Contents
How do I get a list of all my nodes?
The dialog is opened by holding the Ctrl or Command key when clicking on the workspace. The dialog contains a complete list of all nodes available to add. It shows the five main core nodes at the top of the list, followed by any recently added nodes and finally a complete, alphabetical, list of the remaining nodes.
Where do I find the list of core nodes?
It shows the five main core nodes at the top of the list, followed by any recently added nodes and finally a complete, alphabetical, list of the remaining nodes. As with the main palette, the dialog has an input at the top to filter the list and quickly find a node.
How can I edit the configuration of a node?
Editing node configuration. A node’s configuration can be edited by double clicking on the node, or pressing Enter when the workspace has focus. If multiple nodes are selected, the first node in the selection will be edited.
Can a node have more than one port?
A node can have at most one input port and many output ports. A port may have a label that is displayed when the mouse hovers over it. A node may specify labels, for example, the Switch node shows the rule that matches the port. The labels can also be customised in the node edit dialog.
How to edit a node in a linked list?
What I would do would be: Identify if value has increased or decreased (and update node). Unlink node from the list. Search forwards or backwards (depending on increase or decrease of grade) for correct location. Link node into new location. Note that indexing the list into an array, etc. may give a quicker search than a linear traversal.
How are reference nodes chosen in a network?
Of the network nodes, one is chosen as a reference node to which all other node voltages are related. The sources are represented by current generators feeding specified currents into their respective nodes and the branches are in terms of admittance Y. Then for the n independent nodes
How many essential nodes are there in a circuit?
With the reference node at the bottom of the circuit, we have two essential nodes, as shown in the following redrawn circuit. Recall that the node involving the voltage source is a known voltage and that we do not write a node equation for it.