Do you want to Model it or just represent it with a Material Surface Pattern (e.g. Hatch Pattern)? If you want to model it, it would be easy enough to do with In-Place Modeling tools.
You know, you could use a Wall Type for each of those overlapping layers too. Edit Profile of each overlapping Wall to make the curvy design. Something like this:
That's how it would be done in the field if it wasn't prefabricated.
@BigPicture045 wrote:How can this be represented with a hatch pattern?
We talked about this in on your other thread.
I'm absolutely sure you can find this hatch pattern (PAT) on-line by Googling. Beyond that, other methods were provided to you on your other thread, such as PyRevit, PattyCake, etc.
You can find a fishscale pattern, or use pyRevit to draw one. Keep in mind the there will not be true arcs, but small segment lines.
If you want to model them, use a curtain wall with custom panels, each present a tile. Do NOT edit profile or attach the curtain wall to fit under the roof. Instead, use a solid form mass to cut the curtain panels to fit under the roof.
@ToanDN wrote:
If you want to model them, use a curtain wall with custom panels, each present a tile. Do NOT edit profile or attach the curtain wall to fit under the roof. Instead, use a solid form mass to cut the curtain panels to fit under the roof.
Too much work IMO. But hey...to each their own devices.
...or the OP could In-Place Model the whole decorative facade with solid and void extrusions essentially modeling a prefab to install over the exterior Wall. That would be MY #2.
Pyrevit worked okay. I hadn't used it to make patterns yet. I appreciate that.
Instructional video I used for to create pattern with pyrevit:
pyRevit Tutorial - How to Make a Pattern - Gebler Tooth Architects - YouTube
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