0x24fafa02…b330sent to0x612e2dad…777e·#19,938,062·0x1999d365…9f0e0b
Orpheus Looked BackORPHEUS
0x24fa…b330
All memos sent from and to 0x24fa…b330.
0x24fafa02…b330sent to0x5e187281…fcb2·#18,692,243·0xdfb224df…6ad2c9
Kg49fa2c813a304de69f9d3529943fdf74ipfs://QmZsiEbcv9BKE96afq3QWmPk78HWTsFvYrNoRsoMidq6Gb/0
0x24fafa02…b330sent to0x5e187281…fcb2·#18,692,202·0x665a0464…4723fb
Kgbf71925a41be49c5b078939baf1eedf3ipfs://Qmeg68JM5csfUt5SZhpHY4zEqiA8THifBSGfdwhq6FXtT4/0
0x24fafa02…b330sent to0x5e187281…fcb2·#18,692,172·0xa2acd264…ba5d09
Kgfd93fe2e606842c48a51aa3280149f13ipfs://Qme1JpRVpRRberVc7auQFK9zBfMFMmFPsNNYYvnswiPY6G/0
0x24fafa02…b330sent to0x13aae6f9…9533·#13,804,713·0x6eda9551…bee5e4
“Worlds” (by Kenny Vaden) consists of bending, wave-like structures that lean and arc across a landscape, with a large disc hovering in the background.
The composition includes meandering line clusters, rectangles, and slightly off-center, nested concentric circles of varying sizes, which sometimes cluster chaotically or align into neatly spaced groups.
This piece variably features a more detailed "macro" view of the scene, or an interactive animation with rotating circles and moving disc that accelerate based on mouse position.
Highly variable color gradients and contrast manipulation with varying opacity, shadows, and highlights produce changing scenes that evoke different memories. The winding and sometimes tangled scenes produced by this system convey imbalance, incompleteness, and disorder.
We can each view the same scene with open eyes, but see vastly different worlds.
0x24fafa02…b330sent to0x13aae6f9…9533·#13,797,809·0xb85ad863…c6c43f
“Worlds” consists of bending, wave-like structures that lean and arc across a landscape, with a large disc hovering in the background.
The composition includes meandering line clusters, rectangles, and slightly off-center, nested concentric circles of varying sizes, which sometimes cluster chaotically or align into neatly spaced groups.
This piece variably features a more detailed "macro" view of the scene, or an interactive animation with rotating circles and moving disc that accelerate based on mouse position.
Highly variable color gradients and contrast manipulation with varying opacity, shadows, and highlights produce changing scenes that evoke different memories. The winding and sometimes tangled scenes produced by this system convey imbalance, incompleteness, and disorder.
We can each view the same scene with open eyes, but see vastly different worlds.
0x24fafa02…b330sent to0x13aae6f9…9533·#13,797,791·0x5e626c8c…0fc2eb
“Worlds” consists of bending, wave-like structures that lean and arc across a landscape, with a large disc hovering in the background. <br>
The composition includes meandering line clusters, rectangles, and slightly off-center, nested concentric circles of varying sizes, which sometimes cluster chaotically or align into neatly spaced groups. <br>
This piece variably features a more detailed "macro" view of the scene, or an interactive animation with rotating circles and moving disc that accelerate based on mouse position. <br>
Highly variable color gradients and contrast manipulation with varying opacity, shadows, and highlights produce changing scenes that evoke different memories. The winding and sometimes tangled scenes produced by this system convey imbalance, incompleteness, and disorder. <br>
We can each view the same scene with open eyes, but see vastly different worlds. <br>
0x24fafa02…b330sent to0x13aae6f9…9533·#13,780,190·0xb9b3fa9a…521959
“Worlds” consists of bending, wave-like structures that lean and arc across a landscape, with a large disc hovering in the background.
The composition includes meandering line clusters, rectangles, and slightly off-center, nested concentric circles of varying sizes, which sometimes cluster chaotically or align into neatly spaced groups.
