Python API Beta 💻

Contents

Python API Beta 💻#

Solvers#

`HeatEquationSolver`	`HeatEquationSolver` class for setting up heat equation solver.
`IncompressibleNavierStokesSolver`	`IncompressibleNavierStokesSolver` class for setting up incompressible Navier-Stokes solver
`InitialConditionHeatTransfer`	InitialConditionHeatTransfer
`LinearSolver`	`LinearSolver` class for setting up linear solver for heat equation
`NavierStokesSolver`	`NavierStokesSolver` class for setting up compressible Navier-Stokes solver
`NoneSolver`	`SolverNone` class
`TransitionModelSolver`	`TransitionModelSolver` class for setting up transition model solver
`PressureCorrectionSolver`	`PressureCorrectionSolver` class

Simulation Parameters#

`Flow360Params`	Flow360 solver parameters
`Case`	Case component
`MyCases`	alias of `CaseList`

Geometry#

`Geometry`	class: Geometry component
`IsoSurfaces`	`IsoSurfaces` class
`ProgressCallbackInterface`	Progress callback abstract class
`ReferenceFrame`	`ReferenceFrame` class for setting up reference frame
`ReferenceFrameDynamic`	`ReferenceFrameDynamic` class for setting up dynamic reference frame
`ReferenceFrameExpression`	`ReferenceFrameExpression` class for setting up reference frame using expression
`ReferenceFrameOmegaDegrees`	`ReferenceFrameOmegaDegrees` class for setting up reference frame
`ReferenceFrameOmegaRadians`	`ReferenceFrameOmegaRadians` class for setting up reference frame
`SlidingInterface`	`SlidingInterface` class for setting up sliding interface
`Surfaces`	`Surfaces` class

Volume Zones#

`FluidDynamicsVolumeZone`	FluidDynamicsVolumeZone type
`HeatTransferVolumeZone`	HeatTransferVolumeZone type
`PorousMediumVolumeZone`	PorousMediumVolumeZone type
`VolumeZones`	`VolumeZones` class for setting up volume zones

Mesh#

`Volume`	Core volume meshing parameters
`VolumeMesh`	Volume mesh component
`VolumeMeshingParams`	Flow360 Volume Meshing parameters
`SurfaceMeshingParams`	Flow360 Surface Meshing parameters
`MySurfaceMeshes`	alias of `SurfaceMeshList`
`MyVolumeMeshes`	alias of `VolumeMeshList`
`Aniso`	Aniso edge
`ProjectAniso`	ProjectAniso edge
`UseAdjacent`	ProjectAniso edge

Boundary#

`FreestreamBoundary`	Freestream boundary
`HeatFluxWall`	`HeatFluxWall` class for specifying heat flux wall boundaries
`IsothermalWall`	IsothermalWall boundary
`MassInflow`	class: MassInflow boundary
`MassOutflow`	class: MassOutflow boundary
`MeshBoundary`	Mesh boundary
`NoSlipWall`	No slip wall boundary
`RiemannInvariant`	Riemann Invariant boundary
`RotationallyPeriodic`	class: RotationallyPeriodic boundary
`SlidingInterfaceBoundary`	class: SlidingInterface boundary
`SlipWall`	Slip wall boundary
`SolidAdiabaticWall`	class: SolidAdiabaticWall boundary
`SolidIsothermalWall`	class: SolidIsothermalWall boundary
`SubsonicInflow`	SubsonicInflow boundary
`SubsonicOutflowMach`	SubsonicOutflowMach boundary
`SubsonicOutflowPressure`	SubsonicOutflowPressure boundary
`SymmetryPlane`	Symmetry plane boundary - normal gradients forced to be zero
`TranslationallyPeriodic`	class: TranslationallyPeriodic boundary
`WallFunction`	class: WallFunction boundary

CFL & Time-Stepping#

`AdaptiveCFL`	Adaptive CFL for time stepping component
`RampCFL`	Ramp CFL for time stepping component
`SteadyTimeStepping`	Steady time stepping component
`TimeStepping`	alias of `Union`[`SteadyTimeStepping`, `UnsteadyTimeStepping`]
`UnsteadyTimeStepping`	Unsteady time stepping component

Freestream#

`FreestreamFromMach`	class: Freestream component using Mach number
`FreestreamFromMachReynolds`	class: Freestream component using Mach and Reynolds number
`FreestreamFromVelocity`	class: Freestream component using dimensioned velocity
`FreestreamInitialCondition`	`FreestreamInitialCondition` class
`ZeroFreestream`	class: Zero velocity freestream component
`ZeroFreestreamFromVelocity`	class: Zero velocity freestream component using dimensioned velocity
`VelocityInflow`	Inflow velocity for incompressible solver
`AirDensityTemperature`	Model representing air properties based on density and temperature.
`AirPressureTemperature`	Model representing air properties based on pressure and temperature.
`PressureOutflow`	Outflow pressure for incompressible solver
`SupersonicInflow`	`SupersonicInflow` class for specifying the full fluid state at supersonic inflow boundaries
`TurbulenceQuantities`([viscosity_ratio, ...])	Return a matching tubulence specification object
`VelocityInflow`	Inflow velocity for incompressible solver

Disks#

`ActuatorDisk`	`ActuatorDisk` class for setting up an Actuator Disk
`BETDisk`	`BETDisk` class
`BETDiskChord`	`BETDiskChord` class
`BETDiskSectionalPolar`	`BETDiskSectionalPolar` class
`BETDiskTwist`	`BETDiskTwist` class
`RotorDisk`	class: RotorDisk

Output#

`AeroacousticOutput`	`AeroacousticOutput` class for configuring output data about acoustic pressure signals
`IsoSurfaceOutput`	`IsoSurfaceOutput` class
`MonitorOutput`	`MonitorOutput` class
`SliceOutput`	`SliceOutput` class
`SurfaceOutput`	`SurfaceOutput` class
`VolumeOutput`	`VolumeOutput` class

Additional#

`KOmegaSST`	`KOmegaSST` class
`PorousMediumBox`	`PorousMediumBox` class
`Slice`	`NamedSlice` class
`Slices`	`SelfNamedSlices` class
`SpalartAllmaras`	`SpalartAllmaras` class
`UnvalidatedFlow360Params`	Unvalidated parameters
`UserDefinedDynamic`	`UserDefinedDynamic` class

Monitors#

`Monitors`	`Monitors` class
`ProbeMonitor`	`ProbeMonitor` class
`SurfaceIntegralMonitor`	`SurfaceIntegralMonitor` class

User Configuration#

`AnimationSettings`	`AnimationSettings` class
`AnimationSettingsExtended`	`AnimationSettingsExtended` class
`UserConfig`	Basic User Configuration.