your toturial is always full of tips. You are most generous trainer I saw ever. wonderful. Just add something. Instead of divide the curve by points and after couple of steps find out the average length of segments, we can divide it by distance. Such a shortcut
Thank you Gediminas, im working with this concept for an artificial reef for Perú as a project for my bacheror degree. Im printing the result on an Ender 3 Pro
Great tutorial! I've just finished printing. I've added a little bit of jittered rotation for even more organic feeling. Superb idea to print it in translucent material! We only have white one but will definitely get one of those after seeing it in action. I'm looking forward to more of your tutorials!
Nice! What kind of 3D printer are you rocking? Also it's a good idea to shuffle the layers a bit for more of that erratic look, just keep in mind that if you do it too much, the geometry will definitely break!
Thanks a lot Gediminas! This was super interesting! Also I think if you right click the Anemone end loop component, you can just "record Data" without the data recorder. Super interesting.
Hi there! Yup, I know - it's just that I find data recording in Anemone to be slower than using merge list component. But you're right - if speed is not an issue - then you can just do "record data".
@@DesignGoBrr do you think its possible to feed biomorpher into this sort of set up so that it will test the swarm control variations... ? biomorpher fitness value a challenge, maybe line length but not sure it can work with anemone as part of the feed in. interested to know if you have tried this .. thanks
Hmmm never tried it, so not sure. Usually any kind of fitness value search (which requires an internal loop) will mess up anemone. BUT from my experience - Octopus Loop works well with galapagos, so perhaps it would work with biomorpher as well.
@@DesignGoBrr Awesome :D Already added it to my (re-)watch list ^^ Btw, Mushishi is also a great anime that goes in that direction. Highly recommend it :)
Such a great tutorial!! Thank you! Instead of extruding in the z axis, I'm wondering if you can suggest ways to extrude the series of curves along another curve? I'm interested in making an arched form out of the differential growth pattern
Hey! Great tutorial :) Just a question. I think anemone change or actualized the loop end note parameter and now I do not know how to design the code to get the results you obtained. What version are you using? Thanks in advance
Hello sir, i followed you tutorial extensively and i understand the logic except i would like the simulation to start from the initial curve but i cant seem to get that result, do you have any tips
Amazing tutorial, thank you! I would to ask a small question tho. I don't know why but when I do loop, first generated won't follow my inital curve. It becomes smaller inside of my inital's boundry. Any what can be the reason?
Hi. Really amazing video. Thank you. I should buy a 3d printer. Do you suggest to me to buy a cartesian or Delta printer. I know that to manage better a curve shape is reccomended a delta printer. Doesn't it? Thank you in advance
Hi there and thanks! I have been using Wasp 4070 delta printer for 3 years now and honestly there is no difference in print quality (no matter what kind of geometry you're dealing with). Personally for a beginner I'd definitely suggest a cartesian printer - right now this one looks like the best option in terms of price/quality: amzn.to/3an9O1t
i really enjoyed this tutorial thanks alot ! , one question about the looping , if I wanted the move in Z direction operation incorporated within the loop , would it be possible and where should i place it?
Thanks! And yea, you could use record data with a simple K2 solver - I don't see a reason why it shouldn't work. Umm as to why I did it with an anemone loop - it's just slightly more automatic this way. No other reason really.
As an approximation - yes. A much more detailed model for vegetation research would be achieved by following C# tutorial by Junichiro Horikawa (also on youtube) and re-implementing the work done by Andy Lomas
Make sure that the input curve in Rhino is completely flat. If at least one control point is moved up/down, then the whole curve will begin distorting in 3D
It was flat, but it seems like the problem was that my geometry wasnt in the origin, so I if I move the curve from rhino it explotes like a string in 3D, so I moved the last polyline component and worked.
@@DesignGoBrr I have to introduce your channel to more of my friends, there is so many intuitive and interesting stuff, which normal grasshopper tutorial will not cover, or only expensive courses online can provide... Kudos!
@@DesignGoBrr thank you! by the way im trying to go for full 3d growth, but im stuck on whether i should have another solver after the 2d loop is completed, or whether i should add more goals in the first solver. what do you suggest?
