main()
{
	rotate_obj = getentarray("rotate","targetname");
	if(isdefined(rotate_obj))
		for(i=0;i<rotate_obj.size;i++)
			rotate_obj[i] thread ra_rotate();
			
	rotate_obj = getentarray("rotate_topper","targetname");
	if(isdefined(rotate_obj))
		for(i=0;i<rotate_obj.size;i++)
			rotate_obj[i] thread rotate_topper();
}
 
ra_rotate()
{
	if (!isdefined(self.speed))
		self.speed = 10;
	if (!isdefined(self.script_noteworthy))
		self.script_noteworthy = "z";
 
	for(;;)
	{
		// rotateYaw(float rot, float time, <float acceleration_time>, <float deceleration_time>);
		if (self.script_noteworthy == "z")
			self rotateYaw(360,self.speed);
		else if (self.script_noteworthy == "x")
			self rotateRoll(360,self.speed);
		else if (self.script_noteworthy == "y")
			self rotatePitch(360,self.speed);
		wait (self.speed-0.1); // removes the slight hesitation that waittill("rotatedone"); gives.
		// self waittill("rotatedone");
	}
}

rotate_topper()
{
	if (!isdefined(self.speed))
		self.speed = 10;
	if (!isdefined(self.script_noteworthy))
		self.script_noteworthy = "z";
 
	for(;;)
	{
		// rotateYaw(float rot, float time, <float acceleration_time>, <float deceleration_time>);
		if (self.script_noteworthy == "z")
			self rotateYaw(360,self.speed);
		else if (self.script_noteworthy == "x")
			self rotateRoll(360,self.speed);
		else if (self.script_noteworthy == "y")
			self rotatePitch(360,self.speed);
		wait (self.speed-0.1); // removes the slight hesitation that waittill("rotatedone"); gives.
		// self waittill("rotatedone");
	}
}