This piece variably features a more detailed "macro" view of the scene, or an interactive animation with rotating circles and moving disc that accelerate based on mouse position.
Highly variable color gradients and contrast manipulation with varying opacity, shadows, and highlights produce changing scenes that evoke different memories. The winding and sometimes tangled scenes produced by this system convey imbalance, incompleteness, and disorder.
We can each view the same scene with open eyes, but see vastly different worlds.
0x24fafa02…b330sent to0x13aae6f9…9533·#13,775,127·0xc73974bc…454e6d
https://token.artblocks.io/0x13aAe6f9599880edbB7d144BB13F1212CeE99533/
0x24fafa02…b330sent to0x13aae6f9…9533·#13,768,689·0x5e72e62a…41d5ba
// WORLDS - DECEMBER 8, 2021 - Kenny Vaden (c) License: CC-BY-NC-SA
p5.disableFriendlyErrors=true;
class Random {
constructor() {
this.useA = false;
let sfc32 = function (uint128Hex) {
let a = parseInt(uint128Hex.substr(0, 8, 16));
let b = parseInt(uint128Hex.substr(8, 8, 16));
let c = parseInt(uint128Hex.substr(16, 8, 16));
let d = parseInt(uint128Hex.substr(24, 8, 16));
return function () {
a |= 0; b |= 0; c |= 0; d |= 0;
var t = (((a + b) | 0) + d) | 0;
d = (d + 1) | 0;
a = b ^ (b >>> 9);
b = (c + (c << 3)) | 0;
c = (c << 21) | (c >>> 11);
c = (c + t) | 0;
return (t >>> 0) / 4294967296;
};
};
this.prngA = new sfc32(tokenData.hash.substr(2,32));
this.prngB = new sfc32(tokenData.hash.substr(34,32));
for (let i = 0; i < 1e6; i += 2) { this.prngA(); this.prngB(); }
}
rnd_dec() {
this.useA = !this.useA;
return this.useA ? this.prngA() : this.prngB();
}
rnd_num(a,b) { return a+(b-a)*this.rnd_dec(); }
rnd_int(a,b) { return Math.floor(this.rnd_num(a,b+1)); }
randVNoRep (numm) {
for (var arr=[],i=0;i<numm;i++) { arr[i]=i+1; }
var tm,cr,tp=arr.length;
if (tp) while(--tp) { cr=this.rnd_int(0,tp); tm=arr[cr]; arr[cr]=arr[tp]; arr[tp]=tm; }
return arr;
}
}
function mk2DArr(c,r) {
let arr=new Array(c);
for (let i=0; i<arr.length; i++) { arr[i]=new Array(r); }
return arr;
}
function hxtrgb(hx) {
let hxx=hx.replace('#',''),bgi=parseInt(hxx,16);
return( [(bgi>>16)&255,(bgi>>8)&255,bgi&255] );
}
function rgbthx (rgb) {
let hx="#"+hex(rgb[0],2)+hex(rgb[1],2)+hex(rgb[2],2); return (hx);
}
function SplineR (pv,np) {
let ip = new Array(2*pv.length);
for (let i=0;i<pv.length;i++) { let a=i*2;ip[a]=i+1;let b=a+1;ip[b]=pv[i]; }
