sixgill package

class sixgill.abstract_simulation.AbstractSimulation(model, sim_type)
Bases: object

get_state(simulation_id)
Returns the state of the simulation

Returns the state from the simulation.

Parameters:
simulation_id (str) – Required. The id of the simulation returned from start_simulation call.

Returns:
The state of the simulation. sim_status indicates whether the simulation is still running. messages contains the simulation messages returned by the simulator.

Return type:
SimulationState

Examples

    >>> sim_state = model.tasks.networksimulation.get_state(simulation_id)

get_messages(simulation_id)
Returns the simulation progress message of the simulation

Returns the simulation progress message from the simulation.

Parameters:
simulation_id (str) – Required. The id of the simulation returned from start_simulation call.

Returns:
messages – The simulation messages returned by the simulator.

Return type:
list

Examples

    >>> messages = model.tasks.networksimulation.get_messages(simulation_id)

get_summary(simulation_id)
Returns the warning, info and error messages of the simulation

Returns the warning, info and error messages from the simulation.

Parameters:
simulation_id (str) – Required. The id of the simulation returned from start_simulation call.

Returns:
summary – The keys of the dictionary are “Error”, “Info” and “Warning” and their values are a list of corresponding messages as shown in Stingray UI

Return type:
dictionary

Examples

    >>> messages = model.tasks.networksimulation.get_summary(simulation_id)

get_results(simulation_id)
Returns the results from the simulation.

Returns the results from the simulation.

Parameters:
simulation_id (str) – Required. The id of the simulation returned from start_simulation call.

Returns:
The simulation results.

Return type:
dict

Examples

    >>> sim_results = model.tasks.networksimulation.get_results(simulation_id)

delete_results(simulation_id)
Delete a simulation.

Delete a simulation.

Parameters:
simulation_id (str) – Required. The id of the simulation returned from start_simulation call.

Returns:
Whether the simulation is deleted or not.

Return type:
bool

Examples

    >>> model.tasks.networksimulation.delete_results(simulation_id)

class sixgill.abstract_simulation.AbstractSingleBranchSimulation(model, sim_type)
Bases: AbstractSimulation

validate(producer, study: str | None = None, validate_model=True) → List[ValidationIssue]
Validates the task.

Parameters:

• producer (str) – Required. The name of the producer for the simulation task.

• study (str) – Optional. The name of the study. If no name is specified and there is one default study, the default study will be used. If there are multiple studies in the model, study name is required.

• validate_model (Boolean) – True by default. If True, it validates the whole model plus the task.

Returns:
a list of ValidationIssue instances.

Return type:
list

Examples

    >>> issues = model.tasks.ptprofilesimulation.validate(producer="Well2 - Oil", study = "Study 1")
    >>> for issue in issues:
            print(issue.message)
            print(issue.path)
            print(issue.property_name)

delete_sensitivities(producer, study: str | None = None)
Deletes the sensitivities of a simulation(if any)

Parameters:

• producer (str) – Required. The name of the producer for the simulation task.

• study (str) – Optional. The name of the study. If no name is specified and there is one default study, the default study will be used. If there are multiple studies in the model, study name is required.

Examples

    >>> model.tasks.ptprofilesimulation.delete_sensitivities("Well 1", study = "Study 1")

class sixgill.abstract_simulation.AbstractNetworkSimulation(model, sim_type)
Bases: AbstractSimulation

validate(study: str | None = None, validate_model=True) → List[ValidationIssue]
Validates the task

Parameters:

• study (str) – Optional. The name of the study. If no name is specified and there is one default study, the default study will be used. If there are multiple studies in the model, study name is required.

• validate_model (Boolean) – True by default. If True, it validates the whole model plus the task

Returns:
a list of ValidationIssue instances.

Return type:
list

Examples

    >>> issues = model.tasks.networksimulation.validate()
    >>> for issue in issues:
            print(issue.message)
            print(issue.path)
            print(issue.property_name)

class sixgill.abstract_simulation.AbstractAdvancedWellSimulation(model, sim_type)
Bases: AbstractSimulation

validate(producer, study: str | None = None, validate_model=True) → List[ValidationIssue]
Validates the task

Parameters:

• producer (str) – Required. The name of the producer for the simulation task.

• study (str) – Optional. The name of the study. If no name is specified and there is one default study, the default study will be used. If there are multiple studies in the model, study name is required.

• validate_model (Boolean) – True by default. If True, it validates the whole model plus the task.

Returns:
a list of ValidationIssue instances.

Return type:
list

Examples

    >>> issues = model.tasks.systemperformance.validate(producer="Well2 - Oil", study = "Study 1")
    >>> for issue in issues:
            print(issue.message)
            print(issue.path)
            print(issue.property_name)

class sixgill.compositional.FluidSettings(model)
Bases: object

Primary class for operating on fluids

property fluid_type
The current fluid type set for the model

Returns:
One of the fluid mode defined in definitions FluidType class

Return type:
FluidType

property compositional
The compositional fluid settings

class sixgill.compositional.CompositionalFluidSettings(model)
Bases: object

property pvt_package
The compositional fluid package set for the model

Returns:
One of the fluid flash package type defined in definitions PVTPackage class

Return type:
PVTPackage

property equation_of_state
The compositional fluid equation of state

Returns:
One of the fluid equation of state defined in definitions EquationOfState class

Return type:
EquationOfState

property viscosity_correlation
The compositional fluid viscosity correlation method

Returns:
One of the fluid viscosity correlation method defined in definitions ViscosityCorrelationMethod class

Return type:
ViscosityCorrelationMethod

property volume_shift_correlation
The compositional fluid volume shift correlation method

Returns:
One of the fluid volume shift correlation method defined in definitions VolumeShiftCorrelationMethod class

Return type:
VolumeShiftCorrelation

property critical_property_correlation
The compositional fluid critical property correlation method

Returns:
One of the fluid critical property correlation method defined in definitions CriticalPropertyCorrelationMethod class

Return type:
CriticalPropertyCorrelation

property thermal_coefficient_correlation
The compositional fluid thermal coefficient correlation method

Returns:
One of the fluid thermal coefficient correlation method defined in definitions ThermalCoefficientsCorrelationMethod class

Return type:
ThermalCoefficientsCorrelation

property acf_correlation
The compositional fluid Acf correlation method

Returns:
One of the fluid Acf correlation method defined in definitions AcfCorrelationMethod class

Return type:
ThermalCoefficientsCorrelation

property salinity_model
The compositional fluid sanity model type

Returns:
One of the fluid salinity model type defined in definitions SalinityModel class

Return type:
SalinityModel

select_components(selected_components: list) → None
Select the components that will be used by the compositional fluid in the model.

Parameters:
selected_components (list) – The list of fluid component names based on the fluid flash package.

Return type:
None

unselect_components(unselected_components: list)
Unselect the components that are no longer used by the compositional fluid in the model.

