/
option_consts.go
3926 lines (3919 loc) · 127 KB
/
option_consts.go
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package config
// This file was autogenerated by github.com/btracey/su2tools/config/autogen_options/
type option struct {
Name string
Config string
Category int
Description string
Type string
ExtraType string
Default string
OptionConst Option
}
// Option is a specific option of SU2. See the Options struct comments for
// descriptions of the options
type Option string
//func (o Option) String() string{
// return optionMap[o].Name
//}
const (
All Option = "AllOptions" // All is a shortcut for printing all of the config options
RegimeType = "RegimeType"
PhysicalProblem = "PhysicalProblem"
MathProblem = "MathProblem"
KindTurbModel = "KindTurbModel"
KindTransModel = "KindTransModel"
Axisymmetric = "Axisymmetric"
GravityForce = "GravityForce"
LowFidelitySimulation = "LowFidelitySimulation"
RestartSol = "RestartSol"
VisualizePart = "VisualizePart"
GasConstant = "GasConstant"
GammaValue = "GammaValue"
ReynoldsNumber = "ReynoldsNumber"
ReynoldsLength = "ReynoldsLength"
PrandtlLam = "PrandtlLam"
PrandtlTurb = "PrandtlTurb"
BulkModulus = "BulkModulus"
ArtcompFactor = "ArtcompFactor"
MachNumber = "MachNumber"
FreestreamPressure = "FreestreamPressure"
FreestreamDensity = "FreestreamDensity"
FreestreamTemperature = "FreestreamTemperature"
FreestreamTemperatureVe = "FreestreamTemperatureVe"
FreestreamVelocity = "FreestreamVelocity"
FreestreamViscosity = "FreestreamViscosity"
FreestreamIntermittency = "FreestreamIntermittency"
FreestreamTurbulenceintensity = "FreestreamTurbulenceintensity"
FreestreamNuFactor = "FreestreamNuFactor"
FreestreamTurb2lamviscratio = "FreestreamTurb2lamviscratio"
SideslipAngle = "SideslipAngle"
Aoa = "Aoa"
FixedClMode = "FixedClMode"
TargetCl = "TargetCl"
DampFixedCl = "DampFixedCl"
RefOriginMomentX = "RefOriginMomentX"
RefOriginMomentY = "RefOriginMomentY"
RefOriginMomentZ = "RefOriginMomentZ"
RefArea = "RefArea"
RefLengthMoment = "RefLengthMoment"
RefElemLength = "RefElemLength"
RefSharpEdges = "RefSharpEdges"
RefPressure = "RefPressure"
RefTemperature = "RefTemperature"
RefDensity = "RefDensity"
RefVelocity = "RefVelocity"
RefViscosity = "RefViscosity"
MarkerPlotting = "MarkerPlotting"
MarkerMonitoring = "MarkerMonitoring"
MarkerDesigning = "MarkerDesigning"
GeoMarker = "GeoMarker"
MarkerEuler = "MarkerEuler"
MarkerFar = "MarkerFar"
MarkerSym = "MarkerSym"
MarkerPressure = "MarkerPressure"
MarkerNearfield = "MarkerNearfield"
MarkerInterface = "MarkerInterface"
MarkerDirichlet = "MarkerDirichlet"
MarkerNeumann = "MarkerNeumann"
ElecDirichlet = "ElecDirichlet"
ElecNeumann = "ElecNeumann"
MarkerCustom = "MarkerCustom"
MarkerPeriodic = "MarkerPeriodic"
MarkerActdisk = "MarkerActdisk"
InletType = "InletType"
MarkerInlet = "MarkerInlet"
MarkerSupersonicInlet = "MarkerSupersonicInlet"
MarkerOutlet = "MarkerOutlet"
MarkerIsothermal = "MarkerIsothermal"
MarkerIsothermalNoncatalytic = "MarkerIsothermalNoncatalytic"
MarkerIsothermalCatalytic = "MarkerIsothermalCatalytic"
MarkerHeatflux = "MarkerHeatflux"
MarkerHeatfluxNoncatalytic = "MarkerHeatfluxNoncatalytic"
MarkerHeatfluxCatalytic = "MarkerHeatfluxCatalytic"
MarkerNacelleInflow = "MarkerNacelleInflow"
SubsonicNacelleInflow = "SubsonicNacelleInflow"
MarkerNacelleExhaust = "MarkerNacelleExhaust"
MarkerNormalDispl = "MarkerNormalDispl"
MarkerNormalLoad = "MarkerNormalLoad"
MarkerFlowload = "MarkerFlowload"
DampNacelleInflow = "DampNacelleInflow"
MarkerOut1d = "MarkerOut1d"
UnsteadySimulation = "UnsteadySimulation"
