![]() ![]() Therefore, it is prudent to test the Rhino to Revit workflow before investing in too much time in embellishing the Revit elements. In theory, these elements can be updated if the base geometry changes but experience has shown that Revit is not always able to re-discover the host element and new elements will need to be created. These elements will be hosted to the Rhino geometry. However, the best method to generate native Revit elements from Rhino is to use the wall-by-face, roof-by-face, curtain system and/or mass floors commands. ![]() Depending on the base geometry, Revit may make editing the mass accessible via grips (push/pull arrows), but this is not always the case. The next progression in usability is to explode the import instance. However, the result can be called ‘dumb geometry’ in that it is unable to be edited once imported, which is far from ideal in a BIM environment. Best practice is typically to do this via a conceptual mass family. The most basic method is to export a *sat file from Rhino and then import it into Revit. There are various ways in which Rhino geometry can be used within Revit. ![]()
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