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tatasz β Reaction - Diffusion Take 2
#abstract #animated #animation #diffusion #gif #growth #processing #reaction
Published: 2016-08-17 10:35:01 +0000 UTC; Views: 3230; Favourites: 140; Downloads: 43
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Description
Second reaction-diffusion gif. More coming ^^.Made in processing.
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Comments: 36
Woah this is so cool! It reminds me of my sulci pattern:
It's cool to see what others are making with Processing. It's such a cool programming environment for when you want to draw something with code but you don't want to waste time setting up a graphics canvas.
Here's one thing I've made with Processing in the past: ptrgags.github.io/projects/phy⦠-- I made some physics simulations after learning about Lagrangian dynamics.
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This is super cool! Reminds me of some work done by the Mediated Matter group at the MIT Media Lab, where they developed a beautiful computational approach to emulating biological growth (link to "Grown Structures" animations they produced: vimeo.com/170828532 )...
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I downloaded the software, am going through tutorials, but am still trying to figure out how you accomplished this.
Seriously though, this is awesome enough (from even a purely mathematical perspective) that I'm not going to give up.
The math that you demonstrate here seems like it's relevant to natural processes, even more relevant than fractals, and I want to play around with the formula that describe such interesting patterns.
The way everything reacts to its surroundings... it's a dynamic optimization problem, and it's beautiful.
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After playing around with the 3x3 matrix, and a few other variables I got a perpetually rippling field of really tight lines. It's like a double slit diffraction output, and it's one of the trippiest things I've seen this year.
Thanks. I think I'm going to play around with the colors and see what else I can do.
Thanks again for your help, and I hope you have a great day.
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Thanks, I'm still dissecting it. I've managed to change some parameters, and get some slightly different results.
I'm still working on getting the motion and growth that you display in this animated piece. Β I'll get there though, it's a fun puzzle.
You always do such amazing stuff, and it's inspiring.
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CRAWLING IN MY SKIN!! THESE WOUNDS, THEY WILL NOT HEAL!!!
-Linkin Park "Crawling"
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Processing... The params in the comments of the deviation below pretty much give most of it out
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I have the code in the comments of the deviation below. Its pretty similar, just slightely different parameters.
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This is amzing, great job! What did you use to make it?
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Thank you... I used processing, and you can download my code here: (check artists comments)
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reaction-diffusion
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