@@grasshoppertutorials guys do you have any Instagram page? I like to share my practice with this project on my page, and mention you as the great source of the tutorial
Wow, what a super interesting tutorial. I just saw that at the end, you still see some lines overlapping in the bottom parts. Any way to solve that? Change the starting geometry? Or maybe still go for less starting points?
Awesome tutorial. Thank You so much! You're the best! I have a question. I want to use two (or more) separate curves (with different settings) in my definition. How can I check collisions between them? When I put them into the Collider they join in a single curve. Should I use Graft or any other node? Thank You!
Hi Tymer, to get two curves in is pretty simple, just follow these steps: 1. Make sure both curves are closed curves 2. Reference them in the same container 3. Flatten the output of the Line component (the one connected to Divide Curve and Shift List) 4. Add a partition list to the V output from the kangaroo simulator, and make the partition size the same as the number of pints divided on each curve at the beginning 5. Connect the partition List to the Nurbs curve That should do it!
Amazing! I'm using Kangaroo2 with rhino7 and I'm having some trouble with the collision goal. It appears to be seeking collisions rather than avoiding them. Any suggestions?
Great tutorial. I am a beginner and I have a problem with mesh pipe. I have a Rhino 7 and my mesh pipe is not the same as yours. It doesn't have an accuracy, rotation and segment, so I couldn't smooth the mesh. My mesh pipe has sides and tolerance and ending. how can I get your component?
Thank you for sharing this! I am following your tutorial step by step and am facing a problem cause, for the Goal Object for my Bouncy Solver, I can only connect one geometry at a time. Thus it is not creating the same effect you are showing. Could you see if there's a way for me to solve this?
Do you have a tutorial where you'd show us how to print this using Xylinus? Or another Gcode generator for Grasshopper to use our newly build Clay 3D printer?
Hey, instead of a polygon I designed a chair from surfaces. Could the algorithm run as well? I'm trying to understand if this could be efficient on any object.
Great tutorial, my first time trying to use grasshopper and kangaroo! But I can't seem to get the collider to work... I created my own file with cm as units and then followed your tutorial step by step. When I try to tweek the settings the line is still colliding and the "time square" is up to 240 ms and red. What should I do to avoid the line colliding with itself? thanks!
I am following this as well and have had some troubles with the collider. The thing that have fixed it so far for me, is changing the "radii" for the collider. Somewhere around 2.1 works for me, but I think it depends on how many segments the curve gets divided in to. So for 2000 segments around 2 radii works for me. More segments larger radii I think.
Hi Praveen, sorry to bother you, but I got the same problem that the curves go all around the space. I wonder if you found any clue? Thank you in advance!
@@girimintg854 if you sign up as a member on our website at thedifferentdesign.com you can download the final definition for free on the video page! This might be the easiest way to problem solve the issues you're having.
Hi Giovanni, mesh growth algorithms are often generated through code, but if I can think of an easy way to do it with grasshopper components I'll try and post one :)
For the last step you can use "Clean" component, it also rebuild normals.
Or use a very short c# component to just rebuild mesh normals.
Super pleased with the tutorials! Thank you for your time and efforts!
Thanks for your kind words Maryam, if you have any requests for our next project of the week please let us know!
Thank you very much for your tutorial. It was very helpful
Beautiful, want to learn grasshopper now👍
Very cool guide. Thank you a lot
That’s great tutorial,well done
Love it, thanks for your channel
Thanks Mike!
Superb quality video.
thank you very good please keep continue your fantastic works
Thank you so much!
@@grasshoppertutorials guys do you have any Instagram page? I like to share my practice with this project on my page, and mention you as the great source of the tutorial
Sure, our instagram is @thedifferentdesign :)
@@grasshoppertutorials yeah I fond it and tag you :)
Thank you so much!
great tutorial! thanks for sharing. cheers from india.
Thanks for your kind words :)
amazing and appreciate！！！
Wow, what a super interesting tutorial. I just saw that at the end, you still see some lines overlapping in the bottom parts. Any way to solve that? Change the starting geometry? Or maybe still go for less starting points?
Awesome tutorial. Thank You so much! You're the best!
I have a question. I want to use two (or more) separate curves (with different settings) in my definition. How can I check collisions between them? When I put them into the Collider they join in a single curve. Should I use Graft or any other node? Thank You!
