//const col1 = ["#003afa","#003afa","#003afa","#003afa","#003afa","#003afa","#003afa","#003afa","#003afa","#f0d0a3","#e57dfa","#e57dfa"]; //const col2 = ["#f47a9d","#43f0a2","#43f0a2","#43f0a2","#43f0a2"]; //const col1 = ["#ffe140","#1bc0c6","#1bc0c6","#1bc0c6","#1bc0c6","#2484ae"]; //const col1 = ["#fde200","#ef2626","#713df5","#713df5","#713df5","#713df5"]; const collection = [["#003afa","#003afa","#003afa","#003afa","#003afa","#003afa","#003afa","#003afa","#003afa","#f0d0a3","#e57dfa","#e57dfa"],["#ffe140","#1bc0c6","#1bc0c6","#1bc0c6","#1bc0c6","#2484ae"],["#fde200","#ef2626","#713df5","#713df5","#713df5","#713df5"],["#ee726b","#ffc5c7","#ee726b","#ffc5c7","#ee726b","#ffc5c7","#fef9c6"]] //const col1 = ["#ee726b","#ffc5c7","#ee726b","#ffc5c7","#ee726b","#ffc5c7","#fef9c6"]; let col1=[]; const col2 = ["#43f0a2"]; const bkCol= [229, 255, 214]; // https://ronikaufman.github.io/color_pals/ for LinesCol let linesCol = ["#ff3232","#ff9932","#ffff32","#32ff32","#32ffff","#3232ff","#ff32ff"]; let l,hW,jump; function setup() { createCanvas(windowWidth, windowHeight); // Square only >:^( width=800; hW = width/2; l = sqrt(hW*hW+hW*hW); jump = 80; noStroke(); background(bkCol[0], bkCol[1], bkCol[2]); col1=random(collection); } function draw() { scale(1,0.6); translate(windowWidth/2-400,0); translate(100,140*2.5); translate(hW,0); rotate(QUARTER_PI); //fill(200);rect(0,0,l+jump-l%jump,l+jump-l%jump); for (let y=0; y0.5)n-=0.1; drawTile(x,y,min(round(n*5)/5,0.8)*10,jump);/**/ const nScl = 0.1; const n = round(noise(x*nScl,y*nScl)*5)+1; drawTile(x,y, n,jump, n); } } push(); stroke(bkCol[0], bkCol[1], bkCol[2]); strokeWeight(2); /// Cut on the edges for (let x=-jump; x30) stroke(color(random(col1))); else stroke(color(random(col2))); if (n<40) l=random([2,3,5]); for(let i=0;i<12;i++)switch(p) { case 2:strokeWeight(6);for(let j=0;j<6;j++)goPointGo(x,y,scl,nScl,l);break; case 3:strokeWeight(4);for(let j=0;j<2;j++)goPointGo(x,y,scl,nScl,l);break; case 4:strokeWeight(2);goPointGo(x,y,scl,nScl,l);break; case 5:strokeWeight(1);goPointGo(x,y,scl,nScl,l);break; } //goPointGo(x,y,scl,nScl,l); /*fill(c1*255);//stroke(c1*255); triangle(x-c1*scl-1,y-c1*scl-1,x+d-c2*scl,y-c2*scl-1,x-c3*scl-1,y+d-c3*scl); triangle(x+d-c2*scl,y-c2*scl-1,x-c3*scl-1,y+d-c3*scl,x+d-c4*scl+1,y+d-c4*scl+1); /**/ //rect(x,y-n*100,d,d); } } function goPointGo(x,y,scl,nScl,l) { let n = noise(x*nScl,y*nScl)*scl; let prevX = x-n; let prevY = y-n; for (let i=0; i