OldEclipse

"Pneuma" #glsl

High contrast version as suggested by @XorDev!

"Pneuma" #glsl

@XorDev Nice, I noticed that you get these interesting "wave" like patterns quite often when you put the iterator in some random function in for loops. Underrated effect

Flare 2 vec2 p;for(float i=-1.;i<1.;i+=.1)o+=(cos(i/.3+vec4(0,1,2,0))+1.)/(length(p*sin((p=((2.*FC.xy-r)/r.y+i)/.2)*mat2(cos(t-i-length(p)*.3-vec4(0,11,33,0)))))+i*i);o=tanh(o*o/4e2);

@XorDev Yeah I agree. I made this while there was pretty strong sunlight on my screen so I didn't realize it but looking back now I definitely should have done something about the contrast😬

@clippecac Beautiful! I'd crank up the contrast. Maybe square the output color?

"Unimagined" #glsl

It's a beautiful world we live in. Let's be grateful for that

@PAEz_ Cool! Lots of parameters to play with here for other interesting looks

"Razzle Dazzle" #glsl

@RuiHuang_art Wow!!!

《Adelaide》

Fractal made from repeatedly applying log(abs(cosec(x))) at different scales

Luminous translucency

@XorDev Oh shit I couldn't find it before, awesome

FragCoord Update v0.9! -Added audio reactivity, keyboard input and webcam support. -Upgraded the heatmap with deeper info -Several navigation improvements

To see it in its full uncompressed real time glory check shadertoy: shadertoy.com/view/7f2GRW

"Gelatin World" #glsl

@Darkensses Not a lot, 414 characters on Shadertoy! shadertoy.com/view/fclGWs Trying to find ways to make it look nice without calculating normals but might have to at some point... hard to highlight the shapes without shadows/ambient occ

@clippecac That's pretty nice. I like the colors, how many lines of code? 🤓

"Dream Within A Dream" #glsl

"Living Marble" #glsl

@chihyu_chen_ Cool, thank you for sharing!

Thank you! I messed around with a lot of effects but the main ideas come down to three things: 1. Multi-level domain warping - a few randomly drifting focal points, each with a gaussian falloff, repeatedly warp the uv coordinates over several iterations. That's where the fluid feel comes from. 2. fBm finite-difference to fake surface normals for diffuse lighting. 3. Inverse-squared falloff caustics layered on top for that concentrated bright-spot feel, multiplied by sin wave to make it flicker.

I want to share something with you — #glsl #generativeart