def default_case(tmp_path) -> case_description.CaseDescription:
"""
Minimum valid CaseDescription with pvt configured
"""
tab_file = tmp_path / "dummy.tab"
file_content = [
'PVTTABLE LABEL = "PVT1",PHASE = THREE,',
'PVTTABLE LABEL = "PVT2", PHASE = THREE,',
]
tab_file.write_text("\n".join(file_content))
return case_description.CaseDescription(
pvt_models=case_description.PvtModelsDescription(
default_model="PVT2",
tables={"PVT1": f"{tab_file}"},
correlations={
"PVT2": case_description.PvtModelCorrelationDescription()
},
compositions={
"PVT3": case_description.PvtModelCompositionalDescription()
},
table_parameters={
"PVT4":
case_description.PvtModelTableParametersDescription.
create_empty()
},
))
def test_invalid_fluid_reference_on_wells(default_well):
"""
Ensure that only declared Fluids can be used on WellDescription and AnnulusDescription.
"""
case = case_description.CaseDescription(
pvt_models=case_description.PvtModelsDescription(
default_model="PVT",
compositions={
"PVT":
case_description.PvtModelCompositionalDescription(
fluids={"Fluid 1": case_description.FluidDescription()})
},
),
wells=[
attr.evolve(
default_well,
initial_conditions=attr.evolve(
default_well.initial_conditions,
fluid="acme",
),
annulus=attr.evolve(
default_well.annulus,
initial_conditions=attr.evolve(
default_well.annulus.initial_conditions,
fluid="acme",
),
),
)
],
)
expected_error = "The following elements have an invalid fluid assigned: 'Annulus from Well 1', 'Well 1'."
with pytest.raises(InvalidReferenceError, match=re.escape(expected_error)):
case.ensure_valid_references()
def test_invalid_fluid_reference_on_pipes():
"""
Ensure that only declared Fluids can be used on:
PipeDescription, MassSourceEquipmentDescription, ReservoirInflowEquipmentDescription.
"""
case = case_description.CaseDescription(
pvt_models=case_description.PvtModelsDescription(
default_model="PVT",
compositions={
"PVT":
case_description.PvtModelCompositionalDescription(
fluids={"Fluid 1": case_description.FluidDescription()})
},
),
pipes=[
case_description.PipeDescription(
name="Pipe 1",
source="",
target="",
segments=build_simple_segment(),
initial_conditions=case_description.
InitialConditionsDescription(fluid="acme5"),
equipment=case_description.EquipmentDescription(
mass_sources={
"MassSource":
case_description.MassSourceEquipmentDescription(
position=Scalar(1, "m"), fluid="a6")
},
reservoir_inflows={
"Reservoir":
case_description.ReservoirInflowEquipmentDescription(
start=Scalar(1, "m"),
length=Scalar(10, "m"),
fluid="a7")
},
),
)
],
)
expected_error = "The following elements have an invalid fluid assigned: 'MassSource from Pipe 1', 'Pipe 1', 'Reservoir from Pipe 1'."
with pytest.raises(InvalidReferenceError, match=re.escape(expected_error)):
case.ensure_valid_references()
def test_invalid_fluid_reference_on_nodes():
"""
Ensure that only declared Fluids can be used on NodeDescription
"""
case = case_description.CaseDescription(
pvt_models=case_description.PvtModelsDescription(
default_model="PVT",
compositional={
"PVT": case_description.PvtModelCompositionalDescription(
fluids={"Fluid 1": case_description.CompositionalFluidDescription()}
)
},
),
nodes=[
case_description.NodeDescription(
name="Node 1",
node_type=NodeCellType.Internal,
internal_properties=case_description.InternalNodePropertiesDescription(
fluid="Acme2"
),
),
case_description.NodeDescription(
name="Node 2",
node_type=NodeCellType.Pressure,
pressure_properties=case_description.PressureNodePropertiesDescription(
fluid="Acme3"
),
),
case_description.NodeDescription(
name="Node 3",
node_type=NodeCellType.MassSource,
mass_source_properties=case_description.MassSourceNodePropertiesDescription(
fluid="Acme4"
),
),
],
)
expected_error = "The following elements have an invalid fluid assigned: 'Node 1', 'Node 2', 'Node 3'."
