def test_interpolation_deprecated(param_wo, param_go):
"""Testing deprecated functionality. Remove
this test function when SCALrecommendation class is updated"""
rec = SCALrecommendation(
LOW_SAMPLE_LET, BASE_SAMPLE_LET, HIGH_SAMPLE_LET, "foo", h=0.1
)
rec.add_simple_J() # Add default pc curve
assert rec.type == WaterOilGas
try:
interpolant = rec.interpolate(param_wo, param_go, h=0.1)
except AssertionError:
return
check_table(interpolant.wateroil.table)
check_table(interpolant.gasoil.table)
assert len(interpolant.gasoil.SGOF()) > 100
assert len(interpolant.gasoil.SGFN()) > 100
assert len(interpolant.wateroil.SWFN()) > 100
assert len(interpolant.SOF3()) > 100
assert len(interpolant.wateroil.SWOF()) > 100
if not interpolant.threephaseconsistency():
print(interpolant.wateroil.SWOF())
print(interpolant.gasoil.SGOF())
assert interpolant.threephaseconsistency()
def test_deprecated_kroend():
"""Testing that the deprecated scalrecommendation can take
both kroend and krogend/krowend"""
low_krowend = dict(LOW_SAMPLE_LET)
low_krowend["krowend"] = low_krowend["kroend"]
del low_krowend["kroend"]
base_krowend = dict(BASE_SAMPLE_LET)
base_krowend["krowend"] = base_krowend["kroend"]
del base_krowend["kroend"]
high_krowend = dict(HIGH_SAMPLE_LET)
high_krowend["krowend"] = high_krowend["kroend"]
del high_krowend["kroend"]
rec = SCALrecommendation(low_krowend,
base_krowend,
high_krowend,
"foo",
h=0.1)
rec.add_simple_J() # Add default pc curve
interpolant = rec.interpolate(0.1, 0, h=0.1)
check_table(interpolant.wateroil.table)
print(interpolant.SWOF())
def interpolatetest():
rec = SCALrecommendation(lowsample(), basesample(), highsample(), "foo", h=0.05)
rec.add_simple_J() # Add default pc curve
# print rec.low.wateroil.table
interpolant = rec.interpolate(0.3, parameter2=-0.9, h=0.05)
print(interpolant.wateroil.SWOF())
print(interpolant.gasoil.SGOF())
print("Consistency check: ", end=" ")
print(interpolant.threephaseconsistency())
def test_interpolation(param_wo, param_go):
rec = SCALrecommendation(low_sample_let,
base_sample_let,
high_sample_let,
"foo",
h=0.1)
rec.add_simple_J() # Add default pc curve
try:
interpolant = rec.interpolate(param_wo, param_go, h=0.1)
except AssertionError:
return
check_table_wo(interpolant.wateroil.table)
check_table_go(interpolant.gasoil.table)
assert len(interpolant.gasoil.SGOF()) > 100
assert len(interpolant.gasoil.SGFN()) > 100
assert len(interpolant.wateroil.SWFN()) > 100
assert len(interpolant.SOF3()) > 100
assert len(interpolant.wateroil.SWOF()) > 100
assert interpolant.threephaseconsistency() == ""