//precache this: level.shakeFX["laser"] = loadfx("impacts/20mm_water_impact");



//thread

bubblegun()

{

	self endon("death");

	self.shaker = 1;

	self giveWeapon("fal_fmj_silencer_mp", 0, false);

	self switchToWeapon("fal_fmj_silencer_mp");

	for(;

	{

		self waittill( "weapon_fired", weaponName );

		if( self getCurrentWeapon() != "fal_fmj_silencer_mp" ) continue;

		start = self getTagOrigin( "tag_eye" );

		end = self getTagOrigin( "tag_eye" ) + vecscale( anglestoforward( self getPlayerAngles() ), 100000 );

		trace = bulletTrace( start, end, true, self );

		thread doLaserFX2( self getTagOrigin( "tag_eye" ), anglestoforward( self getPlayerAngles() ), trace["position"] );

		if(self.shaker > 212)

		{

			self.shaker = 0;

			self takeWeapon( "fal_fmj_silencer_mp" );

			break;

		}

		self.shaker++;

	}

}



doLaserFX2( startPos, direction, endPos )

{

	doDamage = 1;



	for( i = 1; ; i ++ ) 

	{

		pos = startPos + vecscale( direction, i * 150 );

		if( distance( startPos, pos ) > 9000 )

		{

			doDamage = 0;

			break;

		}



		trace = bulletTrace( startPos, pos, true, self );



		if( !bulletTracePassed( startPos, pos, true, self ) )

		{

			impactFX = spawnFX( level.shakeFX["impact"], bulletTrace( startPos, pos, true, self )["position"] );

			level.FX_count ++;

			triggerFX( impactFX );



			wait( 0.2 );



			impactFX delete();

			level.FX_count --;

			

			break;

		}



		laserFX = spawnFX( level.shakeFX["laser"], pos ); 

		level.FX_count ++;

		triggerFX( laserFX );



		laserFX thread deleteAfterTime( 0.1 );



		if( level.FX_count < 200 ) 

		{

			

			for( j = 0; j < 3; j ++ )

			{

				laserFX = spawnFX( level.shakeFX["laser"], pos + (randomInt( 50 ) / 10, randomInt( 50 ) / 10, randomInt( 50 ) / 10) - vecscale( direction, i * randomInt( 10 ) * 3 ) );

				level.FX_count ++;

				triggerFX( laserFX );



				laserFX thread deleteAfterTime( 0.05 + randomInt( 3 ) * 0.05 );

			}

		}



		wait( 0.05 );

	}



	if( doDamage )

	 earthquake( endPos, 300, 150, 20, self );	

}



vecscale( vec, scalar )

{

	return ( vec[0] * scalar, vec[1] * scalar, vec[2] * scalar );

}



deleteAfterTime( time )

{

	wait time;

	self delete();

}