Hi everyone.
I am working on a curtain wall that has a several tangent curved segments.
For now I am controlling each curved segment separately, subdividing each of them in a number of segments that gives similar panel widths for each segment. I cannot use the Fixed panel numbers because each arc segment has its own length which is not a multiple of the panel width.
What I want to achieve is to work in a way that I can treat the whole curved line, with all its segments as a single curtain system so that I can subdivide it in a fixed number of panels, each of them with the same length, no matter where these panels get distributed in each arc segment.
Is this possible?
I am attaching a floor plan.
Thanks so much.
Solved! Go to Solution.
Solved by Pshupe. Go to Solution.
Have you tried a Conceptual Mass using a Curtain Wall System? That way you can create the whole curve as a single face and apply the CW system as a single unit.
Regards Peter.
I think your best option would be to do those panel the way I suggested initially. As actual panels that have a rotation parameter. How many panels do you have? Betcha it would be easier to manually input each panel's rotation angle than it would be to solve for to this.
Model the curve as a mass > divide the surface > set U or V to Maximum or Minimum distance depends on your design criteria, then assign a pattern based curtain panel to the divided surface, or an Adaptive family + repeater to the divided surface.
@infoWBN4V wrote:
Thanks for you reply.
I will definitely try that. One question, though?
Once I create a wall from face, the wall does not follow the Mass right?
So, in case the curvature of the curtain wall changes, and I change the
mass, I have to remake the curtain wall,right?
Thanks again.
You can update the wall when the mass change with a button.
If you change the mass you can update the face to the new mass shape. When you select the curtain system there will be a button that says "update to face". This will automatically adjust the curtain wall system to the updated shape of the mass face.
Regards Peter.
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