StackupLayer#

class ansys.edb.core.layer.stackup_layer.StackupLayer(msg)#

Represents a stackup layer.

Methods

`StackupLayer.cast`()	Cast the layer object to the correct concrete type.
`StackupLayer.clone`([copy_id])	Create a clone of the layer.
`StackupLayer.create`(name, layer_type, ...)	Create a stackup layer.
`StackupLayer.get_fill_material`([evaluated])	Get the name of the fill material of the layer.
`StackupLayer.get_material`([evaluated])	Get the name of the material of the layer.
`StackupLayer.get_product_property`(prod_id, ...)	Get the product property of the layer for a given product ID and attribute ID.
`StackupLayer.get_product_property_ids`(prod_id)	Get a list of attribute IDs for a given product ID for the layer.
`StackupLayer.get_roughness_model`(region)	Get the roughness model used by the layer.
`StackupLayer.is_in_zone`(zone)	Determine if the layer exists in the given zone.
`StackupLayer.set_fill_material`(...)	Set the name of the fill material of the layer.
`StackupLayer.set_is_in_zone`(zone[, in_zone])	Set whether the layer exists in a given zone.
`StackupLayer.set_material`(material_name)	Set the name of the material of the layer.
`StackupLayer.set_product_property`(prod_id, ...)	Set the product property of the layer for a given product ID and attribute ID.
`StackupLayer.set_roughness_model`(...)	Set the roughness model used by the layer.

Attributes

`StackupLayer.color`	`tuple`[`int`, `int`, `int`]: Color of the layer in (R,G,B) format.
`StackupLayer.draw_override`	`DrawOverride`: Draw override of the layer.
`StackupLayer.etch_factor`	`Value`: Etch factor of the layer.
`StackupLayer.etch_factor_enabled`	`bool`: Flag indicating if an etch factor is used by the layer.
`StackupLayer.hfss_solver_properties`	HFSSSolverProperties: HFSS solver properties of the layer.
`StackupLayer.id`	`int`: Unique ID of the EDB object.
`StackupLayer.is_null`	`bool`: Flag indicating if the object exists in the database.
`StackupLayer.is_stackup_layer`	`bool`: Flag indicating if the layer is a `StackupLayer` instance.
`StackupLayer.is_via_layer`	`bool`: Flag indicating if the layer is a `ViaLayer` instance.
`StackupLayer.layer_id`	`int`: Layer ID.
`StackupLayer.layout_obj_type`
`StackupLayer.locked`	`bool`: Flag indicating if the layer is locked.
`StackupLayer.lower_elevation`	`Value`: Lower elevation value of the layer.
`StackupLayer.msg`	`EDBObjMessage`: Protobuf message that represents the object's ID.
`StackupLayer.name`	`str`: Name of the layer.
`StackupLayer.negative`	`bool`: Flag indicating if the layer is a negative layer.
`StackupLayer.referencing_via_layer_ids`	`list`[`int`]: Layer IDs for all via layers referencing the layer.
`StackupLayer.roughness_enabled`	`bool`: Flag indicating if roughness models are used by the layer.
`StackupLayer.thickness`	`Value`: Thickness value of the layer.
`StackupLayer.top_bottom_association`	`TopBottomAssociation`: Top-bottom association of the layer.
`StackupLayer.transparency`	`int`: Transparency value of the layer.
`StackupLayer.type`	`LayerType`: Type of the layer.
`StackupLayer.upper_elevation`	`Value`: Upper elevation value of the layer.
`StackupLayer.use_solver_properties`	`bool`: Flag indicating if solver properties are used by the layer.
`StackupLayer.visibility_mask`	`int`: Visibility mask of the layer.
`StackupLayer.zone`	`int`: Zone index associated with the owning layer collection.
`StackupLayer.zones`	`list`[`int`]: IDs of all zones containing the layer.