CflNumber = "CflNumber"
CflRamp = "CflRamp"
CflReductionAdjflow = "CflReductionAdjflow"
CflReductionTurb = "CflReductionTurb"
CflReductionAdjturb = "CflReductionAdjturb"
ExtIter = "ExtIter"
RkAlphaCoeff = "RkAlphaCoeff"
UnstTimestep = "UnstTimestep"
UnstTime = "UnstTime"
UnstCflNumber = "UnstCflNumber"
UnstIntIter = "UnstIntIter"
TimeInstances = "TimeInstances"
UnstRestartIter = "UnstRestartIter"
UnstAdjointIter = "UnstAdjointIter"
TimeDiscreFlow = "TimeDiscreFlow"
TimeDiscreTne2 = "TimeDiscreTne2"
TimeDiscreAdjtne2 = "TimeDiscreAdjtne2"
TimeDiscreAdjlevelset = "TimeDiscreAdjlevelset"
TimeDiscreAdjflow = "TimeDiscreAdjflow"
TimeDiscreLin = "TimeDiscreLin"
TimeDiscreTurb = "TimeDiscreTurb"
TimeDiscreAdjturb = "TimeDiscreAdjturb"
TimeDiscreWave = "TimeDiscreWave"
TimeDiscreFea = "TimeDiscreFea"
TimeDiscreHeat = "TimeDiscreHeat"
TimeDiscrePoisson = "TimeDiscrePoisson"
LinearSolver = "LinearSolver"
LinearSolverPrec = "LinearSolverPrec"
LinearSolverError = "LinearSolverError"
LinearSolverIter = "LinearSolverIter"
LinearSolverRestartFrequency = "LinearSolverRestartFrequency"
LinearSolverRelax = "LinearSolverRelax"
RoeTurkelPrec = "RoeTurkelPrec"
MinRoeTurkelPrec = "MinRoeTurkelPrec"
MaxRoeTurkelPrec = "MaxRoeTurkelPrec"
AdjturbLinSolver = "AdjturbLinSolver"
AdjturbLinPrec = "AdjturbLinPrec"
AdjturbLinError = "AdjturbLinError"
AdjturbLinIter = "AdjturbLinIter"
ConvCriteria = "ConvCriteria"
ResidualReduction = "ResidualReduction"
ResidualMinval = "ResidualMinval"
StartconvIter = "StartconvIter"
CauchyElems = "CauchyElems"
CauchyEps = "CauchyEps"
CauchyFuncFlow = "CauchyFuncFlow"
CauchyFuncAdjflow = "CauchyFuncAdjflow"
CauchyFuncLin = "CauchyFuncLin"
FullmgCauchyEps = "FullmgCauchyEps"
Fullmg = "Fullmg"
StartUpIter = "StartUpIter"
Mglevel = "Mglevel"
Mgcycle = "Mgcycle"
MgPreSmooth = "MgPreSmooth"
MgPostSmooth = "MgPostSmooth"
MgCorrectionSmooth = "MgCorrectionSmooth"
MgDampRestriction = "MgDampRestriction"
MgDampProlongation = "MgDampProlongation"
MgCflReduction = "MgCflReduction"
MaxChildren = "MaxChildren"
MaxDimension = "MaxDimension"
NumMethodGrad = "NumMethodGrad"
LimiterCoeff = "LimiterCoeff"
SharpEdgesCoeff = "SharpEdgesCoeff"
ConvNumMethodFlow = "ConvNumMethodFlow"
ViscNumMethodFlow = "ViscNumMethodFlow"
SourNumMethodFlow = "SourNumMethodFlow"
SpatialOrderFlow = "SpatialOrderFlow"
SlopeLimiterFlow = "SlopeLimiterFlow"
AdCoeffFlow = "AdCoeffFlow"
ConvNumMethodAdjflow = "ConvNumMethodAdjflow"
ViscNumMethodAdjflow = "ViscNumMethodAdjflow"
SourNumMethodAdjflow = "SourNumMethodAdjflow"
SpatialOrderAdjflow = "SpatialOrderAdjflow"
SlopeLimiterAdjflow = "SlopeLimiterAdjflow"
AdCoeffAdjflow = "AdCoeffAdjflow"
SpatialOrderTurb = "SpatialOrderTurb"
SlopeLimiterTurb = "SlopeLimiterTurb"
ConvNumMethodTurb = "ConvNumMethodTurb"
ViscNumMethodTurb = "ViscNumMethodTurb"
SourNumMethodTurb = "SourNumMethodTurb"
SpatialOrderAdjturb = "SpatialOrderAdjturb"
SlopeLimiterAdjturb = "SlopeLimiterAdjturb"
ConvNumMethodAdjturb = "ConvNumMethodAdjturb"
ViscNumMethodAdjturb = "ViscNumMethodAdjturb"
SourNumMethodAdjturb = "SourNumMethodAdjturb"
ConvNumMethodLin = "ConvNumMethodLin"
ViscNumMethodLin = "ViscNumMethodLin"
SourNumMethodLin = "SourNumMethodLin"
AdCoeffLin = "AdCoeffLin"
SpatialOrderAdjlevelset = "SpatialOrderAdjlevelset"
SlopeLimiterAdjlevelset = "SlopeLimiterAdjlevelset"
ConvNumMethodAdjlevelset = "ConvNumMethodAdjlevelset"
ViscNumMethodAdjlevelset = "ViscNumMethodAdjlevelset"
SourNumMethodAdjlevelset = "SourNumMethodAdjlevelset"
ConvNumMethodTne2 = "ConvNumMethodTne2"
ViscNumMethodTne2 = "ViscNumMethodTne2"
