Editing: fpdf/extends/roundrect.ext

this.RoundedRect=function RoundedRect(xx , xy , xw , xh , xr , xstyle , xangle) { if (arguments.length<6) {xstyle=""}; if (arguments.length<7) {xangle="1234"}; xk=this.k; xhp=this.h; if(xstyle=="F")xop="f"; else if(xstyle=="FD" || xstyle=="DF")xop="B"; else xop="S"; xMyArc=4/3*(Math.sqrt(2)-1); this._out(lib.sprintf("%.2f %.2f m",(xx+xr)*xk,(xhp-xy)*xk)); xxc=xx+xw-xr; xyc=xy+xr; this._out(lib.sprintf("%.2f %.2f l",xxc*xk,(xhp-xy)*xk)); if(lib.strpos(xangle,"2")===false){this._out(lib.sprintf("%.2f %.2f l",(xx+xw)*xk,(xhp-xy)*xk))}; else { this._Arc(xxc+xr*xMyArc,xyc-xr,xxc+xr,xyc-xr*xMyArc,xxc+xr,xyc); } xxc=xx+xw-xr; xyc=xy+xh-xr; this._out(lib.sprintf("%.2f %.2f l",(xx+xw)*xk,(xhp-xyc)*xk)); if(lib.strpos(xangle,"3")===false)this._out(lib.sprintf("%.2f %.2f l",(xx+xw)*xk,(xhp-(xy+xh))*xk)); else { this._Arc(xxc+xr,xyc+xr*xMyArc,xxc+xr*xMyArc,xyc+xr,xxc,xyc+xr); } xxc=xx+xr; xyc=xy+xh-xr; this._out(lib.sprintf("%.2f %.2f l",xxc*xk,(xhp-(xy+xh))*xk)); if(lib.strpos(xangle,"4")===false)this._out(lib.sprintf("%.2f %.2f l",(xx)*xk,(xhp-(xy+xh))*xk)); else this._Arc(xxc-xr*xMyArc,xyc+xr,xxc-xr,xyc+xr*xMyArc,xxc-xr,xyc); xxc=xx+xr; xyc=xy+xr; this._out(lib.sprintf("%.2f %.2f l",(xx)*xk,(xhp-xyc)*xk)); if(lib.strpos(xangle,"1")===false) { this._out(lib.sprintf("%.2f %.2f l",(xx)*xk,(xhp-xy)*xk)); this._out(lib.sprintf("%.2f %.2f l",(xx+xw)*xk,(xhp-xy)*xk)); } else this._Arc(xxc-xr,xyc-xr*xMyArc,xxc-xr*xMyArc,xyc-xr,xxc,xyc-xr); this._out(xop); } this._Arc=function _Arc(xx1 , xy1 , xx2 , xy2 , xx3 , xy3) { xh=this.h; (xx1); 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)); }