AutoCAD

Which AutoCAD Symbols Codes on Keyboard

Typing Symbols in AutoCAD

To effectively use symbols within AutoCAD, follow these innovative methods to enhance your designs:

  1. Utilizing the In-Place Text Editor:

    • Right-click within the editor’s workspace and select the "Symbol" option from the menu that appears. This allows direct insertion of symbols into your text.
  2. Using the Expanded Text Formatting Toolbar:

    • Access the Text Formatting toolbar. Click on the "Symbol" button for a more comprehensive list of available symbols, providing a quick way to input various graphic elements.
  3. Employing the Character Map:

    • Open your system’s Character Map application. Here, you can copy any symbol you require and simply paste it into the AutoCAD workspace.
  4. Inputting Control Codes or Unicode Strings:
    • For advanced users, entering control codes or Unicode strings is a viable method. Make sure to prefix the Unicode string with a backslash to convey the command correctly.

Basic Commands in AutoCAD

Understanding the fundamental commands is essential for efficient drafting in AutoCAD. Here are some key commands to know:

  1. L (Line): Creates straight lines connecting two points.
  2. C (Circle): Draws circles by specifying the center point and radius or diameter.
  3. PL (Polyline): Allows you to draw connected lines and arcs as a single object.
  4. REC (Rectangle): Facilitates the easy creation of rectangular shapes.
  5. POL (Polygon): Enables drawing multi-sided shapes.
  6. ARC: Used to draw curves between specified points.
  7. ELLIPSE: Helps in creating oval shapes.
  8. REG (Region): Creates a region from the defined boundary shapes.

AutoCAD Coding and Customization

AutoCAD allows users to enhance its functionality through coding. AutoLISP, a specialized version of Lisp, is used to create custom routines. Here’s how to set custom commands within AutoCAD:

  1. Access the Customize Tab:

    • Select the Customize tab, and navigate to the Command List pane.
  2. Create a New Command:

    • Click on the ‘Create a New Command’ button, which will add a new command labeled "Command1" to your list.
  3. Define Command Properties:
    • In the Properties pane, enter a meaningful name for your new command in the Name box.
    • Click "Apply" to save your modifications, allowing for custom functionalities tailored to your drafting needs.

Inserting Electrical Symbols

For tasks that require electrical symbols, follow these steps to streamline the insertion process:

  1. Open the Icon Menu:

    • Navigate to the Schematic tab and access the Insert Components pane to locate the Icon Menu.
  2. Select Your Symbol:

    • Browse through the available icons to find and select the electrical symbol you need.
  3. Insert the Symbol:
    • After selection, your cursor will attach the symbol, allowing for simple placement within your design area. A dialog box will appear to finalize the insertion.

Frequently Asked Questions

  1. What is the symbol for depth in AutoCAD?

    • The symbol for depth is indicated by the letter "D."
  2. How do I input a diameter symbol in AutoCAD?

    • To type the diameter symbol, use the Alt code Alt+0216 on your keyboard.
  3. What programming language is primarily used for AutoCAD development?
    • AutoCAD is mainly developed using C++, and extensions can also be created with .NET languages.

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.