SourNumMethodTne2 = "SourNumMethodTne2"
SpatialOrderTne2 = "SpatialOrderTne2"
SlopeLimiterTne2 = "SlopeLimiterTne2"
AdCoeffTne2 = "AdCoeffTne2"
ConvNumMethodAdjtne2 = "ConvNumMethodAdjtne2"
ViscNumMethodAdjtne2 = "ViscNumMethodAdjtne2"
SourNumMethodAdjtne2 = "SourNumMethodAdjtne2"
SpatialOrderAdjtne2 = "SpatialOrderAdjtne2"
SlopeLimiterAdjtne2 = "SlopeLimiterAdjtne2"
AdCoeffAdjtne2 = "AdCoeffAdjtne2"
ViscNumMethodWave = "ViscNumMethodWave"
SourNumMethodWave = "SourNumMethodWave"
ViscNumMethodPoisson = "ViscNumMethodPoisson"
SourNumMethodPoisson = "SourNumMethodPoisson"
ViscNumMethodFea = "ViscNumMethodFea"
SourNumMethodFea = "SourNumMethodFea"
ViscNumMethodHeat = "ViscNumMethodHeat"
SourNumMethodHeat = "SourNumMethodHeat"
SourNumMethodTemplate = "SourNumMethodTemplate"
LimitAdjflow = "LimitAdjflow"
ObjectiveFunction = "ObjectiveFunction"
GeoLocationSections = "GeoLocationSections"
GeoOrientationSections = "GeoOrientationSections"
GeoNumberSections = "GeoNumberSections"
GeoVolumeSections = "GeoVolumeSections"
GeoPlotSections = "GeoPlotSections"
GeoMode = "GeoMode"
DragInSonicboom = "DragInSonicboom"
SensSmoothing = "SensSmoothing"
ContinuousEqns = "ContinuousEqns"
DiscreteEqns = "DiscreteEqns"
FrozenVisc = "FrozenVisc"
CteViscousDrag = "CteViscousDrag"
FixAzimuthalLine = "FixAzimuthalLine"
SensRemoveSharp = "SensRemoveSharp"
PnormHeatflux = "PnormHeatflux"
OutputFormat = "OutputFormat"
MeshFormat = "MeshFormat"
CgnsToSu2 = "CgnsToSu2"
MeshFilename = "MeshFilename"
MeshScaleChange = "MeshScaleChange"
MeshOutput = "MeshOutput"
MeshOutFilename = "MeshOutFilename"
ConvFilename = "ConvFilename"
SolutionFlowFilename = "SolutionFlowFilename"
SolutionLinFilename = "SolutionLinFilename"
SolutionAdjFilename = "SolutionAdjFilename"
RestartFlowFilename = "RestartFlowFilename"
RestartLinFilename = "RestartLinFilename"
RestartAdjFilename = "RestartAdjFilename"
RestartWaveFilename = "RestartWaveFilename"
VolumeFlowFilename = "VolumeFlowFilename"
VolumeStructureFilename = "VolumeStructureFilename"
SurfaceStructureFilename = "SurfaceStructureFilename"
SurfaceWaveFilename = "SurfaceWaveFilename"
SurfaceHeatFilename = "SurfaceHeatFilename"
VolumeWaveFilename = "VolumeWaveFilename"
VolumeHeatFilename = "VolumeHeatFilename"
VolumeAdjwaveFilename = "VolumeAdjwaveFilename"
VolumeAdjFilename = "VolumeAdjFilename"
VolumeLinFilename = "VolumeLinFilename"
GradObjfuncFilename = "GradObjfuncFilename"
ValueObjfuncFilename = "ValueObjfuncFilename"
SurfaceFlowFilename = "SurfaceFlowFilename"
SurfaceAdjFilename = "SurfaceAdjFilename"
SurfaceLinFilename = "SurfaceLinFilename"
WrtSolFreq = "WrtSolFreq"
WrtSolFreqDualtime = "WrtSolFreqDualtime"
WrtConFreq = "WrtConFreq"
WrtConFreqDualtime = "WrtConFreqDualtime"
WrtVolSol = "WrtVolSol"
WrtSrfSol = "WrtSrfSol"
WrtCsvSol = "WrtCsvSol"
WrtRestart = "WrtRestart"
WrtResiduals = "WrtResiduals"
WrtHalo = "WrtHalo"
Wrt1dOutput = "Wrt1dOutput"
GridMovement = "GridMovement"
GridMovementKind = "GridMovementKind"
MarkerMoving = "MarkerMoving"
MachMotion = "MachMotion"
MotionOriginX = "MotionOriginX"
MotionOriginY = "MotionOriginY"
MotionOriginZ = "MotionOriginZ"
TranslationRateX = "TranslationRateX"
TranslationRateY = "TranslationRateY"
TranslationRateZ = "TranslationRateZ"
RotationRateX = "RotationRateX"
RotationRateY = "RotationRateY"
RotationRateZ = "RotationRateZ"
PitchingOmegaX = "PitchingOmegaX"
PitchingOmegaY = "PitchingOmegaY"
PitchingOmegaZ = "PitchingOmegaZ"
PitchingAmplX = "PitchingAmplX"
PitchingAmplY = "PitchingAmplY"
PitchingAmplZ = "PitchingAmplZ"
PitchingPhaseX = "PitchingPhaseX"
