def test_nucid_to_xs_with_names():
"""Test the _nucid_to_xs function given a nuc_names dictionary.
"""
mat_lib = {
'mat:M1': {
290630000: 0.058,
290650000: 0.026
},
'mat:M2': {
10010000: 0.067,
80160000: 0.033
}
}
nuc_names = {}
nuc_names[290630000] = 'cu63'
nuc_names[290650000] = 'cu65'
nuc_names[10010000] = 'h1'
nuc_names[80160000] = 'o16'
mat_xs_names_expected = {
'mat:M1': {
'cu63': 0.058,
'cu65': 0.026
},
'mat:M2': {
'h1': 0.067,
'o16': 0.033
}
}
mat_xs_names = partisn._nucid_to_xs(mat_lib, nuc_names=nuc_names)
print(mat_xs_names)
assert (mat_xs_names == mat_xs_names_expected)
def test_nucid_to_xs_no_names():
"""Test the _nucid_to_xs function without a nuc_names dictionary.
"""
mat_lib = {
'mat:M1': {
290630000: 0.058,
290650000: 0.026
},
'mat:M2': {
10010000: 0.067,
80160000: 0.033
}
}
mat_xs_names_expected = {
'mat:M1': {
u'Cu63': 0.058,
u'Cu65': 0.026
},
'mat:M2': {
u'H1': 0.067,
u'O16': 0.033
}
}
mat_xs_names = partisn._nucid_to_xs(mat_lib)
assert (mat_xs_names == mat_xs_names_expected)
def test_nucid_to_xs_with_names():
"""Test the _nucid_to_xs function given a nuc_names dictionary."""
mat_lib = {
"mat:M1": {
290630000: 0.058,
290650000: 0.026
},
"mat:M2": {
10010000: 0.067,
80160000: 0.033
},
}
nuc_names = {}
nuc_names[290630000] = "cu63"
nuc_names[290650000] = "cu65"
nuc_names[10010000] = "h1"
nuc_names[80160000] = "o16"
mat_xs_names_expected = {
"mat:M1": {
"cu63": 0.058,
"cu65": 0.026
},
"mat:M2": {
"h1": 0.067,
"o16": 0.033
},
}
mat_xs_names = partisn._nucid_to_xs(mat_lib, nuc_names=nuc_names)
assert mat_xs_names == mat_xs_names_expected
def test_nucid_to_xs_no_names():
"""Test the _nucid_to_xs function without a nuc_names dictionary.
"""
mat_lib = {'mat:M1': {290630000: 0.058, 290650000: 0.026},
'mat:M2': {10010000: 0.067, 80160000: 0.033}}
mat_xs_names_expected = {'M1': {u'Cu63': 0.058, u'Cu65': 0.026},
'M2': {u'H1': 0.067, u'O16': 0.033}}
mat_xs_names = partisn._nucid_to_xs(mat_lib)
assert(mat_xs_names == mat_xs_names_expected)
def test_nucid_to_xs_with_names():
"""Test the _nucid_to_xs function given a nuc_names dictionary.
"""
mat_lib = {'mat:M1': {290630000: 0.058, 290650000: 0.026},
'mat:M2': {10010000: 0.067, 80160000: 0.033}}
nuc_names = {}
nuc_names[290630000] = 'cu63'
nuc_names[290650000] = 'cu65'
nuc_names[10010000] = 'h1'
nuc_names[80160000] = 'o16'
mat_xs_names_expected = {'M1': {'cu63': 0.058, 'cu65': 0.026},
'M2': {'h1': 0.067, 'o16': 0.033}}
mat_xs_names = partisn._nucid_to_xs(mat_lib, nuc_names = nuc_names)
assert(mat_xs_names == mat_xs_names_expected)
def test_nucid_to_xs_no_names():
"""Test the _nucid_to_xs function without a nuc_names dictionary."""
mat_lib = {
"mat:M1": {
290630000: 0.058,
290650000: 0.026
},
"mat:M2": {
10010000: 0.067,
80160000: 0.033
},
}
mat_xs_names_expected = {
"mat:M1": {
"Cu63": 0.058,
"Cu65": 0.026
},
"mat:M2": {
"H1": 0.067,
"O16": 0.033
},
}
mat_xs_names = partisn._nucid_to_xs(mat_lib)
assert mat_xs_names == mat_xs_names_expected
