:orphan:

.. _imprint_surface_child:

imprint_surface_child
=====================

.. autoclass:: ansys.fluent.core.generated.solver.settings_251.imprint_surface_child
    :show-inheritance:

.. rubric:: Attributes

==========================   ==============================

Attribute                                           Summary

==========================   ==============================
:ref:`name <name_2>`                    Name of the object.

:ref:`surface <surface_3>`       List of imported surfaces.

:ref:`zones <zones_5>`                  Select the zone(s).

:ref:`volumes <volumes_1>`                 UTL Volume name.

==========================   ==============================

.. rubric:: Methods

==========================   ======================

Method                                      Summary

==========================   ======================
:ref:`display <display_4>`       Display a surface.

==========================   ======================

.. rubric:: Included in:

========================================   ===========================================================================================================================================================================================================================

Parent                                                                                                                                                                                                                                                         Summary

========================================   ===========================================================================================================================================================================================================================
:ref:`imprint_surface <imprint_surface>`       Provides access to creating new and editing existing imprint surfaces. You can import a custom surface representing the region of interest (.stl, .msh, or .cas format) and imprint this surface into the current mesh.

========================================   ===========================================================================================================================================================================================================================