PitchingPhaseY = "PitchingPhaseY"
PitchingPhaseZ = "PitchingPhaseZ"
PlungingOmegaX = "PlungingOmegaX"
PlungingOmegaY = "PlungingOmegaY"
PlungingOmegaZ = "PlungingOmegaZ"
PlungingAmplX = "PlungingAmplX"
PlungingAmplY = "PlungingAmplY"
PlungingAmplZ = "PlungingAmplZ"
MoveMotionOrigin = "MoveMotionOrigin"
MotionFilename = "MotionFilename"
FreqPlungeAeroelastic = "FreqPlungeAeroelastic"
FreqPitchAeroelastic = "FreqPitchAeroelastic"
KindAdapt = "KindAdapt"
NewElems = "NewElems"
DualvolPower = "DualvolPower"
AnalyticalSurfdef = "AnalyticalSurfdef"
SmoothGeometry = "SmoothGeometry"
AdaptBoundary = "AdaptBoundary"
DivideElements = "DivideElements"
WindGust = "WindGust"
GustType = "GustType"
GustWavelength = "GustWavelength"
GustPeriods = "GustPeriods"
GustAmpl = "GustAmpl"
GustBeginTime = "GustBeginTime"
GustBeginLoc = "GustBeginLoc"
GustDir = "GustDir"
EquivArea = "EquivArea"
EaIntLimit = "EaIntLimit"
GasModel = "GasModel"
GasComposition = "GasComposition"
RatioDensity = "RatioDensity"
RatioViscosity = "RatioViscosity"
FreesurfaceZero = "FreesurfaceZero"
FreesurfaceDepth = "FreesurfaceDepth"
FreesurfaceThickness = "FreesurfaceThickness"
FreesurfaceDampingCoeff = "FreesurfaceDampingCoeff"
FreesurfaceDampingLength = "FreesurfaceDampingLength"
FreesurfaceOutlet = "FreesurfaceOutlet"
DvKind = "DvKind"
DvMarker = "DvMarker"
DvValue = "DvValue"
DvParam = "DvParam"
HoldGridFixed = "HoldGridFixed"
HoldGridFixedCoord = "HoldGridFixedCoord"
VisualizeDeformation = "VisualizeDeformation"
DeformConsoleOutput = "DeformConsoleOutput"
DeformNonlinearIter = "DeformNonlinearIter"
DeformLinearIter = "DeformLinearIter"
DeformTolFactor = "DeformTolFactor"
DeformStiffnessType = "DeformStiffnessType"
YoungsModulus = "YoungsModulus"
PoissonsRatio = "PoissonsRatio"
CyclicPitch = "CyclicPitch"
CollectivePitch = "CollectivePitch"
ElasticityModulus = "ElasticityModulus"
PoissonRatio = "PoissonRatio"
MaterialDensity = "MaterialDensity"
WaveSpeed = "WaveSpeed"
ThermalDiffusivity = "ThermalDiffusivity"
VisualizeCv = "VisualizeCv"
InvDesignCp = "InvDesignCp"
InvDesignHeatflux = "InvDesignHeatflux"
ExtraOutput = "ExtraOutput"
MlTurbModelFile = "MlTurbModelFile"
MlTurbModelFeatureset = "MlTurbModelFeatureset"
MlTurbModelExtra = "MlTurbModelExtra"
FfdIterations = "FfdIterations"
FfdTolerance = "FfdTolerance"
DefinitionDv = "DefinitionDv"
DvValueNew = "DvValueNew"
DvValueOld = "DvValueOld"
NumberPart = "NumberPart"
OptObjective = "OptObjective"
OptConstraint = "OptConstraint"
FinDiffStep = "FinDiffStep"
Console = "Console"
Decomposed = "Decomposed"
)
var optionMap = map[Option]option{
RegimeType: {
Name: "RegimeType",
Config: "REGIME_TYPE",
Category: 0,
Description: "Adjoint type",
Type: "Enum",
ExtraType: "Regime",
OptionConst: RegimeType,
},
PhysicalProblem: {
Name: "PhysicalProblem",
Config: "PHYSICAL_PROBLEM",
Category: 0,
Description: "Physical governing equations",
Type: "Enum",
ExtraType: "Solver",
OptionConst: PhysicalProblem,
},
MathProblem: {
Name: "MathProblem",
Config: "MATH_PROBLEM",
Category: 0,
Description: "Mathematical problem",
Type: "MathProblem",
ExtraType: "",
OptionConst: MathProblem,
},
KindTurbModel: {
Name: "KindTurbModel",
Config: "KIND_TURB_MODEL",
Category: 0,
Description: "Specify turbulence model",
Type: "Enum",
ExtraType: "TurbModel",
OptionConst: KindTurbModel,
},
KindTransModel: {
Name: "KindTransModel",
Config: "KIND_TRANS_MODEL",
Category: 0,
Description: "Specify transition model",
Type: "Enum",
ExtraType: "TransModel",
OptionConst: KindTransModel,
},
Axisymmetric: {
Name: "Axisymmetric",
Config: "AXISYMMETRIC",
