Files
multipleof4andClaude Opus 5.5 7108136edd 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>
2026-10-22 23:48:07 +00:00

33 lines
2.1 KiB
JavaScript

// two jigsaw pieces slide together and snap into place with a click spark, grin about it, then drift apart
const{sin,cos,PI,atan2,max}=Math,T=2*PI
export const frames=24,delay=70
const D=(c,f,a=11,b=4)=>{for(const[l,s]of[[a,'#111'],[b,'#fff']])c.lineWidth=l,c.strokeStyle=s,c.beginPath(),f(),c.stroke();c.lineWidth=7;c.strokeStyle='#111'}
// one side from (x1,y1) to (x2,y2) with a round tab (k=1) or slot (k=-1) in the middle; outward is to the left of travel
const side=(c,x1,y1,x2,y2,k)=>{
const l=Math.hypot(x2-x1,y2-y1),dx=(x2-x1)/l,dy=(y2-y1)/l,nx=dy*k,ny=-dx*k,mx=(x1+x2)/2,my=(y1+y2)/2
const cx=mx+nx*13,cy=my+ny*13,a1=atan2(my-dy*9-cy,mx-dx*9-cx),a2=atan2(my+dy*9-cy,mx+dx*9-cx),ao=atan2(ny,nx)
const cw=((ao-a1)%T+T)%T<((a2-a1)%T+T)%T
c.lineTo(mx-dx*9,my-dy*9);c.arc(cx,cy,15.8,a1,a2,!cw);c.lineTo(x2,y2)
}
const face=(c,x,happy,look)=>{
c.fillStyle='#111';c.lineWidth=5
for(const d of[-1,1]){
if(happy)c.beginPath(),c.arc(x+d*12,2,7,PI*1.1,PI*1.9),c.stroke()
else c.beginPath(),c.ellipse(x+d*12+look,0,5,7,0,0,T),c.fill()
}
if(happy){c.lineWidth=3;for(const d of[-1,1])for(const o of[-4,0,4])c.beginPath(),c.moveTo(x+d*20+o-2,16),c.lineTo(x+d*20+o+2,10),c.stroke()}
c.lineWidth=4;c.beginPath();c.arc(x,10,happy?8:5,.15*PI,.85*PI);c.stroke()
c.lineWidth=7;c.fillStyle='#fff'
}
export default(c,t)=>{
const g=t<.35?22*(1-(t/.35)**2):t<.7?0:22*(1-cos(PI*(t-.7)/.3))/2,on=t>=.35&&t<.7,j=on&&t<.45?3*sin((t-.35)*80):0
c.translate(128,128);c.scale(1.12,1.12);c.translate(-128,-128)
if(t>=.35&&t<.52){const k=sin(PI*(t-.35)/.17);for(const a of[-.9,-.45,.45,.9])D(c,()=>{c.moveTo(128+sin(a)*20*k,90-cos(a)*20*k);c.lineTo(128+sin(a)*44*k,90-cos(a)*44*k)})}
c.save();c.translate(128-g,128+j)
c.beginPath();c.moveTo(-76,-38);side(c,-76,-38,0,-38,1);side(c,0,-38,0,38,1);c.lineTo(-76,38);c.closePath();c.fill();c.stroke()
face(c,-38,on,g>4?4:0);c.restore()
c.save();c.translate(128+g,128+j)
c.beginPath();c.moveTo(0,-38);c.lineTo(76,-38);c.lineTo(76,38);side(c,76,38,0,38,1);side(c,0,38,0,-38,-1);c.closePath();c.fill();c.stroke()
face(c,42,on,g>4?-4:0);c.restore()
}