<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="UTF-8">
<title>Angular Decay</title>
<script id="snippet-random-code" type="text/javascript">
let seed = window.location.href.split('/').find(t => t.includes('i0'));
if (seed == null) {
const alphabet = "0123456789abcdefghijklmnopqrstuvwsyz";
seed = new URLSearchParams(window.location.search).get("seed") || Array(64).fill(0).map(_ => alphabet[(Math.random() * alphabet.length) | 0]).join('') + "i0";
} else {
let pattern = "seed=";
for (let i = 0; i < seed.length - pattern.length; ++i) {
if (seed.substring(i, i + pattern.length) == pattern) {
seed = seed.substring(i + pattern.length);
break;
}
}
}
function cyrb128($) {
let _ = 1779033703, u = 3144134277, i = 1013904242, l = 2773480762;
for (let n = 0, r; n < $.length; n++) _ = u ^ Math.imul(_ ^ (r = $.charCodeAt(n)), 597399067), u = i ^ Math.imul(u ^ r, 2869860233), i = l ^ Math.imul(i ^ r, 951274213), l = _ ^ Math.imul(l ^ r, 2716044179);
return _ = Math.imul(i ^ _ >>> 18, 597399067), u = Math.imul(l ^ u >>> 22, 2869860233), i = Math.imul(_ ^ i >>> 17, 951274213), l = Math.imul(u ^ l >>> 19, 2716044179), [(_ ^ u ^ i ^ l) >>> 0, (u ^ _) >>> 0, (i ^ _) >>> 0, (l ^ _) >>> 0]
}
function sfc32($, _, u, i) {
return function () {
u >>>= 0, i >>>= 0;
var l = ($ >>>= 0) + (_ >>>= 0) | 0;
return $ = _ ^ _ >>> 9, _ = u + (u << 3) | 0, u = (u = u << 21 | u >>> 11) + (l = l + (i = i + 1 | 0) | 0) | 0, (l >>> 0) / 4294967296
}
}
let mathRand = sfc32(...cyrb128(seed));
</script>
<style>body {margin: 0px;} </style>
</head>
<body>
<canvas id="target"></canvas>
<script type="text/javascript">
const rand = mathRand();
const rand2 = mathRand();
let sqpix,cp,ratio=0.707,bug=false;
function T1(rand) {
if(rand<0.3){sqpix=0;zoom=false;return"Portrait";}
if(rand<0.6){sqpix=0;ratio=1.414;return"Lanscape";}
if(rand<0.95){sqpix=1;return"Square";}
sqpix=1;bug=1;return"Bugged";}
function T2(rand) {
if(rand<0.07){cp=12;return "Paper";}
if(rand<0.14){cp=1;return "DPM";}
if(rand<0.21){cp=2;return "Fecktarn";}
if(rand<0.32){cp=3;return "BDU";}
if(rand<0.41){cp=4;return "Desert Drill";}
if(rand<0.5){cp=5;return "Urban";}
if(rand<0.6){cp=6;return "Navy";}
if(rand<0.7){cp=7;return "German Winter";}
if(rand<0.8){cp=8;return "Tree";}
if(rand<0.85){cp=9;return "Orange";}
if(rand<0.9){cp=10;return "Harris";}
if(rand<0.95){cp=11;return "Market";}
cp=0;return "Saint";}
window.$generativeTraits = {"View": T1(rand),"Pallet": T2(rand2) }
const container = document.createElement("div")
container.innerHTML = "<span>seed: " + seed + "</span><br>";
let resizeTmr=null,aniFrame=null;
let ofw,ofh,sz,rz=1;
let gi=0,gj=0,drp=0,drawtot=2,bmp,artcols=[];
var tricount=0,tr=30;
var tried=false;
var tc=0,rc=0;
var tx1=[],ty1=[],tx2=[],ty2=[],tx3=[],ty3=[];
var rx1=[],ry1=[],rx2=[],ry2=[],rx3=[],ry3=[];
let dor=false;
const init = async () => {
window.addEventListener('resize', async () => {
clearTimeout(resizeTmr)
resizeTmr = setTimeout(async () => {
await layoutCanvas()
}, 100)
})
await layoutCanvas()
}
const layoutCanvas = async () => {
const wWidth=window.innerWidth
const wHeight=window.innerHeight
if(sqpix>0)ratio=1;
let cHeight=wHeight;
let cWidth=cHeight*ratio;
if(cWidth>wWidth){cWidth=wWidth;cHeight=cWidth/ratio;}
drp=0;gi=0;gj=0;
const canvas=document.getElementById('target')
canvas.width=2000*rz;
canvas.height=(2000*rz)/ratio;
canvas.style.position = 'absolute'
canvas.style.width = `${cWidth}px`
canvas.style.height = `${cHeight}px`
canvas.style.left = `${(wWidth - cWidth) / 2}px`
canvas.style.top = `${(wHeight - cHeight) / 2}px`
ofw=canvas.width;
ofh=canvas.height;
sz=ofw/1000;
drawCanvas()
}
const drawCanvas = async () => {
if(!tried) setupart();
if (aniFrame) window.cancelAnimationFrame(aniFrame)
const canvas=document.getElementById('target')
const ctx=canvas.getContext('2d')
if(drp==2)
