ansys.fluent.core.systemcoupling#

Module containing System Coupling-related functionality.

Classes:

`Region`(name, display_name, topology, ...)	Provides region data.
`SystemCoupling`(solver)	Wrap a System Coupling object, adding methods to discover more about the System Coupling related setup and to help solving a System Coupling analysis.
`Variable`(name, display_name, tensor_type, ...)	Provides variable data.

class ansys.fluent.core.systemcoupling.Region(name, display_name, topology, input_variables, output_variables)#

Bases: object

Provides region data.

Methods:

__init__(name, display_name, topology, ...)

Attributes:

`display_name`
`input_variables`
`name`
`output_variables`
`topology`

__init__(name, display_name, topology, input_variables, output_variables)#

display_name: str#

input_variables: List[str]#

name: str#

output_variables: List[str]#

topology: str#

class ansys.fluent.core.systemcoupling.SystemCoupling(solver)#

Bases: object

Wrap a System Coupling object, adding methods to discover more about the System Coupling related setup and to help solving a System Coupling analysis.

Methods

`get_variables`()	Get variables.
`get_regions`()	Get regions.
`get_analysis_type`()	Get analysis type.
`connect`(host, port, name)	Connect parallelly.
`solve`()	Initialize and solve.

__getattr__

Methods:

`__init__`(solver)
`connect`(host, port, name)	Connect parallelly.
`get_analysis_type`()	Get analysis type.
`get_regions`()	Get regions.
`get_variables`()	Get variables.
`solve`()	Initialize and solve.

Attributes:

participant_type

Get participant type.

__init__(solver)#

connect(host, port, name)#: Connect parallelly.

get_analysis_type()#: Get analysis type.

get_regions()#: Get regions.

get_variables()#: Get variables.

property participant_type: str#: Get participant type.

solve()#: Initialize and solve.

class ansys.fluent.core.systemcoupling.Variable(name, display_name, tensor_type, is_extensive, location, quantity_type)#

Bases: object

Provides variable data.

Methods:

__init__(name, display_name, tensor_type, ...)

Attributes:

`display_name`
`is_extensive`
`location`
`name`
`quantity_type`
`tensor_type`

__init__(name, display_name, tensor_type, is_extensive, location, quantity_type)#

display_name: str#

is_extensive: bool#

location: str#

name: str#

quantity_type: str#

tensor_type: str#