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Literally the best gh tutor I’ve ever seen
Aww thanks
your toturial is always full of tips. You are most generous trainer I saw ever. wonderful. Just add something. Instead of divide the curve by points and after couple of steps find out the average length of segments, we can divide it by distance. Such a shortcut
Yup - that's a good shortcut! :)
I thought the tutorial was gonna end when you baked it and turned it to a mesh. But it’s extra when you just continued it in Cura. Thank you!
Hehe, I needed a vase, so I took the opportunity!
"End of tutorial.... nah just kiddin' " amazing!!!! thnk u so much
Haha! Glad you liked it!
extremely well rounded tutorial full of tips and tricks, thanks
Glad you enjoyed it!
I"m happy to find your tutorials! Thank you for sharing knowledge! Best wishes from Kyrgyzstan!
Nice! I don't have that many viewers from Kyrgyzstan! Welcome welcome :)
Thank you Gediminas, im working with this concept for an artificial reef for Perú as a project for my bacheror degree. Im printing the result on an Ender 3 Pro
That's cool! Artificial reefs you say... damn, reminded me how much I miss diving with the pretty fishies...
Great tutorial! I've just finished printing. I've added a little bit of jittered rotation for even more organic feeling. Superb idea to print it in translucent material! We only have white one but will definitely get one of those after seeing it in action. I'm looking forward to more of your tutorials!
Nice! What kind of 3D printer are you rocking? Also it's a good idea to shuffle the layers a bit for more of that erratic look, just keep in mind that if you do it too much, the geometry will definitely break!
A very clean tutorial, thank you.
Very glad to hear it! I'll do my best to keep increasing the quality of these tutorials.
Thanks for tutorial !
Pretty clear for the beginner
Glad to hear that!
Thanks a lot Gediminas! This was super interesting! Also I think if you right click the Anemone end loop component, you can just "record Data" without the data recorder. Super interesting.
Hi there! Yup, I know - it's just that I find data recording in Anemone to be slower than using merge list component. But you're right - if speed is not an issue - then you can just do "record data".
@@DesignGoBrr Oh Interesting point! I'll check it out!
This was an awesome tutorial. Thank you!!!
You are so welcome! Glad it was fun to follow
kangaroo and anemone.... such a good tool combo :) thanks for another sweet tutorial
Hehe, good combo indeed. Will need to think of a few more tutorials with this kind of methodology.
@@DesignGoBrr do you think its possible to feed biomorpher into this sort of set up so that it will test the swarm control variations... ? biomorpher fitness value a challenge, maybe line length but not sure it can work with anemone as part of the feed in. interested to know if you have tried this .. thanks
Hmmm never tried it, so not sure. Usually any kind of fitness value search (which requires an internal loop) will mess up anemone. BUT from my experience - Octopus Loop works well with galapagos, so perhaps it would work with biomorpher as well.
Love the natsume figure in the background :D
Good eye! My wife spotted it in Akihabara so one thing led to another and now it's staying with us on a windowsill :)
@@DesignGoBrr Awesome :D Already added it to my (re-)watch list ^^ Btw, Mushishi is also a great anime that goes in that direction. Highly recommend it :)
@@TheNiveaman If they had a Ginko figurine, he'd be sitting right next to Natsume. Just sayin...
@@DesignGoBrr Haha everything said ^^
Thank you so much for this clear and nice tutorial! :) it really helps my progress with GH. :):):)
Happy to help!
Such a great tutorial!! Thank you! Instead of extruding in the z axis, I'm wondering if you can suggest ways to extrude the series of curves along another curve? I'm interested in making an arched form out of the differential growth pattern
You can first extrude along Z axis and then bend the output in Rhino with the Bend command.
Nice video, im glad that i found your tutorials
Glad to hear that!
A very nice tutorial, thanks a lot!
I guess I am kind of randomly asking but does anybody know a good place to stream new series online ?
@@ayaantravis8210 ehh, I think maybe you can follow June Lee?
@Ayaan Travis lately I have been using FlixZone. Just search on google for it =)
Superb
Great tutorial 👌🏽
Glad you liked it
great, thank you
Hey! Great tutorial :) Just a question. I think anemone change or actualized the loop end note parameter and now I do not know how to design the code to get the results you obtained. What version are you using?