Category: 0,
Description: "Axisymmetric simulation",
Type: "Bool",
ExtraType: "",
OptionConst: Axisymmetric,
},
GravityForce: {
Name: "GravityForce",
Config: "GRAVITY_FORCE",
Category: 0,
Description: "Add the gravity force",
Type: "Bool",
ExtraType: "",
OptionConst: GravityForce,
},
LowFidelitySimulation: {
Name: "LowFidelitySimulation",
Config: "LOW_FIDELITY_SIMULATION",
Category: 0,
Description: "Perform a low fidelity simulation",
Type: "Bool",
ExtraType: "",
OptionConst: LowFidelitySimulation,
},
RestartSol: {
Name: "RestartSol",
Config: "RESTART_SOL",
Category: 0,
Description: "Restart solution from native solution file",
Type: "Bool",
ExtraType: "",
OptionConst: RestartSol,
},
VisualizePart: {
Name: "VisualizePart",
Config: "VISUALIZE_PART",
Category: 0,
Description: "Write a tecplot file for each partition",
Type: "Bool",
ExtraType: "",
OptionConst: VisualizePart,
},
GasConstant: {
Name: "GasConstant",
Config: "GAS_CONSTANT",
Category: 1,
Description: "Specific gas constant (287.87 J/kg*K (air), only for compressible flows)",
Type: "Double",
ExtraType: "",
OptionConst: GasConstant,
},
GammaValue: {
Name: "GammaValue",
Config: "GAMMA_VALUE",
Category: 1,
Description: "Ratio of specific heats (1.4 (air), only for compressible flows)",
Type: "Double",
ExtraType: "",
OptionConst: GammaValue,
},
ReynoldsNumber: {
Name: "ReynoldsNumber",
Config: "REYNOLDS_NUMBER",
Category: 1,
Description: "Reynolds number (non-dimensional, based on the free-stream values)",
Type: "Double",
ExtraType: "",
OptionConst: ReynoldsNumber,
},
ReynoldsLength: {
Name: "ReynoldsLength",
Config: "REYNOLDS_LENGTH",
Category: 1,
Description: "Reynolds length (1 m by default)",
Type: "Double",
ExtraType: "",
OptionConst: ReynoldsLength,
},
PrandtlLam: {
Name: "PrandtlLam",
Config: "PRANDTL_LAM",
Category: 1,
Description: "Laminar Prandtl number (0.72 (air), only for compressible flows)",
Type: "Double",
ExtraType: "",
OptionConst: PrandtlLam,
},
PrandtlTurb: {
Name: "PrandtlTurb",
Config: "PRANDTL_TURB",
Category: 1,
Description: "Turbulent Prandtl number (0.9 (air), only for compressible flows)",
Type: "Double",
ExtraType: "",
OptionConst: PrandtlTurb,
},
BulkModulus: {
Name: "BulkModulus",
Config: "BULK_MODULUS",
Category: 1,
Description: "Value of the Bulk Modulus",
Type: "Double",
ExtraType: "",
OptionConst: BulkModulus,
},
ArtcompFactor: {
Name: "ArtcompFactor",
Config: "ARTCOMP_FACTOR",
Category: 1,
Description: "Artifical compressibility factor",
Type: "Double",
ExtraType: "",
OptionConst: ArtcompFactor,
},
MachNumber: {
Name: "MachNumber",
Config: "MACH_NUMBER",
Category: 1,
Description: "Mach number (non-dimensional, based on the free-stream values)",
Type: "Double",
ExtraType: "",
OptionConst: MachNumber,
},
FreestreamPressure: {
Name: "FreestreamPressure",
Config: "FREESTREAM_PRESSURE",
Category: 1,
Description: "Free-stream pressure (101325.0 N/m^2 by default)",
Type: "Double",
ExtraType: "",
OptionConst: FreestreamPressure,
},
FreestreamDensity: {
Name: "FreestreamDensity",
Config: "FREESTREAM_DENSITY",
Category: 1,
Description: "Free-stream density (1.2886 Kg/m^3 (air), 998.2 Kg/m^3 (water))",
Type: "Double",
ExtraType: "",
OptionConst: FreestreamDensity,
},
FreestreamTemperature: {
Name: "FreestreamTemperature",
Config: "FREESTREAM_TEMPERATURE",
Category: 1,
Description: "Free-stream temperature (273.15 K by default)",
Type: "Double",
ExtraType: "",
OptionConst: FreestreamTemperature,
},
FreestreamTemperatureVe: {
Name: "FreestreamTemperatureVe",
Config: "FREESTREAM_TEMPERATURE_VE",
Category: 1,
