ENTITY *Platform;


action Rotating_Platform()
{
	Platform = me;
	wait(1);
	my.scale_x = 5;
	while(1)
	{
		vec_set(my.skill1, my.pan);		//store current pan/tilt/roll
		me.pan += time_step;	//or whatever rotations you want
		vec_sub(my.skill1, my.pan);		//calculate pan/tilt/roll change this frame
		wait(1);
	}
}


action Stay_On_Platform()
{
	wait(1);
	while(1)
	{
		vec_scale(Platform.skill1, -1);	  //invert Platform angle change 
		VECTOR tmpV;
		vec_diff(tmpV, me.x, Platform.x);	//calculate positional vector with Platform origin as center
		vec_rotate(tmpV, Platform.skill1);		//rotate aroung the origin
		vec_add(tmpV, Platform.x);		//calulate back to World co-ordinates 
		vec_sub(tmpV, me.x);			//calculate absolute vector to move to
		c_move(me, NULL, tmpV, NULL);	//move there, checking for collisions
		c_rotate(me, Platform.skill1, NULL);		//rotation inherited from platform
		vec_scale(Platform.skill1, -1);		//invert Platform angle change BACK in case something else uses it
		wait(1);
	}
}