Parametric Architecture (Schüco Parametric System)
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- čas přidán 3. 03. 2019
- In this Parametric Architecture video we will take a look at the Schüco Parametric System and how it works. Then we will model the panels in Grasshopper by producing a base surface and then dividing the surface in to panels. We will also use a range of numbers combine by Graph mapper to produce a sine wave.
More info about the system👇
www.schueco.com/web2/parametr...
Download example file from👇
bit.ly/2M3VAZv
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a very good tutorial that even shows the technical details of the facade system. Thank you so much Parametric 3d
You're welcome glad that you liked it🙏
Basically I'm just a new learner in Rhino+Grasshopper...I don't have any mentor...but this channel 'Rhino Grasshopper' is my great mentor..thanks for sharing your valuable knowledge and may God bless you and people surrounding.
Grasshopper is so damn complicated but when it works, its beautiful!!
Exactly! The process takes time but the results are great!
@@ParametricHouse where from download remap +?
Great video, especially to understand what various components do, and great explanation from you guys, keep it up
Thanks Neeraj
Amazing tutorial, thank you so much~
Lovely clear process - can't wait for more!
🖐🙏
Thanks for your tutorial！It helps me to understand the UV
You're welcome
Great tutorial, thanks
Thank you Very much. It simply Awesome...!!!
Loved it!!!
Really simply done. I immediately thought of connecting points and lines in separate cells and such, but this option is much easier. Just using lofts and end caps. I'm going to look more into isocurve and isotrim. Thanks!
🙏 exactly this can be done in many ways
Perfect tutorial as usual
:)
Very nice tutorial ! THX
🙏
Looking forward to see that
🙏
Amazing 👏
Great video, can you show more about how to continue to do the window frame?
That's so cool
good job sir .. its simple and great
🙏
Good job 👏
Thanks
super complicated!
Great fun
😃
Hi, thanks for the tutorials. Am actually curious about the Lunchbox Plugin that was used. Do Lunchbox components actually combine a series of operations that can be done with the original Grasshopper default components ? As in panelling can be done with default GH components but it is much more troublesome so Lunchbox makes paneling much easier and more efficient ?
Bravo
🙏😊
Great tutorial. Can you inform me , from model in this rhino, what file we must export to, so it can produce to more detail join on facade aluminium profiles
THANKS FOR THE TUTORIAL BUT I HAVE A question how do you make the mullions ?
amazing channel
Thanks😊
@@ParametricHouse could you add this facade profile mullion
Bold fantastic
🙏
woooooooow!!!
what's the cost against your regular panel glass facade per m2 and how much additional on-site work? roughly.
at the end, the loft done at the opposite direction, what should I do please to reverse the loft direction
The process makes the window panes, but how do I make the window frames? any tips? thank you
what needs to be changed if we want the middle lines, you refered in 10:17, to be rotated centered to one of the end of the line?
I was waiting for the scale or subcrv on the 3rd curve before lofting
Yes! You can also add the scale to the algorithm
hello brothers! where can i download this plugin .. i want to learn from you a lot . You are really good at planning and mastering this software.
I have a question and I hope you help me with my project,,
I did the same thing but in a flatten horizontal surface, and my question about the movement (Hight) in the minute (14:50), how do I make that rhythm of the movement? I mean I do not want them all at the same level of height.
hope it is clear. and thank you.
12:57 hi there I connected the plane with the panel to see those green square grids(planes) but I don't see them on my screen😁. I'm new to rhino grasshopper help!
Hi!
I was trying to do your tutorial but could not go further than minute 7 :( I havent got lunchbox and could not find the download for macbook. Instead of "quad panels" i've tried using isocurve and divide domain as youve stated, but the results are not the same as in the tutorial. The command is dividing all the series together in an awkward way. Any ideas?
Hey! amazing tutorial! unfortunately, I can't seem to be able to join all the curves under one curve group. Any ideas why?
Hi Ioana, if you hold the shift key when selecting the curves you can join them all to the new curve. I hope this helps! :)
i got screwed trying this because i got problem with divide domain, because of the first step extrude u have done, i did extrusion from curve using extrude and surface using unit vector, that gave me problem later, anyway good tutorial :)
Tanx
Just a quick tip, remember to explode the surface when you extrude it in Rhino so u can be able to import in Grasshopper
how do you connect the surface to the plane then to the vector if we are using isotrim rather than lunchbox
You have to go with evaluate surface to bring out the normal
maybe that the mid line need be scaled will be better
Exactly a scale on the mid center can do the job
Where may I find the Revit tool tutorial?
What Tool do u mean?
@@ParametricHouse The Revit free plugin from this page: www.schueco.com/web2/parametric_en
I still can't get the remap+. ghuser file on my grasshopper canvas. Could you explain how I can add it. Because nothing happens...
Download it from
Bit.ly/remapplus
And drag it on your canvas
@@ParametricHouse I know it should be simple.... but it simply doesnt work... Does this has to do with my Rhino/Grashopper version? I'm with Rhino 5, Grasshopper 0.9.76.0
Try taking a look at the example file +
Bit.ly/remapexample
@@ParametricHouse it actually worked thank you!
Grasshopper looks so easy compared to dynamo lol. It's much more intuitive then dynamo.
It's definitely easier and more user friendly😉
how can i download remap
You can go to parametrichouse.com and download it from the sidebar
In this Parametric Architecture video we will take a look at the Schüco Parametric System and how it works. Then we will model the panels in Grasshopper by producing a base surface and then dividing the surface in to panels. We will also use a range of numbers combine by Graph mapper to produce a sine wave.
More info about the system👇
www.schueco.com/web2/parametr...
Download example file from👇
parametric3d.com/schuco-param...
Our free Tutorials👇
parametric3d.com/rhino-grassh...
Enroll in our course and learn more!👇
paracourse.com
Join Our Instagram👇
instagram.com/parametric.3d
Facebook Page👇
facebook.com/parametrichouse
👉 Subscribe to our CZcams channel 📹
czcams.com/users/parametrichou...
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👍 Like our videos to hear from us more often! 😊
Thanks for your tutorial !