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MiniaKrn — Sierpinski Triangle
#sierpinskiformula #fractal2015 #miniafractals #abstractart #abstractdigital #abstractfractal #fractal #fractalabstract #fractalart #fractalultrafractal #sierpinskitriangle #ultrafractal5
Published: 2015-01-03 22:47:39 +0000 UTC; Views: 773; Favourites: 21; Downloads: 0
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Comments: 54
Thank you so much.
I've got tears in my eyes, it's good
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You are welcome!
I am glad you are happy!
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Oh wow! This is amazing Minia - the black-and-white effect really sharpens this fractal handsomely!
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Thank you very much. It was a Sierpinski Slope formula.
That was an accident as well
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Cool! You're welcome - that's an accident I'd like to look into causing myself...
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I'm just saving the parameters, forget about them,
open them by accident.............accidents happen
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Nice! I've got a backlog of parameters now - I can hardly wait until my next accident! 
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That's great. When we go back to them, we never know what might happen
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You are very welcome, dear !
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Thank you very much.
I have been after Sierpinski for a long time.
This was a Slope formula.
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Thank you very much, Randy.
It took me three years to do it.
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Wow! 3 years - I hope not 3 years of continuous work.
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No, it took me two hours. But I had an eye on that formula for some time,
don't know why. What I got was only triangles. I'm stubborn so I kept trying
it with various programs.
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Trial and error is the only way to go.
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True, there were many tries, I haven't finished yet with the formula.
Big smile.
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Sounds like you're having fun
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Sierpinski ani 2
It's a try only with Sierpinski.
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The animation?
Yes, it is Sierpinski combined with another formula.
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So that's what Gandalf meant when he said
" The Sierpinski triangle cannot-be wrought without heed to the creeping tendrils of recursion. Even the binomial coefficient has factorials which are recursively defined. "
n=nmpm+⋯+n1p1+n0p0 (0≤ni≤p)k=kmpm+⋯+k1p1+k0p0 (0≤ki≤p)
This stuff is way over my head but I'm glad you have found a way to reinterpret it as an art form. Glad you are having fun with it.
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Somehow I got my mind set on Sierpinski.
It seems I like difficult formulas, I've already discovered
a few different examples I'll update you.
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I was commenting on your emoticon 'big smile'
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