Description: "Free-stream vibrational-electronic temperature (273.15 K by default)",
Type: "Double",
ExtraType: "",
OptionConst: FreestreamTemperatureVe,
},
FreestreamVelocity: {
Name: "FreestreamVelocity",
Config: "FREESTREAM_VELOCITY",
Category: 1,
Description: "Free-stream velocity (m/s)",
Type: "DoubleArray",
ExtraType: "3",
OptionConst: FreestreamVelocity,
},
FreestreamViscosity: {
Name: "FreestreamViscosity",
Config: "FREESTREAM_VISCOSITY",
Category: 1,
Description: "Free-stream viscosity (1.853E-5 Ns/m^2 (air), 0.798E-3 Ns/m^2 (water))",
Type: "Double",
ExtraType: "",
OptionConst: FreestreamViscosity,
},
FreestreamIntermittency: {
Name: "FreestreamIntermittency",
Config: "FREESTREAM_INTERMITTENCY",
Category: 1,
Description: "",
Type: "Double",
ExtraType: "",
OptionConst: FreestreamIntermittency,
},
FreestreamTurbulenceintensity: {
Name: "FreestreamTurbulenceintensity",
Config: "FREESTREAM_TURBULENCEINTENSITY",
Category: 1,
Description: "",
Type: "Double",
ExtraType: "",
OptionConst: FreestreamTurbulenceintensity,
},
FreestreamNuFactor: {
Name: "FreestreamNuFactor",
Config: "FREESTREAM_NU_FACTOR",
Category: 1,
Description: "",
Type: "Double",
ExtraType: "",
OptionConst: FreestreamNuFactor,
},
FreestreamTurb2lamviscratio: {
Name: "FreestreamTurb2lamviscratio",
Config: "FREESTREAM_TURB2LAMVISCRATIO",
Category: 1,
Description: "",
Type: "Double",
ExtraType: "",
OptionConst: FreestreamTurb2lamviscratio,
},
SideslipAngle: {
Name: "SideslipAngle",
Config: "SIDESLIP_ANGLE",
Category: 1,
Description: "Side-slip angle (degrees, only for compressible flows)",
Type: "Double",
ExtraType: "",
OptionConst: SideslipAngle,
},
Aoa: {
Name: "Aoa",
Config: "AOA",
Category: 1,
Description: "Angle of attack (degrees, only for compressible flows)",
Type: "Double",
ExtraType: "",
OptionConst: Aoa,
},
FixedClMode: {
Name: "FixedClMode",
Config: "FIXED_CL_MODE",
Category: 1,
Description: "Activate fixed CL mode (specify a CL instead of AoA).",
Type: "Bool",
ExtraType: "",
OptionConst: FixedClMode,
},
TargetCl: {
Name: "TargetCl",
Config: "TARGET_CL",
Category: 1,
Description: "Specify a fixed coefficient of lift instead of AoA (only for compressible flows)",
Type: "Double",
ExtraType: "",
OptionConst: TargetCl,
},
DampFixedCl: {
Name: "DampFixedCl",
Config: "DAMP_FIXED_CL",
Category: 1,
Description: "Damping factor for fixed CL mode.",
Type: "Double",
ExtraType: "",
OptionConst: DampFixedCl,
},
RefOriginMomentX: {
Name: "RefOriginMomentX",
Config: "REF_ORIGIN_MOMENT_X",
Category: 2,
Description: "X Reference origin for moment computation",
Type: "DoubleList",
ExtraType: "",
OptionConst: RefOriginMomentX,
},
RefOriginMomentY: {
Name: "RefOriginMomentY",
Config: "REF_ORIGIN_MOMENT_Y",
Category: 2,
Description: "Y Reference origin for moment computation",
Type: "DoubleList",
ExtraType: "",
OptionConst: RefOriginMomentY,
},
RefOriginMomentZ: {
Name: "RefOriginMomentZ",
Config: "REF_ORIGIN_MOMENT_Z",
Category: 2,
Description: "Z Reference origin for moment computation",
Type: "DoubleList",
ExtraType: "",
OptionConst: RefOriginMomentZ,
},
RefArea: {
Name: "RefArea",
Config: "REF_AREA",
Category: 2,
Description: "Reference area for force coefficients (0 implies automatic calculation)",
Type: "Double",
ExtraType: "",
OptionConst: RefArea,
},
RefLengthMoment: {
Name: "RefLengthMoment",
Config: "REF_LENGTH_MOMENT",
Category: 2,
Description: "Reference length for pitching, rolling, and yawing non-dimensional moment",
Type: "Double",
ExtraType: "",
OptionConst: RefLengthMoment,
},
RefElemLength: {
Name: "RefElemLength",
