Drawing Algorithm

while({xS-=ysin;yS+=ycos;++j<down;}) { // Y-Loop
  // Find the START of the x loop
  amount1 = Std.int(  if(xcos<0&&xS>wClip) {(wClip-xS)/xcos+1;} else if(xcos>0&&xS<0) {-xS/xcos+1;}  );
  amount2 = Std.int(  if(xsin<0&&yS>hClip) {(hClip-yS)/xsin+1;} else if(xsin>0&&yS<0) {-yS/xsin+1;}  );
  amount1 = ((amount1<amount2)?amount2:amount1);

  // Find the END of the x loop
  amount3 = Std.int(  if(xcos>0&&xS<wClip) {(wClip-xS)/xcos+1;} else if(xcos<0&&xS>0) {-xS/xcos+1;}  );
  amount4 = Std.int(  if(xsin>0&&yS<hClip) {(hClip-yS)/xsin+1;} else if(xsin<0&&yS>0) {-yS/xsin+1;}  );
  amount3 = ((amount3>amount4)?amount4:amount3);

  // If START is later than END then obviously we shouldn't draw this row (this is a skip-y solution)
  if(amount1>amount3) {continue;} //SKIP

  // Set the starting position (this is a jump-x solution)
  i=left+amount1;
  xSR=xS+xcos*amount1-xcos;
  ySR=yS+xsin*amount1-xsin;

  // Set the ending position (this is a jump-x solution)
  right=left+amount3+1;

  // Start the loop
  while({xSR+=xcos;ySR+=xsin;++i<right;}) { // X-Loop
    color=getPixel(Std.int(xSR)+xClip,Std.int(ySR)+yClip);  // Get the color at a transformed position
    if(color!=0xFF00FF) {_context.target.drawPixel(color,_x+i,_y+j);} // Set the color at an untransformed position
  }
}