set of planar closed polylines
BB Difference: Difference of a set of planar closed polylines
BB Intersection: Intersection of a set of planar closed polylines
BB XOR: Exclusive or of a set of planar closed polylines
BB Python component dropped (use Node-in-Code instead)
minor bugfixes
Source code is now available on GitHub
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ossibly not doable atm. However, I think it would be quite inefficient way to run things.
My above answer was concerning this sentence
Or can I even set up a case on my Windows Laptop and use the seperate Linux machine (or maybe even an Amazon EC2 instance) to run the OF calculations?
This is certainly possible with the use of BF I described above. Concerning AWS instances, I am about to find out this week hopefully when I'm going to try my first cloud OF run. Will let everyone know if I do.
Kind regards,
Theodore.…
ts will basically be a set of different ellipses:{a1, a2, b1, b2} (with different properties) From that i want to create random Lists of let’s say 15 items (ellipses) Something like that {a1, b2, b1, a1, a2, b1, b1, a2, a1, b1, b2, a1, b2, a1, a1}. But I want to be able to create some constrains. So for example if I have a1 I will be able to have next a2 or b1 but not to b2. I am not sure if this is possible in grasshopper and i was messing around with some logic components but without any luck.
Any help will be greatly appreciated.
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