Oct 9, 2025
In this grasshopper tutorial, we will model a parametric pendant lamp. You'll learn about multiple components and how to approach a model like this.
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In this grasshopper tutorial, we will model a parametric pendant lamp. You'll learn about multiple components and how to approach a model like this.
In this tutorial, you will learn how to create a parametric shelf. You will learn how to approach a model like this, and you will also learn about many of its components.
In this third part of the Grasshopper series on attractors for beginners, we will learn about another component called Curve Closest Point, another alternative way to have attractor points affecting your shape. I recommend you also watch the first two videos in the series to have a better understanding about the attractors' logic, even though this video, by itself alone, presents a good explanation on its own. In the video description, you can find the links for the other two videos, also a link to download the demo file used in the second part that I used as a starting point for this tutorial.
Please watch the first part if you never used the Closest Point component before: https://youtu.be/Js5-fgpAPUQ Files used in the first video can be downloaded here: https://drive.google.com/file/d/1-SUfsHZSCIHAxBVbIZ0jCM00C5PS5mg3/view?usp=sharing In this second part, we will add the Remap Numbers components to map the original distance range into a new custom range, where we control the minimum and maximum move amount on the Y-axis. Please watch until the end to get a full explanation of the process.
In this Grasshopper tutorial, we will learn how to model the solid geometry that is shown in the video's thumbnail. You will learn many tools, and techniques, so stay tuned to the end of the video.
In this tutorial, we will learn about 2 Grasshopper components: Partition List and Split Tree minute: 6:30 Partition List will let you take a list and output a list of sub-lists where the count of elements in each of those sub-lists is controlled using a custom pattern. The Split Tree component will let you take a complex list of sub-lists and pick from one or more of those sub-lists one or more elements and even a range of elements based on a certain custom mask we supply
In this grasshopper tutorial, we will learn the basics of the Explode Tree component.
In this Grasshopper for Rhino tutorial, we will learn how the Flip Matrix component works, and how it can alter the results