Course Content
BURST Command
The BURST command in AutoCAD is used to "explode" blocks or attributes into their individual components while preserving the original properties, such as color, layer, and line type.
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DIMJOGGED Command
The DIMJOGGED command in AutoCAD is used to create a jogged (or "jog") dimension line for circular objects, like arcs and circles, to represent the radius when the center point is off the drawing or otherwise inconvenient to display.
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NCOPY Command
The NCOPY command in AutoCAD (short for Nested Copy) allows you to copy objects from an external reference (Xref) or block reference directly into the current drawing.
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OVERKILL Command
The OVERKILL command in AutoCAD is used to clean up and optimize drawings by removing redundant or duplicate geometry.
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Mastering the Wipeout Command
Among AutoCAD's vast array of tools is one often overlooked yet powerful command: Wipeout. This nifty feature can clean up your drawings by hiding parts of your work you don't want to showcase.
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Less Known but Powerful Features
By exploring these lesser-known features, you can unlock the full potential of AutoCAD and become a more efficient and productive user.
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DIMSTYLE Editor
How to effectively use the DIMSTYLE editor to customize dimension styles
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PURGE
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WBLOCK
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Hidden Keyboard Shortcuts
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AutoCAD Secrets – Master the Hidden Gems

Creating Custom Hatch Patterns

Understanding Hatch Patterns

Hatch patterns are used to fill areas of a drawing with a specific pattern, such as lines, dots, or cross-hatching. AutoCAD allows you to create and customize hatch patterns to suit your specific needs.

Steps to Create a Custom Hatch Pattern:

  1. Open the Hatch Pattern Manager:

    • Go to the Format tab on the Ribbon.
    • Click Hatch to open the Hatch and Gradient dialog box.
    • Click the Pattern button to open the Hatch Pattern Manager.
  2. Create a New Pattern:

    • Click the New button to create a new pattern.
    • Give the pattern a name.
  3. Define the Pattern:

    • Use the Pattern Definition area to draw the pattern.
    • Use lines, arcs, and circles to create the desired pattern.
    • Adjust the size and spacing of the pattern elements.
    • You can also use predefined patterns as a starting point and modify them to create custom variations.
  4. Set Pattern Properties:

    • In the Pattern Properties section, you can specify:
      • Angle: The angle of the pattern.
      • Scale: The overall scale of the pattern.
      • Double: Whether the pattern should be doubled.
      • Offset: The offset distance between pattern repetitions.
  5. Test the Pattern:

    • Use the Preview button to visualize the pattern in the drawing area.
    • Make adjustments as needed.
  6. Save the Pattern:

    • Click OK to save the pattern.

Example: Creating a Custom Brick Pattern

  1. Create a New Pattern: Create a new pattern and name it “Brick Pattern.”
  2. Define the Pattern:
    • Draw a rectangle to represent a brick.
    • Draw a horizontal line to represent the mortar joint.
    • Adjust the size and spacing of the bricks and mortar joints to create the desired pattern.
  3. Set Pattern Properties:
    • Set the angle to 0 degrees.
    • Adjust the scale to control the size of the bricks.
    • Set the double option to “Double” to create a more realistic brick pattern.
  4. Test and Save:
    • Preview the pattern and make any necessary adjustments.
    • Save the pattern.

Using Custom Hatch Patterns in Your Drawings

  1. Select the Area to Hatch: Use the selection tools to select the area you want to hatch.
  2. Open the Hatch and Gradient Dialog Box:
    • Go to the Format tab and click Hatch.
  3. Select the Custom Pattern: Choose your custom pattern from the Pattern Type list.
  4. Adjust Pattern Properties: Adjust the angle, scale, and other properties as needed.
  5. Apply the Hatch: Click OK to apply the hatch pattern to the selected area.

By creating and using custom hatch patterns, you can add visual interest and detail to your AutoCAD drawings.