AutoCAD

How to Remove Hatch Boundary in AutoCAD?

Understanding Hatch Boundaries in AutoCAD

Hatch boundaries in AutoCAD are essential for applying hatching patterns to enclosed areas. However, understanding how to manage these boundaries is crucial, especially when you need to remove or modify them. This guide provides detailed steps on how to efficiently remove hatch boundaries in AutoCAD.

Removing a Hatch Boundary

To remove a hatch boundary in AutoCAD effectively, follow these steps:

Step 1: Double-Click the Hatch

Begin by selecting the hatch area you want to modify. Double-click on the hatch itself, not the boundary lines. This action opens the Hatch Editor, providing you with tools to edit the hatch settings.

Step 2: Access the Hatch Editor

Once inside the Hatch Editor, locate the option to modify. Here, you can make various changes to the hatch properties, including its appearance and boundaries.

Step 3: Remove Selected Areas

In the Hatch Editor, select the “Pick Points” option. This tool allows you to specify areas of the hatch you want to delete.

Step 4: Utilize the Command Line

After selecting “Pick Points,” type “S” into the command line, then press Enter. This command will instruct AutoCAD to enter selection mode.

Step 5: Select Internal Areas

Position your cursor over the portions of the hatch you wish to remove. Click on each area to eliminate it. Repeat this process until all unwanted sections are removed.

Closing Boundary Gaps

Sometimes, boundaries may not be well-defined, leading to complications when trying to remove or modify them. To address this:

Step 1: Zoom Out

Start by zooming out from your drawing area. This will give you a wider view of all the boundary elements associated with the hatch.

Step 2: Identify Open Boundaries

Look for any gaps or open sections in your boundary. These may prevent the hatch from closing correctly.

Step 3: Resolve Any Issues

Modify any boundary elements that need closing. This can involve commands like “Close” on polylines or redrawing any segments that are incomplete.

Utilizing the Quick Select Tool

For users looking to remove all hatches from a drawing quickly, the Quick Select tool can be beneficial.

Step 1: Open Quick Select

Right-click anywhere in your drawing window that isn’t occupied by an object. From the menu, select “Quick Select.”

Step 2: Configure Selection Criteria

In the Quick Select window:
– Set “Apply to” to “Entire Drawing.”
– Change “Object Type” to “Hatch.”
– Choose “Color” based on your hatch specifications, typically set to “By Layer.”

Step 3: Execute the Selection

After configuring, click “OK.” This command will select all hatch objects throughout your drawing.

Step 4: Delete Selected Hatches

With the hatches selected, you can easily delete them by pressing the Delete key or right-clicking and selecting “Delete.”

Modifying Layer Settings

Sometimes it might be preferable to control visibility without deleting hatches.

Step 1: Manage Layer Properties

Select the boundary objects and assign them to a separate layer.

Step 2: Adjust Layer Settings

In the Layer Properties manager, you can turn off or freeze the layer related to the hatch boundaries. This keeps the hatch intact while hiding the boundary elements.

FAQ

How can I display hatch boundaries again after hiding them?

You can regain visibility by unfreezing or turning on the layer where the boundaries are located.

What should I do if my hatch does not cover the intended area?

Ensure that the boundary is completely closed, and use the “Close” option on polylines if necessary, then try hatching again.

Can I undo changes made to hatch boundaries?

Yes, AutoCAD includes an “Undo” feature (Ctrl + Z) that allows you to revert any recent actions involving hatch modifications or deletions.

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.