AutoCAD

How to Convert Cloud to Polyline in AutoCAD?

### Understanding Revision Clouds in AutoCAD

Revision clouds serve as visual indicators in technical drawings, highlighting areas that have undergone changes since the last version. Their cloud-like shape effectively draws attention to modifications, making them essential in design documentation.

### How to Switch a Cloud to a Polyline in AutoCAD

When you need to convert a cloud shape into a polyline in AutoCAD, follow these organized steps:

1. **Open the Revision Cloud Tool**: From the Home tab, navigate to the Draw panel and click on the Revision Cloud drop-down menu.

2. **Select the Drawing Object**: In the drawing area, right-click to access the options, and choose the “Object” option, which allows you to select existing geometries.

3. **Identify the Cloud to Convert**: Click on the revision cloud that you wish to transform into a polyline or polygon.

4. **Confirm Arc Direction**: After selecting, you will be asked if you want to maintain the current arc direction. Simply press Enter to accept the default.

5. **Finish the Command**: Press Enter once more to complete the process of conversion, turning your revision cloud into a polyline.

### Steps to Edit a Revision Cloud

Adjusting your revision cloud is straightforward:

1. **Access the Revision Cloud Options**: Again, go to the Home tab and select the Revision Cloud from the Draw panel.

2. **Modify Arc Length**: Right-click in your drawing area and choose “Arc Length.” You’ll then be prompted to specify new limits for minimum and maximum arc lengths.

3. **Confirm Changes**: After setting the new parameters, press Enter to continue with the process or use the Esc key to abort the command.

### Converting Objects to Polyline

If you want to convert different shapes to polylines, here’s how:

1. **Initiate the PEDIT Command**: Type ‘PEDIT’ into the command line and hit Enter.

2. **Select Multiple Objects**: Type ‘M’ for multiple selections, permitting you to choose several splines or curves.

3. **Convert Shapes**: When prompted, type ‘Y’ to confirm converting any selected lines, arcs, and splines into polylines.

4. **Adjust Precision**: You may be asked to set a precision value to define how closely the new polylines should match the original curves.

5. **Exit the Command**: Press the Esc key when you have finished all selections and conversions.

### Adjusting a Revision Cloud

To tweak existing revision clouds:

1. **Launch the Cloud Tool**: Again, go to the Home tab and select the Revision Cloud option.

2. **Set Arc Length Parameters**: Right-click in the drawing area, choose “Arc Length,” and specify your desired minimum and maximum values.

3. **Finalize Adjustments**: Conclude the command with Enter or exit with Esc.

### FAQs

**1. Can I directly edit a revision cloud into a freehand drawing?**
No, the revision cloud cannot be directly converted into a freehand drawing, as it functions as a defined shape. However, you may create a new object over the cloud for further manipulation.

**2. How can I enhance the visibility of a revision cloud in my drawing?**
You can manage the colors and line weights of revision clouds within the Properties palette, enhancing their visibility relative to other elements on your drawing.

**3. Is there a fast way to toggle the display of revision clouds in my drawing?**
Yes, using the Layer Manager allows you to easily show or hide revision clouds. You can create a dedicated layer for revision clouds and turn it on or off as needed.

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.