9_file)
tape9_file.seek(0)
t9str = tape9_file.read()
# Try to round-trip
full_tape9_file = StringIO(sample_tape9)
full_tape9 = origen22.parse_tape9(tape9_file)
backout_tape9 = StringIO()
origen22.write_tape9(full_tape9, backout_tape9)
backout_tape9.seek(0)
backin_tape9 = origen22.parse_tape9(backout_tape9)
assert_equal(full_tape9, backin_tape9)
def test_parse_tape9():
tape9_file = StringIO(sample_tape9)
tape9 = origen22.parse_tape9(tape9_file)
assert_equal(set(tape9.keys()), set([1, 2, 3, 381, 382, 383]))
# Activation product decay
deck1 = tape9[1]
assert_equal(deck1['_type'], 'decay')
assert_equal(deck1['title'], 'SAMPLE DECAY LIB: ACTIVATION PRODUCTS')
assert_equal(deck1['half_life'][10020], np.inf)
assert_equal(deck1['half_life'][10040], 1.000E-03)
assert_equal(deck1['half_life'][200410], 8.100E+01 * 31556926.0 * 1E3)
assert_equal(deck1['half_life'][781900], 6.000E+02 * 31556926.0 * 1E9)
assert_equal(deck1['frac_beta_minus_x'][10010], 0.0)
assert_equal(deck1['frac_beta_plus_or_electron_capture'][200410], 1.0)
assert_equal(deck1['frac_beta_plus_or_electron_capture_x'][10010], 0.0)
assert_equal(deck1['frac_alpha'][781900], 1.0)
assert_equal(deck1['frac_isomeric_transition'][10020], 0.0)
assert_equal(deck1['frac_spont_fiss'][10020], 0.0)
assert_equal(deck1['frac_beta_n'][10020], 0.0)
assert_equal(deck1['recoverable_energy'][10030], 5.680E-03)
assert_equal(deck1['frac_natural_abund'][10020], 1.500E-02 * 0.01)
assert_equal(deck1['inhilation_concentration'][781900], 2.000E-14)
assert_equal(deck1['ingestion_concentration'][781900], 3.000E-08)
# Actinide Decay
deck2 = tape9[2]
assert_equal(deck2['_type'], 'decay')
assert_equal(deck2['title'], 'SAMPLE DECAY LIB: ACTINIDES')
assert_equal(deck2['half_life'][932410], 1.600E+01 * 60.0)
assert_equal(deck2['half_life'][942370], 4.560E+01 * 86400.0)
# Fission Product Decay
deck3 = tape9[3]
assert_equal(deck3['_type'], 'decay')
assert_equal(deck3['title'], 'SAMPLE DECAY LIB: FISSION PRODUCTS')
assert_equal(deck3['half_life'][611460], 5.500E+00 * 31556926.0)
assert_equal(deck3['half_life'][621460], 7.000E+01 * 31556926.0 * 1E6)
assert_equal(deck3['half_life'][691720], 6.360E+01 * 3600.0)
# Activation product cross sections
deck381 = tape9[381]
assert_equal(deck381['_type'], 'xsfpy')
assert_equal(deck381['_subtype'], 'activation_products')
assert_equal(deck381['title'], 'SAMPLE ACTIVATION PRODUCT XS LIB')
assert_true(all(['_fiss_yield' not in key for key in deck381.keys()]))
assert_true('sigma_alpha' in deck381)
assert_true('sigma_3n' not in deck381)
assert_true('sigma_p' in deck381)
assert_true('sigma_f' not in deck381)
assert_equal(deck381['sigma_gamma'][80170], 7.341E-05)
assert_equal(deck381['sigma_2n'][80170], 9.378E-06)
assert_equal(deck381['sigma_alpha'][80170], 3.639E-02)
assert_equal(deck381['sigma_p'][80170], 3.310E-06)
assert_equal(deck381['sigma_gamma_x'][80170], 0.0)
assert_equal(deck381['sigma_2n_x'][80170], 0.0)
assert_equal(deck381['fiss_yields_present'][80170], False)
# Actinide cross sections
deck382 = tape9[382]
assert_equal(deck382['_type'], 'xsfpy')
assert_equal(deck382['_subtype'], 'actinides')
assert_equal(deck382['title'], 'SAMPLE ACTINIDE XS LIB')
assert_true(all(['_fiss_yield' not in key for key in deck382.keys()]))
assert_true('sigma_alpha' not in deck382)
assert_true('sigma_3n' in deck382)
assert_true('sigma_p' not in deck382)
assert_true('sigma_f' in deck382)
assert_equal(deck382['sigma_gamma'][922380], 2.125E-01)
assert_equal(deck382['sigma_2n'][922380], 2.731E-03)
assert_equal(deck382['sigma_3n'][922380], 2.132E-05)
assert_equal(deck382['sigma_f'][922380], 4.976E-02)
assert_equal(deck382['sigma_gamma_x'][922380], 0.0)
