doRaygun()
{
    self endon("disconnect");
	self endon("death");
	self endon("game_ended");

	self.textRayGunVal = spawnstruct();
	self.textRayGunVal = self createFontString( "default", 2.0 );
	self.textRayGunVal setPoint( "TOPRIGHT", "TOPRIGHT", -20, 40);
    self thread zmod\mp\_OtherFunctions::DestroyOnDeath(self.textRayGunVal);
	texta = spawnstruct();
	texta.text = "^1to far";
	for(self.ammoclipray = 120; self.ammoclipray > -1; self.ammoclipray--)
	{
		self waittill("weapon_fired");
		iWeap = self GetCurrentWeapon();
		if(iWeap == "pp2000_silencer_mp")
		{
		startB = GetCursorPos();
		RadiusDamage( startB, 101, 520, 507, self );
		startA = self getTagOrigin("tag_weapon_left");
		xD = distance(startA, startB);
		//We will have to do a limit of range, or else error 'no free dobjs'
		if(xD < 855)
		{
	    pointe = roundUp(xD/13.5);
		self.textRayGunVal setValue(self.ammoclipray);
		self.textRayGunVal.color = (0,1,0);
		CX = startA[0] - startB[0];
		CY = startA[1] - startB[1];
		CZ = startA[2] - startB[2];

		XA = CX/pointe;
		YA = CY/pointe;
		ZA = CZ/pointe;
		self.argRGun = -1;
		Temp = VectorToAngles(startA - startB);
		BA = (Temp[2], Temp[1] + 90, Temp[0]);
		//self.playingfxatm = playfx(level.spawnGlow["enemy"], startB);
		for(b = pointe; b > -1; b--)
		{
      	  	self.pointRGW[self.argRGun] = spawn( "script_model", (startB + ((XA, YA, ZA) * b)) );
	   		self.pointRGW[self.argRGun] setModel("projectile_m67fraggrenade_bombsquad");
			self.pointRGW[self.argRGun].angles = BA;
			self thread removeRayGunShotEffect(self.pointRGW[self.argRGun]);
		}
		} else {
		    self iPrintLnBold(texta.text);
		}
		}
		if(self.ammoclipray == 0)
		{
			self.textRayGunVal.color = (1,0,0);
		}
	}
}

removeRayGunShotEffect(DObj)
{
    wait 0.3;
	DObj delete();
}

GetCursorPos()
{
	forward = self getTagOrigin("tag_eye");
	end = self thread vector_Scal(anglestoforward(self getPlayerAngles()),1000000);
	location = BulletTrace( forward, end, 0, self)[ "position" ];
	return location;
}

vector_scal(vec, scale)
{
	vec = (vec[0] * scale, vec[1] * scale, vec[2] * scale);
	return vec;
}