let gg=getCurvePoints(ip),gk=new Array(0.5*gg.length-1);
for (let i=0; i < gk.length; i++) { gk[i] = gg[(2*i+1)]; }
let iw = Math.floor(gk.length / np);
let outpt = new Array(np); for (let i=0; i < np; i++) { outpt[i] = gk[(i*iw)]; }
outpt[np] = pv[pv.length-1]; outpt[0] = pv[0]; return outpt;
// Epistemex (c) 2013-2014 License: MIT
function getCurvePoints(points,tension,numOfSeg,close) {
'use strict'; tension=(typeof tension==='number')?tension:0.75;
numOfSeg = numOfSeg?numOfSeg:250;
let pts,l=points.length,rPos=0,rLen=(l-2)*numOfSeg+2+(close?2*numOfSeg:0);
let rs=new Float32Array(rLen),cache=new Float32Array((numOfSeg+2)*4),cachePtr=4;
pts=points.slice(0);
if (close) { pts.unshift(points[l-1]); pts.unshift(points[l-2]); pts.push(points[0],points[1]); }
else {pts.unshift(points[1]); pts.unshift(points[0]); pts.push(points[l-2],points[l-1]); }
cache[0]=1;
for(let i=0;i<numOfSeg;i++) {
let st=i/numOfSeg,st2=st*st,st3=st2*st,st23=st3*2,st32=st2*3;
cache[cachePtr++]=st23-st32+1; cache[cachePtr++]=st32-st23;
cache[cachePtr++]=st3-2*st2+st; cache[cachePtr++]=st3-st2;
}
cache[++cachePtr]=1; parse(pts,cache,l);
if (close) {
pts=[];pts.push(points[l-4],points[l-3],points[l-2],points[l-1]);
pts.push(points[0],points[1],points[2],points[3]);
parse(pts,cache,4);
}
function parse(pts,cache,l) {
for (let j=2;j<l;j+=2) {
let pt1=pts[j],pt2=pts[j+1],pt3=pts[j+2],pt4=pts[j+3],
t1x=(pt3-pts[j-2])*tension,t1y=(pt4-pts[j-1])*tension,
t2x=(pts[j+4]-pt1)*tension,t2y=(pts[j+5]-pt2)*tension;
for (let t=0;t<numOfSeg;t++){
let c=t<<2,c1=cache[c],c2=cache[c+1],c3=cache[c+2],c4=cache[c+3];
rs[rPos++]=c1*pt1+c2*pt3+c3*t1x+c4*t2x;
rs[rPos++]=c1*pt2+c2*pt4+c3*t1y+c4*t2y;
}
}
}
l=close?0:points.length-2,rs[rPos++]=points[l],rs[rPos]=points[l+1];
return rs;
}
}
function zspline(fcz,nc,macro) {
let cl=Array(nc*(fcz.length-1));
for (let i=0;i<fcz.length-1;i++) {
for (let j=0;j<nc+1;j++) {
let awt=(j+1)/nc; if (macro===1) { awt=1-((j+1)/nc); }
let ak=hxtrgb(fcz[i]),bk=hxtrgb(fcz[i+1]),lst=Array(3);
for (let k=0;k<3;k++) { lst[k]=Math.round(ak[k]*awt+bk[k]*(1-awt)); }
cl[(i*nc+j)]=rgbthx(lst);
}
}
cl[0]=fcz[0]; cl[cl.length-1]=fcz[fcz.length-1];
let kl=new Array(nc); for (let j=0;j<nc;j++) { kl[j]=cl[j*(fcz.length-1)];}
kl[0]=cl[0]; kl[kl.length-1]=cl[cl.length-1];
return kl;
}
function HSM (Mtx,cols,rows,Nits) {
for (let k=0;k<Nits;k++) {
for (let j=0;j<rows;j++) {