{let bx=ofw/500,by=ofh/500;
ctx.globalAlpha=0.05;
for(let f=10;f<30; f++){
for(let i=0;i<500; i++){
drawEllipse(ctx, bx*i + ri(3)*sz, by*gj+ ri(3)*sz, bx/2,bx/2,'#ffffff');
drawEllipse(ctx, bx*i + ri(3)*sz, by*gj+ ri(3)*sz, bx/2,bx/2,'#202020');
}gj++;}
ctx.globalAlpha=1;
if(gj>500) { drp=3; gj=0; }
}
if(drp==1)
{
for(let f=0;f<tc;f++){
if(bug) dl(ctx, tx1[f]*sz,ty1[f]*sz, tx2[f]*sz*sz,ty2[f]*sz, artcols[1], 1*sz);
else dl(ctx, tx1[f]*sz,ty1[f]*sz, tx2[f]*sz,ty2[f]*sz, artcols[1], 1*sz);
dl(ctx, tx2[f]*sz,ty2[f]*sz, tx3[f]*sz,ty3[f]*sz, artcols[1], 1*sz);
dl(ctx, tx1[f]*sz,ty1[f]*sz, tx3[f]*sz,ty3[f]*sz, artcols[1], 1*sz);}
for(let f=0;f<rc;f++){
dl(ctx, rx1[f]*sz,ry1[f]*sz, rx2[f]*sz,ry2[f]*sz, artcols[2], 1*sz);
dl(ctx, rx2[f]*sz,ry2[f]*sz, rx3[f]*sz,ry3[f]*sz, artcols[2], 1*sz);
dl(ctx, rx1[f]*sz,ry1[f]*sz, rx3[f]*sz,ry3[f]*sz, artcols[2], 1*sz);}
drp=2}
if(drp==0)
{
ctx.fillStyle = artcols[0];
ctx.fillRect(0,0,ofw,ofh);
if(!tried){
mathRand = sfc32(...cyrb128(seed));
tc=0;rc=0;tricount=0;tr=30;bmp=0;
triharder(500, 500, 500+rir(-tr,tr), 500+rir(-tr,tr));
tricount=1000;tr=rir(10,50);dor=true;bmp=0;
triharder(500, 500, 500+rir(-tr,tr), 500+rir(-tr,tr));
tried=true;}
drp=1;
}
ctx.restore()
aniFrame = window.requestAnimationFrame(drawCanvas)
}
function triharder( x1,y1, x2,y2)
{
if(tricount>2500) return;
var x3=x1+rir(-tr,tr);
var y3=y1+rir(-tr,tr);
if(x3<0){x3+=tr;bmp++}
if(x3>1000){x3-=tr;bmp++}
if(y3<0){y3+=tr;bmp++}
if(y3>1000/ratio){y3-=tr;bmp++}
if(dor) {rx1[rc]=x1;ry1[rc]=y1;rx2[rc]=x2;ry2[rc]=y2;rx3[rc]=x3;ry3[rc]=y3;rc++; }
else {tx1[tc]=x1;ty1[tc]=y1;tx2[tc]=x2;ty2[tc]=y2;tx3[tc]=x3;ty3[tc]=y3;tc++;}
tricount++;
if(bmp>15){bmp=0; x3=y3=500;x1=rir(500,500+tr);y1=rir(500,500+tr);x2=rir(500,500-tr);y2=rir(500,500-tr)}
triharder(x3,y3, x1,y1);
if(ri(100)>20) triharder(x3,y3, x2,y2);
}
const autoDownloadCanvas = async () => {
const element = document.createElement('a')
element.setAttribute('download',`Angular-${ofw}x${ofh}-${seed}`)
element.style.display = 'none'
document.body.appendChild(element)
let imageBlob = null
imageBlob = await new Promise(resolve => document.getElementById('target').toBlob(resolve, 'image/png'))
element.setAttribute('href', window.URL.createObjectURL(imageBlob, {
type: 'image/png'
}))
element.click()
document.body.removeChild(element)
}
document.addEventListener('keypress', async (e) => {
e = e || window.event
if (e.key === 's') autoDownloadCanvas()
if (e.key === 'h') { rz++;if(rz>5)rz=1;drp=0;gi=0;gj=0;await layoutCanvas() }
})
function drawEllipse(ctx,x,y,rx,ry,fill) {
ctx.beginPath()
ctx.ellipse(x, y, rx, ry, 0, 0, 2 * Math.PI);
if (fill) {ctx.fillStyle = fill;ctx.fill();}
}
function dl(ctx,lx,ly,ex,ey,stroke,width) {
if (stroke) {ctx.strokeStyle = stroke;}
if (width) {  ctx.lineWidth = width;  }
ctx.beginPath();ctx.moveTo(lx,ly);ctx.lineTo(ex,ey);ctx.stroke();
}
function setupart()
{
if(cp==12)artcols=['#EDECE0','#303030','#880808'];
if(cp==0) artcols=['#F0BEB2','#F25B40','#3A8D3B'];
if(cp==11)artcols=['#4F97BA','#F9E1B5','#BD2C41'];
if(cp==1) artcols=['#25201E','#D3A252','#686C22'];
if(cp==2) artcols=['#B4CBCA','#1F5FB3','#355026'];
if(cp==3) artcols=['#D1C7C5','#6E5247','#8D695D'];
if(cp==4) artcols= ['#E4DBBE','#8BB8B3','#AF799A'];
if(cp==5) artcols= ['#B8B8B3','#474747','#787878'];
if(cp==6) artcols= ['#A6B2C7','#323642','#394A69'];
if(cp==7) artcols= ['#E6E6E4','#343523','#B2B2AD'];
if(cp==8) artcols= ['#A9A18E','#706B5C','#606A4D'];
if(cp==9) artcols= ['#EDECE0','#944645','#F25D34'];
if(cp==10) artcols= ['#9FA6A4','#77694E','#B54933'];
}
function ri( x){  return Math.floor(mathRand()*x);}
function rir(x,y){ let nr = (y - x) ; return  Math.floor((mathRand()*nr) + x); }
init();
</script>
</body>
</html>


Action	Price	Marketplace	From	To	Time
TRANSFER	- -		3csm	aetm	4 months
INSCRIBED	- -		-	3csm	over 1 year

Inscription #258674