AutoCAD

How To Create Wipeout In AutoCAD?

Understanding the Wipeout Command in AutoCAD

The Wipeout command in AutoCAD is a powerful tool utilized to create invisible areas within a drawing. This functionality allows users to conceal specific sections of a drawing without the need to delete the underlying entities. Essentially, a Wipeout functions like a blank mask, blending seamlessly with the background color. Users can manipulate its borders, changing their color while keeping the interior hidden.

Steps to Create a Wipeout From a Polyline

To generate a Wipeout from a polyline, follow these steps:

  1. Select the Command:

    • Type WIPEOUT in the command line and press Enter. Alternatively, navigate to the Draw menu and select Wipeout.
  2. Choose the Boundary:

    • At the command prompt, specify the shape boundary that you want to conceal. This boundary can be created by clicking points or by using an existing polyline.
  3. Complete the Command:

    • After defining the boundary, press Enter to finalize the Wipeout. The specified area will now be hidden from view.

Adjusting Wipeout Frame Visibility

AutoCAD provides an option to toggle the visibility of Wipeout frames, which can be helpful for editing or reviewing your design. Here’s how:

  1. Toggle Frames:

    • Enter the command TFRAMES in the command line and toggle between ON and OFF to display or hide the Wipeout frames.
  2. Access Through Annotate Tab:

    • Go to the Annotate tab, then select the Markup panel, and find the Wipeout option. This will bring up prompt options including Frame settings.
  3. Choose Frame Settings:

    • When prompted, input F for Frames and select from the options: ON, OFF, or Display But Not Plot.

Layer Management for Wipeouts

When implementing Wipeouts in your drawings, it’s crucial to pay attention to layer management:

  1. Layer Setup:

    • Ensure that the Wipeout is placed on a layer designated for plotting. The Wipeout will need to be on a layer that is turned ON for successful rendering in printed outputs.
  2. Usage Within Blocks:

    • For Wipeouts contained within a block, keep them on Layer 0. This way, they adopt the characteristics of the layer into which they are inserted.

How to Create a Wipeout Using Arcs

Creating a Wipeout using arcs requires following a few specific steps to ensure a smooth, rounded mask:

  1. Create a Closed Polyline Equivalent to a Circle:

    • Type the command POLYGON when prompted for the number of sides, enter 36. This provides a polygon that resembles a perfect circle.
  2. Generate the Wipeout:

    • Use the Wipeout command as you normally would and specify the newly created polygon to define the area for the Wipeout.

Managing Hidden Wipeout Boundaries

If you have created a Wipeout and need to view the boundaries again:

  1. Use Command to View Frames:

    • Access the command line and type WIPEOUT, then select F for frames and choose ON to view your hidden boundaries.
  2. Utilize the Markup Tab:

    • Go to the Annotate tab and select the Wipeout option, where you can adjust frame visibility consistently.

FAQ

1. What impact does the Wipeout Command have on printing?

  • Wipeouts act as masks for hidden areas in your drawings. If the Wipeout’s layer is set to not plot, it won’t appear in printed versions. Always check layer settings before printing.

2. Can I undo a Wipeout once it is created?

  • Yes, you can delete a Wipeout as you would with any object in AutoCAD. Use the Delete key or the command Erased to remove it from your drawing.

3. Is there a way to customize Wipeout settings?

  • Yes, you can adjust frame visibility, layer status, and even the background color settings to fit your design needs, ensuring that the Wipeout fits seamlessly into your project’s aesthetic.

About the author

Wei Zhang

Wei Zhang

Wei Zhang is a renowned figure in the CAD (Computer-Aided Design) industry in Canada, with over 30 years of experience spanning his native China and Canada. As the founder of a CAD training center, Wei has been instrumental in shaping the skills of hundreds of technicians and engineers in technical drawing and CAD software applications. He is a certified developer with Autodesk, demonstrating his deep expertise and commitment to staying at the forefront of CAD technology. Wei’s passion for education and technology has not only made him a respected educator but also a key player in advancing CAD methodologies in various engineering sectors. His contributions have significantly impacted the way CAD is taught and applied in the professional world, bridging the gap between traditional drafting techniques and modern digital solutions.