Quick answer
Select the required rooms, define one generation profile for view type, template, scale, minimum wall segment, depth, crop offsets and naming, then create the complete set in one operation and review it in Project Browser.
What the team sees
When room elevations are created manually, similar rooms receive different numbers of views, names, scales, depths and crop boundaries. A later office-standard change requires checking every view again.
Why it keeps happening
The documentation standard is written as an instruction but is not executable. Each user interprets the same rule while creating every view, so variation accumulates across the project.
A controlled way to solve it
- Scan model rooms, including linked rooms only when required.
- Select the rooms that belong to the documentation package.
- Choose the view type and office view template.
- Set scale, minimum segment length, view depth and crop offsets.
- Define building and view-name fields once.
- Generate the views and verify the created set in the plan and Project Browser.
Expected result
Room elevations follow the same geometric and naming rules. The browser receives a predictable set of views, and changes to the standard can be applied through one generation profile instead of individual corrections.
Related RS-Systems solution
Revit.RoomElevations
Create and name room elevations in a repeatable, controlled workflow.
Revit.RoomElevations →Questions and answers
Can rooms from linked models be included?
Yes, when the workflow enables linked rooms. The source must remain clear so the generated views are reviewed in the correct host-model context.
Why is a minimum wall-segment length needed?
It prevents very short boundary fragments from creating useless elevation views.