This individual is a professional for a reason. I’ve been following and attending his teaching and tutorials for years. Grasshopper is accessible and easy but requires time to master. Geometry, differential geometry, logic, coding, modeling and knowledge in architecture's are just the beginning. This content creator and architect dedicated his life to teach us these lessons. I can’t thank him enough for opening the door to us.
So nice of you Kummer! It’s great to hear you’ve found value in the content over the years and getting so much out of it. Thanks for sticking around and for all the support! 🙏
I really like the detailed explanations; they help me understand better. Also, I have an idea for a future tutorial: it would be cool to learn how to make very distinct shapes using parametric design, not necessarily copying something existing. For example, creating various urban layouts using attractor points to make lots of unique designs. I am thinking about a script one could use in the beginning of a project, when the goal is to have a lot of different ideas/ approaches to a typology. And maybe using tools like ladybug to analyse the possibilities and choose the one with the best lighting conditions, etc. Anyway, thanks for the tutorial!
I use this button to quickly restart Grasshopper without having to restart Rhino and launch Grasshopper again. I often use it when I install a new plugin and need to quickly relaunch (reload) Grasshopper.
Initially, I thought the same. I suggest putting the background image below and trying to create a similar shape using Voronoi logic. You’ll realize the difference once you try it.
@@HowtoRhino I'll try it sometime! What I think is important here is to show the initial method and not to go into details. Thus to get a fully parametric solution that you can apply to any context. Anyway, result is a result.
@@saratov_boy some people like to see all of the details of the script and the whole thought process behind the project. That's why we called it "step-by-step tutorial" and not just "parametric solution tutorial"
@@HowtoRhino Ive managed to get a very similar result using cones and booleans, which is one method of generating voronoi patterns, but this allows more control over the weighting of each cell
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This individual is a professional for a reason. I’ve been following and attending his teaching and tutorials for years. Grasshopper is accessible and easy but requires time to master. Geometry, differential geometry, logic, coding, modeling and knowledge in architecture's are just the beginning. This content creator and architect dedicated his life to teach us these lessons. I can’t thank him enough for opening the door to us.
So nice of you Kummer! It’s great to hear you’ve found value in the content over the years and getting so much out of it. Thanks for sticking around and for all the support! 🙏
Amazing job! Cheers 🙂
🫶🏻
I really like the detailed explanations; they help me understand better. Also, I have an idea for a future tutorial: it would be cool to learn how to make very distinct shapes using parametric design, not necessarily copying something existing. For example, creating various urban layouts using attractor points to make lots of unique designs. I am thinking about a script one could use in the beginning of a project, when the goal is to have a lot of different ideas/ approaches to a typology. And maybe using tools like ladybug to analyse the possibilities and choose the one with the best lighting conditions, etc.
Anyway, thanks for the tutorial!
Maybe something like that will be my next project:)
Hey Miranda, glad you enjoyed the tutorial! And thanks for the suggestion, we'll keep it in mind :)
great video as always
Appreciate it Muhammad! Glad you found it useful.
Great work many thanks 👍🏽
You’re welcome!
hi nice video as always can i ask you what the reload do found beside metahopper.
I use this button to quickly restart Grasshopper without having to restart Rhino and launch Grasshopper again. I often use it when I install a new plugin and need to quickly relaunch (reload) Grasshopper.
But it's just a voronoi cells with a circles in it! I think your solution is overcomplicated.
Initially, I thought the same. I suggest putting the background image below and trying to create a similar shape using Voronoi logic. You’ll realize the difference once you try it.
@@HowtoRhino I'll try it sometime! What I think is important here is to show the initial method and not to go into details. Thus to get a fully parametric solution that you can apply to any context. Anyway, result is a result.
@@saratov_boy some people like to see all of the details of the script and the whole thought process behind the project. That's why we called it "step-by-step tutorial" and not just "parametric solution tutorial"
@@HowtoRhino Ive managed to get a very similar result using cones and booleans, which is one method of generating voronoi patterns, but this allows more control over the weighting of each cell