Planning how to break down your model in advance (ie: creating points for the panels, lines for the walls, with types on their own layer to make getting the right type of data easier) help quite a bit too. Wall/similar linear elements: line, type, and extruded heightįloor/similar sketch elements: Boundary lines, and a type. sat file again into Conceptual Mass family (mass2.sat) and delete old shape 7. Million/similar linear elements: Line, profile type, and normal. sat file from Rhino via Import Cad button (mass.sat) 3. Panel/similar multi point elements: Series of points (typically 4) and a type. Keep in mind that the defining characteristics might be as simple as (no particular order): If the geometry needs to be modified, use the Rhino model as the ‘master’ file. Typically a better solution is to use your Rhino geometry to create native Revit elements (ie: walls, floors, roofs, etc.) using the the defining characteristics. Likely something like the FamilyInstance.ByGeometry Node from the spring nodes package is the way to get it done though. Nothing is BIM about the results, and you can’t do much with it. Overall I don’t condone this method as the result might as well be a 3DM import, both of which have workflow issues downstream if you aren’t careful. Is it not going to import the whole mass as generic model?
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