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New Tools in AN-SOF: Selecting and Editing Wires in Bulk

Discover the new wire selection and editing tools in AN-SOF! From bulk selection with the Selection Box to precise control via the Tabular Input window, these features streamline antenna modeling. Modify multiple wires effortlessly and enhance your workflow. Explore these powerful tools today!

In antenna modeling, efficiency and precision in wire selection and editing are crucial for a smooth workflow. Since version 10 of AN-SOF Antenna Simulator, several new tools have been introduced to simplify bulk wire selection and modification. These tools allow users to streamline their workflow, whether by selecting multiple wires simultaneously, picking them individually, or using a powerful spreadsheet-style interface known as the Tabular Input window. Let’s explore these new features and how they can enhance your experience with AN-SOF.

Selecting Wires in AN-SOF

AN-SOF now provides multiple ways to select wires for editing:

1. Selection Box Tool

This method allows users to select multiple wires by dragging a rectangular selection box over them (see Fig. 1). The behavior depends on the direction of the drag:

  • Top to Bottom: Selects only fully enclosed wires.
  • Bottom to Top: Selects both fully and partially enclosed wires.

To use this tool, click the Selection Box button in the main toolbar, then drag the box over the desired wires. To deselect all, simply double-click on the workspace or click the Home button.

Fig. 1: Selection box for selecting a group of wires.

2. Wire-by-Wire Selection

For more precise control, users can manually select wires one by one:

  • Click the Select Wire button (arrow icon) in the toolbar.
  • Hold the Ctrl key and left-click on individual wires to add them to the selection.
  • Click a selected wire again while holding Ctrl to deselect it.
  • To clear all selections, double-click on the screen or use the Home button.

3. Combining Selection Methods

A hybrid approach allows users to begin with the Selection Box tool and then refine the selection by adding or removing wires manually. This flexibility is especially useful for complex models with dense wire structures. This procedure is illustrated in the video below.

Editing Wires in Bulk

Once multiple wires are selected, users can modify them simultaneously via Edit > Modify in the main menu (see Fig. 2). The Modify Wires dialog box provides several tabs for making changes:

  • Attributes Tab: Adjust the segmentation of selected wires either by setting a fixed number of segments or defining segments per wavelength.
  • Materials Tab: Change material properties of all selected wires at once.
  • Sources/Loads Tab: Bulk delete applied sources and loads.

Editing Wires with the Tabular Input Window

For users who prefer a structured table-based approach, the Tabular Input window offers an intuitive interface to enter and modify wire properties.

Accessing the Tabular Input Window

Navigate to Draw > Tabular Input (Ctrl + T) to open this feature (see Fig. 3). The window consists of four main tabs:

  • Wires Tab: Define or edit wire end coordinates, segmentation, radius, and materials.
  • Sources Tab: Assign voltage or current sources to specific wire segments.
  • Loads Tab: Apply loads (inductors, capacitors, or impedances) to specific wire segments.
  • Trans. Lines Tab: Connect transmission lines between wire segments.
Fig. 3: Tabular Input window – Wires tab, for entering and editing linear wires.

Advanced Editing Features

  • Search and Replace: Quickly update wire coordinates in bulk.
  • Copy/Paste: Easily duplicate and adjust wire properties.
  • Row Selection & Highlighting: Selected rows correspond to wire numbers displayed in the workspace for easy identification.
  • Instant Updates: The Refresh button ensures changes take effect immediately without closing the window.

Why These Tools Matter

The introduction of bulk selection, modification tools, and the Tabular Input window dramatically improves efficiency when working with complex antenna structures. Whether modeling large antenna arrays or fine-tuning intricate geometries, these tools reduce manual effort, enhance precision, and provide greater flexibility.

By leveraging these new features in AN-SOF, users can significantly streamline their workflow, making antenna simulation more intuitive and productive than ever. If you haven’t explored these tools yet, now is the perfect time to start!

For more detailed guides, visit the following articles:

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