AutoCAD

How To Calculate Area In AutoCAD Mac?

Understanding Area Calculation in AutoCAD for Mac

AutoCAD provides various ways to calculate the area of shapes in your designs. The approach may differ slightly between versions, so for AutoCAD 2025 on Mac, here’s a step-by-step guide to effectively calculate area.

Using the AREA Command

1. **Initiate the Command**: Launch AutoCAD and navigate to the command line, which is typically situated above your drawing window. Type `AREA` and press `Enter`.

2. **Select the Area Type**: When prompted, choose the option to “Add area.” This allows you to sum multiple areas if needed.

3. **Define the Boundaries**: Start clicking on the objects or points that form the perimeter of the area you wish to measure. As you select each corner, ensure that you click sequentially around the shape.

4. **Close the Shape**: To complete the shape, click back on the first corner you selected. This action finalizes the calculation.

5. **View the Result**: The calculated area will display in the command line, giving you the measurement typically in square units, based on your drawing settings.

Measuring Irregular Shapes

For more complex or irregular shapes, follow these steps:

1. **Use the Polyline Tool**: Activate the `Polyline` tool from the Draw panel. This allows you to trace around the irregular shape accurately.

2. **Trace the Perimeter**: Click to set points around the shape’s perimeter, ensuring you connect back to the start point to close the polyline.

3. **Calculate Area**: Once the polyline is completed, type `AREA` followed by `Object`, then select the newly created polyline. AutoCAD will calculate and display the area of the irregular shape.

Summing Multiple Areas

If you need to sum various areas, AutoCAD simplifies this process:

1. **Activate AREA Command**: Begin by typing `AREA` in the command line.

2. **Select Add Area**: Choose the “Add area” option when prompted.

3. **Click on Multiple Objects**: As you select each object, they will highlight to prevent double counting.

4. **Receive the Total**: After selection, not only will you see individual areas, but the cumulative total will appear in the command line.

Changing Measurement Units

To adjust the measurement units in AutoCAD for precise area calculation, execute the following:

1. **Access Dimension Style**: Go to the Drafting tab, select the Dimension panel, and click on Dimension Style.

2. **Modify Settings**: Choose the style you wish to alter and open the Modify Dimension Style dialog. Navigate to the Primary Units tab.

3. **Select New Units**: Here, you can select the desired unit format (e.g., feet, meters) and determine the level of precision required.

4. **Confirm Changes**: After setting your preferences, confirm your selections to finalize the unit adjustments.

Frequently Asked Questions

**How do I convert measurement units from inches to millimeters in AutoCAD?**
To convert units, go to the Dimension menu and select Style. Create a new dimension style, set the primary units’ suffix to “mm,” and establish a scale factor of 25.4.

**What is the quickest way to measure area for a complex shape?**
Using the Polyline command is the most effective method for complex shapes. After drawing the shape, you can easily calculate its area using the `AREA` command.

**How can I ensure that my area measurements are accurate?**
To improve accuracy, check that you’re using the correct drawing units, and double-check your perimeter selections, ensuring that lines are not skipped or mistakenly overlapped.

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.