64 bit floating point representations for multiples of √2 and φ.
I post video and images of my own work, which is usually in a mid-process state. Unless stated otherwise my work is made using OPENRNDR, a Kotlin based framework for creative coding.
voorbeeld
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Generative artist
I post video and images of my own work, which is usually in a mid-process state. Unless stated otherwise my work is made using OPENRNDR, a Kotlin based framework for creative coding.
I post video and images of my own work, which is usually in a mid-process state. Unless stated otherwise my work is made using OPENRNDR, a Kotlin based framework for creative coding.
64 bit floating point representations for multiples of π and e.
Finally got into doing this for fun again.
Some sketches for flow fields with a hand drawn look.
aBeYesterday was the 5th anniversary since #OPENRNDR's first public commit 🥳
And tomorrow @voorbeeld will be presenting #OPENRNDR in #Kotlin's official channel 📺 :
https://youtube.com/watch?v=GevzngfRnGw February 22nd 16:00 UTC
Creative Coding With Kotlin and OPENRNDR
Got a nice hand drawn look out of the tools I used in my last few posts.
Combining contour extractors with DFT reconstructions.
A quick test with discrete Fourier transforms. In gray the input path, in red an approximation using the first N Fourier coefficients. The number of coefficients changes over time.
Just playing with the contour extractor. Looks a bit like snakes.
Painterly graphics test, I like the unintended popping.