Hi Tymer, to get two curves in is pretty simple, just follow these steps:
1. Make sure both curves are closed curves
2. Reference them in the same container
3. Flatten the output of the Line component (the one connected to Divide Curve and Shift List)
4. Add a partition list to the V output from the kangaroo simulator, and make the partition size the same as the number of pints divided on each curve at the beginning
5. Connect the partition List to the Nurbs curve
That should do it!
@@grasshoppertutorials Thank You very much! Everything works perfect! :)
Actually quite interesting to see you use a Kuka Agilus bot at 11:30 :D
Amazing! I'm using Kangaroo2 with rhino7 and I'm having some trouble with the collision goal. It appears to be seeking collisions rather than avoiding them. Any suggestions?
I too, have the same problem, idk if you solved it yet but if you did, let us know :]
Great tutorial. I am a beginner and I have a problem with mesh pipe. I have a Rhino 7 and my mesh pipe is not the same as yours. It doesn't have an accuracy, rotation and segment, so I couldn't smooth the mesh. My mesh pipe has sides and tolerance and ending. how can I get your component?
thank you sir for this great tutorial....I was wondering: is it possible to project this pattern on a geometry like a box?
Thank you for sharing this! I am following your tutorial step by step and am facing a problem cause, for the Goal Object for my Bouncy Solver, I can only connect one geometry at a time. Thus it is not creating the same effect you are showing. Could you see if there's a way for me to solve this?
wow
Do you have a tutorial where you'd show us how to print this using Xylinus? Or another Gcode generator for Grasshopper to use our newly build Clay 3D printer?
Very nice tutorial but I am getting error with collider after I map to surface
it's weird I'm getting null points out of the bouncy solver, but when I just use one item from the on mesh and line length goal that doesn't happen...
Hey, instead of a polygon I designed a chair from surfaces. Could the algorithm run as well? I'm trying to understand if this could be efficient on any object.
you mentioned there's a file to download. Where can we find that?
Can you please upload a tutorial on how to render grasshopper animation!
+1 Here
in Rhino 6 there is no Mesh pipe option
how to make pipe out of it
u are so god damn fast, its kind of pain to get everything set up right if u are new to this..
Great tutorial, my first time trying to use grasshopper and kangaroo! But I can't seem to get the collider to work... I created my own file with cm as units and then followed your tutorial step by step. When I try to tweek the settings the line is still colliding and the "time square" is up to 240 ms and red. What should I do to avoid the line colliding with itself? thanks!
I am following this as well and have had some troubles with the collider. The thing that have fixed it so far for me, is changing the "radii" for the collider. Somewhere around 2.1 works for me, but I think it depends on how many segments the curve gets divided in to. So for 2000 segments around 2 radii works for me. More segments larger radii I think.
Why can't I link the OnMesh and Length(line) both to Bouncysolver,? When I try to link them both, the other one will break. Thanks!
You can put in any of them first. Then for putting in another output just use "Shift" key and put into BouncySolver
hi i am trying to do it in meters and i dont have the same result. help me please :c
hi, I tried doing this, but I couldn't able to get the last part, curves are growing out of the curved surface, any clue why?
Hi Praveen, are have you got the same strength parameter for your On Mesh goal? Feel free to email me your definition if you'd like some help!
@@grasshoppertutorials sure, can you please send me your email id
Sure, email it to info@thedifferentdesign.com
Hi Praveen, sorry to bother you, but I got the same problem that the curves go all around the space. I wonder if you found any clue? Thank you in advance!
@@girimintg854 if you sign up as a member on our website at thedifferentdesign.com you can download the final definition for free on the video page! This might be the easiest way to problem solve the issues you're having.
Is It possibile to do something similar , but using a mesh and try to growth It ?
Hi Giovanni, mesh growth algorithms are often generated through code, but if I can think of an easy way to do it with grasshopper components I'll try and post one :)
@@grasshoppertutorials thanx
Great tutorial, wich version of kangaroo are you using, i cant find the BouncySolver
Kangaroo2
Hi Xavier, this is Kangaroo 2, which comes natively with Rhino 6.
Could've been a circle?
Can you make tutorials about floor generator?
Hi Maher, what specifically were you thinking in terms of a floor generator in grasshopper?
@@grasshoppertutorials something like this in this video th-cam.com/video/-fvXtdnKDfI/w-d-xo.html
How do you 3d print this?
You can see the process on the Zaha Hadid youtube channel. It was printed with an industrial robot on a series of CNC milled moulds