Parameters:
unselected_components (list) – The list of fluid component names based on the fluid flash package.

Returns:
If a component cannot be unselected, a ValueError will be raised to tell the reason.

Return type:
None

add_pseudocomponent(component_name, parameters={}) → None
Add a user defined fluid component that will be used by the compositional fluid in the model.

Parameters:

• component_name (str) – The name of the new component.

• parameters (dict) – Optional. The parameters for the user defined component.

Returns:
If the component cannot be added, a ValueError will be raised to tell the reason.

Return type:
None

delete_pseudocomponent(component_name)
Delete a user defined fluid component that is no longer used by the compositional fluid in the model.

Parameters:
component_name (str) – The name of the user defined component.

Returns:
If the component cannot be deleted, a ValueError will be raised to tell the reason.

Return type:
None

get_composition(context: str | None = None, model_context: AbstractModelContext | None = None, **context_keywords) → DataFrame
Return fluid composition in the context.

Returns fluid composition in the context. It will fail if no item or more than one item is found in the context.

Parameters:

• context (str) – Optional. The context string to look for compositional fluid.

• model_context (AbstractModelContext) – Optional. The context to search in.

• context_keywords (str) – Comma separated list of context search criteria in the form of component=’value’, where component is the model component of the item, and value is the value of the model component. Values can also be ANY (matches any value) or NONE (matches no value).

Returns:
The fluid composition data frame includes the following columns: Component, SpecifiedFraction (indexed by Component)

Return type:
pandas.DataFrame

Examples

    >>> df = model.fluids.compositional.get_composition(context="C-Fluid")
    >>> dfw = model.fluids.compositional.get_composition(
                      CompositionalFluid="C-Fluid")

set_composition(context: str | None = None, value=None, model_context: AbstractModelContext | None = None, **context_keywords)
Set data frame to the fluid composition in the context.

Set data frame to the fluid composition in the context. It will fail if more than one item is found in the context.

Parameters:

• value (DataFrame or dict) – Required. The data frame or dict to set to the fluid composition The fluid composition data frame includes the following columns: Component, SpecifiedFraction (indexed by Component) If dict is used, keys are considered as Component and values are considered as SpecifiedFraction

• context (str) – Optional. The context string to look for the compositional fluid.

• model_context (AbstractModelContext) – Optional. The context to search in.

• context_keywords (str) – Comma separated list of context search criteria in the form of component=’value’, where component is the model component of the item, and value is the value of the model component. Values can also be ANY (matches any value) or NONE (matches no value).

Examples

    >>> model.fluids.compositional.set_composition(context="C-Fluid", value = df)
    >>> model.fluids.compositional.set_composition(CompositionalFluid="C-Fluid",
                        value = df)

The definitions sub-module maintains the enumerations and static classes that are available in the Pipesim Python Toolkit.

class sixgill.definitions.Units
Bases: object

Available unit of measurement categories

METRIC = 'PIPESIM_METRIC'

SI = 'PIPESIM_SI'

FIELD = 'PIPESIM_FIELD'

class sixgill.definitions.Tasks
Bases: object

Available Pipesim simulation tasks

NETWORKSIMULATION = 'NetworkSim'

NETWORKOPTIMIZERSIMULATION = 'NetworkOptSim'

PTPROFILESIMULATION = 'PTProfileSim'

NODALANALYSISOPERATION = 'NodalAnalysisOp'

WELLPERFORMANCECURVESOPERATION = 'WellPerformanceCurvesSim'

SYSTEMANALYSISOPERATION = 'SystemAnalysisOp'

GLDIAGNOSTICSOPERATION = 'GLDiagnosticsOp'

VFPTABLESSOPERATION = 'VfpTablesOp'

SYSTEMPERFORMANCE = 'SystemPerformance'

WELLCALIBRATION = 'WellCalibrationOp'

class sixgill.definitions.Connection
Bases: object

SOURCE = 'Source'

DESTINATION = 'Destination'

SOURCEPORT = 'Source Port'

class Separator
Bases: object

TOP = 'Top Port'

BOTTOM = 'Bottom Port'

BOOT = 'Boot Port'

class AdvancedWell
Bases: object

TOP = 'Top Port'

MIDDLE = 'Middle Port'

BOTTOM = 'Bottom Port'

class sixgill.definitions.SimulationState
Bases: object

RUNNING = 'Running'

COMPLETED = 'Completed'

FAILED = 'Failed'

class sixgill.definitions.SimulationOptions
Bases: object

PARALLELISM = 'Parallelism'

RESTART = 'Restart'

GENERATEOUTPUTFILE = 'GenerateOutputFile'

class sixgill.definitions.ModelComponents
Bases: object

Available model components

BLACKOILFLUID = 'BlackOilFluid'

BOUNDARY = 'Boundary'

CASING = 'Casing'

CHECKVALVE = 'CheckValve'

CHOKE = 'Choke'

COMPLETION = 'Completion'

COMPLETIONCONINGPOINT = 'CompletionConingPoint'

COMPLETIONMODEL = 'CompletionModel'

COMPOSITIONALFLUID = 'CompositionalFluid'

COMPRESSOR = 'Compressor'

ENGINEKEYWORDS = 'EngineKeywords'

ESP = 'ESP'

EXPANDER = 'Expander'

FILEBASEDFLUID = 'FileBasedFluid'

FLOWLINE = 'Flowline'

FLUIDCOMPONENT = 'FluidComponent'

GASLIFTINJECTION = 'GasLiftInjection'

GENERICEQUIPMENT = 'GenericEquipment'

GRAVELPACK = 'GravelPack'

HEATEXCHANGER = 'HeatExchanger'

INJECTOR = 'Injector'

IPRBACKPRESSURE = 'IPRBackPressure'

IPRDARCY = 'IPRDarcy'

IPRTRILINEAR = 'IPRTriLinear'

IPRFETKOVITCH = 'IPRFetkovitch'

IPRFORCHHEIMER = 'IPRForchheimer'

IPRHORIZONTALPI = 'IPRHorizontalPI'

IPRHYDRAULICFRACTURE = 'IPRHydraulicFracture'

IPRJONES = 'IPRJones'

IPRPIMODEL = 'IPRPIModel'

IPRPSSBABUODEH = 'IPRPSSBabuOdeh'

IPRSSJOSHI = 'IPRSSJoshi'

IPRVOGEL = 'IPRVogel'

JUNCTION = 'Junction'

LINER = 'Liner'

MEASUREMENTPOINT = 'MeasurementPoint'

MFLFLUID = 'MFLFluid'

MULTIPLIERADDER = 'MultiplierAdder'

MULTIPHASEBOOSTER = 'MultiphaseBooster'

GENERICBOOSTER = 'GenericBooster'

ONESUBSEABOOSTER = 'OneSubseaBooster'

WETGASCOMPRESSOR = 'WetGasCompressor'

