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FractalEyes —
Summer Patchwork
#patchwork #quilt
Published: 2015-07-27 05:51:05 +0000 UTC; Views: 4884; Favourites: 209; Downloads: 64
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Description
UF 5.04; RealDraw PRO 5I had a very, very dull colored version of this but was inspired by aartika-fractal-art 's gradient and by a comment from TSHansen
I'm still working on getting my fractal skills back up to par.
*edit*
- Thank you very much C-91 and StottyK for the Daily Deviation! It was quite a surprise this morning.
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Comments: 82
Thank you, that is the best compliment.
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My pleasure, but I should be thanking you for creating a piece of art that brightened my day!!! Keep it up!
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This is totally awesome and congratulations on a well-deserved DD!! This is just incredible!! And I'd say your fractal skills are coming back big time!
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Thank you very much.
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Beautiful 
congratulations for the DD
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Stunning use of patterns and colors. Well done!
Rich T.
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........................................................- #-
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I like it a lot! - the color combinations, the texture (the texture!), the theme-and-variation of it all. Nice!
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Nicely done! Love the color variations! Congrats on the DD!
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Thank you. I'm so glad aartika-fractal-art shared her beautiful gradient.
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Congratulations on your Daily Deviation!
For those interested I have moved the rainbow gradients used from my Stash to my main gallery (I originally posted this in response to some comments ( comments.deviantart.com/1/5363… ) on a journal entry:
Gradients: Rainbow Gradients for Ultra Fractal
No restrictions on use.
Select All and Copy everything from Rainbow004 to the final curly bracket, then paste it into a plain text editor or UF editor, and save it as rainbows.ugr in your Gradients folder.
Rainbow004 {
; Rainbow Gradients by aartika fractal art
gradient:
title="Rainbow 004" linked=yes smooth=yes rotation=17 index=403
color=8688947 index=414 color=9803059 index=26 color=9798963
index=37 color=9794867 index=49 color=9790515 index=63 color=9786419
index=75 color=9782323 index=86 color=9777971 index=98 color=9777987
index=110 color=9778003 index=122 color=9778020 index=136
color=9778036 index=148 color=9778052 index=159 color=9778069
index=169 color=8729493 index=181 color=7680917 index=190
color=6566805 index=199 color=5518229 index=209 color=4469653
index=216 color=3355541 index=227 color=3359637 index=238
color=3363733 index=249 color=3368085 index=260 color=337218
UF Sketchbook: Getting Impatient!
For a long time I have been trying to make some colours and textures that mimic watercolours and other types of paint, inspired by some of favourite artists on DA, such as NaismithArt Lucky978 kosharik69 SaigaTokihito and takmaj (see selection of their work below).
Finally I have something I feel quite happy about, so long as the render turns out okay - but for some reason this fractal is taking forever to render and I'm getting very impatient!
I have developed a rainbow gradient pack which I'll upload when I can post the rendered image, but the above is a taster in the mean time
:iconNaismithArt:
:iconTakmaj:
:iconSaigaTokihito:
:iconLucky978:
:iconkosharik69:
At some point I'll add some additional "gradient-building" info to it, but in the meantime there are no restrictions on use for these gradients.
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Thank you very much.
I use a lot "apo" gradients but I really like yours and the way you've explained the control points, etc. There are probably quite a few of us who would love to see some of your other techniques. If you aren't comfortable sharing parameters, perhaps a tutorial?
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What sort of things would you want covered in a tutorial? I may be able to find some time over the winter to put something together.
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I love so many of your pieces and am curious how you did all of them but I'd love to learn about your geometrics and the tiling you use. Some like these:
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I'll see what I can come up with, maybe along the lines of 'getting the most out of colouring formulas' or something. Many of the geometric (or 'tiling') designs are created with a set of private formulas so I can't specifically use those, but I've found that pushing every parameter within a ucl to its limits will often produce the most interesting results, especially regarding textures, so I'll get my thinking cap on 
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That would be awesome.
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Thank you very much. 
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Thank you very much
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