def test_adding_two_material_AddMaterialFromFile(self):
test_material_1 = {
"WC3": {
"chemical_equation": "WC",
"density": 18.0,
"density_unit": "g/cm3",
"percent_type": "ao",
},
"WB2": {
"chemical_equation": "WB",
"density": 15.3,
"density_unit": "g/cm3",
"percent_type": "ao",
},
}
with open("extra_material_1.json", "w") as outfile:
json.dump(test_material_1, outfile)
number_of_materials = len(nmm.AvailableMaterials())
nmm.AddMaterialFromFile("extra_material_1.json")
assert number_of_materials + 2 == len(nmm.AvailableMaterials())
assert "WC3" in nmm.AvailableMaterials().keys()
assert "WB2" in nmm.AvailableMaterials().keys()
os.system("rm extra_material_1.json")
def test_dictionary_of_materials_makes_openmc_materials(self):
for mat in nmm.AvailableMaterials().keys():
print(mat)
test_mat = nmm.Material(mat,
temperature_in_K=300,
pressure_in_Pa=5e6)
assert isinstance(test_mat.openmc_material, openmc.Material)
def test_dictionary_of_materials_makes_fispact_materials(self):
for mat in nmm.AvailableMaterials().keys():
print(mat)
test_mat = nmm.Material(mat,
temperature_in_K=300,
pressure_in_Pa=5e6,
volume_in_cm3=1.5)
assert isinstance(test_mat.fispact_material, str)
def test_dictionary_of_materials_makes_mcnp_materials(self):
for mat in nmm.AvailableMaterials().keys():
print(mat)
test_mat = nmm.Material(mat,
temperature_in_K=300,
pressure_in_Pa=5e6,
material_id=1)
assert isinstance(test_mat.mcnp_material, str)
def test_replacing_material_using_AddMaterialFromFile(self):
test_material_1 = {
"Li4SiO4": {
"chemical_equation": "WC",
"density": 18.0,
"density_unit": "g/cm3",
"percent_type": "ao",
}
}
with open("extra_material_1.json", "w") as outfile:
json.dump(test_material_1, outfile)
number_of_materials = len(nmm.AvailableMaterials())
nmm.AddMaterialFromFile("extra_material_1.json")
assert number_of_materials == len(nmm.AvailableMaterials())
assert "Li4SiO4" in nmm.AvailableMaterials().keys()
os.system("rm extra_material_1.json")
def test_AddMaterialFromDir(self):
os.system("mkdir new_materials")
test_material_1 = {
"Li4SiO42": {
"chemical_equation": "WC",
"density": 18.0,
"density_unit": "g/cm3",
"percent_type": "ao",
}
}
with open(os.path.join("new_materials", "extra_material_1.json"),
"w") as outfile:
json.dump(test_material_1, outfile)
test_material_2 = {
"Li4SiO43": {
"chemical_equation": "WC",
"density": 18.0,
"density_unit": "g/cm3",
"percent_type": "ao",
}
}
with open(os.path.join("new_materials", "extra_material_2.json"),
"w") as outfile:
json.dump(test_material_2, outfile)
number_of_materials = len(nmm.AvailableMaterials())
nmm.AddMaterialFromDir("new_materials")
os.system("rm -rf new_materials")
assert number_of_materials + 2 == len(nmm.AvailableMaterials())
assert "Li4SiO42" in nmm.AvailableMaterials().keys()
assert "Li4SiO43" in nmm.AvailableMaterials().keys()
def test_entries_from_each_json_file_get_into_the_internal_dict(self):
all_mats = nmm.AvailableMaterials().keys()
assert "A-150 Tissue-Equivalent Plastic (A150TEP)" in all_mats
assert "Zirconium Hydride (ZrH2)" in all_mats
assert "Pb842Li158" in all_mats
assert "FLiNaBe" in all_mats
assert "WC" in all_mats
assert "CuCrZr" in all_mats
assert "DD_plasma" in all_mats
assert "DT_plasma" in all_mats
assert "Pb" in all_mats
assert "Zr5Pb4" in all_mats
assert "isotropic graphite HPG-59" in all_mats
assert "Nb3Sn" in all_mats
assert "ReBCO" in all_mats
assert "He" in all_mats
assert "xenon" in all_mats
assert "Li4SiO4" in all_mats
assert "Li2TiO3" in all_mats
assert "Li" in all_mats
assert "FLiNaK" in all_mats
def test_number_of_materials_in_dict(self):
import neutronics_material_maker as nmm_again
assert len(nmm_again.AvailableMaterials().keys()) >= 418
