def test_sun():
s = Seismology(vmax0, deltav0, Teff0)
s.getAll()
assert s.mass == 1.00
assert s.radius == 1.00
assert s.logg == 4.44
assert s.density == 1.41
def test_getDensity():
s = Seismology(vmax0, deltav0, Teff0)
assert not hasattr(s, 'mass')
s.getDensity()
assert hasattr(s, 'mass')
assert hasattr(s, 'radius')
assert hasattr(s, 'density')
assert not hasattr(s, 'logg')
def test_simple():
vmax = 1
deltav = 200
Teff = 5000
s = Seismology(vmax, deltav, Teff)
assert isinstance(s, Seismology)
assert isinstance(s.vmax, float)
assert isinstance(s.deltav, float)
assert isinstance(s.Teff, float)
assert s.vmax == 1 / vmax0
assert s.deltav == deltav / deltav0
assert s.Teff == Teff / Teff0
assert repr(s) == 'Nothing calculated yet. Use "Seismology.getAll()"'
s.getAll()
assert 'logg' in repr(s)
assert 'density' in repr(s)
assert hasattr(s, 'mass')
assert hasattr(s, 'radius')
assert hasattr(s, 'logg')
assert hasattr(s, 'density')
assert s.mass > 0
assert s.radius > 0
assert s.density > 0
assert s.logg > 0
assert isinstance(s.mass, float)
assert isinstance(s.radius, float)
assert isinstance(s.density, float)
assert isinstance(s.logg, float)
def test_not_in_range(vmax, deltav, Teff):
with pytest.raises(ValueError):
Seismology(vmax, deltav, Teff)
def test_negative_and_zero_values(vmax, deltav, Teff):
with pytest.raises(ValueError):
Seismology(vmax, deltav, Teff)
def getSeismicInformation(self, vmax: float, deltav: float, Teff: int) -> None:
self.seismic = Seismology(vmax, deltav, Teff)
self.seismic.getAll()
self.seismicInformation = True
print('Values can be reached through: Star.seismic.')