Launch options#

Provides a module for enums used in the PyFluent.

Classes:

`Dimension`(*values)	Geometric dimensionality of the Fluent simulation.
`FluentLinuxGraphicsDriver`(*values)	Provides supported graphics driver of Fluent in Linux.
`FluentMode`(*values)	Enumerates over supported Fluent modes.
`FluentWindowsGraphicsDriver`(*values)	Provides supported graphics driver of Fluent in Windows.
`Precision`(*values)	Floating point precision.
`UIMode`(*values)	Provides supported user interface mode of Fluent.

class ansys.fluent.core.launcher.launch_options.Dimension(*values)#

Bases: FluentEnum

Geometric dimensionality of the Fluent simulation.

Attributes:

`THREE`
`TWO`

THREE = 3#

TWO = 2#

class ansys.fluent.core.launcher.launch_options.FluentLinuxGraphicsDriver(*values)#

Bases: FluentEnum

Provides supported graphics driver of Fluent in Linux.

Attributes:

`AUTO`
`NULL`
`OPENGL`
`OPENGL2`
`X11`

AUTO = 'auto'#

NULL = 'null'#

OPENGL = 'opengl'#

OPENGL2 = 'opengl2'#

X11 = 'x11'#

class ansys.fluent.core.launcher.launch_options.FluentMode(*values)#

Bases: FluentEnum

Enumerates over supported Fluent modes.

The Fluent mode is used to determine the type of session to be created.

Modes: - MESHING: When in meshing mode, Fluent functions as a robust, unstructured mesh generation program that can handle meshes of virtually unlimited size and complexity.. - PURE_MESHING: Start Fluent in meshing mode without switch to solver functionality. - SOLVER: The default Ansys Fluent full solution mode allows you to set up, solve, and postprocess a problem. - SOLVER_ICING: Fluent Icing allows you to simulate airflow, particles and ice accretion on aircraft surfaces. - SOLVER_AERO: Fluent Aero allows you to easily explore the aerodynamic performance of aircraft from a wide range of flight regimes, from subsonic to hypersonic conditions. - PRE_POST: Run Ansys Fluent with only the setup and postprocessing capabilities available. It does not allow you to perform calculations.

Attributes:

`MESHING`
`PRE_POST`
`PURE_MESHING`
`SOLVER`
`SOLVER_AERO`
`SOLVER_ICING`

Methods:

is_meshing(mode)

Check if the current mode is meshing.

MESHING = 'meshing'#

PRE_POST = 'pre_post'#

PURE_MESHING = 'pure_meshing'#

SOLVER = 'solver'#

SOLVER_AERO = 'solver_aero'#

SOLVER_ICING = 'solver_icing'#

static is_meshing(mode)#

Check if the current mode is meshing.

Parameters:

modeFluentMode: mode

Returns:

bool: True if the mode is FluentMode.MESHING or FluentMode.PURE_MESHING, False otherwise.

class ansys.fluent.core.launcher.launch_options.FluentWindowsGraphicsDriver(*values)#

Bases: FluentEnum

Provides supported graphics driver of Fluent in Windows.

Attributes:

`AUTO`
`DX11`
`MSW`
`NULL`
`OPENGL`
`OPENGL2`

AUTO = 'auto'#

DX11 = 'dx11'#

MSW = 'msw'#

NULL = 'null'#

OPENGL = 'opengl'#

OPENGL2 = 'opengl2'#

class ansys.fluent.core.launcher.launch_options.Precision(*values)#

Bases: FluentEnum

Floating point precision.

Attributes:

`DOUBLE`
`SINGLE`

DOUBLE = 'double'#

SINGLE = 'single'#

class ansys.fluent.core.launcher.launch_options.UIMode(*values)#

Bases: FluentEnum

Provides supported user interface mode of Fluent.

Attributes:

`GUI`
`HIDDEN_GUI`
`NO_GRAPHICS`
`NO_GUI`
`NO_GUI_OR_GRAPHICS`

GUI = 'gui'#

HIDDEN_GUI = 'hidden_gui'#

NO_GRAPHICS = 'no_graphics'#

NO_GUI = 'no_gui'#

NO_GUI_OR_GRAPHICS = 'no_gui_or_graphics'#