Week 10: Attractors - Computational Methods, Fall 2012

This lecture video gives an overview of attractor concepts, their implementation in Grasshopper, and different applications of attractor systems in design and architecture.

[@shawjonAhmed]

Thank you so much for sharing the knowledge, us who don't have the access to this sort of schooling, this is a great way of learning, thank you again.

[@jesseledin5361]

These are incredibly helpful tutorials! Do you have any tutorials or can you help explain how one would go about using scripts to describe the conditions in which different panels would be placed on a surface dependent on the distance(threshold) to an attractor as you showed in an example in your presentation?

[@mohamedkhallaf]

could you please repeat this lecture, i got lost in the middle,

[@VertigoAt1977]

why don't you upload the .gh-files of your lectures with the video? greetings

[@bhavinnagda1743]

great work , had a question , when u uploaded a new gh file what expression did you give to the domain cell , for the first script , i am unable to get the result you could achieve , ty

[@Tinycool2000]

He put in "-x"

[@njyjim4487]

Dear sir,There is one step I don't quite understand:when u create three points and use closest points to analyze ,the number of the resulting number of closest points is not the results of 3 mutiplying the number of grid points, but the total number of grid points.For instance,if there is 100 points,why the result is not 3*100 but 100.I'm looking forward to your instruction : )

[@mohamedkhallaf]

Prof.+Nick Senske please repeat this lecture I got lost when u opened the save document.

[@nsenske]

Get out the Google Site linked to my You Tube channel. I can't post links here, but you can find it there.

[@diegofernb]

this is great, thanks nick

[@MariaM-wp4zg]

Thank you a lot. It was really helpful. :)

[@giancarloskiify]

great !!!
thanks for share :)

[@umnicka92]

may you share the gh file please?

[@nsenske]

sites.google.com/site/unccgrasshopper/