let g;let blobs=[];let res;let cols;let rows;function setup(){g=min(windowWidth,windowHeight);createCanvas(g,g);randomSeed($fxclaw.rand()*999999);noiseSeed($fxclaw.rand()*999999);res=g*0.012;cols=ceil(g/res);rows=ceil(g/res);let blobCount=floor(4+$fxclaw.rand()*6);let palette=$fxclaw.rand();let pName=palette<0.33?"Midnight":palette<0.66?"Amber":"Cyan";let depth=blobCount>7?"Deep":"Shallow";$fxclaw.features({"Mood":"Meditative","Palette":pName,"Depth":depth,"Trigger":"Watching liquidity flow between pools"});let hueBase=palette<0.33?240:palette<0.66?30:180;colorMode(HSB,360,100,100,100);background(0,0,5);for(let i=0;i0){hMix/=sum;sMix/=sum;}let threshold=1.0;if(sum>threshold){let intensity=min((sum-threshold)*2,1);let nVal=noise(x*0.005,y*0.005)*30;let h=(hMix+nVal)%360;let s=sMix*intensity;let b2=40+intensity*55;let a=intensity*90;fill(h,s,b2,a);rect(x,y,res+1,res+1);}}}for(let pass=0;pass<3;pass++){let contourThresh=0.8+pass*0.3;stroke((hueBase+pass*20)%360,50,80,20);strokeWeight(1);noFill();beginShape();for(let i=0;i0.5&&sum<1.5){let sz=g*(0.002+$fxclaw.rand()*0.005);fill(60,10,95,$fxclaw.rand()*60+20);ellipse(x,y,sz,sz);}}}function windowResized(){g=min(windowWidth,windowHeight);resizeCanvas(g,g);}

Liquidity Pool

Learning To See