def test_material():
mat = c.Material(1)
str(mat)
mat = c.Material(1, 2, 3, metadata={"short_name": "test_material"})
str(mat)
assert math.isclose(mat.longitudinal_vel, 1)
assert math.isclose(mat.transverse_vel, 2)
assert math.isclose(mat.density, 3)
assert mat.state_of_matter is None
assert mat.metadata["short_name"] == "test_material"
mat = c.Material(
1,
2,
state_of_matter=c.StateMatter.liquid,
metadata={"short_name": "test_material"},
)
assert mat.state_of_matter is c.StateMatter.liquid
mat = c.Material(1,
2,
state_of_matter="liquid",
metadata={"short_name": "test_material"})
assert mat.state_of_matter is c.StateMatter.liquid
# test method 'velocity':
assert math.isclose(mat.velocity("longitudinal"), mat.longitudinal_vel)
assert math.isclose(mat.velocity(c.Mode.L), mat.longitudinal_vel)
assert math.isclose(mat.velocity("transverse"), mat.transverse_vel)
assert math.isclose(mat.velocity(c.Mode.T), mat.transverse_vel)
def water():
return c.Material(
1400.0,
density=1000.0,
state_of_matter="liquid",
metadata={"long_name": "Water"},
)
def aluminium():
v_longi = 6320.0
v_transverse = 3130.0
return c.Material(
v_longi,
v_transverse,
density=2700.0,
state_of_matter="solid",
metadata={"long_name": "Aluminium"},
)
def examination_object():
material = c.Material(6300,
3100,
2700,
metadata=dict(long_name="Aluminium"))
return c.ExaminationObject(material)