for (let g=1;g<cols;g++) { Mtx[g][j]=Mtx[g-1][j]*.3 + Mtx[g][j]*.7; }
for (let i=0;i<(cols-1);i++) { Mtx[i][j]=Mtx[i+1][j]*.3+Mtx[i][j]*.7; }
}
}
return Mtx;
}
function VSM (Mtx,cols,rows,Nits) {
for (let k=0;k<Nits;k++) {
for (let i=0;i<cols;i++) {
for (let g=1;g<rows;g++) { Mtx[i][g]=Mtx[i][g-1]*.3+Mtx[i][g]*.7; }
for (let j=0;j<rows-1;j++) { Mtx[i][j]=Mtx[i][j+1]*.3+Mtx[i][j]*.7; }
}
}
return Mtx;
}
function getCol(matrix,col) {
let kll=[]; for (let i=0;i<matrix.length;i++) { kll.push(matrix[col][i]); }
return kll;
}
let R,SQ;
R = new Random();
function precalcs () {
let SQB=[],KLR=[],STW=[],RTS=[],XV=[],YV=[];
let randC=R.rnd_int(1,100);
let ftx=R.rnd_num(.4,.6), bdraw=R.rnd_int(60,90), klmt=R.rnd_int(7,20);
let fcz=[],bgc=0,lsc=0,rs=0,spd=0,xr=0,yr=0,ncirc=0,nsq=0;
if (randC===1) { // GHOST
fcz=[rgbthx(color(240)),rgbthx(color(250)),rgbthx(color(255))];
bgc="#d50909",ccr="#000000",ftx=1,klmt=0,bdraw=1;
}
if (randC===2) { // SAV
fcz=["#4555a3","#3351b3","#286d5b","#37ab6e","#fe723d","#fe723d","#c77e6d"];
bgc="#0587d3",ccr="#fffef4",ftx=R.rnd_num(.75,.85),bdraw=R.rnd_int(60,80);
}
if (randC===3) { // BLEACHED
fcz=["#ffcfcf","#ffe0a8","#ffffb4","#8fa99b","#b0b0ec"];
bgc="#FFFFFF",ccr="#000000",ftx=R.rnd_num(.65,.85),bdraw=R.rnd_int(60,75);
}
if ((randC>3)&&(randC<=6)) { // WESTERN
fcz=["#503D2E","#314c6a","#058789","#D54B1A","#E3A72F","#F0ECC9"];
bgc="#FFFFFF",ccr="#000000",ftx=R.rnd_num(.65,.8),bdraw=R.rnd_int(50,75);
}
if ((randC>6)&&(randC<=9)) { // FLORO
fcz=["#4762ff","#4762ff","#ff3574","#ff5950","#f1b700","#aaff00","#00aaff","#6b3eff","#6b3eff"];
bgc="#c000e8",ccr="#000000",ftx=R.rnd_num(.75,.85),bdraw=R.rnd_int(60,80);
}
if ((randC>9)&&(randC<=12)) { // SANDSTONE
fcz=["#595643","#4E6B66","#ED834E","#EBCC6E","#EBE1C5"];
bgc="#FFFEDF",ccr="#000000",ftx=R.rnd_num(.6,.9),bdraw=R.rnd_int(40,80);
}
if ((randC>12)&&(randC<=15)) { // TAN
fcz=["#3E4147","#FFFEDF","#DFBA69","#5A2E2E","#2A2C31"];
bgc="#EFEECC",ccr="#000000",ftx=R.rnd_num(.6,.9),bdraw=R.rnd_int(40,80);
}
if ((randC>15)&&(randC<=18)) { // REDRUM
fcz=["#ECD078","#D95B43","#C02942","#542437","#53777A"]; klmt=0;
bgc="#AC2005",ccr="#000000",ftx=R.rnd_num(.65,.9),bdraw=R.rnd_int(60,80);
}
if ((randC>18)&&(randC<=22)) { // WAVES
fcz=["#FFFEDF","#FFFEDF","#BCC499","#92A68A","#7B8F8A","#506266","#354336"];
bgc="#F5DD9D",ccr="#000000",ftx=R.rnd_num(.55,.75),bdraw=R.rnd_int(10,30);