OPEN_HOLE = 'OpenHole'

PACKER = 'Packer'

PCP = 'PCP'

PUMP = 'Pump'

PVTFLUID = 'PVTFluid'

RODPUMP = 'RodPump'

SINGLEPHASESEPARATOR = 'SinglephaseSeparator'

SINK = 'Sink'

SLIDINGSLEEVE = 'SlidingSleeve'

SOURCE = 'Source'

SPOTREPORT = 'SpotReport'

STUDY = 'Study'

SUBSURFACESAFETYVALVE = 'SubsurfaceSafetyValve'

THREEPHASESEPARATOR = 'ThreePhaseSeparator'

TUBING = 'Tubing'

TUBINGPLUG = 'TubingPlug'

TWOPHASESEPARATOR = 'TwoPhaseSeparator'

WATERTEMPVELOCITYSURVEY = 'WaterTempVelocitySurvey'

WELL = 'Well'

NETWORKSIMULATION = 'NetworkSim'

NETWORKOPTIMIZERSIMULATION = 'NetworkOptSim'

PTPROFILESIMULATION = 'PTProfileSim'

NODALANALYSISOPERATION = 'NodalAnalysisOp'

WELLPERFORMANCECURVESOPERATION = 'WellPerformanceCurvesSim'

SYSTEMANALYSISOPERATION = 'SystemAnalysisOp'

GLDIAGNOSTICSOPERATION = 'GLDiagnosticsOp'

VFPTABLESOPERATION = 'VfpTablesOp'

SYSTEMPERFORMANCE = 'SystemPerformance'

WELLCALIBRATION = 'WellCalibrationOp'

GLOBALCATALOG = 'GlobalCatalog'

RISKINDEXLIMITS = 'RiskIndexLimits'

FLOWCORRELATION = 'FlowCorrelation'

HEATTRANSFEROPTIONS = 'HeatTransferOptions'

FLOWCONTROLVALVE = 'FlowControlValve'

class sixgill.definitions.Parameters
Bases: object

Available parameters by model component

class Location
Bases: object

LATITUDE = 'Latitude'

LONGITUDE = 'Longitude'

NONCLUSTEREDLATITUDE = 'SchematicLatitude'

NONCLUSTEREDLONGITUDE = 'SchematicLongitude'

ELEVATION = 'Elevation'

class SchematicPosition
Bases: object

X_COORD = 'X'

Y_COORD = 'Y'

class DownholeLocation
Bases: object

TOPMEASUREDDEPTH = 'TopMeasuredDepth'

BOTTOMMEASUREDDEPTH = 'BottomMeasuredDepth'

TUBINGSECTIONTYPE = 'TubingSectionType'

class ModelComponent
Bases: object

NAME = 'Name'

ISACTIVE = 'IsActive'

class DownholeComponent
Bases: ModelComponent, DownholeLocation

class SurfaceComponent
Bases: ModelComponent, Location, SchematicPosition

class DownholeOrSurfaceComponent
Bases: ModelComponent, DownholeLocation, Location, SchematicPosition

class AbstractTubingSection
Bases: DownholeComponent

ISFLOWPRESENTINSIDE = 'IsFlowPresentInside'

TOPMEASUREDDEPTH = 'TopMeasuredDepth'

GRADE = 'Grade'

DENSITY = 'Density'

BOREHOLEDIAMETER = 'BoreholeDiameter'

CEMENTTOP = 'CementTop'

CEMENTDENSITY = 'CementDensity'

ANNULUSMATERIALTYPE = 'AnnulusMaterialType'

ANNULUSMATERIALDENSITY = 'AnnulusMaterialDensity'

INNERDIAMETER = 'InnerDiameter'

ROUGHNESS = 'Roughness'

WALLTHICKNESS = 'WallThickness'

LENGTH = 'Length'

THERMALCONDUCTIVITY = 'ThermalConductivity'

CEMENTTHERMALCONDUCTIVITY = 'CementThermalConductivity'

FLUIDTHERMALCONDUCTIVITY = 'FluidThermalConductivity'

SECTIONTYPE = 'SectionType'

class AssociatedToFluid
Bases: object

ASSOCIATEDBLACKOILFLUID = 'AssociatedBlackOilFluid'

ASSOCIATEDCOMPOSITIONALFLUID = 'AssociatedCompositionalFluid'

ASSOCIATEDMFLFLUID = 'AssociatedMFLFluid'

class CanBeTemplate
Bases: object

ISTEMPLATE = 'IsTemplate'

ISBUILTINTEMPLATE = 'IsBuiltinTemplate'

class SharedPumpParameters
Bases: object

EFFICIENCY = 'Efficiency'

POWER = 'Power'

PRESSURE = 'Pressure'

PRESSUREDIFFERENTIAL = 'PressureDifferential'

PRESSURERATIO = 'PressureRatio'

USECURVES = 'UseCurves'

class SharedPumpCatalogParameters
Bases: object

MANUFACTURER = 'Manufacturer'

MODEL = 'Model'

BASESPEED = 'BaseSpeed'

OPERATINGSPEED = 'OperatingSpeed'

SHOWPOWER = 'ShowPower'

class FluidLink
Bases: object

RESERVOIRPRESSURE = 'ReservoirPressure'

RESERVOIRTEMPERATURE = 'ReservoirTemperature'

COMPLETIONTESTTYPE = 'CompletionTestType'

USETESTDATA = 'UseTestData'

USECONINGDATA = 'UseConingData'

CONEDGASSG = 'ConedGasSG'

USEGASRATIO = 'UseGasRatio'

USEWATERRATIO = 'UseWaterRatio'

GOR = 'GOR'

OGR = 'OGR'

GLR = 'GLR'

LGR = 'LGR'

GWR = 'GWR'

WGR = 'WGR'

WATERCUT = 'WaterCut'

USEFLUIDOVERRIDES = 'UseFluidOverrides'

OVERRIDESINITIALIZED = 'OverridesInitialized'

class Fluid
Bases: CanBeTemplate, FluidLink

COMMENT = 'Comment'

HASOVERRIDE = 'HasOverride'

class FileBasedFluid
Bases: Fluid

FLUIDFILENAME = 'FluidFileName'

class About
Bases: object

TOOLKITVERSION = 'ToolkitVersion'

WEBAPIVERSION = 'WebAPIVersion'

MODELFILENAME = 'ModelFilename'

UNITSYSTEM = 'UnitSystem'

UIUNITSYSTEM = 'UiUnitSystem'

class SimulationSetting
Bases: object

AMBIENTTEMPERATURE = 'AmbientTemperature'

ATMOSPHERICPRESSURE = 'AtmosphericPressure'

WINDSPEED = 'WindSpeed'

SOILTYPE = 'SoilType'

SOILCONDUCTIVITY = 'SoilConductivity'

METOCEANDATALOCATION = 'MetoceanDataLocation'

