algorithmic modeling for Rhino
Hello All,
I am new to grashopper and am struggling with just about everything here. What I am trying to create is a cube (in a rectangular shape) ideally with sliders that govern the dimensions and then subdivide the faces into cells of the same or at least similar size. Does anyone have any idea what that would look like in grasshopper or where to even begin? Thanks in advance.
-S
Tags:
Ok cool, I didn't even know where to start! Thank you so much for the help. I am having trouble getting the file to produce any geometry unless I bake it. Is there anyway to see the geometry as I change the sliders within grasshopper? I bet that a stupid question so please forgive my ignorance.
That did the trick! I wasn't previewing it, thank you so much!
Hey Nikos,
Is it possible to introduce 2 different sets of sliders for the X and Y directions? When I create a rectangular shape the size variations are huge between cells
just try to add one for U and one for V... let me know
Thanks User, I tried that but when I added a slider to the U and V sections the model disappears. Any idea why? I have attached some pics
It is probably because of the 0.25 value.
U and V should be integers (you can't divide something into 0.25 parts), try right-clicking on the slider and changing the properties (or just copy-paste the U slider)
That worked! Excellent, thanks a bunch. Do you guys know how I could use the populate 2d command to place points within those cells by any chance? I cant figure out where to place the populate 2d without having nothing work or having the other options go all red on me.
New problem though, when I make a rectangle the cells on the ends are much smaller than the cells on the long sides (because they are being controlled by the same value). I need to have some other place where I can control the inputs with different values for both directions
this image might explain what I mean better
Welcome to
Grasshopper
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
© 2024 Created by Scott Davidson. Powered by