thanks , the brainstorming is a good learning strategy .. so keep them coming... you always make it seem mostly so simple but it had me a little stuck on getting the final result.. cheers for the solution :)
Nice overall shape, looks tricky but it's quite simple, awesome! Wanted to ask how do you have names directly on components..is there anything I'm missing in display options? Thanks for you help ^^ keep up 🤙🏻
You made a spiral curve creating process overcomplicated. Spiral > flat > Mode= Turns > Turns = 1. After that enable Osnap End & Tan. And draw a line from the outer end of the spiral to the tangent point on the closest spin of itself. Then Trim and join. I guess this will also be part of the algorythm to make it procedural. Btw If you start drawing your flat spiral from a center and leave it there then you will have a pretty good start point for rotation and scaling with this spiral center.
Yeah right I thought to record the spiral thing again but I skipped it!😉 anyways I wanted to show that sometimes the algorithm can be easier if you start with a fixed curve and focus on the main algorithm.
This is one of the best tutorials on starting Grasshopper
Easier and much simpler than what I thought!
Very beautiful CONCEPT!!!
It resembles a "nautilus
"...
(5+5)+
thanks , the brainstorming is a good learning strategy .. so keep them coming... you always make it seem mostly so simple but it had me a little stuck on getting the final result.. cheers for the solution :)
You're welcome😊well I sometimes get stuck too! I usually test different ways and pick the optimized and easiest way so it's a challenge for me too😉
I don’t wanna say anything else but I like u so much.
Thank you!
You're welcome!
Nice one. Thanks
👋
🔗Download the example file👇
parametric3d.com/en/#tuts
Great . thank you
🙏
Nice overall shape, looks tricky but it's quite simple, awesome! Wanted to ask how do you have names directly on components..is there anything I'm missing in display options? Thanks for you help ^^ keep up 🤙🏻
it's the bifocals plug-in
Cool!
🙏
You made a spiral curve creating process overcomplicated. Spiral > flat > Mode= Turns > Turns = 1. After that enable Osnap End & Tan. And draw a line from the outer end of the spiral to the tangent point on the closest spin of itself. Then Trim and join. I guess this will also be part of the algorythm to make it procedural. Btw If you start drawing your flat spiral from a center and leave it there then you will have a pretty good start point for rotation and scaling with this spiral center.
Yeah right I thought to record the spiral thing again but I skipped it!😉 anyways I wanted to show that sometimes the algorithm can be easier if you start with a fixed curve and focus on the main algorithm.
how to separate each slice in one plane for cutting?
You can use the orient component to move them into an XY plane
I'm trying to join the 2 curves into 1 but when I put the other one the firt one disappears :(
Check your data tree (flatten graft) maybe that helps
If you're one of our course members attach your files (.zip file) in the support page (paframetrichouse.com/support)
@@ParametricHouse thank you!