assert_equal(deck382['sigma_2n_x'][922380], 0.0)
assert_equal(deck382['fiss_yields_present'][922380], False)
# Fission product cross sections
deck383 = tape9[383]
assert_equal(deck383['_type'], 'xsfpy')
assert_equal(deck383['_subtype'], 'fission_products')
assert_equal(deck383['title'], 'SAMPLE FISSION PRODUCT YIELD')
assert_true(any(['_fiss_yield' in key for key in deck383.keys()]))
assert_true('sigma_alpha' in deck383)
assert_true('sigma_3n' not in deck383)
assert_true('sigma_p' in deck383)
assert_true('sigma_f' not in deck383)
assert_equal(deck383['sigma_gamma'][300670], 2.600E-02)
assert_equal(deck383['sigma_2n'][300670], 0.0)
assert_equal(deck383['sigma_alpha'][300670], 3.512E-09)
assert_equal(deck383['sigma_p'][300670], 0.0)
assert_equal(deck383['sigma_gamma_x'][300670], 0.0)
assert_equal(deck383['sigma_2n_x'][300670], 0.0)
assert_equal(deck383['fiss_yields_present'][300670], True)
assert_equal(deck383['TH232_fiss_yield'][300670], 0.0)
assert_equal(deck383['U233_fiss_yield'][300670], 2.50E-09)
assert_equal(deck383['U235_fiss_yield'][300670], 3.84E-10)
assert_equal(deck383['U238_fiss_yield'][300670], 4.60E-12)
assert_equal(deck383['PU239_fiss_yield'][300670], 2.14E-11)
assert_equal(deck383['PU241_fiss_yield'][300670], 0.0)
assert_equal(deck383['CM245_fiss_yield'][300670], 0.0)
assert_equal(deck383['CF249_fiss_yield'][300670], 0.0)
def test_write_tape9():
tape9_file = StringIO()
tape9_dict = {
1: {
'_type': 'decay',
'half_life': {
10010: 42.0
},
'title': 'decay1'
},
2: {
'_type': 'decay',
'_bad_key': None,
'title': 'decay2',
'half_life': {
922350: 42.0
}
},
3: {
'_type': 'decay',
'title': "Sweet Decay",
'half_life': {
10010: 42.0,
421000: 42.0
}
},
381: {
'_type': 'xsfpy',
'_subtype': 'activation_products',
'sigma_gamma': {
10010: 12.0
},
'title': 'xs1'
},
382: {
'_type': 'xsfpy',
'_subtype': 'actinides',
'sigma_f': {
922350: 16.0
},
'title': 'xs2'
},
383: {
'_type': 'xsfpy',
'_subtype': 'fission_products',
'sigma_gamma': {
10010: 20.0
},
'title': 'xsfpy3',
'U235_fiss_yield': {
421000: 42.0
},
'fiss_yields_present': {
421000: True
}
}
}
# Test that basic functionality works
origen22.write_tape9(tape9_dict, tape9_file)
tape9_file.seek(0)
t9str = tape9_file.readlines()
for line in t9str:
assert (len(line) <= 81) # 81 since newline is counted in len
# Try to round-trip
full_tape9_file = StringIO(sample_tape9)
full_tape9 = origen22.parse_tape9(full_tape9_file)
backout_tape9 = StringIO()
origen22.write_tape9(full_tape9, backout_tape9)
backout_tape9.seek(0)
backin_tape9 = origen22.parse_tape9(backout_tape9)
def test_parse_tape9():
tape9_file = StringIO(sample_tape9)
tape9 = origen22.parse_tape9(tape9_file)
assert_equal(set(tape9), set([1, 2, 3, 381, 382, 383]))
# Activation product decay
deck1 = tape9[1]
assert_equal(deck1["_type"], "decay")
assert_equal(deck1["title"], "SAMPLE DECAY LIB: ACTIVATION PRODUCTS")
assert_equal(deck1["half_life"][10020], np.inf)
assert_equal(deck1["half_life"][10040], 1.000e-03)
assert_equal(deck1["half_life"][200410], 8.100e01 * 31556926.0 * 1e3)
assert_equal(deck1["half_life"][781900], 6.000e02 * 31556926.0 * 1e9)
assert_equal(deck1["frac_beta_minus_x"][10010], 0.0)
assert_equal(deck1["frac_beta_plus_or_electron_capture"][200410], 1.0)
assert_equal(deck1["frac_beta_plus_or_electron_capture_x"][10010], 0.0)
assert_equal(deck1["frac_alpha"][781900], 1.0)
assert_equal(deck1["frac_isomeric_transition"][10020], 0.0)
assert_equal(deck1["frac_spont_fiss"][10020], 0.0)
assert_equal(deck1["frac_beta_n"][10020], 0.0)
assert_equal(deck1["recoverable_energy"][10030], 5.680e-03)
assert_equal(deck1["frac_natural_abund"][10020], 1.500e-02 * 0.01)
assert_equal(deck1["inhilation_concentration"][781900], 2.000e-14)
