Editing: fpdf/extends/sectors.ext

this.Sector=function Sector(xxc , xyc , xr , xa , xb , xstyle , xcw , xo) { if (arguments.length<6) {xstyle="FD"}; if (arguments.length<7) {xcw=true}; if (arguments.length<8) {xo=90}; if(xcw) { xd=xb; xb=xo-xa; xa=xo-xd; } else { xb+=xo; xa+=xo; } xa=(xa%360)+360; xb=(xb%360)+360; if(xa>xb)xb+=360; xb=xb/360*2*Math.PI; xa=xa/360*2*Math.PI; xd=xb-xa; if(xd==0)xd=2*Math.PI; xk=this.k; xhp=this.h; if(xstyle=="F")xop="f"; else if(xstyle=="FD" || xstyle=="DF")xop="b"; else {xop="s";} if(Math.sin(xd/2))xMyArc=4/3*(1-Math.cos(xd/2))/Math.sin(xd/2)*xr; this._out(lib.sprintf("%.2f %.2f m",(xxc)*xk,(xhp-xyc)*xk)); this._out(lib.sprintf("%.2f %.2f l",(xxc+xr*Math.cos(xa))*xk,((xhp-(xyc-xr*Math.sin(xa)))*xk))); if(xd<Math.PI/2) { this._Arc(xxc+xr*Math.cos(xa)+xMyArc*Math.cos(Math.PI/2+xa),xyc-xr*Math.sin(xa)-xMyArc*Math.sin(Math.PI/2+xa),xxc+xr*Math.cos(xb)+xMyArc*Math.cos(xb-Math.PI/2),xyc-xr*Math.sin(xb)-xMyArc*Math.sin(xb-Math.PI/2),xxc+xr*Math.cos(xb),xyc-xr*Math.sin(xb)); } else { xb=xa+xd/4; xMyArc=4/3*(1-Math.cos(xd/8))/Math.sin(xd/8)*xr; this._Arc(xxc+xr*Math.cos(xa)+xMyArc*Math.cos(Math.PI/2+xa),xyc-xr*Math.sin(xa)-xMyArc*Math.sin(Math.PI/2+xa),xxc+xr*Math.cos(xb)+xMyArc*Math.cos(xb-Math.PI/2),xyc-xr*Math.sin(xb)-xMyArc*Math.sin(xb-Math.PI/2),xxc+xr*Math.cos(xb),xyc-xr*Math.sin(xb)); xa=xb; xb=xa+xd/4; this._Arc(xxc+xr*Math.cos(xa)+xMyArc*Math.cos(Math.PI/2+xa),xyc-xr*Math.sin(xa)-xMyArc*Math.sin(Math.PI/2+xa),xxc+xr*Math.cos(xb)+xMyArc*Math.cos(xb-Math.PI/2),xyc-xr*Math.sin(xb)-xMyArc*Math.sin(xb-Math.PI/2),xxc+xr*Math.cos(xb),xyc-xr*Math.sin(xb)); xa=xb; xb=xa+xd/4; this._Arc(xxc+xr*Math.cos(xa)+xMyArc*Math.cos(Math.PI/2+xa),xyc-xr*Math.sin(xa)-xMyArc*Math.sin(Math.PI/2+xa),xxc+xr*Math.cos(xb)+xMyArc*Math.cos(xb-Math.PI/2),xyc-xr*Math.sin(xb)-xMyArc*Math.sin(xb-Math.PI/2),xxc+xr*Math.cos(xb),xyc-xr*Math.sin(xb)); xa=xb; xb=xa+xd/4; this._Arc(xxc+xr*Math.cos(xa)+xMyArc*Math.cos(Math.PI/2+xa),xyc-xr*Math.sin(xa)-xMyArc*Math.sin(Math.PI/2+xa),xxc+xr*Math.cos(xb)+xMyArc*Math.cos(xb-Math.PI/2),xyc-xr*Math.sin(xb)-xMyArc*Math.sin(xb-Math.PI/2),xxc+xr*Math.cos(xb),xyc-xr*Math.sin(xb)); } this._out(xop); } this._Arc=function _Arc(xx1 , xy1 , xx2 , xy2 , xx3 , xy3) { xh=this.h; this._out(lib.sprintf("%.2f %.2f %.2f %.2f %.2f %.2f c",xx1*this.k,(xh-xy1)*this.k,xx2*this.k,(xh-xy2)*this.k,xx3*this.k,(xh-xy3)*this.k)); }