Config: "REF_ELEM_LENGTH",
Category: 2,
Description: "Reference element length for computing the slope limiter epsilon",
Type: "Double",
ExtraType: "",
OptionConst: RefElemLength,
},
RefSharpEdges: {
Name: "RefSharpEdges",
Config: "REF_SHARP_EDGES",
Category: 2,
Description: "Reference coefficient for detecting sharp edges",
Type: "Double",
ExtraType: "",
OptionConst: RefSharpEdges,
},
RefPressure: {
Name: "RefPressure",
Config: "REF_PRESSURE",
Category: 2,
Description: "Reference pressure (1.0 N/m^2 by default, only for compressible flows)",
Type: "Double",
ExtraType: "",
OptionConst: RefPressure,
},
RefTemperature: {
Name: "RefTemperature",
Config: "REF_TEMPERATURE",
Category: 2,
Description: "Reference temperature (1.0 K by default, only for compressible flows)",
Type: "Double",
ExtraType: "",
OptionConst: RefTemperature,
},
RefDensity: {
Name: "RefDensity",
Config: "REF_DENSITY",
Category: 2,
Description: "Reference density (1.0 Kg/m^3 by default, only for compressible flows)",
Type: "Double",
ExtraType: "",
OptionConst: RefDensity,
},
RefVelocity: {
Name: "RefVelocity",
Config: "REF_VELOCITY",
Category: 2,
Description: "Reference velocity (incompressible only)",
Type: "Double",
ExtraType: "",
OptionConst: RefVelocity,
},
RefViscosity: {
Name: "RefViscosity",
Config: "REF_VISCOSITY",
Category: 2,
Description: "Reference viscosity (incompressible only)",
Type: "Double",
ExtraType: "",
OptionConst: RefViscosity,
},
MarkerPlotting: {
Name: "MarkerPlotting",
Config: "MARKER_PLOTTING",
Category: 3,
Description: "Marker(s) of the surface in the surface flow solution file",
Type: "StringList",
ExtraType: "",
OptionConst: MarkerPlotting,
},
MarkerMonitoring: {
Name: "MarkerMonitoring",
Config: "MARKER_MONITORING",
Category: 3,
Description: "Marker(s) of the surface where evaluate the non-dimensional coefficients",
Type: "StringList",
ExtraType: "",
OptionConst: MarkerMonitoring,
},
MarkerDesigning: {
Name: "MarkerDesigning",
Config: "MARKER_DESIGNING",
Category: 3,
Description: "Marker(s) of the surface where objective function (design problem) will be evaluated",
Type: "StringList",
ExtraType: "",
OptionConst: MarkerDesigning,
},
GeoMarker: {
Name: "GeoMarker",
Config: "GEO_MARKER",
Category: 3,
Description: "Marker(s) of the surface where evaluate the geometrical functions",
Type: "StringList",
ExtraType: "",
OptionConst: GeoMarker,
},
MarkerEuler: {
Name: "MarkerEuler",
Config: "MARKER_EULER",
Category: 3,
Description: "Euler wall boundary marker(s)",
Type: "StringList",
ExtraType: "",
OptionConst: MarkerEuler,
},
MarkerFar: {
Name: "MarkerFar",
Config: "MARKER_FAR",
Category: 3,
Description: "Far-field boundary marker(s)",
Type: "StringList",
ExtraType: "",
OptionConst: MarkerFar,
},
MarkerSym: {
Name: "MarkerSym",
Config: "MARKER_SYM",
Category: 3,
Description: "Symmetry boundary condition",
Type: "StringList",
ExtraType: "",
OptionConst: MarkerSym,
},
MarkerPressure: {
Name: "MarkerPressure",
Config: "MARKER_PRESSURE",
Category: 3,
Description: "Symmetry boundary condition",
Type: "StringList",
ExtraType: "",
OptionConst: MarkerPressure,
},
MarkerNearfield: {
Name: "MarkerNearfield",
Config: "MARKER_NEARFIELD",
Category: 3,
Description: "Near-Field boundary condition",
Type: "StringList",
ExtraType: "",
OptionConst: MarkerNearfield,
},
MarkerInterface: {
Name: "MarkerInterface",
Config: "MARKER_INTERFACE",
Category: 3,
Description: "Zone interface boundary marker(s)",
Type: "StringList",
ExtraType: "",
OptionConst: MarkerInterface,
},
MarkerDirichlet: {
Name: "MarkerDirichlet",
Config: "MARKER_DIRICHLET",
