Revit

How to Stop Walls Joining in Revit?

Understanding Wall Joins in Revit

To manage wall joins effectively in Revit, one must grasp how to allow or disallow joins within the modeling environment. Walls can sometimes overlap or create unwanted geometry, which may interfere with the design intent. Addressing these issues requires specific actions and an understanding of the join settings.

Adjusting Wall Join Settings

  1. Initiate the Modify Tab: Begin by navigating to the Modify tab on the ribbon at the top of the Revit interface. Within this tab, locate the Geometry panel, where you will find options specifically for Wall Joins.

  2. Select a Wall Join: Hover your cursor over the particular wall join you wish to modify. A square will appear indicating the join point. Click on this square to select the join.

  3. Control Join Options: After selecting the wall join, you will have the option to either allow or disallow the join. Choose the setting that aligns with your design requirements. Disallowing a join may resolve issues with wall geometry overlap or misalignment.

  4. Exit the Tool: Once modifications are complete, click on the Modify button or simply press the Esc key to exit the tool.

Troubleshooting Wall and Roof Joins

If you experience difficulties in keeping walls attached to roofs, follow these steps:

  1. Select the Wall: Click on the wall that is problematic within your model.

  2. Reset Profile: In the contextual ribbon that appears, look for the ‘Reset Profile’ option. This action will eliminate any irregularities in the wall’s geometry.

  3. Reattach to the Roof: After resetting the profile, your wall should now be able to attach to the roof. Adjust any profiles as needed after establishing the connection.

Managing Wall Joins and Geometry

If walls are not joining as expected, consider these solutions:

  1. Disallowing Wall Joins: Right-click on the blue boundary point of the wall and select “Disallow Join.” This can prevent unintended overlaps with adjacent walls.

  2. Adjusting Boundary Points: Drag the boundary point towards the wall limit. This may alleviate joining issues caused by improperly positioned geometry.

  3. Re-enabling Joins: If you want to restore the wall join, select the wall and click on the icon that resembles a small join symbol.

Unjoining Walls in Revit

In instances where two walls need to be unjoined:

  1. Access the Join Geometry Tool: From the Modify tab, locate the Join drop-down menu and select “Unjoin Geometry.”

  2. Select the Walls to Unjoin: Click on the geometry you wish to unjoin. This ensures that the walls are no longer connected.

  3. Exit the Tool: To deactivate the tool, either click Modify again or hit the Esc key.

Frequently Encountered Questions

1. How can I create multiple wall types without affecting joins?
Establish unique wall types by creating different wall definitions in the Properties palette. This allows you to maintain various wall characteristics while managing joins effectively.

2. What should I do if walls still won’t join after adjustments?
If walls continue to misbehave, verify that their respective endpoints are aligned and that there are no overlapping geometries. Sometimes, simply moving elements slightly can reset the join functionality.

3. Can I control the height of multiple walls simultaneously?
Yes, to change the height of multiple walls at once, select all the walls, use the filter tool to focus on wall types, then change the height settings in the Properties palette to the desired level.

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.