EROSIONALVELOCITYCONSTANT = 'ErosionalVelocityConstant'

CORROSIONMODEL = 'CorrosionModel'

CORROSIONEFFICIENCY = 'CorrosionEfficiency'

PIPESEGMENTATIONMAXREPORTINGINTERVAL = 'PipeSegmentationMaxReportingInterval'

PIPESEGMENTATIONPRINTSEGMENTATIONRESULT = 'PipeSegmentationPrintSegmentationResult'

PIPESEGMENTATIONMAXSEGMENTLENGTH = 'PipeSegmentationMaxSegmentLength'

MAXEMULSIONINVERSIONWATERCUT = 'MaxEmulsionInversionWaterCut'

NETWORKSOLVERMETHOD = 'NetworkSolver'

NETWORKSOLVERTOLERANCE = 'NetworkSolverTolerance'

ADVANCEDWELLTOLERANCE = 'AdvancedWellTolerance'

NETWORKSOLVERMAXITERATIONS = 'NetworkSolverMaxIterations'

SINGLEBRANCHKEYWORDS = 'SingleBranchKeywords'

NETWORKTOPKEYWORDS = 'NetworkTopKeywords'

NETWORKBOTTOMKEYWORDS = 'NetworkBottomKeywords'

GISELEVATIONINTERVAL = 'GISElevationInterval'

GISELEVATIONMAXPOINTS = 'GISElevationMaxPoints'

USEGLOBALFLOWCORRELATIONS = 'UseGlobalFlowCorrelations'

USEGLOBALCORROSIONMODEL = 'UseGlobalCorrosionModel'

USEGLOBALHEATTRANSFER = 'UseGlobalHeatTransfer'

ESPSLIPPAGEFACTOR = 'PumpSpeedFactor'

class FlowCorrelation
Bases: object

SWAPANGLE = 'SwapAngle'

OVERRIDEGLOBAL = 'OverrideGlobal'

class SinglePhase
Bases: object

CORRELATION = 'SinglePhaseCorrelation'

FACTOR = 'SinglePhaseFactor'

class Multiphase
Bases: object

class Vertical
Bases: object

SOURCE = 'VerticalMultiphaseSource'

CORRELATION = 'VerticalMultiphaseCorrelation'

HOLDUPFACTOR = 'VerticalMultiphaseHoldupFactor'

FRICTIONFACTOR = 'VerticalMultiphaseFrictionFactor'

class Horizontal
Bases: object

SOURCE = 'HorizontalMultiphaseSource'

CORRELATION = 'HorizontalMultiphaseCorrelation'

HOLDUPFACTOR = 'HorizontalMultiphaseHoldupFactor'

FRICTIONFACTOR = 'HorizontalMultiphaseFrictionFactor'

class HeatTransferOption
Bases: object

PIPEBURIALMETHOD = 'PipeBurialMethod'

INSIDEFILMCOEFFMETHOD = 'InsideFilmCoeffMethod'

UVALUEMULTIPLIER = 'UValueMultiplier'

ENABLEHYDRATESUBCOOLCALC = 'EnableHydrateSubcoolCalc'

OVERRIDEGLOBAL = 'OverrideGlobal'

class BlackOilFluid
Bases: Fluid

API = 'API'

FRACTIONCO2 = 'CO2Fraction'

FRACTIONCO = 'COFraction'

GASSPECIFICGRAVITY = 'GasSpecificGravity'

GLR = 'GLR'

GOR = 'GOR'

USEGASRATIO = 'UseGasRatio'

USEWATERRATIO = 'UseWaterRatio'

GWR = 'GWR'

FRACTIONH2 = 'H2Fraction'

FRACTIONH2S = 'H2SFraction'

FRACTIONN2 = 'N2Fraction'

WATERCUT = 'WaterCut'

WATERSPECIFICGRAVITY = 'WaterSpecificGravity'

DEADOILDENSITY = 'DeadOilDensity'

USEDEADOILDENSITY = 'UseDeadOilDensity'

DEADOILVISCOSITYCORR = 'DeadOilViscosityCorr'

DEADOILTEMPERATURE1 = 'DeadOilTemperature1'

DEADOILTEMPERATURE2 = 'DeadOilTemperature2'

DEADOILVISCOSITY1 = 'DeadOilViscosity1'

DEADOILVISCOSITY2 = 'DeadOilViscosity2'

LIVEOILVISCOSITYCORR = 'LiveOilViscosityCorr'

LIQUIDVISCOSITYCALC = 'LiquidViscosityCalc'

USEBRAUNERULLMANEQUATION = 'UseBraunerUllmanEquation'

USERWATERCUTCUTOFF = 'UserWatercutCutOff'

UNDERSATURATEDOILVISCOSITYPARA = 'UndersaturatedOilViscosityParA'

UNDERSATURATEDOILVISCOSITYPARB = 'UndersaturatedOilViscosityParB'

UNDERSATURATEDOILVISCOSITYCORR = 'UndersaturatedOilViscosityCorr'

VANDUSERK1 = 'VandUserk1'

VANDUSERK2 = 'VandUserk2'

RICHARDSONKOIW = 'Richardsonkoiw'

RICHARDSONKWIO = 'Richardsonkwio'

OGR = 'OGR'

LGR = 'LGR'

WGR = 'WGR'

ISTEMPLATE = 'IsTemplate'

ISBUILTINTEMPLATE = 'IsBuiltinTemplate'

USERVISCOSITYTABLE = 'UserViscosityTable'

USEREMULSIONTABLE = 'UserEmulsionViscosityTable'

class SinglePointCalibration
Bases: object

SOLUTIONGAS = 'SolutionGas'

LIVEOILFVFCORRELATION = 'OilFVFCorrelation'

LIVEOILVISCCORRELATION = 'LiveOilViscCorrelation'

UNDERSATURATEDOILFVFCORR = 'UndersaturatedOilFVFCorr'

GASCOMPRESSCORRELATION = 'GasCompressCorrelation'

GASVISCCORRELATION = 'GasViscCorrelation'

ABOVEBBPTYPE = 'AboveBBPType'

BELOWBBPTYPE = 'BelowBBPType'

BUBBLEPOINTSATGAS_VALUE = 'BubblepointSatGas_Value'

BUBBLEPOINTSATGAS_PRESSURE = 'BubblepointSatGas_Pressure'

BUBBLEPOINTSATGAS_TEMPERATURE = 'BubblepointSatGas_Temperature'

ABOVEBBPDENSITY_VALUE = 'AboveBBPDensity_Value'

ABOVEBBPDENSITY_PRESSURE = 'AboveBBPDensity_Pressure'

ABOVEBBPDENSITY_TEMPERATURE = 'AboveBBPDensity_Temperature'

ABOVEBBPOFVF_VALUE = 'AboveBBPOFVF_Value'

