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outstanding tutorials and I would likes to ask one question related parametric bridge deck having variable size every 10m, I mean every 10m having different width and height and its box type bridge deck. So how will create?
Hey Juliana, glad you found it helpful! If you'd like to take this a step further and have a complete step by step approach in learning Rhino and Grasshopper that includes our personal coaching, you may want to check out our Rhino for Architects 2.0 Course! Please reach out and send me an email at dusan@howtorhino.com if you're interested and I'll tell you a lot more about it there and share the course platform with you as well! Cheers! :)
Thank you for the well explanatory tutorial. However, I have a question. You apply the helical curve in the beginning and then change the shape of a cylinder with less radius in the middle. When you do this, it changes the slope of the ramp in the middle due to obvious geometric reasons. Did you have found any quick solutions to keep the slope constant?
Free How to Rhino Community 👉 www.skool.com/howtorhino
Rhino for Architects Course ✔ howtorhino.com/course/
Project Files ➟ www.patreon.com/posts/29317689
your tutorials always perfect
.thanks man
Thanks Kamal! Glad you're managing to get the most of it :)
outstanding tutorials and I would likes to ask one question related parametric bridge deck having variable size every 10m, I mean every 10m having different width and height and its box type bridge deck. So how will create?
Amazing tutorial. Thanks
Hey Juliana, glad you found it helpful!
If you'd like to take this a step further and have a complete step by step approach in learning Rhino and Grasshopper that includes our personal coaching, you may want to check out our Rhino for Architects 2.0 Course! Please reach out and send me an email at dusan@howtorhino.com if you're interested and I'll tell you a lot more about it there and share the course platform with you as well! Cheers! :)
prefect explanation
Thanks for the feedback Bushra! :)
Can we use "shift list" instead when connecting the second set of divided points, so that we can always have the columns ending at the same endpoints?
Yep, good thinking. This should do the trick as well!
Thank you for the well explanatory tutorial. However, I have a question. You apply the helical curve in the beginning and then change the shape of a cylinder with less radius in the middle. When you do this, it changes the slope of the ramp in the middle due to obvious geometric reasons. Did you have found any quick solutions to keep the slope constant?
We covered that in our extended tutorial: www.patreon.com/posts/spiral-surfaces-39625633
@@HowtoRhino Alright. Thanks
thanks very useful
You're welcome! :)
gracias realmente ayudas mucho
You're welcome :)