CouplingsNode#
- class ansys.aedt.core.emit_core.nodes.generated.couplings_node.CouplingsNode(emit_obj, result_id, node_id)#
Provide couplings node.
Methods
Add a new node to define coupling between antennas using the 5G channel coupling model.
Add a new node to define custom coupling between antennas.
Add a new node to define coupling between antennas using the Erceg coupling model.
Add a new node to define coupling between antennas using the Hata COST 231 model.
Add a new node to define coupling between antennas using the ITU Indoor Propagation model.
Add a new node to define coupling between antennas using the Log Distance model.
Add a new node to define path loss coupling between antennas.
Add a new node to define two ray ground reflection coupling between antennas.
Add a new node to define coupling between antennas using the Walfisch-Ikegami model.
CouplingsNode.export_to_csv(file_name[, ...])Export's the data for this node
Check if node is also a component.
CouplingsNode.get_properties([...])Get all of a node's properties in a single API call.
CouplingsNode.import_touchstone(file_name)Open an Existing S-Matrix Data File.
CouplingsNode.plot([antennas, ports])Bring up a Cartesian plot for this node
CouplingsNode.props_to_dict(props)Converts a list of key/value pairs to a dictionary.
CouplingsNode.set_properties(properties[, ...])Set multiple node properties simultaneously.
Attributes
Child types allowed for this node.
All tags currently used by all antennas in the project.
Child nodes of this node.
Default antenna-to-antenna coupling loss value.
Minimum Allowed Coupling.
Name of the node.
The type of this emit node.
Desktop instance used for version checking.
Full node name of the parent node including the entire tree structure
Node properties.
Indicates if this object is still valid (not detached from EMIT node).
Warnings for the node, if any.