Getting startedThis project required using dynamo to control family parameters. I began by remodeling my initial curve to try and see if I could prevent the curve from breaking. For the curved outer masses, it was easier to distribute and change the distance from which the stepping started. Also, I could associate these masses with values instead of using levels if I was interested in seeing a uniform distribution on the outer facade. I figured out how to associate the masses with the levels, but I could not associate the floor plates with the curves. The image on the bottom was an attempt to create floor plates and associate them with the outer curves. I have yet to figure out a way to do that. The image below is from the file where I tried to change the angle parameter A of the curved masses in dynamo. These need to be re-associated every time the Revit project is started. But with these nodes I could not control the individual angle of the curved masses. My attempts at creating a gradual shift in the angles and associating them with the Z-values of the curved masses did not work out too well. The frozen nodes could only shift the mass associated with Level 1. The group named 'Angle' changes the parameter 'A' for all the other masses but I haven't been able to do a gradual change of angles. The nodes below are a repetition of the surface by curves. Thickness was added to the surfaces to emulate floor plates. But nodes weren't added to change the radius (R) and angle (A). The next step for these nodes may be to see if these parameters can be simultaneously changed with the curved masses. This might be easier to do if floor plates could be generated in Revit through Dynamo, and if the angle and the radius of both the curve masses and floors could be changed simultaneously. The nodes below were used to create beams from the floor masses to the outer curves. The nodes above were used to create the beams connecting the floor plate masses with the outer curves. UpdatesThe nodes below could be used to change the angle and the radius of the masses simultaneously, but I still don't have an established relationship between the A and R values. GalleryDynamo is turning out to be a fascinating tool. Even though it is taking time to understand how to get this software to work for me, I hope I can keep learning it because it will definitely help immensely with complex Revit modeling. Resources and referenceshttps://forum.dynamobim.com/t/family-placed-by-points-can-you-associate-a-level/3943/6
https://primer.dynamobim.org/ https://www.linkedin.com/learning/dynamo-1-x-essential-training/placing-adaptive-components-with-dynamo?u=74650722
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