}
if ((randC>22)&&(randC<=27)) { // BLUE
fcz=["#44749D","#C6D4E1","#FFFFFF","#EBE7E0","#BDB8AD"];klmt = R.rnd_int(15,20);
bgc="#314c6a",ccr="#000000",ftx=R.rnd_num(.25,.35),bdraw=R.rnd_int(60,90);
}
if ((randC>27)&&(randC<=31)) { // MALBEC
fcz=["#C60052","#FF714B","#ACFFE9","#ACFFE9"];klmt = R.rnd_int(10,20);
bgc="#540045",ccr="#280904",ftx=R.rnd_num(.75,.95),bdraw=R.rnd_int(50,70);
}
if ((randC>31)&&(randC<=50)) { // DESERT
fcz=["#84B295","#ECCF8D","#BB8138","#AC2005","#2C1507"];
bgc="#2F4F4FFF",ccr="#000000",ftx=R.rnd_num(.6,.9),bdraw=R.rnd_int(40,80);
}
if ((randC>50)&&(randC<=62)) { // NIGHTSWIM
fcz=["#F2B118","#9EB2DA","#797EA2","#7783B2","#525C76","#485773","#2C1507","#211709"];
bgc="#000000",ccr="#F2B118",ftx=R.rnd_num(.6,.7),bdraw=R.rnd_int(60,80);
}
if ((randC>62)&&(randC<=77)) { // HCD
fcz=["#ecd891","#828751","#354336","#39579d","#82a2d5","#bccbe0"];
bgc="#F2B118",ccr="#000000",ftx=R.rnd_num(.65,.9),bdraw = R.rnd_int(40,70);
}
if ((randC>77)&&(randC<=84)) { // KIAWAH
fcz=["#314c6a","#84aace","#888984","#e2e4e3","#96826a"], klmt=R.rnd_int(5,8);
bgc="#344f6d",ccr="#fe833a",ftx=R.rnd_num(.55,.75),bdraw = R.rnd_int(30,60);
}
if ((randC>84)&&(randC<=90)) { // OG(OldGuitarist)
fcz=["#2d4762","#357d8b","#276574","#bacfbc","#7d5a3e","#a98a53"],klmt=10;
bgc="#1e374d",ccr="#b2beba",ftx=R.rnd_num(.7,.85),bdraw=R.rnd_int(35,60);
}
if ((randC>90)&&(randC<=95)) { // ARROWBEAR
fcz=["#2c1a0f","#50311c","#885e36","#b9976c","#d5c0a3"], klmt=0;
bgc="#f9f6ed",ccr="#251710",ftx=R.rnd_num(.8,.9),bdraw=R.rnd_int(25,50);
}
if ((randC>95)&&(randC<=100)) { // FIREFALL
fcz=["#5e1f1f","#8d130e","#c60d1b","#d78a30","#f4d984"],klmt=R.rnd_int(8,12);
bgc="#ffb900",ccr="#000000",ftx=R.rnd_num(.65,.72),bdraw=R.rnd_int(60,75);
}
let macro=R.rnd_int(0,1),nLn=R.rnd_int(15,16);
if (macro===1) { nLn=R.rnd_int(20,25); }
let cols=nLn,rows=nLn,xsm=2+(nLn-11);
if (macro===1) { xsm=2+(nLn-16) }
let insc=R.rnd_num(1,10),unsc=R.rnd_num(1,4);
let fcs=zspline(fcz,100,macro),fc=fcs[1];
let szdet = Math.min(window.innerWidth,window.innerHeight*2);
let wd=szdet, ht=szdet*.5, M=wd/4000;
let crxx=wd*R.rnd_num(.25,.75),cryy=ht*R.rnd_num(.2,.8);
let crr = ht*R.rnd_num(.65,.95);
let xsp=1.5*(wd/cols),ysp=1.25*(ht/rows);
let xgrid=mk2DArr(cols,rows),ygrid=mk2DArr(cols,rows);
let unz,inz;
for (let j=0;j<rows;j++) {
unz = R.rnd_num((-1*unsc),unsc)*xsp;
