Hi all,
I am new in this forum and hope someone can help me. I am trying to construct a small pavilion that can be divided into hexagonal panels to be later fabricated off hexagonal cardboard pieces.
I have been trying to make a definition with a hexagonal grid and offset edges so that I can apply this Grid to any surface I would like and then be able to analyze precisely the size of the hexagons.
The first direction I am taking is with a definition I already found. I am able to place this hexagonal mesh onto a any surface however, I need help with actually dividing this surface into those hexagonal panels so that we might cut and fabricate them. I would finally hope to divide the curved surface into straight panel boxes .
The other direction I am taking is attempting to make my own definition so that I can divide my surface into boxes and add hexagons with offset borders so that they might be able to be fabricated. In making this definition and am stuck on trimming my solids so that I will only have the geometry of the in between spaces. There is an error message that says all my surfaces need to have closed berps. How do I solve this? Where would the problem lie?
Please, I would appreciate any type of help tremendously.
Pieter Segeren
Hi Gabriela, to answer your last question: the geometry you're trying to trim with (and also the shape you want to trim) are trimmed surfaces, not Breps (Boundary representation/polysurfaces). If I understood correctly I'd advise you to something like this:
Still, there's more to do to get to the goal...
B.t.w. the panels look twisted in that image - is that your intention too?
Aug 9, 2015