Double the black-and-white section with 50 more stickers

Animals (mouse, sheep, cow, elephant, monkey, lion, sloth, bat, spider,
hedgehog, shark, seal, caterpillar, pigeon, koala, squirrel), weather
(snowman, tornado, wind, icicle), food (toaster, banana, lemon, cherry,
pudding, teapot, hot dog, lollipop, carrot, milk), objects (scissors,
padlock, candle, fan, gears, stapler, faucet, trash, tv, cursor) and toys
and symbols (yo-yo, spring, Newton's cradle, drum, trumpet, bowling,
basketball, skull, question mark, puzzle).

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>

gen/bw/banana/peel.js

@@ -0,0 +1,35 @@
+// banana peel opening flap by flap to show the happy curved fruit inside, then folding shut again in reverse
+// each flap is a quadratic center line widened along its normal, so it can bend from hugging the fruit to drooping open
+// flap roots and the peel's top edge aren't outlined while shut, so the closed banana reads as one piece
+const{sin,PI,min,max,hypot}=Math,T=2*PI
+export const frames=24,delay=70
+const ease=u=>(u=min(1,max(0,u)),u<.5?2*u*u:1-2*(1-u)**2)
+const mix=(a,b,o)=>a.map((v,i)=>v+(b[i]-v)*o)
+const flap=(c,[P,C,Q],W,o,stem)=>{
+  const pt=s=>[(1-s)**2*P[0]+2*s*(1-s)*C[0]+s*s*Q[0],(1-s)**2*P[1]+2*s*(1-s)*C[1]+s*s*Q[1]]
+  const L=[],R=[]
+  for(let k=0;k<=20;k++){const s=k/20,[x,y]=pt(s),[x2,y2]=pt(min(1,s+.01)),[x0,y0]=pt(max(0,s-.01)),dx=x2-x0,dy=y2-y0,n=hypot(dx,dy)||1,h=W*(1-s)**.6;L.push([x-dy/n*h,y+dx/n*h]);R.push([x+dy/n*h,y-dx/n*h])}
+  if(stem){const[x,y]=Q,[x0,y0]=pt(.95),n=hypot(x-x0,y-y0);c.lineWidth=12;c.beginPath();c.moveTo(x,y);c.lineTo(x+(x-x0)/n*14,y+(y-y0)/n*14);c.stroke();c.lineWidth=4;c.strokeStyle='#fff';c.stroke();c.strokeStyle='#111';c.lineWidth=7}
+  c.beginPath();for(const p of L)c.lineTo(...p);for(const p of R.reverse())c.lineTo(...p);c.fill();c.stroke()
+  if(o>.3)c.lineWidth=4,c.beginPath(),[...Array(17)].forEach((_,k)=>c.lineTo(...pt((k+1)/20))),c.stroke(),c.lineWidth=7
+}
+const star=(c,x,y,r)=>{const k=r*.18;c.beginPath();c.moveTo(x,y-r);for(const[px,py,qx,qy]of[[r,0,k,-k],[0,r,k,k],[-r,0,-k,k],[0,-r,-k,-k]])c.quadraticCurveTo(x+qx,y+qy,x+px,y+py);c.fill();c.stroke()}
+const shut=[[[110,166],[100,100],[132,56]],[[146,166],[156,104],[140,56]],[[127,170],[122,100],[136,58]]]
+const wide=[[[110,154],[60,116],[44,198]],[[146,154],[198,120],[214,198]],[[127,158],[124,200],[112,236]]]
+export default(c,t)=>{
+  const o=[0,1,2].map(k=>ease((t-k*.13)/.13)-ease((t-.62-(2-k)*.1)/.1)),open=o[2]>.9
+  c.beginPath();c.moveTo(104,162);c.bezierCurveTo(100,120,108,84,136,58);c.bezierCurveTo(148,84,154,120,152,162);c.fill();c.stroke()
+  c.fillStyle='#111';for(const x of[120,141])c.beginPath(),c.ellipse(x,110,4.5,6,0,0,T),c.fill()
+  c.fillStyle='#fff';for(const x of[119,140])c.beginPath(),c.arc(x,108,1.8,0,T),c.fill()
+  c.lineWidth=4;c.beginPath();c.arc(130,118,7,.15*PI,.85*PI);c.stroke()
+  c.lineWidth=2.5;for(const x of[112,148])for(const k of[-3,1])c.beginPath(),c.moveTo(x+k-1.5,127),c.lineTo(x+k+1.5,122),c.stroke()
+  c.lineWidth=7;c.fillStyle='#fff'
+  const base=()=>{c.beginPath();c.moveTo(158,146);c.bezierCurveTo(160,186,146,210,124,220);c.quadraticCurveTo(112,224,110,216);c.bezierCurveTo(98,196,94,176,96,146)}
+  for(const k of[0,1])flap(c,[0,1,2].map(i=>mix(shut[k][i],wide[k][i],o[k])),18,o[k])
+  base();c.fill();c.stroke()
+  const m=max(o[0],o[1]);if(m>.05)c.lineWidth=7*min(1,m*3),c.beginPath(),c.moveTo(96,148),c.quadraticCurveTo(127,156,158,148),c.stroke(),c.lineWidth=7
+  c.save();c.translate(114,222);c.rotate(.5);c.beginPath();c.roundRect(-7,-4,14,10,4);c.lineWidth=16;c.strokeStyle='#fff';c.stroke();c.fillStyle='#111';c.fill();c.lineWidth=7;c.strokeStyle='#111';c.stroke();c.restore()
+  c.fillStyle='#fff'
+  flap(c,[0,1,2].map(i=>mix(shut[2][i],wide[2][i],o[2])),16,o[2],1)
+  if(open){c.lineWidth=4;const p=(t-.39)/.23;for(const[x,y,ph]of[[70,70,0],[190,78,.5]]){const r=11*sin(PI*((p*2+ph)%1));if(r>2)star(c,x,y,r)}}
+}