for (let i=0;i<cols;i++) {
inz = R.rnd_num((-1*insc),insc)*xsp;
xgrid[i][j]=(i-1.5)*xsp+unz+inz;
ygrid[i][j]=(j-.75)*ysp+R.rnd_num(-0.1,0.1)*ysp;
}
}
xgrid=HSM(xgrid,cols,rows,xsm);
xgrid=VSM(xgrid,cols,rows,xsm);
let iws=R.randVNoRep(cols);
let hk=0,ik=0,nk=0,x1=0,x2=0,y1=0,y2=0,sklr=0;
for (let iw=0; iw<iws.length; iw++) {
let ih=iws[iw]-1;
let xvc=getCol(xgrid,ih),yvc=getCol(ygrid,ih);
let scf=R.rnd_num(.85,1.10); nk=R.rnd_int(0,2);
if (macro===1) { nk=R.rnd_int(4,6); }
let kspc = R.rnd_num(20,150)*M*((ih+1)/(iws.length+1));
if (R.rnd_int(1,10)>4) {
let xvt=SplineR(xvc,20),yvt=SplineR(yvc,20);
if (macro===1) { xvt=SplineR(xvc,60),yvt=SplineR(yvc,60); }
for (let kk=0;kk<ih+nk;kk++) {
let sww=M*R.rnd_num(1.5,5);
sklr = R.rnd_int(1,80);
sklr=rgbthx([sklr,sklr,sklr,255]);
if ((klmt!==0)&&(R.rnd_int(1,klmt)===1)) { sklr = '#ffed8b'; }
for (let j=1; j<yvt.length; j++) {
lsc=1; let rkk=kk*kspc;
x1=xvt[j]+rkk;x2=xvt[j-1]+rkk;y1=yvt[j];y2=yvt[j-1];
if (((x1>0)&&(x1<wd))||((x2>0)&&(x2<wd))) {
if (((y1>0)&&(y1<ht))||((y2>0)&&(y2<ht))) {
SQB[hk] = new p5.Vector(lsc,0);
XV[hk] = new p5.Vector(x1,x2);
YV[hk] = new p5.Vector(y1,y2);
KLR[hk] = new p5.Vector(sklr,sklr);
STW[hk] = new p5.Vector(sww);
RTS[hk] = new p5.Vector(0,0);
hk+=1;
}
}
}
}
}
nk=R.rnd_int(2,6);
let nspln=R.rnd_int(rows,20),pk=nLn*0.4;
if (macro===1) { nspln=R.rnd_int(rows,24); pk=nLn*0.8; }
let xvs=SplineR(xvc,nspln);
let yvs=SplineR(yvc,nspln);
let rws=R.randVNoRep(yvs.length-1);
kspc=R.rnd_num(-200,200)*M;
let jj,xq,yq,mm,rxx,ryy,rr;
let clim=30; if (macro===1) { clim=60; }
let sqlim=700; if (macro===1) { sqlim=2750; }
let xlw=-.05*wd,xup=wd*1.05,ylw=-.05*ht,yup=ht*1.05;
for (let hh=0;hh<yvs.length-1;hh++) {
let jj=rws[hh];
x1=xvs[jj],x2=xvs[jj-1],y1=yvs[jj],y2=yvs[jj-1];
let dst=dist(x1,y1,x2,y2);
for (let kk=0;kk<nk;kk++) {
let rtst=R.rnd_int(1,100);
let spwt=(nspln/R.rnd_int(80,100));
let rkk=kk*spwt*dst*2;
let lny=R.rnd_num(1.4,1.9);
let sww=M*R.rnd_num(1.85,2.25)*lny;
let tex=round(ftx*R.rnd_int(230,254))+1;
let plthrsh=4; if (macro===1) { plthrsh=0; }
if ((rtst >= 4)&&(R.rnd_int(1,10)>plthrsh)&&(nsq<sqlim)) {
lsc=2;
ik=Math.round(R.rnd_num((-.9*pk),(.9*pk))+99*(ih/cols));
while (ik<1||ik>99) { ik=Math.round(R.rnd_num((-.9*pk),(.9*pk))+99*(ih/cols)); }
ryy = R.rnd_num(.90,1.75)*dst*scf;
rxx = spwt*ryy*R.rnd_num(.5,.75);
xq=rkk+(x1+x2)*.5+R.rnd_num(0,.2*dst);
