Free How to Rhino Community 👉 www.skool.com/howtorhino Rhino for Architects Course ✔ howtorhino.com/course/ Project Files ➟ www.patreon.com/posts/29455852
Nice tutorial but I think this was a way to complicated method. In my opinion the better way in 3 staps would be: 1. Based on the plans draw a flatened outline of the circumference edge of the pavilion. You get a 2D curve with all the same bends and the same horizontal leght as the outer circumference of the pavilion. 2. Use the "slab from polyline" function to apaly the depth and thickness to create a straightened polysurface version of the pavilion. 3. Draw a base line under the straightened pavilion and in some distance a circle with the circumference of the finished pavilion. Then use the "flow along curve" function. The perfect finished pavilion in abaut 15 minutes or less.
Hey Christian, Thanks for your comment! Yes, this was my initial plan, exactly as you described it. However, "flow along surface" (there is no "flow along curve" as far as I know) command didn't work. This is the setup you're talking about right? drive.google.com/file/d/1tDHzSnA1GAO2qXlIVjMTpzzAxwP5rga_/view?usp=sharing I was getting very messed up geometry with this approach, so that's why I chose an alternative approach from the tutorial.
@@HowtoRhino I use Rhino 5 for Windows and I access the "Flow along Curve" function from the Menu bar under "Transform". There I have both functions, Flow along Curve and Flow along Surface. It definitely works because I did an object loosly based on the pavilion in this method to see if it works already before I wrote the comment. Could be a difference between the program versions. Rhino is my favorit 3D modeling program, I used it for the last 10 years, and there is still a lot of commands that I discover as I go along, or only now ralize their potential. I some times catch myself using some personal goto functions that are not always the fastest, so there is still a lot to discover. drive.google.com/file/d/1isI5OYz9O8tnhBLQa1SuhPY9xCb_qyuU/view
@@Oliver-my1fc Ah I see what you did there. That command is activated by just typing "FLow". Well, I have to admit, this is what I should've done in the tutorial, I may upload a piece of additional information about that one in the future. We definitely share the same love for Rhino and I agree with you that there are always new things and parts of Rhino to learn and discover. That's why I love it and enjoy using it everyday :D I wish it got more traction among the professional community and schools as Autodesk is really pushing to dominate the market. Thanks for sharing this tip! Cheers!
Hey thanks for the video , could you also show a way to make a version of it which is ready to fabricate as in real project. How can we create the wedge system after attaining the geometry. Thank you
Hey Bharat, this is something that is a bit more complex, we are preparing this for our course. The module will be about digital fabrication and 3D printing.
@@HowtoRhino Thanks, if you can do something inspired by origami, like (CRANE PAVILION), (Klein Bottle House) or (Brooklyn Center for digital creation), that will be great.
Sorry I’m a new user. Isn’t easier to just create a circle offset it , then planarsrf, split it using radius lines, elevate each surface, extrude their edges down, join then fillet the edges ?
Good work on the tutorials but this is not the best approach as Christian mentioned, His method is easier but still creates a realy spline like line which should be avoided for production reasons. Another easy way that does give clean lines and surfaces is to use the “Fillet edge” command. That way you can use fillet on a curved line (or or actually a straight edge) and get a very control-able result. Start with a planar disc, trim it, raise parts up to correct height, make vertical surfaces between edges, join surface fillet edge and offset surface. done! Nice work on the tutorials though! keep it up
Hey Thomas! Thanks for your comment! Yes, I agree about that. I also replied to Christian's comment saying that I missed that :D so you have the point there totally. It happened in this case that I didn't choose the right approach, but it's interesting how there are so many ways to get the same result. Good point on the "fillet edge", that would've worked as well. Thanks for visiting the channel and for all the supportl! We're just warming up :D How to Rhino is here to stay!
Free How to Rhino Community 👉 www.skool.com/howtorhino
Rhino for Architects Course ✔ howtorhino.com/course/
Project Files ➟ www.patreon.com/posts/29455852
My Syracuse Professor designed this project, very cool to see you taking inspiration from it.
Great project! :)
Nice tutorial but I think this was a way to complicated method.
In my opinion the better way in 3 staps would be:
1. Based on the plans draw a flatened outline of the circumference edge of the pavilion. You get a 2D curve with all the same bends and the same horizontal leght as the outer circumference of the pavilion.
2. Use the "slab from polyline" function to apaly the depth and thickness to create a straightened polysurface version of the pavilion.
3. Draw a base line under the straightened pavilion and in some distance a circle with the circumference of the finished pavilion. Then use the "flow along curve" function.
