AutoCAD

How to Load Custom Linetype in AutoCAD?

Understanding Linetypes in AutoCAD

A linetype in AutoCAD refers to the visual pattern assigned to lines, representing various meanings, such as hidden edges, center lines, or construction lines. Linetypes can incorporate symbols, text, dots, dashes, and continuous or broken patterns, allowing designers to convery specific information within drawings effectively.

Steps to Load Custom Linetypes in AutoCAD

Step 1: Access the Linetype Manager

Begin by navigating to the Home tab in the AutoCAD interface. Locate the Properties panel and click on the Linetype drop-down arrow. This will present you with various linetype options. To load a new linetype, select the option labeled ‘Other’.

Step 2: Loading the New Linetype

Upon clicking ‘Other’, the Linetype Manager dialog box will appear. Here, look for the ‘Load’ button and click on it. This will open another dialog titled ‘Load or Reload Linetypes’.

Step 3: Choosing the Custom LIN File

In the ‘Load or Reload Linetypes’ dialog, you will have the option to choose the specific linetypes you wish to load. If you’re using a custom LIN file, click on the ‘File’ button within this dialog. A file selection window will open, allowing you to browse your directories.

Step 4: Opening the LIN File

Navigate to the location where your custom LIN file is stored. Select the desired LIN file and click the ‘Open’ button. This action will load the linetypes defined in that file into the Linetype Manager.

Step 5: Finalizing the Loading Process

After loading your linetypes, click ‘OK’ to close the dialog boxes and return to your drawing area. The newly loaded linetypes should now appear in the drop-down list within the Linetype panel.

Step 6: Assigning the New Linetype

To apply the newly loaded linetype, select the objects in your AutoCAD drawing that you want to modify. Right-click to access the shortcut menu, choose ‘Properties’, and in the Properties palette, locate the Linetype option. Click the arrow to view the list of linetypes and select the one you just loaded.

Diagnosing Linetype Visibility Issues

If after loading the new linetype it fails to display correctly, it could be due to text characters or styling issues. Use the command ‘STYLE’ to access the text style settings. Ensure that the text height is set to zero to avoid any scaling issues with the linetype appearing incorrectly on your drawing.

Handling Linetype Refreshing in AutoCAD

If linetypes do not appear as intended, you can refresh them. Simply type ‘REGENALL’ in the command line and press Enter. This command will regenerate the drawing, potentially resolving visibility or display issues. Additionally, a manual refresh can be done by using the ‘Reload Layer’ command from the layer properties.

FAQ Section

1. What formats can custom linetypes be saved in for AutoCAD?

Custom linetypes are typically saved in LIN format, which is specifically designed for AutoCAD. Ensure the file has a .lin extension when saving.

2. Can I create my own custom linetypes?

Yes, users can create custom linetypes using a text editor by defining patterns and symbols within a LIN file, which can then be loaded into AutoCAD following the steps outlined above.

3. How can I check if my custom linetype is loaded correctly?

After attempting to load a custom linetype, check the Linetype drop-down list for its name. You can also select an object to which the linetype has been applied; if it appears correctly, the loading process was successful.

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.