with pytest.raises(InvalidReferenceError, match=re.escape(expected_error)):
case.ensure_valid_references()
PVT_MODEL_CORRELATION_DEFINITION = case_description.PvtModelCorrelationDescription(
oil_density_std=Scalar(42, "kg/m3"),
gas_density_std=Scalar(2, "kg/m3"),
rs_sat=Scalar(4, "sm3/sm3"),
pvt_correlation_package=constants.CorrelationPackage.Lasater,
)
FLUID_DESCRIPTION = case_description.FluidDescription(
composition=[COMPOSITION_DESCRIPTION_C1, COMPOSITION_DESCRIPTION_C2],
fraction_pairs=[BIP_DESCRIPTION],
)
PVT_MODEL_COMPOSITIONAL_DEFINITION = case_description.PvtModelCompositionalDescription(
equation_of_state_type=constants.EquationOfStateType.SoaveRedlichKwong,
surface_tension_model_type=constants.SurfaceTensionType.Leechien,
viscosity_model=constants.PVTCompositionalViscosityModel.LohrenzBrayClark,
heavy_components=[HEAVY_COMPONENT_DESCRIPTION],
light_components=[
LIGH_COMPONENT_DESCRIPTION,
LIGH_COMPONENT_DESCRIPTION_OVERWRITE_C3,
],
fluids={"fluid_1": FLUID_DESCRIPTION},
)
PVT_MODEL_TABLE_PARAMETERS = (
case_description.PvtModelTableParametersDescription.create_constant(has_water=True)
)
PVT_MODELS_DEFINITION = case_description.PvtModelsDescription(
default_model="acme",
compositions={
"composition 1": PVT_MODEL_COMPOSITIONAL_DEFINITION,
"composition 2": PVT_MODEL_COMPOSITIONAL_DEFINITION,
},
correlations={
def test_case_description_duplicate_names(default_well):
"""
Pipes because they are reference by OutputDescription
Nodes because they are referenced by PipeDescription, WellDescription and OutputDescription
PVTs names, because of default_model
Wall Names because of PipeSegmentsDescription
Material because of WellDescription(stagnant_fluid), CasingSectionDescription, TubingDescription
"""
well_1 = attr.evolve(default_well, name="Well 1")
well_2 = attr.evolve(default_well, name="Well 1")
case = case_description.CaseDescription(
materials=[
case_description.MaterialDescription(name="Material"),
case_description.MaterialDescription(name="Material"),
],
walls=[
case_description.WallDescription(name="Wall A"),
case_description.WallDescription(name="Wall A"),
],
pvt_models=case_description.PvtModelsDescription(
default_model="PVT",
correlations={
"PVT1": case_description.PvtModelCorrelationDescription(),
},
compositions={
"PVT1":
case_description.PvtModelCompositionalDescription(fluids={
"Fluid 0":
case_description.FluidDescription(),
"Fluid 1":
case_description.FluidDescription(),
}, ),
"PVT2":
case_description.PvtModelCompositionalDescription(
fluids={
"Fluid 0": case_description.FluidDescription(),
"Fluid 1": case_description.FluidDescription(),
}),
},
),
nodes=[
case_description.NodeDescription(name="ACME",
node_type=NodeCellType.Pressure),
case_description.NodeDescription(name="ACME",
node_type=NodeCellType.Pressure),
case_description.NodeDescription(name="Node1",
node_type=NodeCellType.Pressure),
case_description.NodeDescription(name="FOO",
node_type=NodeCellType.Pressure),
case_description.NodeDescription(name="FOO",
node_type=NodeCellType.Pressure),
],
pipes=[
case_description.PipeDescription(
name="Pipe 1",
source="ACME",
target="ACME",
segments=build_simple_segment(),
),
case_description.PipeDescription(
name="Pipe 1",
source="ACME",
target="ACME",
segments=build_simple_segment(),
),
],
wells=[well_1, well_2],
)
expected_msg = dedent("""\
Elements that can be referenced must have a unique name, found multiples definitions of the following items:
Fluids:
- Fluid 0
- Fluid 1
Materials:
- Material
Nodes:
- ACME
- FOO
PVT:
- PVT1
Pipes:
- Pipe 1
Walls:
- Wall A
Wells:
- Well 1""")
with pytest.raises(InvalidReferenceError, match=re.escape(expected_msg)):
case.ensure_unique_names()