Data visualization

Messing around with particles and fluids.
#particles #creativecoding

Turing patterns have an interesting lifelike flow to them that I like. A very simple algorithm that feels almost alive.

Just added support for rotated rectangles. Need to figure out how to add slider to give them a constant rotation speed.
@tldraw

I think I'm starting to like C :)

Trying to build a small genetic algorithm simulation using Raylib

This is still a wip but the blue dots are rockets trying to reach the green target

Extruder test with constant stroke width. 
height of char = hex value of char
0x0 → 0xF

#realtime 
#textmode 
#generative

Learning #tsl
I might be onto something.
Ultimate goal: have two galaxies forming naturally and then merging together

Cartograph - A Modern Monospace Type Design

Blender 4.3 gabor noise #node #blender #b3d

another variant of the previous project, both characters and frequency are easily modifiable, feel free to comment if you have any interesting ideas

#r3f #threejs #threejsJourney #webgl

Just realized you can select and clone multiple objects with tldraw.

gimme a break :D
again, i wasnt expecting any interest in this and dropped an fxhash project Biomechanika.
Damn, its gone just like that...
After i catch breathe, i will tell you something about it


for now, let it just play, relax, enjoy weekend
🧡🧡🧡

f=0,draw=a=>{for(f||createCanvas(W=400,W,WEBGL),background(d=PI/80),S=sin,C=cos,T=TAU,u=0;u<=PI;u+=d)for(v=0;v<=PI;v+=d)F=f/T,V=v+F%d,U=u-F%d,P=atan(S(S(V*U))+f)+158.4,X=P*C(U)*S(V),Y=P*S(U)*S(V),Z=P*tan(U-V+F),stroke(4*Y),point(X,Z/2,Y);f+=.03};//#つぶやきProcessing #generative

//#つぶやきProcessing
float r,t;void setup(){size(800,800,P3D);colorMode(3);}void draw(){background(0);camera(900,900,99,0,0,-700,0,0,-1);noFill();beginShape();for(r=0;r<30*TAU;r+=PI/(1.5-.03*sin(t))){stroke(r,255,255);curveVertex(r*5*sin(r),r*5*cos(r),-r*5);}endShape();t+=.01;}

Clover, 239 chars #つぶやきGLSL 

for(O*=i,u.x=-u.x;i<7.;O+=pow(.04/abs(sin(exp(sin(length(vec2(cos(i+t),sin(i-t))+u))*.5-length(u*.4))*8.+t*4.)-smoothstep(0.,.8,l-.8)*1.5)/smoothstep(0.,.09,abs(l-1.28)),1.1)*(1.+cos(i++*.55+l*6.-t*4.+vec4(0,1,2,0))));

f=0,draw=o=>{for(f||createCanvas(W=400,W,WEBGL),background(d=PI/80),R=99,S=sin,C=cos,T=TAU,u=0;u<=PI;u+=d)for(v=0;v<=PI;v+=d)F=f/T,V=v+F%d,U=u-F%d,P=33*sin((V+U)*T-f*T)+99,X=P*C(U)*S(V),Y=P*S(U)*S(V),Z=P*C(V),stroke(2*Y),point(X,Z,Y);f+=.01};//#つぶやきProcessing #generativeart