:orphan: .. _pre_processing_axis_definition: axis_definition =============== .. autoclass:: ansys.cfx.core.generated.pre_processing.settings_261.axis_definition.axis_definition :show-inheritance: .. rubric:: Attributes ============================================================= =========================================================================================== Attribute Summary ============================================================= =========================================================================================== :ref:`option ` The 'Axis Definition' option. :ref:`rotation_axis ` Coordinate Frame Axis for rotating domains or cylindrical boundary condition specification. :ref:`rotation_axis_from ` First position for a rotation axis. :ref:`rotation_axis_to ` Second position for a rotation axis. ============================================================= =========================================================================================== .. rubric:: Included in: ======================================================================================= ================================================================================================================================================================================================================== Parent Summary ======================================================================================= ================================================================================================================================================================================================================== :ref:`variable_child ` 'child_object_type' of variable. :ref:`gt_suite_motion ` Defines the motion of one or more domains from GT SUITE angular velocity. Note that GT SUITE angular velocity always uses the unit of RPM. :ref:`frame_motion ` Defines the motion of a coordinate frame relative to another coordinate frame. :ref:`domain_motion ` Defines the motion of a mesh relative to a stationary coordinate frame. NOTE - Speed and Direction, Specified Displacement and General Motion Options are not supported for domains other than the immersed solid. :ref:`origin_motion ` Defines the general motion of the origin point relative to an stationary coordinate frame. NOTE: It is only valid for immersed solids. :ref:`body_rotation ` Defines the general rotation of a mesh around the origin point relative to a stationary coordinate frame. NOTE: It is only valid for immersed solids. :ref:`external_magnetic_field ` 'EXTERNAL MAGNETIC FIELD' object. :ref:`solid_motion ` Describes the motion of the solid with respect to the reference frame. :ref:`injection_velocity ` 'INJECTION VELOCITY' object. :ref:`injection_velocity ` 'INJECTION VELOCITY' object. :ref:`streamwise_direction ` Defines the streamwise direction. :ref:`mesh_motion ` Defines the motion of a mesh boundary. NOTE - Not fully supported by the solver. :ref:`displacement ` Defines displacement for mesh motion. :ref:`mass_and_momentum ` Specifies conditions on Mass and Momentum at a boundary. :ref:`shear_stress ` Specifies the shear force at a wall. :ref:`wall_velocity ` Specifies the velocity of a no-slip wall. :ref:`pressure_averaging ` Controls details of how pressure is averaged over an outlet. :ref:`flow_direction ` Sets the velocity direction imposed at a boundary. :ref:`mesh_motion ` Defines the motion of a mesh boundary. NOTE - Not fully supported by the solver. :ref:`velocity ` Sets velocity part of mass and momentum boundary condition. :ref:`mass_and_momentum ` Specifies conditions on Mass and Momentum at a boundary. :ref:`direction ` Defines the direction used for radiation boundary conditions. :ref:`equation_source_child ` 'child_object_type' of equation_source. :ref:`equation_source_child ` 'child_object_type' of equation_source. :ref:`equation_source_child ` 'child_object_type' of equation_source. :ref:`injection_model ` 'INJECTION MODEL' object. :ref:`hole_direction ` Sets the injection direction. :ref:`polar_axis ` Defines the first reference direction used for Injection Regions. :ref:`auxiliary_axis ` Defines the second reference direction used for Injection Regions. :ref:`flow_direction ` Sets the velocity direction imposed at a boundary. :ref:`injection_variable_child ` 'child_object_type' of injection_variable. :ref:`general_momentum_source ` Defines a general momentum source term and coefficient. :ref:`equation_source_child ` 'child_object_type' of equation_source. :ref:`equation_source_child ` 'child_object_type' of equation_source. :ref:`equation_source_child ` 'child_object_type' of equation_source. :ref:`equation_source_child ` 'child_object_type' of equation_source. :ref:`equation_source_child ` 'child_object_type' of equation_source. :ref:`equation_source_child ` 'child_object_type' of equation_source. :ref:`cylindrical_velocity_components ` Defines the initialization of velocity by Cylindrical components. :ref:`interface_models ` Holds the definition of models specific to an interface. :ref:`pitch_change ` Defines how pitch change is calculated across a domain interface. :ref:`partitioning_type ` 'PARTITIONING TYPE' object. :ref:`projection_control ` 'PROJECTION CONTROL' object. ======================================================================================= ==================================================================================================================================================================================================================