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				xirja
								
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			I know FF is not the ideal place to try this intensive recursion, but I thought there might be a way to fake it.  Trying to get reasonable erosion can lead one to either the noise based approach, or a sequential one.  Having roughly licked the former  
			Diffusion Limited Aggregation 2.ffxml _____________________________________________________
 				http://web.archive.org/web/2021062908...rjadesign/ _____________________________________________________  | 
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| Posted: February 16, 2017 9:51 am | ||
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				Rachel Duim
								
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| Posted: February 16, 2017 10:29 pm | ||
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				xirja
								
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			More like:
 
			 
source: http://paulbourke.net/fractals/dla/ But... _____________________________________________________
 				http://web.archive.org/web/2021062908...rjadesign/ _____________________________________________________  | 
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| Posted: February 17, 2017 7:19 am | ||
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				Rachel Duim
								
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			Ok, got it. Both your version and my futile attempt look more like reaction diffusion. I know I had seen this structure before, it is very similar to a dendrite fractal.
 
			source: Selforganization and stability of fractals ![]() Math meets art meets psychedelia. 				 | 
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| Posted: February 17, 2017 4:10 pm | ||
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				xirja
								
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			Cool article, and many applications, yep.  Here's a nice swift Mathematica implementation FWIW:
 
			http://demonstrations.wolfram.com/Dif...imulation/ _____________________________________________________
 				http://web.archive.org/web/2021062908...rjadesign/ _____________________________________________________  | 
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| Posted: February 17, 2017 10:20 pm | ||
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				Rachel Duim
								
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			The Mathematica demo is helpful. I played around, with loops and Bomber+, not much success. Anything I tried past 5 iterations slowed it down all the way... 
			Math meets art meets psychedelia. 				 | 
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| Posted: February 18, 2017 7:29 pm | ||
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