ABOVEBBPOFVF_PRESSURE = 'AboveBBPOFVF_Pressure'

ABOVEBBPOFVF_TEMPERATURE = 'AboveBBPOFVF_Temperature'

BELOWBBPDENSITY_VALUE = 'BelowBBPDensity_Value'

BELOWBBPDENSITY_PRESSURE = 'BelowBBPDensity_Pressure'

BELOWBBPDENSITY_TEMPERATURE = 'BelowBBPDensity_Temperature'

BELOWBBPOFVF_VALUE = 'BelowBBPOFVF_Value'

BELOWBBPOFVF_PRESSURE = 'BelowBBPOFVF_Pressure'

BELOWBBPOFVF_TEMPERATURE = 'BelowBBPOFVF_Temperature'

BELOWBBPLIVEOILVISCOSITY_VALUE = 'BelowBBPLiveOilViscosity_Value'

BELOWBBPLIVEOILVISCOSITY_PRESSURE = 'BelowBBPLiveOilViscosity_Pressure'

BELOWBBPLIVEOILVISCOSITY_TEMPERATURE = 'BelowBBPLiveOilViscosity_Temperature'

BELOWBBPGASVISCOSITY_VALUE = 'BelowBBPGasViscosity_Value'

BELOWBBPGASVISCOSITY_PRESSURE = 'BelowBBPGasViscosity_Pressure'

BELOWBBPGASVISCOSITY_TEMPERATURE = 'BelowBBPGasViscosity_Temperature'

BELOWBBPGASZ_VALUE = 'BelowBBPGasZ_Value'

BELOWBBPGASZ_PRESSURE = 'BelowBBPGasZ_Pressure'

BELOWBBPGASZ_TEMPERATURE = 'BelowBBPGasZ_Temperature'

class ThermalData
Bases: object

GASHEATCAPACITY = 'GasHeatCapacity'

OILHEATCAPACITY = 'OilHeatCapacity'

WATERHEATCAPACITY = 'WaterHeatCapacity'

GASCONDUCTIVITY = 'GasConductivity'

OILCONDUCTIVITY = 'OilConductivity'

WATERCONDUCTIVITY = 'WaterConductivity'

ENTHALPYCALCMETHOD = 'EnthalpyCalcMethod'

LATENTHEATOFVAPORIZATION = 'LatentHeatOfVaporization'

class BlackOilUserViscosityTable
Bases: object

TEMPERATURE = 'Temperature'

VISCOSITY = 'Viscosity'

class BlackOilUserEmulsionTable
Bases: object

WATERCUT = 'Watercut'

VISCOSITYRATIO = 'ViscosityRatio'

class Boundary
Bases: object

USEPQCURVE = 'UsePQCurve'

USEGASRATIO = 'UseGasRatio'

USEWATERRATIO = 'UseWaterRatio'

ISSURFACECONDITION = 'IsSurfaceCondition'

TEMPERATURE = 'Temperature'

PRESSURE = 'Pressure'

GASFLOWRATE = 'GasFlowRate'

LIQUIDFLOWRATE = 'LiquidFlowRate'

MASSFLOWRATE = 'MassFlowRate'

GOR = 'GOR'

OGR = 'OGR'

GLR = 'GLR'

LGR = 'LGR'

WATERCUT = 'WaterCut'

GWR = 'GWR'

WGR = 'WGR'

FLOWRATETYPE = 'FlowRateType'

COMPLETIONNAME = 'CompletionName'

ISBOTTOMCOMPLETION = 'IsBottomCompletion'

ISACTIVE = 'IsActive'

WELLNAME = 'WellName'

BOUNDARYNODETYPE = 'BoundaryNodeType'

BOUNDARYNODENAME = 'BoundaryNodeName'

class RateConstraint
Bases: object

OILFLOWRATE = 'OilFlowRate'

WATERFLOWRATE = 'WaterFlowRate'

GASFLOWRATE = 'GasFlowRate'

LIQUIDFLOWRATE = 'LiquidFlowRate'

MASSFLOWRATE = 'MassFlowRate'

class LocalConstraint
Bases: object

WELLCONTRIBUTION = 'IsControlledWell'

ALHANATICHECK = 'AlhanatiCheck'

FORCESTABLEFLOW = 'ForceStableFlow'

WELLSTATUS = 'WellMayShutIn'

MINGASLIFTRATE = 'MinGasliftRate'

MAXGASLIFTRATE = 'MaxGasliftRate'

MAXCHPFORGASINJECTION = 'MaxChpForGasInjection'

MINLIQUIDRATE = 'MinLiquidRate'

MAXLIQUIDRATE = 'MaxLiquidRate'

MINTOTALGASRATE = 'MinTotalGasRate'

MAXTOTALGASRATE = 'MaxTotalGasRate'

MAXWATERRATE = 'MaxWaterRate'

MAXWELLHEADTEMPERATURE = 'MaxWellheadTemperature'

MAXDRAWDOWNPRESSURE = 'MaxDrawdownPressure'

MINBUBBLEPOINTPRESSURE = 'MinBubblePointPressure'

MAXEVR = 'MaxEvr'

MAXVELOCITY = 'MaxVelocity'

MINPOWER = 'MinPower'

MAXPOWER = 'MaxPower'

MINFREQUENCY = 'MinFrequency'

MAXFREQUENCY = 'MaxFrequency'

MINSPEED = 'MinSpeed'

MAXSPEED = 'MaxSpeed'

MINBEANSIZE = 'MinBeanSize'

MAXBEANSIZE = 'MaxBeanSize'

MAXPRODUCEDGASRATE = 'MaxProducedGasRate'

MAXINJECTIONGASRATE = 'MaxInjectionGasRate'

MAXGOR = 'MaxGor'

MAXCO2 = 'MaxCo2'

MAXH2S = 'MaxH2s'

MAXOILRATE = 'MaxOilRate'

class OptimizerInitialConditions
Bases: object

DUALSTRINGWELLID = 'SiblingWellId'

CONSTRAINTTYPE = 'ConstraintType'

INJECTIONGAS = 'InjectionRate'

ESPFREQUENCY = 'ESPOperatingFrequency'

PCPSPEED = 'PCPOperatingSpeed'

CHOKESIZE = 'BeanSize'

class Casing
Bases: AbstractTubingSection

class CheckValve
Bases: SurfaceComponent

CHECKVALVESETTING = 'CheckValveSetting'

class Choke
Bases: DownholeOrSurfaceComponent

ADJUSTSUBCRITICALCORRELATION = 'AdjustSubcriticalCorrelation'

BEANSIZE = 'BeanSize'

BOTHPHASESFLOWCOEFFICIENT = 'BothPhasesFlowCoefficient'

CALCULATECRITICALPRESSURERATIO = 'CalculateCriticalPressureRatio'

GASEXPANSIONFACTOR = 'GasExpansionFactor'

CRITICALCORRELATION = 'CriticalCorrelation'

