def test_gaymard(phid, phin):
p = porosity(phid=phid, phin=phin, method="gaymard")
assert any(p >= 0) and any(p <= 1)
# -------------------------------------------------------------------------------------------------------------- #
# unique_density_value = []
# rhob = 2.60
# rhom = 1.10
# rhof = 1.10
# unique_density_value.append((rhob, rhom, rhof))
# @pytest.mark.parametrize("rhob, rhom, rhof", unique_density_value)
# def test_unique_density(rhob, rhom, rhof):
# p = porosity(rhob = 2.60, rhom = 1.10, rhof = 1.10,
# method = "density")
# assert any(p >= 0) and any(p <= 1)
# # -------------------------------------------------------------------------------------------------------------- #
# unique_sonic_value = []
# dt = 75.0
# dtma = 100.0
# dtf = 100.0
# unique_sonic_value.append((dt, dtma, dtf))
# @pytest.mark.parametrize("dt, dtma, dtf", unique_sonic_value)
# def test_unique_sonic(dt, dtma, dtf):
# p = porosity(dt = 75.0, dtma = 100.0, dtf = 100.0,
# method = "sonic")
# assert any(p >= 0) and any(p <= 1)
# # TODO: pytest for the rest of porosity
def test_neutron():
assert round(porosity(nphi=0.18, vsh=0.30, nphi_sh=0.27,
method="neutron"),2) == 0.10
#TODO: pytest for the rest of porosity
def test_density():
assert round(porosity(rhob=2.43, rhom=2.65, rhof=1.10,
method="density"),2) == 0.14
def test_sonic(dt, dtma, dtf):
p = porosity(dt=dt, dtma=dtma, dtf=dtf, method="sonic")
assert any(p >= 0) and any(p <= 1)
def test_neutron_density_squared(phid, phin):
p = porosity(phid=phid, phin=phin, squared=True, method="neutron-density")
assert any(p >= 0) and any(p <= 1)
def test_neutron(nphi, vsh, nphi_sh):
p = porosity(nphi=nphi, vsh=vsh, nphi_sh=nphi_sh, method="neutron")
assert any(p >= 0) and any(p <= 1)
def test_density(rhob, rhom, rhof):
p = porosity(rhob=rhob, rhom=rhom, rhof=rhof, method="density")
assert any(p >= 0) and any(p <= 1)