def test_material2():
# load the material library
output_lib = MaterialLibrary()
output_lib.from_hdf5(filename, '/materials')
# create the material for the test
Nitrogen = Material({70140000: 0.99636, 70150000: 0.00364})
for material in output_lib.iteritems():
if material[1].metadata['original_name'] == 'Nitrogen':
assert_almost_equal(material[1].comp, Nitrogen.comp, places=4)
def test_material2():
# load the material library
output_lib = MaterialLibrary()
output_lib.from_hdf5(filename,'/materials')
# create the material for the test
Nitrogen = Material({70140000: 0.99636, 70150000: 0.00364})
for material in output_lib.iteritems():
if material[1].metadata['original_name'] == 'Nitrogen':
assert_almost_equal(material[1].comp, Nitrogen.comp, places=4)
def test_material1():
# load the material library
output_lib = MaterialLibrary()
output_lib.from_hdf5(filename,'/materials')
# create the material for the test
Lead = Material({822040000: 0.013999999999999999, 822060000:
0.24100000000000002, 822070000: 0.22100000000000003, 822080000: 0.524})
for material in output_lib.iteritems():
if material[1].metadata['original_name'] == 'Lead':
assert_almost_equal(material[1].comp, Lead.comp, places=4)
def test_material4():
# load the material library
output_lib = MaterialLibrary()
output_lib.from_hdf5(filename,'/materials')
# create the material for the test
Steel = Material({60120000: 0.10992222222222224, 60130000: 0.0011888888888888893, 140280000: 0.10247000000000002, 140290000: 0.005205555555555556, 140300000: 0.0034355555555555563, 150310000: 0.11111111111111112, 160320000: 0.10554444444444445, 160330000: 0.0008333333333333334, 160340000: 0.004722222222222223, 160360000: 1.1111111111111113e-05, 220460000: 0.009166666666666668, 220470000: 0.008266666666666669, 220480000: 0.08191111111111112, 220490000: 0.006011111111111112, 220500000:
0.005755555555555556, 240500000: 0.004827777777777778, 240520000: 0.09309888888888891, 240530000: 0.010556666666666667, 240540000: 0.002627777777777779, 250550000: 0.11111111111111112, 260540000: 0.006494444444444446, 260560000: 0.10194888888888891, 260570000: 0.0023544444444444455, 260580000: 0.0003133333333333333, 280580000: 0.07564111111111112, 280600000: 0.029136666666666672, 280610000: 0.0012665555555555557, 280620000: 0.004038444444444445, 280640000: 0.0010283333333333336})
for material in output_lib.iteritems():
if material[1].metadata['original_name'] == 'Steel, Stainless 321':
assert_almost_equal(material[1].comp, Steel.comp, places=4)
def test_material3():
# load the material library
output_lib = MaterialLibrary()
output_lib.from_hdf5(filename,'/materials')
# create the material for the test
Mercury = Material({801960000: 0.0015, 801980000: 0.09970000000000001, 801990000: 0.16870000000000002,
802000000: 0.231, 802010000: 0.1318, 802020000: 0.2986, 802040000: 0.0687})
for material in output_lib.iteritems():
if material[1].metadata['original_name'] == 'Mercury':
assert_almost_equal(material[1].comp, Mercury.comp, places=4)
def test_material1():
# load the material library
output_lib = MaterialLibrary()
output_lib.from_hdf5(filename, '/materials')
# create the material for the test
Lead = Material({
822040000: 0.013999999999999999,
822060000: 0.24100000000000002,
822070000: 0.22100000000000003,
822080000: 0.524
})
for material in output_lib.iteritems():
if material[1].metadata['original_name'] == 'Lead':
assert_almost_equal(material[1].comp, Lead.comp, places=4)
def test_material3():
# load the material library
output_lib = MaterialLibrary()
output_lib.from_hdf5(filename, '/materials')
# create the material for the test
Mercury = Material({
801960000: 0.0015,
801980000: 0.09970000000000001,
801990000: 0.16870000000000002,
802000000: 0.231,
802010000: 0.1318,
802020000: 0.2986,
802040000: 0.0687
})
for material in output_lib.iteritems():
if material[1].metadata['original_name'] == 'Mercury':
assert_almost_equal(material[1].comp, Mercury.comp, places=4)
def test_material4():
# load the material library
output_lib = MaterialLibrary()
output_lib.from_hdf5(filename, '/materials')
# create the material for the test
Steel = Material({
60120000: 0.10992222222222224,
60130000: 0.0011888888888888893,
140280000: 0.10247000000000002,
140290000: 0.005205555555555556,
140300000: 0.0034355555555555563,
150310000: 0.11111111111111112,
160320000: 0.10554444444444445,
160330000: 0.0008333333333333334,
160340000: 0.004722222222222223,
160360000: 1.1111111111111113e-05,
220460000: 0.009166666666666668,
220470000: 0.008266666666666669,
220480000: 0.08191111111111112,
220490000: 0.006011111111111112,
220500000: 0.005755555555555556,
240500000: 0.004827777777777778,
240520000: 0.09309888888888891,
240530000: 0.010556666666666667,
240540000: 0.002627777777777779,
250550000: 0.11111111111111112,
260540000: 0.006494444444444446,
260560000: 0.10194888888888891,
260570000: 0.0023544444444444455,
260580000: 0.0003133333333333333,
280580000: 0.07564111111111112,
280600000: 0.029136666666666672,
280610000: 0.0012665555555555557,
280620000: 0.004038444444444445,
280640000: 0.0010283333333333336
})
for material in output_lib.iteritems():
if material[1].metadata['original_name'] == 'Steel, Stainless 321':
assert_almost_equal(material[1].comp, Steel.comp, places=4)
