AutoCAD

How to Remove Image Frame in AutoCAD?

Understanding Image Frames in AutoCAD

Removing image frames in AutoCAD can enhance the clarity of your drawings by eliminating unnecessary borders around PDF underlays and images. Proper management of these frames is essential for achieving a clean, professional appearance in your projects. Below are different methods to efficiently remove image frames in AutoCAD.

How to Hide PDF Underlay Frames

To effectively remove or hide the frames around PDF underlays, follow these steps:

1. **Access the Command Line**: Start by opening your AutoCAD workspace and ensure you are on the command line interface.

2. **Set PDFFRAME Variable**: Type `PDFFRAME` into the command line and press Enter.

3. **Adjust Frame Visibility**: Input `0` to hide the frames. When this variable is set to 0, the frame will not be visible in your drawing area, creating a cleaner look.

4. **Check for Frame Visibility During Selection**: Note that the frame may appear temporarily when you select the PDF for editing or viewing purposes, but it will remain hidden during regular use.

Removing Viewport Borders

Removing viewports can also contribute to a more streamlined display. To eliminate viewport borders:

1. **Enter MVIEW Command**: Navigate to the layout tab where your viewport exists and type `MVIEW` in the command line.

2. **Disable Viewport**: When prompted, type `OFF` and hit Enter.

3. **Select the Viewport**: Click on the viewport you wish to deactivate. Press Enter again to finalize your choice, effectively removing the border.

Eliminating Clipping Boundaries

If you have clipped an image and want to remove the boundary, take the following actions:

1. **Access the Modify Menu**: Navigate to the Modify menu at the top of your workspace.

2. **Clip Image Option**: Select the `Clip Image` option from this menu.

3. **Choose the Clipped Image**: Click on the image with the boundary you want to restore.

4. **Delete the Boundary**: Type `D` for Delete and press Enter. This will remove the clipping boundary, re-establishing the original image dimensions.

Managing Xref Clipping Boundaries

For those using external references (Xrefs):

1. **Start the Clip Feature**: Type `XCLIP` into the command line, then use the `Xref` option to start the clipping process.

2. **Select the Xref**: Choose the external reference you wish to modify.

3. **Set New Boundary**: At the prompt, press Enter, and then define a new boundary using a polyline or by selecting rectangular or polygonal shapes as desired.

Displaying Underlay Information

To see details about the underlay in AutoCAD:

1. **Open the External References Palette**: Wherever you are in your drawing, access the External References palette.

2. **View Mode**: Choose between List View or Tree View in the upper right corner to organize your view of underlays. This can help to eliminate confusion regarding frames and their visibility.

FAQs

**1. What happens when I change the PDFFRAME variable?**
Changing the PDFFRAME variable to 0 hides the PDF underlay frame while working on your drawings, providing a clear view without distractions.

**2. Is there a way to recover an image after deleting its frame?**
Yes, if you have deleted a frame or boundary, you can simply re-import the image or PDF into your drawing as needed.

**3. Can all image formats be clipped in AutoCAD?**
Clipping is generally supported for images and PDF underlays, but other formats may have limitations. It’s best to convert images to compatible formats if you encounter issues.

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.