def test_alara():
leu = Material(nucvec={'U235': 0.04, 'U238': 0.96}, metadata={\
'mat_number':2, 'table_ids':{'922350':'15c', '922380':'25c'},\
'name':'LEU', 'source':'Some URL', \
'comments': \
'this is a long comment that will definitly go over the 80 character limit, for science', \
}, density=19.1)
leu2 = Material(nucvec={'U235': 0.04, 'U238': 0.96}, metadata={\
'mat_number':2,}, density=19.1)
leu3 = Material(nucvec={'U235': 0.04, 'U238': 0.96})
written = leu.alara()
written += leu2.alara()
written += leu3.alara()
expected = ('# mat number: 2\n'
'# source: Some URL\n'
'# comments: this is a long comment that will definitly go over the 80 character\n'
'# limit, for science\n'
'LEU 19.1 2\n'
' u:235 4.0000E-02 92\n'
' u:238 9.6000E-01 92\n'
'# mat number: 2\n'
'mat2_rho-19.1 19.1 2\n'
' u:235 4.0000E-02 92\n'
' u:238 9.6000E-01 92\n'
'mat<mat_num>_rho-<rho> <rho> 2\n'
' u:235 4.0000E-02 92\n'
' u:238 9.6000E-01 92\n')
assert_equal(written, expected)
def test_alara():
leu = Material(nucvec={'U235': 0.04, 'U238': 0.96}, metadata={\
'mat_number':2, 'table_ids':{'922350':'15c', '922380':'25c'},\
'name':'LEU', 'source':'Some URL', \
'comments': \
'this is a long comment that will definitly go over the 80 character limit, for science', \
}, density=19.1)
leu2 = Material(nucvec={'U235': 0.04, 'U238': 0.96}, metadata={\
'mat_number':2,}, density=19.1)
leu3 = Material(nucvec={'U235': 0.04, 'U238': 0.96})
written = leu.alara()
written += leu2.alara()
written += leu3.alara()
expected = (
'# mat number: 2\n'
'# source: Some URL\n'
'# comments: this is a long comment that will definitly go over the 80 character\n'
'# limit, for science\n'
'LEU 19.1 2\n'
' u:235 4.0000E-02 92\n'
' u:238 9.6000E-01 92\n'
'# mat number: 2\n'
'mat2_rho-19.1 19.1 2\n'
' u:235 4.0000E-02 92\n'
' u:238 9.6000E-01 92\n'
'mat<mat_num>_rho-<rho> <rho> 2\n'
' u:235 4.0000E-02 92\n'
' u:238 9.6000E-01 92\n')
assert_equal(written, expected)
