AutoCAD

How to Use Xclip Command in AutoCAD?

Understanding the Xclip Command in AutoCAD

Overview of Xclip

The Xclip command in AutoCAD is used to define specific areas of an external reference (xref) or block. This command allows you to control the visibility of these elements in your drawings, enabling a cleaner presentation by removing unnecessary details. By creating a defined boundary—either rectangular or polygonal—you can effectively manage what parts of the xref are displayed.

Steps to Create an Xclip

  1. Initiate the Command: Start by typing XCLIP in the command line and hit Enter.

  2. Select the Reference: Click on the xref or block that you intend to clip. This action tells AutoCAD which element you want to modify.

  3. Boundary Creation: When prompted to specify a new boundary, press Enter. Select the option most suitable for generating the clipping boundary:

    • For an existing boundary, choose “Select polyline.”
    • Alternatively, you can create a new one.
  4. Define the Clipping Boundary: If you opt for a new boundary, use either the rectangular or polygonal options to outline the area you wish to keep visible.

  5. Finalizing the Clip: Complete the command following the prompts to finalize and apply the clipping boundary.

Editing an Xclip

To modify an existing Xclip:

  1. Locate the Modify Menu: Navigate to the Modify menu, then select "Clip" followed by "Xref."

  2. Select the Xref: Choose the xref you wish to edit.

  3. New Boundary Option: At the prompt, hit Enter to specify a New Boundary.

  4. Boundary Selection: Choose a polyline or draw a new rectangular or polygonal clipping boundary as required.

  5. Completion: Confirm your selection to apply your changes.

Clipping a Block

  1. Open the XCLIP Command: Enter XCLIP in the command line or select "Modify" > "Clip" from the menu.

  2. Select the Block: Identify the block requiring clipping.

  3. Follow Prompts: Proceed to create a new clipping boundary as guided by the prompts to finish the operation.

Using Xclip for Images

If you need to clip an image:

  1. Type IMAGECLIP at the command prompt.

  2. Select the image you want to modify.

  3. Press Enter when prompted to specify a new boundary.

  4. Choose whether to delete the old boundary by entering “y” (Yes) or “n” (No).

  5. Draw the new clipping boundary using either rectangular or polygonal options.

Hiding Xclip Boundaries

To hide boundaries of Xclips in your drawing:

  1. Access the Modify menu and choose "Object" followed by "Image Frame."

  2. Enter options:
    • 0 to conceal image boundaries,
    • 1 to show and plot boundaries,
    • 2 to show but not plot them.

Making Multiple Xclips

Creating several Xclips involves:

  1. Initially applying an Xclip to the desired portion of the xref.

  2. Copying the clipped xref to another location where you want a new clip.

  3. Click on the copied reference and drag the selection boxes to define a new area for clipping.

  4. Repeat the process for additional sections of the xref.

FAQ

1. Can I invert the Xclip boundaries in AutoCAD?
Yes, you can invert the boundaries using the Raster menu. Select the images you wish to invert, then click on the Invert option to process the inversion.

2. What is the difference between Xclip and traditional clipping methods?
Xclip allows you to define specific areas of external references and blocks with higher flexibility and options like polygonal or rectangular shapes, whereas traditional methods may not offer the same level of precision or versatility.

3. Is there a limitation to how many Xclips I can create?
Generally, there is no strict limit on how many Xclips you can create in AutoCAD; however, performance may be affected by the complexity and number of clips in a single drawing. It’s advisable to manage resources effectively to maintain optimal performance.

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.