Category: 3,
Description: "Dirichlet boundary marker(s)",
Type: "StringList",
ExtraType: "",
OptionConst: MarkerDirichlet,
},
MarkerNeumann: {
Name: "MarkerNeumann",
Config: "MARKER_NEUMANN",
Category: 3,
Description: "Neumann boundary marker(s)",
Type: "StringList",
ExtraType: "",
OptionConst: MarkerNeumann,
},
ElecDirichlet: {
Name: "ElecDirichlet",
Config: "ELEC_DIRICHLET",
Category: 3,
Description: "poisson dirichlet boundary marker(s)",
Type: "StringDoubleList",
ExtraType: "",
OptionConst: ElecDirichlet,
},
ElecNeumann: {
Name: "ElecNeumann",
Config: "ELEC_NEUMANN",
Category: 3,
Description: "poisson neumann boundary marker(s)",
Type: "StringList",
ExtraType: "",
OptionConst: ElecNeumann,
},
MarkerCustom: {
Name: "MarkerCustom",
Config: "MARKER_CUSTOM",
Category: 3,
Description: "Custom boundary marker(s)",
Type: "StringList",
ExtraType: "",
OptionConst: MarkerCustom,
},
MarkerPeriodic: {
Name: "MarkerPeriodic",
Config: "MARKER_PERIODIC",
Category: 3,
Description: "Periodic boundary marker(s) for use with SU2_MSHFormat: ( periodic marker, donor marker, rotation_center_x, rotation_center_y,rotation_center_z, rotation_angle_x-axis, rotation_angle_y-axis,rotation_angle_z-axis, translation_x, translation_y, translation_z, ... )",
Type: "Periodic",
ExtraType: "",
OptionConst: MarkerPeriodic,
},
MarkerActdisk: {
Name: "MarkerActdisk",
Config: "MARKER_ACTDISK",
Category: 3,
Description: "Periodic boundary marker(s) for use with SU2_MSHFormat: ( periodic marker, donor marker, rotation_center_x, rotation_center_y,rotation_center_z, rotation_angle_x-axis, rotation_angle_y-axis,rotation_angle_z-axis, translation_x, translation_y, translation_z, ... )",
Type: "ActuatorDisk",
ExtraType: "",
OptionConst: MarkerActdisk,
},
InletType: {
Name: "InletType",
Config: "INLET_TYPE",
Category: 3,
Description: "Inlet boundary type",
Type: "Enum",
ExtraType: "InletType",
OptionConst: InletType,
},
MarkerInlet: {
Name: "MarkerInlet",
Config: "MARKER_INLET",
Category: 3,
Description: "Inlet boundary marker(s) with the following formats,Total Conditions: (inlet marker, total temp, total pressure, flow_direction_x,flow_direction_y, flow_direction_z, ... ) where flow_direction isa unit vector.Mass Flow: (inlet marker, density, velocity magnitude, flow_direction_x,flow_direction_y, flow_direction_z, ... ) where flow_direction isa unit vector.",
Type: "Inlet",
ExtraType: "",
OptionConst: MarkerInlet,
},
MarkerSupersonicInlet: {
Name: "MarkerSupersonicInlet",
Config: "MARKER_SUPERSONIC_INLET",
Category: 3,
Description: "% Supersonic inlet boundary marker(s)Format: (inlet marker, temperature, static pressure, velocity_x,velocity_y, velocity_z, ... ), i.e. primitive variables specified.",
Type: "Inlet",
ExtraType: "",
OptionConst: MarkerSupersonicInlet,
},
MarkerOutlet: {
Name: "MarkerOutlet",
Config: "MARKER_OUTLET",
Category: 3,
Description: "Outlet boundary marker(s)Format: ( outlet marker, back pressure (static), ... )",
Type: "StringDoubleList",
ExtraType: "",
OptionConst: MarkerOutlet,
},
MarkerIsothermal: {
Name: "MarkerIsothermal",
Config: "MARKER_ISOTHERMAL",
Category: 3,
Description: "Isothermal wall boundary marker(s)Format: ( isothermal marker, wall temperature (static), ... )",
Type: "StringDoubleList",
ExtraType: "",
OptionConst: MarkerIsothermal,
},
MarkerIsothermalNoncatalytic: {
Name: "MarkerIsothermalNoncatalytic",
Config: "MARKER_ISOTHERMAL_NONCATALYTIC",
Category: 3,
Description: "Isothermal wall boundary marker(s)Format: ( isothermal marker, wall temperature (static), ... )",
Type: "StringDoubleList",