AutoCAD

How to Turn On Wipeout in AutoCAD?

Enabling Wipeout in AutoCAD

To effectively use the Wipeout feature in AutoCAD, you first need to ensure it’s activated. Start by typing the command WI in the command line and hit Enter. Alternatively, navigate to the Draw dropdown menu and select Wipeout. This tool helps obscure parts of your drawing without permanently deleting any elements, enhancing your design clarity.

Creating a Wipeout Area

Once the Wipeout command is activated, you will be prompted to define the area you wish to conceal. Use your cursor to click and drag, outlining the specific boundary. To finalize your Wipeout area, press Enter. You can also create a wipeout using a polyline. Simply draw a closed polyline to serve as the boundary and then apply the Wipeout command.

Understanding Wipeout Frames

Wipeouts in AutoCAD are objects that blend with the background color, effectively hiding other elements underneath. They can be customized with distinct frame colors, adding flexibility to your drawings. If necessary, the frame can also be hidden to streamline your workspace.

Wipeout with Polylines

To utilize a polyline for your Wipeout, follow these steps:

  • Access the Wipeout tool on the Draw toolbar or type the command wipeout in the command line.
  • Designate the boundary using a polyline.

This method allows for more complex shapes compared to the default rectangular wipeout.

Adding Wipeouts to Blocks

Incorporating a Wipeout into a block is straightforward:

  1. Click on the block reference and right-click to choose Block Editor.
  2. Invoke the Wipeout command and create a wipeout that covers the necessary area.
  3. Afterwards, select the wipeout, right-click, and navigate to Basic Modify Tools > Display Order > Send to Back.
  4. Finally, save your changes and exit the Block Editor.

Hiding Wipeout Frames

To hide or adjust the visibility of a wipeout frame:

  1. Navigate to the Annotate tab and find the Markup panel.
  2. Choose Wipeout to access the frame options.
  3. Input F for Frames and select from the options: On, Off, or Display But Not Plot.

Limitations of Wipeouts

Wipeouts are limited in terms of shape; specifically, they cannot be created as circles or arcs. To achieve a similar effect, utilize the POLYGON command to draft a closed shape that can then serve as a wipeout boundary.

Masking Objects with Wipeouts

To mask a specific object using a wipeout:

  1. Select the object that requires masking.
  2. Right-click and choose the Mask Block Reference option in the Modify panel.
  3. Follow the prompts to attach the desired mask to the object.

Deleting a Wipeout

If you wish to remove a Wipeout from your drawing, use the Ctrl + H shortcut to temporarily hide it or set the Pickstyle to zero for selection. After doing so, proceed to delete the wipeout object as you would any other.

FAQ

1. Can I adjust the color of a Wipeout?

Yes, you can customize the frame color of a wipeout to differentiate it from other elements in your drawing. Use the property manager to change its color and make it visually distinct.

2. Is it possible to print Wipeouts?

Wipeouts can be set to display during printing based on your frame settings. Make sure to select the “Display But Not Plot” option if you want the wipeout effect without it appearing in the final print.

3. What should I do if my Wipeout is not displaying correctly?

If a wipeout isn’t showing as expected, check your frame settings. You may need to ensure frames are turned on or adjust your display settings within AutoCAD to see the effect of the wipeout properly.

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.