
RoomFinishes is a Dynamo script for Revit designed to automate the generation and management of room finish faces and boundaries. This utility provides a specialized set of nodes for the Dynamo visual programming environment, specifically targeting the complex task of defining room finishes. It focuses on the geometric extraction of room boundaries to accurately map and manage finish surfaces across architectural models. By streamlining the interaction between Revit room objects and their associated surface finishes, the script reduces manual modelling time. The package is structured to handle various room geometries, ensuring that finish calculations remain consistent with the underlying architectural space definitions while providing a robust framework for data-driven interior detailing.
The download is a 317 KB file containing .ZIP files.
Users integrate this package into their Dynamo for Revit workflow by loading the custom nodes directly into the workspace. The script requires a standard Revit room-based model to function correctly, utilizing room boundaries to generate finish elements. Once the script is executed, it maps the finish parameters to the selected room objects, allowing for rapid updates if the room layout changes. It is essential to verify that room bounding elements are correctly defined in the host project before running the script.
Professional BIM teams use this tool during the design development and construction documentation phases to automate interior finish schedules. It is particularly valuable for large-scale projects like commercial office fit-outs, hotel developments, or multi-unit residential buildings where manual finish mapping is prone to error. By leveraging this automation, architects can ensure that finish data is accurate and easily reportable for procurement and cost estimation. The script pairs effectively with standard Revit room tagging and scheduling workflows, enhancing overall project efficiency and data reliability.
RoomFinishes
Free
File formats
What changed in 1.0.0
Initial release.
MIT
Attribution: Konrad Sobon — licensed under MIT
Full terms have not been published for this listing. Contact the seller before using it on a commercial project.