AutoCAD

How To Edit Wipeout In AutoCAD?

Understanding Wipeout in AutoCAD

Wipeout is a powerful tool in AutoCAD that enables users to create hidden areas within their drawings. By using Wipeout, you can obscure specific parts of your design without permanently deleting them, providing a cleaner layout and enhancing visibility for critical elements.

How to Activate the Wipeout Command

1. Open your AutoCAD workspace.
2. Access the command line and either type *WI* or navigate to the **Draw** menu.
3. Select the **Wipeout** option from the drop-down list.
4. Click to specify the boundaries of the area you want to mask, or use a polyline for more complex shapes.
5. Confirm your selection by pressing **Enter** to apply the Wipeout.

Transforming a Polyline into a Wipeout

1. Locate the **Wipeout** tool from the Draw toolbar or use the command line.
2. Type *Wipeout* in the command line and press **Enter**.
3. Select the existing polyline you wish to convert into a Wipeout area.
4. Confirm your selection to complete the transformation.

Editing a Wipeout Area

1. To modify an existing Wipeout, first, select it by clicking on the object.
2. Use the **Properties** palette or the command line for adjustments.
3. You can resize or change the boundaries of your Wipeout by re-specifying the area.
4. To remove portions of a Wipeout, select the Wipeout, then use the **Erase** command if necessary.

Hiding or Revealing Wipeout Boundaries

1. If you want to hide the frame of your Wipeout, use the command line.
2. Type *F* for frames, followed by *O* for on/off options.
3. Select *Off* to hide the boundary, allowing the area to appear seamless in your drawing.
4. To show the frame again, repeat the process, selecting *On*.

Masking Shapes with Wipeout

1. Navigate to the **Annotate** tab and locate the **Markup** panel.
2. Click on **Wipeout**.
3. Define the perimeter of the shape you want to mask by clicking to specify points.
4. Alternatively, type *P* to select an existing closed polyline and use it for the Wipeout.
5. Press **Enter** once you’ve completed your shape.

Creating a Wipeout with Curved Shapes

1. Start the command by typing *POLYGON* in the command line.
2. For the number of sides, enter *36* to create a circular shape that approximates a curve.
3. Utilize the Wipeout command and select the newly created polyline to apply the Wipeout effect.

Breaking and Editing Polylines

1. Access the **Modify** panel via the Home tab.
2. Select the **Break** option.
3. Pick the polyline you wish to break; you can split it into segments as needed.
4. For further editing, use the **Edit Polyline** command to adjust vertices, widths, or lengths as required.

FAQs

**Q1: Can I convert multiple closed polylines into a Wipeout at once?**
Yes, you can select multiple closed polylines simultaneously during the wipeout command to convert them into Wipeout areas.

**Q2: What should I do if my Wipeout doesn’t appear as expected?**
Ensure that your Wipeout frame is turned on by using the command *F* for frames and selecting *On*. Also, check the boundary settings to ensure they are correctly defined.

**Q3: Is it possible to undo a Wipeout action in AutoCAD?**
Yes, you can undo a Wipeout by either selecting the Wipeout and using the **Erase** command or by adjusting your selection to show the original elements again.

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.