#include maps\mp\_utility;
main()
{

	rotate_obj = getentarray("rotating_object","targetname");
	
	if(isdefined(rotate_obj) )
	{
		for(i=0;i<rotate_obj.size;i++)
			rotate_obj[i] thread raid_go_rotate();
	}
	
	windfx = loadfx ("props/car_glass_large");
	windtrigs = getentarray("windtrig","targetname");
	for(j=0;j<windtrigs.size;j++)
		windtrigs[j] thread dowindow(j,windfx);				
	
}

newanims()
{
	common_scripts\utility::array_thread( getentarray( "new_rotating_object",      "targetname" ), ::fan_blade_rotate, "fixed" );
//	common_scripts\utility::array_thread( getentarray( "new_rotating_object_slow", "targetname" ), ::fan_blade_rotate, "slow"  );
//	common_scripts\utility::array_thread( getentarray( "new_rotating_object_fast", "targetname" ), ::fan_blade_rotate, "fast"  );
	common_scripts\utility::array_thread (getentarray ("tree_anim","targetname"), ::treeanimation );		
	
}
/*
array_thread( entities, process)
{
	for ( index = 0; index < entities.size; index++ )
	{
		entities[index] thread [[process]]();
	}
}
blade_rotate_fixed()
{
	fan_blade_rotate("fixed");	
}
blade_rotate_slow()
{
	fan_blade_rotate("slow");	
}
blade_rotate_fast()
{
	fan_blade_rotate("fast");	
}
*/

// wall facing xmodel, free rotate on Z axis, or full rotate axis to "ceilling", only.
fan_blade_rotate(type)
{
	speed = 0;
	time = 20000;
	speed_multiplier = 1.0;
	
	if (self.classname != "script_model")
		return;
	
	if (!isdefined(self.model))
		 return;
	 
	if(self.model == "")
		 return;
	
	if( isdefined( self.speed ) )
	{
		speed_multiplier = self.speed;
	}
	
	if ( type == "slow" )
		speed = randomfloatrange( 100*speed_multiplier, 360*speed_multiplier );
	else if ( type == "fast" )
		speed = randomfloatrange( 720*speed_multiplier, 1000*speed_multiplier );
	else if ( type == "fixed" )
		speed = ( 150*speed_multiplier );	
	else
		speed = 100;

	wait ( 1 );

//	fan_angles 	 = self.angles;
	fan_vec 	 = Vector_multiply( AnglesToRight( self.angles ), (100,1,1) );	// assures normalized vector is length of "1"
	fan_vec 	 = VectorNormalize( fan_vec );

    while ( true )
    {
    	dot_x 	 = abs( vectorDot( fan_vec, ( 1, 0, 0 ) ) );
    	dot_y 	 = abs( vectorDot( fan_vec, ( 0, 1, 0 ) ) );
    	dot_z 	 = abs( vectorDot( fan_vec, ( 0, 0, 1 ) ) );

    	if ( dot_x > 0.9 )
        	self rotatevelocity( ( speed, 0, 0 ), time );
        else if ( dot_y > 0.9 )
        	self rotatevelocity( ( speed, 0, 0 ), time );
        else if ( dot_z > 0.9 )
        	self rotatevelocity( ( 0, speed, 0 ), time );
        else
        	self rotatevelocity( ( 0, speed, 0 ), time );

        wait time;
    }
}

raid_go_rotate()
{
	 if (!isdefined(self.speed))
		self.speed = 10.0;
		
	 if (!isdefined(self.script_noteworthy))
		self.script_noteworthy = "yaw";
 
 
	while(true)
	{
           if (self.script_noteworthy == "roll")
		   {
				self rotateRoll(360,self.speed);
				wait(1);
   
			}
			else if (self.script_noteworthy == "yaw")
			{
				self rotateYaw(360,self.speed);
				wait(1);
			}
			else if (self.script_noteworthy == "pitch")
			{
				self rotatePitch(360,self.speed);
				wait(1);
			}
				
	}
}


dowindow(windnumber,windfx)
{
	window = getent(self.target,"targetname");
	totaldamage=0;
	targetdamage=100;
	windowbroken=0;
	
	
//	broken = getentarray("brokenwindow"+(windnumber+1),"targetname");
//	for(j=0;j<broken.size;j++)
//	{
//		broken[j] notsolid();
//		broken[j] hide();
//	}
	
	window show();
	
	while(!windowbroken)
	{
		self waittill ("damage",amount);
		totaldamage+=amount;
		if(totaldamage>targetdamage)
			windowbroken=1;
	}

    self playsound( "bo2raid_glass" );
	PlayFX(windfx, self.origin );

//	for(j=0;j<broken.size;j++)
//		broken[j] show();
		
	window delete();
	self delete();
}	

treeanimation()
{
	if (self.classname != "script_model")
		return;
	
	if (!isdefined(self.model))
		 return;
	 
	if(self.model == "")
		 return;
	 
  
	while(1)
	{
		self rotatepitch(-1.0,2,.9,.8);
		self waittill("rotatedone");
		self rotatepitch(1.0,2,.9,.8);
		self waittill("rotatedone");	
	}
}