onstructor(e=new os([new le(.5,.5),new le(-.5,.5),new le(-.5,-.5),new le(.5,-.5)]),t={}){super(),this.type="ExtrudeGeometry",this.parameters={shapes:e,options:t},e=Array.isArray(e)?e:[e];let n=this,s=[],r=[];for(let o=0,l=e.length;oNumber.EPSILON){let R=Math.sqrt(pt),_=Math.sqrt(qe*qe+L*L),B=re.x-We/R,G=re.y+Fe/R,Z=ae.x-L/_,ce=ae.y+qe/_,he=((Z-B)*L-(ce-G)*qe)/(Fe*L-We*qe);oe=B+Fe*he-te.x,ue=G+We*he-te.y;let J=oe*oe+ue*ue;if(J<=2)return new le(oe,ue);ze=Math.sqrt(J/2)}else{let R=!1;Fe>Number.EPSILON?qe>Number.EPSILON&&(R=!0):Fe<-Number.EPSILON?qe<-Number.EPSILON&&(R=!0):Math.sign(We)===Math.sign(L)&&(R=!0),R?(oe=-We,ue=Fe,ze=Math.sqrt(pt)):(oe=Fe,ue=We,ze=Math.sqrt(pt/2))}return new le(oe/ze,ue/ze)}let Y=[];for(let te=0,re=z.length,ae=re-1,oe=te+1;te=0;te--){let re=te/m,ae=d*Math.cos(re*Math.PI/2),oe=g*Math.sin(re*Math.PI/2)+M;for(let ue=0,ze=z.length;ue=0;){let oe=ae,ue=ae-1;ue<0&&(ue=te.length-1);for(let ze=0,Fe=h+m*2;ze