EDBLayer#

class pyaedt.edb_core.edb_data.layer_data.EDBLayer(edblayer, app)[source]#

Manages EDB functionalities for a layer.

Deprecated since version 0.6.5: There is no need to use core_stackup anymore. You can instantiate new class stackup directly from edb class.

Examples

>>> from pyaedt import Edb
>>> edb = Edb(myedb, edbversion="2021.2")
>>> edb_layer = edb.core_stackup.stackup_layers.layers["TOP"]

Methods

`EDBLayer.assign_roughness_model_bottom`([...])	Assign roughness model on conductor bottom.
`EDBLayer.assign_roughness_model_side`([...])	Assign roughness model on conductor side.
`EDBLayer.assign_roughness_model_top`([...])	Assign roughness model on conductor top.
`EDBLayer.init_vals`()	Initialize values.
`EDBLayer.plot`([nets, show_legend, ...])	Plot a layer to a Matplotlib 2D chart.
`EDBLayer.set_elevation`(layer, elev)	Update the layer elevation.
`EDBLayer.update_layer_vals`(layerName, ...)	Update layer properties.
`EDBLayer.update_layers`()	Update all layers.

Attributes

`EDBLayer.etch_factor`	Etch factor.
`EDBLayer.filling_material_name`	Filling material.
`EDBLayer.id`	Layer ID.
`EDBLayer.layer_type`	Layer type.
`EDBLayer.lower_elevation`	Lower elevation.
`EDBLayer.material_name`	Retrieve or update the material name.
`EDBLayer.name`	Layer name.
`EDBLayer.negative_layer`	Negative layer.
`EDBLayer.roughness_enabled`	Roughness enabled.
`EDBLayer.thickness_value`	Thickness value.
`EDBLayer.top_bottom_association`	Top/bottom association layer.
`EDBLayer.upper_elevation`	Upper elevation.