Revit

How to Edit Work Plane in Revit?

Understanding Workplanes in Revit

Workplanes are essential components in Revit, acting as two-dimensional surfaces that serve as the foundation for creating and editing 3D elements and views. Mastering the workplane functionality is crucial for effective modeling and accurate representation of architectural designs.

Steps for Editing a Workplane in Revit

Step 1: Select the Workplane

Begin by choosing the specific workplane or element profile you wish to edit. You can do this by navigating within your project view and clicking on the desired workplane or element.

Step 2: Access the Modify Tab

Next, go to the Modify tab located on the ribbon. Within this tab, find the Work Plane panel, which includes the Workplane Viewer option. Clicking on this will open the Workplane Viewer, allowing you to see the workplane in a two-dimensional context.

Step 3: Make Your Edits

Once the Workplane Viewer is open, you can make the necessary adjustments to your model. This could involve moving, rotating, or reshaping elements that are associated with the selected workplane. Be sure to apply your changes as needed and observe any shifts in your model’s geometry.

Changing the Ground Plane in Revit

Step 1: Open View Settings

To modify the ground plane in your project, navigate to the View tab on the ribbon. From the Appearance panel, find and click on the Ground Plane drop-down menu and select Settings.

Step 2: Adjust Ground Plane

A dialog box will appear; select the Manual Adjustment option. In the main graphics view, you can click on a boundary line or corner of the existing ground plane and drag to resize it according to your specifications.

Deleting a Workplane

Step 1: Access Workplane Controls

To remove an active workplane, go to the Workplane tab. Within the Active panel, click on the Delete option.

Step 2: Confirm Deletion

This action allows you to delete the selected workplane. Ensure you’re deleting the correct plane before confirming the action, as this may alter your model if tied to that workplane.

Selecting Workplanes in Revit

Step 1: Identify and Select

You can choose a workplane by name, or visually by picking a point on the plane or a line that defines the plane you wish to use.

Step 2: Set the Workplane

On the ribbon, locate and click the Set option. In the Work Plane dialog box that opens, you’ll see a list of available workplanes. Select the desired one from this list and confirm your choice by clicking OK.

Creating a New Workplane in Revit

Step 1: Use the Plane Command

To establish a new workplane, first locate and click on the plane command in the ribbon.

Step 2: Set Offsets

You will need to select the option for offset from a face. In the graphics window, click on the desired face to use for your new workplane and set the offset value accordingly. Click Apply to confirm the creation of your new plane.

Frequently Asked Questions

What is the purpose of a workplane in Revit?

A workplane serves as a fundamental surface for sketching and defining geometry in 3D modeling. It helps in positioning elements accurately during the design process.

How can I visualize the changes made to a workplane?

Utilizing the Workplane Viewer provides a clear 2D perspective of any alterations made. You can always revisit the viewer to confirm that your edits have taken effect properly.

What happens if I delete an active workplane?

Deleting an active workplane may impact the elements associated with it. It’s essential to ensure that no critical components rely on the workplane before proceeding with deletion to avoid unintended changes in your model.

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.