The perfect finished pavilion in abaut 15 minutes or less.
Hey Christian,
Thanks for your comment! Yes, this was my initial plan, exactly as you described it. However, "flow along surface" (there is no "flow along curve" as far as I know) command didn't work. This is the setup you're talking about right?
drive.google.com/file/d/1tDHzSnA1GAO2qXlIVjMTpzzAxwP5rga_/view?usp=sharing
I was getting very messed up geometry with this approach, so that's why I chose an alternative approach from the tutorial.
@@HowtoRhino I use Rhino 5 for Windows and I access the "Flow along Curve" function from the Menu bar under "Transform". There I have both functions, Flow along Curve and Flow along Surface. It definitely works because I did an object loosly based on the pavilion in this method to see if it works already before I wrote the comment. Could be a difference between the program versions.
Rhino is my favorit 3D modeling program, I used it for the last 10 years, and there is still a lot of commands that I discover as I go along, or only now ralize their potential. I some times catch myself using some personal goto functions that are not always the fastest, so there is still a lot to discover.
drive.google.com/file/d/1isI5OYz9O8tnhBLQa1SuhPY9xCb_qyuU/view
@@Oliver-my1fc Ah I see what you did there. That command is activated by just typing "FLow". Well, I have to admit, this is what I should've done in the tutorial, I may upload a piece of additional information about that one in the future.
We definitely share the same love for Rhino and I agree with you that there are always new things and parts of Rhino to learn and discover. That's why I love it and enjoy using it everyday :D I wish it got more traction among the professional community and schools as Autodesk is really pushing to dominate the market. Thanks for sharing this tip! Cheers!
This worked for me too.
Cool, good to know! :D
Patreon is a great move! You deserve to grow. Like always thx for your video!
Hey Wojciech! Sure, you're welcome! Thanks for the support really :D
Waiting for your video....
Thank you man
You're welcome! :)
Hey thanks for the video , could you also show a way to make a version of it which is ready to fabricate as in real project. How can we create the wedge system after attaining the geometry.
Thank you
Hey Bharat, this is something that is a bit more complex, we are preparing this for our course. The module will be about digital fabrication and 3D printing.
love this tutorial
Glad you enjoyed :)
Thaaaaaaaaaaaaaaaaanks a lot your explanation is great, also the topics are interesting.
Glad to hear that Samar! Feel free to suggest something for future tutorials :)
@@HowtoRhino Thanks, if you can do something inspired by origami, like (CRANE PAVILION), (Klein Bottle House) or (Brooklyn Center for digital creation), that will be great.
Sorry I’m a new user. Isn’t easier to just create a circle offset it , then planarsrf, split it using radius lines, elevate each surface, extrude their edges down, join then fillet the edges ?
how did you create that circle accurately at 24:39? i don't get it
the circle and the pavilion shape both have the same radius and centre point. in the video, the circle was hidden and he just clicked to un-hide it
How do you created this nice soft shadow in the end??!! I tried Ground plan ALOT in Render mood, and it wasn't as nice and soft as yours ...
its just render view with environment as greish brown
Thank you, I will try it ...
In the end I used Keyshot render.
thks you! video so useful
You're welcome Theanh!
Thank you sir
You're welcome Biswajit! :D
Good work on the tutorials but this is not the best approach as Christian mentioned, His method is easier but still creates a realy spline like line which should be avoided for production reasons.
Another easy way that does give clean lines and surfaces is to use the “Fillet edge” command. That way you can use fillet on a curved line (or or actually a straight edge) and get a very control-able result.
Start with a planar disc, trim it, raise parts up to correct height, make vertical surfaces between edges, join surface fillet edge and offset surface. done!
Nice work on the tutorials though! keep it up
Hey Thomas! Thanks for your comment! Yes, I agree about that. I also replied to Christian's comment saying that I missed that :D so you have the point there totally. It happened in this case that I didn't choose the right approach, but it's interesting how there are so many ways to get the same result.
Good point on the "fillet edge", that would've worked as well.
Thanks for visiting the channel and for all the supportl! We're just warming up :D How to Rhino is here to stay!
HELP!! I DONT SEE ANY FLOOR PLAN OF THIS STRUCTURE. COULD SOME ONE SEND ME THANK YOU!!
Hi Tung, did you get the project files from Patreon? All the files should be there :)
32.5 is the outer radius, not the inner radius. whereas here you have taken the inner radius as 32.5........
Yea could be, my bad, thanks for pointing that out. However, the modeling principle stays the same.
you can do this so much faster on rhino 7 now
Using which techniques?
African Hut Tutorial?
Sure, thanks for suggestion!
i have a better process