CRITICALPRESSURERATIO = 'CriticalPressureRatio'

DISCHARGECOEFFICIENT = 'DischargeCoefficient'

GASPHASEFLOWCOEFFICIENT = 'GasPhaseFlowCoefficient'

HEATCAPACITYRATIO = 'HeatCapacityRatio'

USEFLOWRATEFORCRITICALFLOW = 'UseFlowrateForCriticalFlow'

USEPRESSURERATIOFORCRITICALFLOW = 'UsePressureRatioForCriticalFlow'

USESONICDOWNSTREAMVELOCITYFORCRITICALFLOW = 'UseSonicDownstreamVelocityForCriticalFlow'

USESONICUPSTREAMVELOCITYFORCRITICALFLOW = 'UseSonicUpstreamVelocityForCriticalFlow'

LIQUIDPHASEFLOWCOEFFICIENT = 'LiquidPhaseFlowCoefficient'

SUBCRITICALCORRELATION = 'SubCriticalCorrelation'

TOLERANCE = 'Tolerance'

UPSTREAMPIPEID = 'UpstreamPipeID'

PRINTDETAILEDCALCULATIONS = 'PrintDetailedCalculations'

class Completion
Bases: DownholeComponent, AssociatedToFluid, FluidLink

DIAMETER = 'Diameter'

LENGTH = 'Length'

PHASEANGLE = 'PhaseAngle'

SHOTDENSITY = 'ShotDensity'

PENETRATIONDEPTH = 'PenetrationDepth'

FLUIDENTRYTYPE = 'FluidEntryType'

GEOMETRYPROFILETYPE = 'GeometryProfileType'

RESERVOIRPRESSURE = 'ReservoirPressure'

RESERVOIRTEMPERATURE = 'ReservoirTemperature'

TESTPOINTS = 'CompletionTestPoints'

IPRMODEL = 'IPRModel'

class CompletionConingPoint
Bases: object

LIQUIDFLOWRATE = 'LiquidFlowRate'

GOR = 'GOR'

WATERCUT = 'WaterCut'

class CompositionalFluid
Bases: Fluid

COMPONENTFRACTIONTYPE = 'ComponentFractionType'

USETUNEDFRACTIONS = 'UseTunedFractions'

SHOWALLCOMPONENTS = 'ShowAllComponents'

LIQUIDVISCOSITYCALC = 'LiquidViscosityCalc'

USEBRAUNERULLMANEQUATION = 'UseBraunerUllmanEquation'

USERWATERCUTCUTOFF = 'UserWatercutCutOff'

VANDUSERK1 = 'VandUserk1'

VANDUSERK2 = 'VandUserk2'

RICHARDSONKOIW = 'Richardsonkoiw'

RICHARDSONKWIO = 'Richardsonkwio'

IONSODIUM = 'SodiumIon'

IONCALCIUM = 'CalciumIon'

IONMAGNESIUM = 'MagnesiumIon'

IONPOTASSIUM = 'PotassiumIon'

IONSTRONTIUM = 'StrontiumIon'

IONBARIUM = 'BariumIon'

IONIRON = 'IronIon'

IONCHLORIDE = 'ChlorideIon'

IONSULPHATE = 'SulphateIon'

IONBICARBONATE = 'BicarbonateIon'

IONBROMIDE = 'BromideIon'

TOTALDISSOLVEDSOLIDS = 'TotalDissolvedSolids'

SALTWATERDENSITYTYPE = 'SaltWaterDensityType'

SALTWATERDENSITY = 'SaltWaterDensity'

SALTWATERSALINITY = 'SaltWaterSalinity'

SALTWATERTEMPERATURE = 'SaltWaterTemperature'

ISTEMPLATE = 'IsTemplate'

ISBUILTINTEMPLATE = 'IsBuiltinTemplate'

USEREMULSIONTABLE = 'UserEmulsionViscosityTable'

COMPOSITION = 'Composition'

class Compressor
Bases: SurfaceComponent, SharedPumpParameters, SharedPumpCatalogParameters

ROUTE = 'Route'

HONOURSTONEWALLLIMIT = 'HonourStonewallLimit'

ISRECIPROCATING = 'IsReciprocating'

HEADFACTOR = 'HeadFactor'

class IPRTriLinear
Bases: object

DISTANCETOBOUNDARY = 'DistanceToBoundary'

OUTERRESPERM = 'OuterResPerm'

INNERRESPERM = 'InnerResPerm'

OUTERRESPOROSITY = 'OuterResPorosity'

INNERRESPOROSITY = 'InnerResPorosity'

OUTERRESCOMPRESSIBILITY = 'OuterResCompressibility'

INNERRESCOMPRESSIBILITY = 'InnerResCompressibility'

NUMHYDRAULICFRAC = 'NumHydraulicFrac'

HYDRAULICFRACHALF = 'HydraulicFracHalf'

HYDRAULICFRACWIDTH = 'HydraulicFracWidth'

HYDRAULICFRACPERM = 'HydraulicFracPerm'

HYDRAULICFRACPOROSITY = 'HydraulicFracPorosity'

HYDRAULICFRACCOMPRESSIBILITY = 'HydraulicFracCompressibility'

CALCSKIN = 'CalcSkin'

TIME = 'Time'

RESERVOIRTHICKNESS = 'ReservoirThickness'

CALCULATIONTYPE = 'CalculationType'

ISGASMODEL = 'IsGasModel'

USEVOGELBELOWBUBBLEPOINT = 'UseVogelBelowBubblePoint'

USEVOGELWATERCUTCORRECTION = 'UseVogelWaterCutCorrection'

class IPRDarcy
Bases: object

RATIOTYPE = 'RatioType'

DAMAGEDZONEPERMRATIO = 'DamagedZonePermRatio'

COMPACTEDZONEPERMRATIO = 'CompactedZonePermRatio'

COMPLETIONVERTICALPERMRATIO = 'CompletionVerticalPermRatio'

COMPLETIONINTERVALRATIO = 'CompletionIntervalRatio'

DAMAGEDZONESKIN = 'DamagedZoneSkin'

PERFORATIONSKIN = 'PerforationSkin'

COMPACTEDZONESKIN = 'CompactedZoneSkin'

PARTIALPENETRATIONSKIN = 'PartialPenetrationSkin'

DEVIATIONSKIN = 'DeviationSkin'

GRAVELPACKSKIN = 'GravelPackSkin'

FRACPACKSKIN = 'FracPackSkin'

CALCULATEMECHANICALSKIN = 'CalculateMechanicalSkin'

CALCULATERATEDEPENDENTSKIN = 'CalculateRateDependentSkin'

CHOKELENGTH = 'ChokeLength'

OBSOLETECOMPACTEDZONEDIAMETER = 'ObsoleteCompactedZoneDiameter'

COMPACTEDZONETHICKNESS = 'CompactedZoneThickness'

