`CfgEdgePort`#

class pyedb.configuration.cfg_ports_sources.CfgEdgePort(pedb=None, *args, **kwargs)#

Represent one edge-based circuit, wave, or gap port.

The hosting edge is described either by a primitive edge (primitive_name + point_on_edge) or by a padstack pad edge (padstack_instance + layer + arc).

Overview#

Methods

`set_parameters_to_edb`	Write this edge port into the open EDB design.
`export_properties`	Serialize this edge port to a plain dictionary.

Attributes

`name`
`type`
`primitive_name`
`point_on_edge`
`padstack_instance`
`layer`
`arc`
`reference_terminal`
`horizontal_extent_factor`
`vertical_extent_factor`
`pec_launch_width`
`is_circuit_port`
`edge_type`

Import detail#

from pyedb.configuration.cfg_ports_sources import CfgEdgePort

Attribute detail#

CfgEdgePort.name#

CfgEdgePort.type#

CfgEdgePort.primitive_name#

CfgEdgePort.point_on_edge#

CfgEdgePort.padstack_instance#

CfgEdgePort.layer#

CfgEdgePort.arc#

CfgEdgePort.reference_terminal#

CfgEdgePort.horizontal_extent_factor#

CfgEdgePort.vertical_extent_factor#

CfgEdgePort.pec_launch_width#

CfgEdgePort.is_circuit_port#

CfgEdgePort.edge_type = 'pad'#

Method detail#

CfgEdgePort.set_parameters_to_edb()#

Write this edge port into the open EDB design.

Returns:

object or dict: Created EDB port object, or the serialized payload when no EDB session is attached.

CfgEdgePort.export_properties()#

Serialize this edge port to a plain dictionary.