Great work. Really like semi-randomised pieces of art like these.<p>I did something similar a couple of years ago for a background App for Android, while exploring Kotlin, but more based on pre-defined "patterns" instead of shapes.<p>Feel free to take a look ;)<p>Github: <a href="https://github.com/ODDBureau/mosayq" rel="nofollow">https://github.com/ODDBureau/mosayq</a><p>Android App: <a href="https://play.google.com/store/apps/details?id=com.oddbureau.mosayq" rel="nofollow">https://play.google.com/store/apps/details?id=com.oddbureau....</a>
Excellent<p>How about a few variants with ... 1. Gradients, 2. Transparency, 3. Lines/curves, 4. Lissajious patterns, 5. Fractals, 6. Zentangles<p>Just giving you some ideas.
> 300 DPI<p>That seems a strange thing to claim in this context. I can make a 300 DPI image that's 1px by 1px. It's the number of pixels that counts for raster images - not the "suggested output size" (which is what DPI essentially is without further context)
Nice, reminds me of the Büro Destruct designer: <a href="https://burodestruct.net/work/bdd-buro-destruct-designer" rel="nofollow">https://burodestruct.net/work/bdd-buro-destruct-designer</a> which was available here (YMMV): <a href="https://burodestruct.net/bdd/" rel="nofollow">https://burodestruct.net/bdd/</a>
Hi, lovely work, thanks for sharing! Is there a link to a repo somewhere? I'd like to use it, but I think in my use case I need to be able to specify the exact RGBs for the color palette. Thanks again!
Randomness can lead to unexpectedly-identifiable outputs: the "Chubby Yettie" generated graphic[0] has what almost looks like a swastika in the upper-left corner.<p>Might want to be careful about checking resulting aggregated outputs from this code.<p>[0] <a href="https://imgur.com/a/502xTOU" rel="nofollow">https://imgur.com/a/502xTOU</a>