assert_equal(deck1["ingestion_concentration"][781900], 3.000e-08)
# Actinide Decay
deck2 = tape9[2]
assert_equal(deck2["_type"], "decay")
assert_equal(deck2["title"], "SAMPLE DECAY LIB: ACTINIDES")
assert_equal(deck2["half_life"][932410], 1.600e01 * 60.0)
assert_equal(deck2["half_life"][942370], 4.560e01 * 86400.0)
# Fission Product Decay
deck3 = tape9[3]
assert_equal(deck3["_type"], "decay")
assert_equal(deck3["title"], "SAMPLE DECAY LIB: FISSION PRODUCTS")
assert_equal(deck3["half_life"][611460], 5.500e00 * 31556926.0)
assert_equal(deck3["half_life"][621460], 7.000e01 * 31556926.0 * 1e6)
assert_equal(deck3["half_life"][691720], 6.360e01 * 3600.0)
# Activation product cross sections
deck381 = tape9[381]
assert_equal(deck381["_type"], "xsfpy")
assert_equal(deck381["_subtype"], "activation_products")
assert_equal(deck381["title"], "SAMPLE ACTIVATION PRODUCT XS LIB")
assert_true(all(["_fiss_yield" not in key for key in deck381]))
assert_true("sigma_alpha" in deck381)
assert_true("sigma_3n" not in deck381)
assert_true("sigma_p" in deck381)
assert_true("sigma_f" not in deck381)
assert_equal(deck381["sigma_gamma"][80170], 7.341e-05)
assert_equal(deck381["sigma_2n"][80170], 9.378e-06)
assert_equal(deck381["sigma_alpha"][80170], 3.639e-02)
assert_equal(deck381["sigma_p"][80170], 3.310e-06)
assert_equal(deck381["sigma_gamma_x"][80170], 0.0)
assert_equal(deck381["sigma_2n_x"][80170], 0.0)
assert_equal(deck381["fiss_yields_present"][80170], False)
# Actinide cross sections
deck382 = tape9[382]
assert_equal(deck382["_type"], "xsfpy")
assert_equal(deck382["_subtype"], "actinides")
assert_equal(deck382["title"], "SAMPLE ACTINIDE XS LIB")
assert_true(all(["_fiss_yield" not in key for key in deck382]))
assert_true("sigma_alpha" not in deck382)
assert_true("sigma_3n" in deck382)
assert_true("sigma_p" not in deck382)
assert_true("sigma_f" in deck382)
assert_equal(deck382["sigma_gamma"][922380], 2.125e-01)
assert_equal(deck382["sigma_2n"][922380], 2.731e-03)
assert_equal(deck382["sigma_3n"][922380], 2.132e-05)
assert_equal(deck382["sigma_f"][922380], 4.976e-02)
assert_equal(deck382["sigma_gamma_x"][922380], 0.0)
assert_equal(deck382["sigma_2n_x"][922380], 0.0)
assert_equal(deck382["fiss_yields_present"][922380], False)
# Fission product cross sections
deck383 = tape9[383]
assert_equal(deck383["_type"], "xsfpy")
assert_equal(deck383["_subtype"], "fission_products")
assert_equal(deck383["title"], "SAMPLE FISSION PRODUCT YIELD")
assert_true(any(["_fiss_yield" in key for key in deck383]))
assert_true("sigma_alpha" in deck383)
assert_true("sigma_3n" not in deck383)
assert_true("sigma_p" in deck383)
assert_true("sigma_f" not in deck383)
assert_equal(deck383["sigma_gamma"][300670], 2.600e-02)
assert_equal(deck383["sigma_2n"][300670], 0.0)
assert_equal(deck383["sigma_alpha"][300670], 3.512e-09)
assert_equal(deck383["sigma_p"][300670], 0.0)
assert_equal(deck383["sigma_gamma_x"][300670], 0.0)
assert_equal(deck383["sigma_2n_x"][300670], 0.0)
assert_equal(deck383["fiss_yields_present"][300670], True)
assert_equal(deck383["TH232_fiss_yield"][300670], 0.0)
assert_equal(deck383["U233_fiss_yield"][300670], 2.50e-09)
assert_equal(deck383["U235_fiss_yield"][300670], 3.84e-10)
assert_equal(deck383["U238_fiss_yield"][300670], 4.60e-12)
assert_equal(deck383["PU239_fiss_yield"][300670], 2.14e-11)
assert_equal(deck383["PU241_fiss_yield"][300670], 0.0)
assert_equal(deck383["CM245_fiss_yield"][300670], 0.0)
assert_equal(deck383["CF249_fiss_yield"][300670], 0.0)
def tape9_to_sparse(tape9s,
phi,
format='csr',
decaylib='decay.lib',
include_fission=True,
alpha_as_He4=False):
"""Converts a TAPE9 file to a sparse matrix.
