Stackup3D#

class ansys.aedt.core.modeler.advanced_cad.stackup_3d.Stackup3D(application, frequency=None)[source]#

Main Stackup3D Class.

Parameters:

applicationansys.aedt.core.hfss.Hfss: HFSS design or project where the variable is to be created.
frequencyfloat: The stackup frequency, it will be common to all layers in the stackup.

Examples

>>> from ansys.aedt.core import Hfss
>>> from ansys.aedt.core.modeler.advanced_cad.stackup_3d import Stackup3D
>>> hfss = Hfss(new_desktop=True)
>>> my_stackup = Stackup3D(hfss, 2.5e9)

Methods

`Stackup3D.add_dielectric_layer`(name[, ...])	Add a new dielectric layer to the stackup.
`Stackup3D.add_ground_layer`(name[, material, ...])	Add a new ground layer to the stackup.
`Stackup3D.add_layer`(name[, layer_type, ...])	Add a new layer to the stackup.
`Stackup3D.add_padstack`(name[, material])	Add a new padstack definition.
`Stackup3D.add_signal_layer`(name[, material, ...])	Add a new ground layer to the stackup.
`Stackup3D.resize`(percentage_offset)	Resize the stackup around objects created by a percentage offset.
`Stackup3D.resize_around_element`(element[, ...])	Resize the stackup around parametrized objects and make it parametrize.

Attributes

`Stackup3D.application`	Application object.
`Stackup3D.dielectric_length`	Stackup length.
`Stackup3D.dielectric_width`	Stackup width.
`Stackup3D.dielectric_x_position`	Stackup x origin.
`Stackup3D.dielectric_y_position`	Stackup y origin.
`Stackup3D.dielectrics`	List of dielectrics created.
`Stackup3D.duplicated_material_list`	List of all duplicated material.
`Stackup3D.frequency`	Frequency variable.
`Stackup3D.grounds`	List of grounds created.
`Stackup3D.layer_names`	List of all layer names.
`Stackup3D.layer_positions`	List of all layer positions.
`Stackup3D.objects`	List of objects created.
`Stackup3D.objects_by_layer`	List of definitions created.
`Stackup3D.padstacks`	List of definitions created.
`Stackup3D.signals`	List of signals created.
`Stackup3D.stackup_layers`	Dictionary of all stackup layers.
`Stackup3D.start_position`	Variable containing the start position.
`Stackup3D.thickness`	Total stackup thickness.
`Stackup3D.z_position_offset`	Elevation.