yq=(y1+y2)*.5+R.rnd_num(0,.2*dst);
mm=atan2((x2-x1),(y1-y2));
if (R.rnd_int(1,100)<=bdraw) {fc=R.rnd_int(1,40);} else if (randC===1) {fc=R.rnd_int(225,255);} else {fc=fcs[ik];}
sklr=R.rnd_int(1,50);
sklr=rgbthx([sklr,sklr,sklr,255]);
if ((klmt!==0)&&(R.rnd_int(1,klmt)===1)) { sklr='#ffed8b'; }
let rsc=R.rnd_num(1.7,2.4);
if (macro===1) { rsc=rsc*.7; }
if (((xq>xlw)&&(xq<xup))&&((yq>ylw)&&(yq<yup))) {
nsq+=1;
SQB[hk] = new p5.Vector(lsc,tex);
XV[hk] = new p5.Vector(xq,rxx);
YV[hk] = new p5.Vector(yq,ryy);
KLR[hk] = new p5.Vector(sklr,fc);
STW[hk] = new p5.Vector(sww);
RTS[hk] = new p5.Vector(mm,rsc);
hk+=1;
}
} else if ((rtst < 4)&&(ncirc<clim)) {
lsc=3; ncirc+=1;
let gs=R.rnd_num(140,190);
rr=M*(Math.pow(gs,R.rnd_num(1.2,1.35)))*scf;
xq=(x1+x2+rkk)*.5+R.rnd_num(0,.2*dst);
yq=(y1+y2)*.5+R.rnd_num(0,.2*dst);
let ncc = round(rr/(45*M))
for (let jo=0;jo<ncc;jo++) {
let plthrsh=4; if (macro===1) { plthrsh=1; }
if (R.rnd_int(1,10)>plthrsh) {
rs = rr*(1-(jo/(ncc+2)));
if (macro===1) { rs = rs*.8; }
xr=R.rnd_num(-.026,.026)*rs; yr=R.rnd_num(-.026,.026)*rs;
spd = R.rnd_int(-2,2);
ik=Math.round(R.rnd_num((-.75*pk),(.75*pk))+99*(ih/cols));
while (ik<1||ik>99) { ik=Math.round(R.rnd_num((-.75*pk),(.75*pk))+99*(ih/cols)); }
if (randC===1) { fc=R.rnd_int(155,255);
} else if (R.rnd_int(1,100)<=bdraw) { fc=R.rnd_int(1,40);
} else {fc = fcs[ik];}
sklr=R.rnd_int(1,60);
sklr=rgbthx([sklr,sklr,sklr,255]);
let lny=R.rnd_num(1.4,1.9);
let sww=M*R.rnd_num(1.85,2.25)*lny;
if ((klmt!==0)&&(R.rnd_int(1,klmt)===1)) { sklr='#ffed8b'; }
if (((xq>xlw)&&(xq<xup))&&((yq>ylw)&&(yq<yup))) {
SQB[hk] = new p5.Vector(lsc,tex);
XV[hk] = new p5.Vector(xq,xr);
YV[hk] = new p5.Vector(yq,yr);
KLR[hk] = new p5.Vector(sklr,fc);
STW[hk] = new p5.Vector(sww);
RTS[hk] = new p5.Vector(spd,rs);
hk+=1;
}
}
}
}
}
}
}
SQ={SQB,XV,YV,KLR,STW,RTS,hk,bgc,crxx,cryy,crr,ccr,wd,ht,M,macro};
return(SQ)
}
function orbb (ccr,crxx,cryy,crr,alph) {
let clr=color(ccr); clr.setAlpha(alph)
push(); fill(clr); noStroke(); circle(crxx,cryy,crr); pop();
if (crxx+crr>SQ.wd) { push(); fill(clr); noStroke(); circle(crxx-SQ.wd,cryy,crr); pop(); }
if (crxx-crr<0) { push(); fill(clr); noStroke(); circle(crxx+SQ.wd,cryy,crr); pop(); }
}
function setup() {
rectMode(CENTER); angleMode(RADIANS);
precalcs();
if (SQ.macro===1) { noLoop() }
if (SQ.macro===0) { frameRate(30) }
createCanvas(SQ.wd,SQ.ht);
}