Parameters
----------
tape9s : str or list of str
The filename(s) of the tape file(s).
phi : float
The neutron flux in [n / cm^2 / sec]
format : str, optional
Format of the sparse matrix created.
decaylib : str, optional
A path to TAPE9 containg the decay data libraries if the decay libraries
are not present in tape9. If this is a relative path, it is taken
relative to the given tape9 location.
include_fission : bool
Flag for whether or not the fission data should be included in the
resultant matrix.
Returns
-------
mat : scipy.sparse matrix
A sparse matrix in the specified layout.
nucs : list
The list of nuclide names in canonical order.
"""
all_decays_consts, all_gammas, all_sigma_ij, all_sigma_fission, all_fission_product_yields = [], [], [], [], []
all_alpha_ij, all_gamma_alphas = [], []
nucs = set()
mats = []
# seed initial nucs with known atomic masses
data.atomic_mass('u235')
for tape9 in tape9s:
print("Getting data for", tape9)
t9 = parse_tape9(tape9)
decay = find_decaylib(t9, tape9, decaylib)
for i in data.atomic_mass_map.keys():
if nucname.iselement(i):
continue
try:
nucs.add(nucname.name(i))
except RuntimeError:
pass
# get the tape 9 data
nucs, decays_consts, gammas, gammas_alphas = decay_data(decay,
nucs=nucs)
nucs, sigma_ij, sigma_fission, fission_product_yields, alpha_ij = cross_section_data(
t9, nucs=nucs)
if not include_fission:
sigma_fission = {}
fission_product_yields = {}
if not alpha_as_He4:
gammas_alphas = {}
alpha_ij = {}
all_decays_consts.append(decays_consts)
all_gammas.append(gammas)
all_sigma_ij.append(sigma_ij)
all_sigma_fission.append(sigma_fission)
all_fission_product_yields.append(fission_product_yields)
all_alpha_ij.append(alpha_ij)
all_gamma_alphas.append(gammas_alphas)
nucs = sort_nucs(nucs)
for i in range(len(tape9s)):
dok = create_dok(phi, nucs, all_decays_consts[i], all_gammas[i],
all_sigma_ij[i], all_sigma_fission[i],
all_fission_product_yields[i], all_alpha_ij[i],
all_gamma_alphas[i])
rows, cols, vals, shape = dok_to_sparse_info(nucs, dok)
mats.append(SPMAT_FORMATS[format]((vals, (rows, cols)), shape=shape))
return mats, nucs
water.mass = 1E3
# Make a tape4 file for water
origen22.write_tape4(water)
# Make a tape 5 for this calculation
# * Just output the concentration tables
# * The cross-section library numbers must
# the library / deck numbers in tape9
origen22.write_tape5_irradiation("IRF", 1000.0, 4E14,
xsfpy_nlb=(381, 382, 383),
out_table_num=[5])
# Grab a base tape9 from which we will overlay new values
# This must be supplied by the user
base_tape9 = origen22.parse_tape9("BASE_TAPE9.INP")
base_h1_xs = base_tape9[381]['sigma_gamma'][10010]
# Init a dumb overlay tape9
overlay_tape9 = {381: {'_type': 'xsfpy',
'_subtype': 'activation_products',
'sigma_gamma': {10010: base_h1_xs},
}
}
# Run origen, increasing the cross section each time.
h2_concentration = []
for i in range(11):
overlay_tape9[381]['sigma_gamma'][10010] = (1.0 + i*0.1) * base_h1_xs
# Make a tape4 file for water
origen22.write_tape4(water)
# Make a tape 5 for this calculation
# * Just output the concentration tables
# * The cross-section library numbers must
# the library / deck numbers in tape9
origen22.write_tape5_irradiation("IRF",
1000.0,
4E14,
xsfpy_nlb=(381, 382, 383),
out_table_num=[5])
# Grab a base tape9 from which we will overlay new values
# This must be supplied by the user
base_tape9 = origen22.parse_tape9("BASE_TAPE9.INP")
base_h1_xs = base_tape9[381]['sigma_gamma'][10010]
# Init a dumb overlay tape9
overlay_tape9 = {
381: {
'_type': 'xsfpy',
'_subtype': 'activation_products',
'sigma_gamma': {
10010: base_h1_xs
},
}
}
# Run origen, increasing the cross section each time.