Look at the Grasshopper definition in the image and recreate it on your own canvas. Goal: Generate your own “Birthday Bubbles” pattern using your birthday as the seed. I’ll post mine first. Please don’t do the math😅 Steps: 1. Recreate the definition from the screenshot (same components and connections as close as you can). 2. Set the Seed slider to your birth year (example: 1996). 3. Keep everything else the same! 4. Post your result in this thread as an image and write your birth year in the caption :) Rules: - Keep it simple: do not add extra components for the first attempt. - Optional: after you post once, feel free to tweak colors and sizes. Which slider changed the pattern the most?

Look at the definition screenshot. Do not rebuild it. Just guess the output. Pick one: A / B / C Add 1 sentence why. Bonus: What single fix removes the twist?

If you had to brief someone to rebuild this, how would you split it into smaller pieces and describe the logic? What to do 1. Look at the screenshots and the recording. 2. Imagine you’re handing this off to a junior. 3. Comment with bullet points that explain the logic in clear steps. Use the copy-paste template below: Copy–paste template 1. What are the inputs?(e.g., points, sliders, curves) 2. What is the first step?(what gets created or generated?) 3. What changes based on the attractor?(how does the point affect the shapes?) 4. What transformation happens?(scale, rotate, move, etc.) 5. What is the final output?(what do we see in Rhino?) Drop your bullet points below. I’ll share my script after reading your comments :)

Today’s challenge is about control, sometimes Grasshopper doesn’t need to run everything at once. Try this setup (image + file below): When you move the attractor, nothing updates. Why? Explain youir reasoning in comments.

Today’s challenge is all about one small but powerful trick in Grasshopper : Internalise Data. Here’s what to do: 1️⃣ Create a small Grasshopper definition (anything you like , a shape, a pattern, a form). 2️⃣ Right-click your input geometry (like a curve, surface, or point). 3️⃣ Choose Internalise Data. This stores the geometry inside the Grasshopper file,no Rhino reference needed! 4️⃣ Post your .gh file below. 5️⃣ Download someone else’s file and run it on your end.If it works without Rhino geometry, they did it right! ✅ Goal: Create a “chain reaction” of working definitions. Each file should run cleanly on another computer no missing geometry, no errors. Who starts with mine 😅