luminarycloud.enum¶
Submodules¶
Classes¶
Represents the status of a mesh. |
|
Represents the file format for a mesh file. |
|
Represents the status of a simulation. |
|
Represents a quantity type. |
|
Represents an averaging method used to compute average surface quantities. |
|
Represents a normalization method for residuals. |
|
Represents a calculation type when calculating surface outputs. |
|
Method of specification for the reference values used in force and moment computations. |
Package Contents¶
- class luminarycloud.enum.MeshStatus¶
Represents the status of a mesh.
- Attributes:
- UNSPECIFIED
A well-formed mesh resource will never have this value.
- CREATING
Mesh is being created.
- COMPLETED
Mesh was created successfully and can be used to create simulations.
- FAILED
Mesh was not created successfully and is unusable.
- UNSPECIFIED¶
- CREATING¶
- COMPLETED¶
- FAILED¶
- class luminarycloud.enum.MeshType¶
Represents the file format for a mesh file.
- Attributes:
- UNSPECIFIED
Null value
- ANSYS
ANSYS mesh file (.ansys)
- CGNS
CFD General Notation System (.cgns)
- OPENFOAM
OpenFOAM mesh
- UNSPECIFIED¶
- ANSYS¶
- CGNS¶
- OPENFOAM¶
- class luminarycloud.enum.SimulationStatus¶
Represents the status of a simulation.
- Attributes:
- UNSPECIFIED
A well-formed simulation resource will never have this value.
- PENDING
Denotes that the simulation is waiting to be scheduled.
- ACTIVE
Denotes that the simulation is running currently.
- COMPLETED
Denotes that the simulation completed successfully.
- FAILED
Denotes that the simulation completed in a failed state.
- SUSPENDED
Denotes that the simulation has been suspended.
- UNSPECIFIED¶
- PENDING¶
- ACTIVE¶
- COMPLETED¶
- FAILED¶
- SUSPENDED¶
- class luminarycloud.enum.QuantityType¶
Represents a quantity type.
- Attributes:
- DENSITY
- DISK_THRUST
- DISK_TORQUE
- DOWNFORCE
- DOWNFORCE_COEFFICIENT
- DRAG
- DRAG_COEFFICIENT
- ENERGY_FLUX
- FRICTION_FORCE
- FRICTION_FORCE_COEFFICIENT
- LIFT
- LIFT_COEFFICIENT
- MACH
- PITCHING_MOMENT
- PITCHING_MOMENT_COEFFICIENT
- PRESSURE
- PRESSURE_FORCE
- PRESSURE_FORCE_COEFFICIENT
- ROLLING_MOMENT
- ROLLING_MOMENT_COEFFICIENT
- SIDEFORCE
- SIDEFORCE_COEFFICIENT
- TEMPERATURE
- TOTAL_FORCE
- TOTAL_FORCE_COEFFICIENT
- TOTAL_MOMENT
- TOTAL_MOMENT_COEFFICIENT
- TOTAL_PRESSURE
- TOTAL_TEMPERATURE
- VELOCITY_MAGNITUDE
- VELOCITY_X
- VELOCITY_Y
- VELOCITY_Z
- Y_PLUS
- YAWING_MOMENT
- YAWING_MOMENT_COEFFICIENT
- UNSPECIFIED¶
- DISK_THRUST¶
- DISK_TORQUE¶
- DOWNFORCE¶
- DOWNFORCE_COEFFICIENT¶
- DRAG¶
- DRAG_COEFFICIENT¶
- FRICTION_FORCE¶
- FRICTION_FORCE_COEFFICIENT¶
- LIFT¶
- LIFT_COEFFICIENT¶
- PITCHING_MOMENT¶
- PITCHING_MOMENT_COEFFICIENT¶
- PRESSURE_FORCE¶
- PRESSURE_FORCE_COEFFICIENT¶
- ROLLING_MOMENT¶
- ROLLING_MOMENT_COEFFICIENT¶
- SIDEFORCE¶
- SIDEFORCE_COEFFICIENT¶
- TOTAL_FORCE¶
- TOTAL_FORCE_COEFFICIENT¶
- TOTAL_MOMENT¶
- TOTAL_MOMENT_COEFFICIENT¶
- YAWING_MOMENT¶
- YAWING_MOMENT_COEFFICIENT¶
- DENSITY¶
- ENERGY_FLUX¶
- MACH¶
- PRESSURE¶
- TEMPERATURE¶
- TOTAL_PRESSURE¶
- TOTAL_TEMPERATURE¶
- VELOCITY_MAGNITUDE¶
- VELOCITY_X¶
- VELOCITY_Y¶
- VELOCITY_Z¶
- Y_PLUS¶
- class luminarycloud.enum.AveragingType¶
Represents an averaging method used to compute average surface quantities.
- Attributes:
- UNSPECIFIED
- AREA
Average using the area of each face divided by the total area.
- MASS_FLOW
Average using the mass flow at each face divided by the total mass flow.
- UNSPECIFIED¶
- AREA¶
- MASS_FLOW¶
- class luminarycloud.enum.ResidualNormalization¶
Represents a normalization method for residuals.
- Attributes:
- UNSPECIFIED
- ABSOLUTE
- RELATIVE
- UNSPECIFIED¶
- ABSOLUTE¶
- RELATIVE¶
- class luminarycloud.enum.CalculationType¶
Represents a calculation type when calculating surface outputs.
- Attributes:
- UNSPECIFIED
- AGGREGATE
Calculate a single value for the surfaces altogether.
- PER_SURFACE
Calculate a separate value for each surface.
- UNSPECIFIED¶
- AGGREGATE¶
- PER_SURFACE¶
- class luminarycloud.enum.ReferenceValuesType¶
Method of specification for the reference values used in force and moment computations.
- Attributes:
- UNSPECIFIED
- PRESCRIBE_VALUES
The specified reference values will be used.
- FARFIELD_VALUES
Only the area and length reference values will be used; pressure, temperature, and velocity values will be taken from the far field boundary specification.
- UNSPECIFIED¶
- PRESCRIBE_VALUES¶
- FARFIELD_VALUES¶