seriously, i was looking for an example with applying mesh to a 3d surface in gh for 1 week now and didn't find anything even close to this... this is just great, I love you
Hi, thanks for sharing. You were very clever and I learn a lot with your videos! Even so, I would like to see more models that work parametrically. This one starts to behave weirdly if we manipulate the initial parameters. It is really hard to create flexible models... thank you!
Hi Alexandre !!! ☼ thank you very much for your comment, the operations for surface morph tend to be less flexible in the initial parameters such as attractors ... but I should build more flexible definitions I agree thank you very much for these comments!
Great video!! i have a question. say i wanted to change the scale of only the offset set of hexagons so that when i extrude the hexagon grid, the apertures are cone shaped opening rather than full openings? i realize its a trick question, sorry!
Why the last step does not work?... the column of Surface Morph shows red and "1. the reference space volume can not be zore". Anyone knows what happens?
can you help me? i want to do this kind of mesh but substracting from another volume, to do a "hexr helmet" like. I dont know how to do it. some tip please
Hey, nice tutorial! I have struggles making the surface under the hexagonal field see trough like in your renders. Is there a good way to make those renderings ?
Hello Maryam Nabireh ☼ !! thanks for your comment when selecting the parameter Point (Pt) you can see the vectors and move the points in Rhino, if you have another doubt for any file you can also write me on facebook: facebook.com/Om.EGVO/
seriously, i was looking for an example with applying mesh to a 3d surface in gh for 1 week now and didn't find anything even close to this... this is just great, I love you
Just amazing model,thank you!
Hi, thanks for sharing. You were very clever and I learn a lot with your videos! Even so, I would like to see more models that work parametrically. This one starts to behave weirdly if we manipulate the initial parameters. It is really hard to create flexible models... thank you!
Hi Alexandre !!! ☼ thank you very much for your comment, the operations for surface morph tend to be less flexible in the initial parameters such as attractors ... but I should build more flexible definitions I agree thank you very much for these comments!
7 months needed for understanding
Great video!! i have a question. say i wanted to change the scale of only the offset set of hexagons so that when i extrude the hexagon grid, the apertures are cone shaped opening rather than full openings? i realize its a trick question, sorry!
💾.Gh Files 👉 omegvo.gumroad.com/
📧Contact
→Facebook:facebook.com/Om.EGVO/
→Instagram: instagram.com/aaron_mgh/
→holaom.net@gmail.com
#architecture #3dmodel #parametricdesign
Why the last step does not work?... the column of Surface Morph shows red and "1. the reference space volume can not be zore". Anyone knows what happens?
can you help me? i want to do this kind of mesh but substracting from another volume, to do a "hexr helmet" like. I dont know how to do it. some tip please
Awesome demonstration, not really a tutorial. Great skills!
Hey, nice tutorial! I have struggles making the surface under the hexagonal field see trough like in your renders. Is there a good way to make those renderings ?
Hi, thanks for your great video. sry you draw and set the points in grasshopper but then move them in rhino how you do that?
Hello Maryam Nabireh ☼
!! thanks for your comment when selecting the parameter Point (Pt) you can see the vectors and move the points in Rhino, if you have another doubt for any file you can also write me on facebook: facebook.com/Om.EGVO/
Nice, but this is not a tutorial. It's a demonstration.
exactly.. at least do some explanation...
I think i love you. thanks!
the last action didn`t work i mean morph surfaces
💾.Gh Files 👉 omegvo.gumroad.com/
📧Contact
→Facebook:facebook.com/Om.EGVO/
→Instagram: instagram.com/aaron_mgh/
→holaom.net@gmail.com
#architecture #3dmodel #parametricdesign