COMPACTEDZONEPERMEABILITY = 'CompactedZonePermeability'

COMPLETIONDEVIATION = 'CompletionDeviation'

COMPLETIONVERTICALPERMEABILITY = 'CompletionVerticalPermeability'

COMPLETIONINTERVAL = 'CompletionInterval'

DAMAGEDEPTH = 'DamageDepth'

OBSOLETEDAMAGEDZONEDIAMETER = 'ObsoleteDamagedZoneDiameter'

DAMAGEDZONETHICKNESS = 'DamagedZoneThickness'

DAMAGEDZONEPERMEABILITY = 'DamagedZonePermeability'

DRAINAGERADIUS = 'DrainageRadius'

FRACTURECHOKEPERMEABILITY = 'FractureChokePermeability'

FRACTUREFACEDAMAGEPERMEABILITY = 'FractureFaceDamagePermeability'

FRACTUREHALFLENGTH = 'FractureHalfLength'

FRACTUREPROPPANTPERMEABILITY = 'FractureProppantPermeability'

FRACTUREWIDTH = 'FractureWidth'

ISGASMODEL = 'IsGasModel'

MECHANICALSKIN = 'MechanicalSkin'

PERFSKINMETHOD = 'PerfSkinMethod'

RATEDEPENDENTGASSKIN = 'RateDependentGasSkin'

RATEDEPENDENTLIQUIDSKIN = 'RateDependentLiquidSkin'

RESERVOIRAREA = 'ReservoirArea'

RESERVOIRPERMEABILITY = 'ReservoirPermeability'

RESERVOIRTHICKNESS = 'ReservoirThickness'

SHAPEFACTOR = 'ShapeFactor'

USERELATIVEPERMEABILITY = 'UseRelativePermeability'

USECHOKEFRACTURESKIN = 'UseChokeFractureSkin'

USEDAMAGEDZONESKIN = 'UseDamagedZoneSkin'

USEDRAINAGERADIUS = 'UseDrainageRadius'

USEFRACTUREFACESKIN = 'UseFractureFaceSkin'

USEFRACTURESKIN = 'UseFractureSkin'

USEGRAVELPACKSKIN = 'UseGravelPackSkin'

USEPARTIALPENETRATIONDEVIATIONSKIN = 'UsePartialPenetrationDeviationSkin'

USEPERFORATIONSKIN = 'UsePerforationSkin'

USEPSEUDOPRESSUREMETHOD = 'UsePseudoPressureMethod'

USEVOGELBELOWBUBBLEPOINT = 'UseVogelBelowBubblepoint'

USEVOGELWATERCUTCORRECTION = 'UseVogelWaterCutCorrection'

WELLCOMPLETIONTYPE = 'WellCompletionType'

ISTRANSIENT = 'IsTransient'

COMPRESSIBILITY = 'Compressibility'

POROSITY = 'Porosity'

TIME = 'Time'

WATERSATURATION = 'WaterSaturation'

RELATIVEPERMEABILITYOIL = 'RelativePermeabilityOil'

RELATIVEPERMEABILITYWATER = 'RelativePermeabilityWater'

class DistributedCompletionModel
Bases: object

RATIOTYPE = 'RatioType'

DAMAGEDZONEPERMRATIO = 'DamagedZonePermRatio'

COMPACTEDZONEPERMRATIO = 'CompactedZonePermRatio'

COMPLETIONVERTICALPERMRATIO = 'CompletionVerticalPermRatio'

DAMAGEDZONESKIN = 'DamagedZoneSkin'

PERFORATIONSKIN = 'PerforationSkin'

COMPACTEDZONESKIN = 'CompactedZoneSkin'

PARTIALPENETRATIONSKIN = 'PartialPenetrationSkin'

DEVIATIONSKIN = 'DeviationSkin'

GRAVELPACKSKIN = 'GravelPackSkin'

FRACPACKSKIN = 'FracPackSkin'

CALCULATESKIN = 'CalculateSkin'

OBSOLETECOMPACTEDZONEDIAMETER = 'ObsoleteCompactedZoneDiameter'

COMPACTEDZONETHICKNESS = 'CompactedZoneThickness'

COMPACTEDZONEPERMEABILITY = 'CompactedZonePermeability'

COMPLETIONLENGTH = 'CompletionLength'

COMPLETIONMODELTYPE = 'CompletionModelType'

OBSOLETEDAMAGEDZONEDIAMETER = 'ObsoleteDamagedZoneDiameter'

DAMAGEDZONETHICKNESS = 'DamagedZoneThickness'

DAMAGEDZONEPERMEABILITY = 'DamagedZonePermeability'

FLUIDOFVF = 'FluidOFVF'

FLUIDVISCOSITY = 'FluidViscosity'

GASPI = 'GasPI'

GASZ = 'GasZ'

GRAVELPACKPERMEABILITY = 'GravelPackPermeability'

GRAVELPACKTUNNEL = 'GravelPackTunnel'

HORIZONTALWELLLENGTH = 'HorizontalWellLength'

ISGASMODEL = 'IsGasModel'

LIQUIDPI = 'LiquidPI'

LOCATIONECCEN = 'LocationEccen'

LOCATIONXPOS = 'LocationXPos'

LOCATIONYPOS = 'LocationYPos'

LOCATIONZPOS = 'LocationZPos'

PERFORATIONDIAMETER = 'PerforationDiameter'

PERFORATIONLENGTH = 'PerforationLength'

PERFORATIONSHOTDENSITY = 'PerforationShotDensity'

PERMEABILITYX = 'PermeabilityX'

PERMEABILITYY = 'PermeabilityY'

PERMEABILITYZ = 'PermeabilityZ'

RESERVOIREXTENT = 'ReservoirExtent'

RESERVOIRTHICKNESS = 'ReservoirThickness'

RESERVOIRXDIM = 'ReservoirXDim'

RESERVOIRYDIM = 'ReservoirYDim'

SPECIFIEDSKIN = 'SpecifiedSkin'

USEDISTRIBUTEDPI = 'UseDistributedPI'

WELLLENGTH = 'WellLength'

WELLCOMPLETIONTYPE = 'WellCompletionType'

class IPRPSSBabuOdeh
Bases: DistributedCompletionModel

class IPRSSJoshi
Bases: DistributedCompletionModel

class IPRHorizontalPI
Bases: DistributedCompletionModel

class EngineKeywords
Bases: DownholeOrSurfaceComponent

KEYWORDS = 'Keywords'

class ESP
Bases: DownholeComponent

SERIES = 'Series'

USESTAGEBYSTAGECALC = 'UseStageByStageCalc'

BASEFREQUENCY = 'BaseFrequency'

CASINGID = 'CasingID'

OPERATINGPRODUCTIONRATE = 'OperatingProductionRate'

OPERATINGFREQUENCY = 'OperatingFrequency'

DIAMETER = 'Diameter'