let ngL=0,ngLV=0,ngLA=0;
function draw() {
ngLA = map(mouseX, 0, width, -.02, .02);
ngLV = constrain(ngLV, -.04, .04);
background(SQ.bgc);
SQ.crxx+=ngLV*SQ.M*150;
if (SQ.crxx>(SQ.wd+SQ.crr)) { SQ.crxx = SQ.crr; }
if (SQ.crxx<-1*SQ.crr) { SQ.crxx = SQ.wd-SQ.crr; }
orbb(ccr,SQ.crxx,SQ.cryy,SQ.crr,255);
for (let NF=5, pp=1;pp<(1+NF);pp++) {
let blr=(1+(Math.abs(ngLV*.6)/pp))*SQ.crr,alf=180/NF;
orbb(ccr,SQ.crxx,SQ.cryy,blr,alf);
}
for (let j=0;j<SQ.hk;j++) {
push();
stroke(SQ.KLR[j].x);
strokeWeight(SQ.STW[j].x);
if (SQ.SQB[j].x>1) {
clr=color(SQ.KLR[j].y); clr.setAlpha(SQ.SQB[j].y); fill(clr);
translate(SQ.XV[j].x,SQ.YV[j].x);
}
if (SQ.SQB[j].x===2) {
rotate(SQ.RTS[j].x); scale(SQ.RTS[j].y);
rect(0,0,SQ.XV[j].y,SQ.YV[j].y);
} else if (SQ.SQB[j].x===3) {
rotate(SQ.RTS[j].x*ngL);
circle(SQ.XV[j].y,SQ.YV[j].y,SQ.RTS[j].y);
} else if (SQ.SQB[j].x===1) {
line(SQ.XV[j].x,SQ.YV[j].x,SQ.XV[j].y,SQ.YV[j].y);
}
pop();
}
push();noFill();stroke(0);strokeWeight(20*SQ.M);rect(0.5*SQ.wd,0.5*SQ.ht,SQ.wd,SQ.ht); pop();
ngLV += ngLA; ngL += ngLV; ngL = (ngL % (2*PI));
}
0x24fafa02…b330sent to0x13aae6f9…9533·#13,768,530·0xfe2b1637…6b1c8c
{"aspectRatio":"2","curationStatus":"factory","type":"p5js"}
0x24fafa02…b330sent to0x13aae6f9…9533·#13,768,525·0x98ce5a6a…3ca38e
https://token.staging.artblocks.io/0x06710498339b30834653459Ac90F52Cbd2F1D085/
0x24fafa02…b330sent to0x13aae6f9…9533·#13,768,439·0xe53efbf2…7be82c
https://vadenart.com
0x24fafa02…b330sent to0x13aae6f9…9533·#13,768,435·0x03f8f51d…b17455
“Worlds” consists of bending, wave-like structures that lean and arc across a landscape, with a large disc hovering in the background. The composition includes meandering line clusters, rectangles, and slightly off-center, nested concentric circles of varying sizes, which sometimes cluster chaotically or align into neatly spaced groups. This piece variably features a more detailed "macro" view of the scene, or an interactive animation with rotating circles and moving disc that accelerate based on mouse position. Highly variable color gradients and contrast manipulation with varying opacity, shadows, and highlights produce changing scenes that evoke different memories. The winding and sometimes tangled scenes produced by this system convey imbalance, incompleteness, and disorder. We can each view the same scene with open eyes, but see vastly different worlds.