Thanks in advance
Umm I'm using Anemone 0.4 from 2015, so I guess we both have the same version
@@DesignGoBrr Thanks, I finallly solve it, but the version I have does not have some imputs that your loop end has
Great Initiative!
thank you!
Wow! Thank you!!! 👍
No problem 😊
Hello sir, i followed you tutorial extensively and i understand the logic except i would like the simulation to start from the initial curve but i cant seem to get that result, do you have any tips
Amazing tutorial, thank you! I would to ask a small question tho. I don't know why but when I do loop, first generated won't follow my inital curve. It becomes smaller inside of my inital's boundry. Any what can be the reason?
Amazing Work and great book recommendations. What filament brand did you use?
Happy to hear that. I think it was some off-the-shelf hardware store translucent fillament. Nothing special
@@DesignGoBrr Thank you!!
That’s awesome 😍
Thanks :) glad you like it!
cooooool
Hi there when I go to play the simulation at 35.40 there is only 2 lines to the simulation as opposed to 11 do you know why this may be?
Hi. Really amazing video. Thank you. I should buy a 3d printer. Do you suggest to me to buy a cartesian or Delta printer. I know that to manage better a curve shape is reccomended a delta printer. Doesn't it? Thank you in advance
Hi there and thanks! I have been using Wasp 4070 delta printer for 3 years now and honestly there is no difference in print quality (no matter what kind of geometry you're dealing with). Personally for a beginner I'd definitely suggest a cartesian printer - right now this one looks like the best option in terms of price/quality: amzn.to/3an9O1t
@@DesignGoBrr Thank you for the answer. I appreciate your suggestion
i really enjoyed this tutorial thanks alot ! , one question about the looping , if I wanted the move in Z direction operation incorporated within the loop , would it be possible and where should i place it?
Another great tutorial! I am pretty sure you do not really need the loop, can just record data... or am I missing something? Thanks for the effort!
Thanks! And yea, you could use record data with a simple K2 solver - I don't see a reason why it shouldn't work. Umm as to why I did it with an anemone loop - it's just slightly more automatic this way. No other reason really.
Hello, can you please share what filament you used to print the vase?
Honestly some leftover random filament. I think it was Prima Value Translucent
Dude how can I get a masters in computational design.... I am an Architect working in AECOM...
Very good!!!
Thanks!!
does anyone have an idea how to solve the loop on Mac? where you don't have the possibility to install anemone?
Anemone works perfectly fine on MacOS. discourse.mcneel.com/t/osx-anemone-or-similar-powerful-looper-needed-for-mac/76098
amazing!!!
Thanks!
you are awesome!
Haha thanks!
can these mesh used as a vegetation in research?
As an approximation - yes. A much more detailed model for vegetation research would be achieved by following C# tutorial by Junichiro Horikawa (also on youtube) and re-implementing the work done by Andy Lomas
Muy Bueno ! Saludos
@@DesignGoBrr >3
those error layers are very strange.. i would like to see investigations on that problem
what if it start to deform in 3D? and can't go back to normal, it stays like a stretched string.
Make sure that the input curve in Rhino is completely flat. If at least one control point is moved up/down, then the whole curve will begin distorting in 3D
It was flat, but it seems like the problem was that my geometry wasnt in the origin, so I if I move the curve from rhino it explotes like a string in 3D, so I moved the last polyline component and worked.
Appreciate it
Glad you liked it!
@@DesignGoBrr I have to introduce your channel to more of my friends, there is so many intuitive and interesting stuff, which normal grasshopper tutorial will not cover, or only expensive courses online can provide... Kudos!
Oh please do haha! My viewers sharing the channel with their friends is the only way this channel will grow I think
how do you have that boss rebuild curve component? the one i have doesn't let me use above 1000 control points
I might be mistaken, but I think it's from the Pufferfish plugin
@@DesignGoBrr thank you! by the way im trying to go for full 3d growth, but im stuck on whether i should have another solver after the 2d loop is completed, or whether i should add more goals in the first solver. what do you suggest?
If your starting curve is not flat, then it will automatically grow in 3D ;) if you just move one control point upwards, you'll see that happen
@@DesignGoBrr holy shit thank you