GASSEPARATOREFFICIENCY = 'GasSeparatorEfficiency'

HASGASSEPARATOR = 'HasGasSeparator'

HEADFACTOR = 'HeadFactor'

MANUFACTURER = 'Manufacturer'

MAXFLOWRATE = 'MaxFlowRate'

MINFLOWRATE = 'MinFlowRate'

MODEL = 'Model'

NUMBERSTAGES = 'NumberStages'

USEVISCOSITYCORRECTION = 'UseViscosityCorrection'

POWER = 'Power'

USEPOWER = 'UsePower'

PERMANENTMAGNETMOTOR = 'PermanentMagnetMotor'

NUMBEROFPOLES = 'NumberOfPoles'

OVERRIDESLIPPAGEFACTOR = 'OverrideSlippageFactor'

SLIPPAGEFACTOR = 'SlippageFactor'

FLOWRATEFACTOR = 'FlowrateFactor'

POWERFACTOR = 'PowerFactor'

COEFFICIENTA = 'CoefficientA'

COEFFICIENTB = 'CoefficientB'

POWERCORRECTION = 'PowerCorrection'

ISPOWERCORRECTIONCALCULATED = 'IsPowerCorrectionCalculated'

CABLELENGTHBELOWPUMP = 'CableLengthBelowPump'

RECOMBINEGAS = 'RecombineGas'

class MotorCoefficients
Bases: object

PFValues = 'PFValues'

AMPValues = 'AMPValues'

EFFValues = 'EFFValues'

class MotorCatalogData
Bases: object

MANUFACTURER = 'MotorManufacturer'

MOTORNAME = 'MotorName'

NPPOWER = 'NPPower'

NPVOLTAGE = 'NPVoltage'

NPAMPERAGE = 'NPAmperage'

FLOOREFFICIENCY = 'FloorEfficiency'

FLOORPOWERFACTOR = 'FloorPowerFactor'

class CableCatalogData
Bases: object

NAME = 'CableName'

VDROP = 'VDrop'

MAXAMPS = 'MaxAmps'

class ESPMotorCoefficient
Bases: object

AMPVALUE = 'AMPValue'

PFVALUE = 'PFValue'

EFFVALUE = 'EFFValue'

class Expander
Bases: SurfaceComponent, SharedPumpParameters

ROUTE = 'Route'

class IPRFetkovitch
Bases: object

ABSOLUTEOPENFLOWPOTENTIAL = 'AbsoluteOpenFlowPotential'

NEXPONENT = 'NExponent'

class FlowControlValve
Bases: DownholeComponent

USEGENERICMODE = 'UseGenericMode'

SIZECALC = 'SizeCalc'

CHOKEAREA = 'ChokeArea'

PORTDIAMETER = 'PortDiameter'

PORTSNUMBER = 'PortsNumber'

SUBCRITICALCORRELATION = 'SubCriticalCorrelation'

CALCULATECRITICALPRESSURERATIO = 'CalculateCriticalPressureRatio'

CRITICALPRESSURERATIO = 'CriticalPressureRatio'

LIQUIDFLOWCOEFFICIENT = 'LiquidFlowCoefficient'

GASFLOWCOEFFICIENT = 'GasFlowCoefficient'

MAXIMUMFLOWRATETYPE = 'MaximumFlowRateType'

MAXIMUMLIQUIDRATE = 'MaxLiquidFlowThroughValve'

MAXIMUMWATERRATE = 'MaxWaterFlowThroughValve'

MAXIMUMGASRATE = 'MaxGasFlowThroughValve'

MAXIMUMMASSRATE = 'MaxMassFlowThroughValve'

class ValveCatalogData
Bases: object

MANUFACTURER = 'Manufacturer'

TYPE = 'Type'

MODEL = 'Model'

DIAMETER = 'Diameter'

POSITION = 'Position'

class ValveCoefficient
Bases: object

POSITION = 'Position'

OPENINGAREA = 'OpeningArea'

LIQUIDFLOWCOEFFICIENT = 'ValveLiquidFlowCoefficient'

GASFLOWCOEFFICIENT = 'ValveGasFlowCoefficient'

class Flowline
Bases: SurfaceComponent

SHOWASRISER = 'ShowAsRiser'

DETAILEDMODEL = 'DetailedModel'

USEGISDATA = 'UseGISData'

UNDULATIONRATE = 'UndulationRate'

ENTERSURVEYLENGTH = 'EnterSurveyLength'

MEASUREDDISTANCE = 'MeasuredDistance'

HORIZONTALDISTANCE = 'HorizontalDistance'

ELEVATIONDIFFERENCE = 'ElevationDifference'

SEABEDDEPTH = 'SeabedDepth'

PLATFORMHEIGHT = 'PlatformHeight'

AMBIENTTEMPERATURE = 'AmbientTemperature'

AMBIENTAIRTEMPERATURE = 'AmbientAirTemperature'

AMBIENTWATERTEMPERATURE = 'AmbientWaterTemperature'

AMBIENTTEMPERATUREOPTIONS = 'AmbientTemperatureOptions'

AMBIENTFLUIDTYPE = 'AmbientFluidType'

WATERINTERPOLATIONMETHOD = 'WaterInterpolationMethod'

DEVIATIONSURVEYCALC = 'DeviationSurveyCalc'

ISFLIPPED = 'IsFlipped'

GEOTHERMALSURVEYINDEX = 'GeothermalSurveyIndex'

USEGLOBALSETTINGS = 'UseGlobalSettings'

ISDOWNCOMER = 'IsDowncomer'

USEENVIRONMENTALDATA = 'UseEnvironmentalData'

SURFACETEMPERATURE = 'SurfaceTemperature'

DEPTHATSTART = 'DepthAtStart'

USEDEPTH = 'UseDepth'

OVERRIDECORROSION = 'OverrideCorrosion'

ANNULUSFLOW = 'AnnulusFlow'

INNERDIAMETER = 'InnerDiameter'

LENGTH = 'Length'

ROUGHNESS = 'Roughness'

WALLTHICKNESS = 'WallThickness'

INNERPIPEOUTSIDEDIAMETER = 'InnerPipeOutsideDiameter'

OUTERPIPEINSIDEDIAMETER = 'OuterPipeInsideDiameter'

OUTERPIPEWALLTHICKNESS = 'OuterPipeWallThickness'

CATALOGNAME = 'CatalogName'

CATALOGLABEL = 'CatalogLabel'

ENTEROD = 'EnterOD'

GEOMETRYPROFILE = 'GeometryProfile'

GEOTHERMALPROFILE = 'FlowlineGeothermalProfile'

class HeatTransfer
Bases: object

GROUNDCONDUCTIVITY = 'GroundConductivity'

INCLUDEINSIDEFILMCOEFF = 'IncludeInsideFilmCoeff'

ISUCALCULATED = 'IsUCalculated'