Nice to see how you use the different components. Though I'm wondering what the added benefit of the loop is, maybe I'm missing something but I would probably make this without using the loop component.
True, loop is not required for a sweep but here the lesson explains the application of how a loop algorithm works in a simple application. I've seen exercises with parallel loops, loops in series and nested loops. Those examples are harder. :P.
You're right. This can also be done with repeating patterns, but the main reason for using the loop is for the advanced lesson, which is a parametric shelf. In that one, two planes are introduced, and the polyline moves with different lengths and heights. I made this simple lesson for getting started with the basics of Anemone plugin and then taking it a step further.
In fact, loops are a cool topic! Thank you for the lesson!
Great tutorial! Do you know how to upgrade to Rhino 7 from an older cracked version without re-installing?
Nice to see how you use the different components. Though I'm wondering what the added benefit of the loop is, maybe I'm missing something but I would probably make this without using the loop component.
True, loop is not required for a sweep but here the lesson explains the application of how a loop algorithm works in a simple application. I've seen exercises with parallel loops, loops in series and nested loops. Those examples are harder. :P.
You're right. This can also be done with repeating patterns, but the main reason for using the loop is for the advanced lesson, which is a parametric shelf. In that one, two planes are introduced, and the polyline moves with different lengths and heights. I made this simple lesson for getting started with the basics of Anemone plugin and then taking it a step further.
Exactly just a showcase of how things can be done with different methods in grasshopper.
very nice
🙏