function Create(self)
--print("-------------Script Aim is running-------------");
-- First, we need to find the nearest actor, and then set it to be our parent.
	local curdist = 50;
	for actor in MovableMan.Actors do
		local avgx = actor.Pos.X - self.Pos.X;
		local avgy = actor.Pos.Y - self.Pos.Y;
-- Here we are looking at all actors, and seeing which one is very close.
		local dist = math.sqrt(avgx ^ 2 + avgy ^ 2);
		if dist < curdist then
			curdist = dist;
			self.parent = actor;
		end
	end

-- Ok, now that we have found him, we just need his aiming angle.
	self.angle = ToActor(self.parent):GetAimAngle(true);
	self.mortarshot = CreateAEmitter("Particle Auto Mortar");
	self.targetpainterbad = CreateAEmitter("Target Painter Bad");
	self.targetpaintergood = CreateAEmitter("Target Painter Good");
	self.firevel = 25; -- fire velocity of the gun
	self.arcmode = -1; -- 1 is low, -1 is high
	self.gravacc = -1; -- stupid CC gravity
	self.maxrange = 2000; --maximum range for the turret to have (in case you do not want it firing for miles off mountains)
	self.range = 25;
	self.blowingupinface = 30 -- distance before it will alow you to shoot yourself in the foot

-- First tricky part
	
	local AimAngle = Vector(math.cos(self.angle) * self.maxrange, math.sin(self.angle) * self.maxrange * -1);

	self.AimDistance = SceneMan:CastObstacleRay(self.Pos, AimAngle, Vector(0,0), Vector(0,0), self.ID ,-1 ,0);

	self.targetx = self.AimDistance*math.cos(self.angle);
	self.targety = -self.AimDistance*math.sin(self.angle);
	
		--Test for range, so we do not kill ourselves with this
		self.rangetest = self.firevel^4 - self.gravacc^2*self.targetx^2 - 2*self.gravacc*self.firevel^2*self.targety;
		if self.rangetest > 100 and self.AimDistance > self.blowingupinface then
		
			-- Here I generate a big glowing thing so I can see if it's going to the right place or not.
			self.targetpaintergood.Pos = Vector(self.Pos.X + self.targetx, self.Pos.Y + self.targety);
			MovableMan:AddParticle(self.targetpaintergood);
			-- Well that was easy.
			-- Oh No! Lots of hard to explain math! (it does fancy stuff and gets you a new firing angle)
			self.mortarshot.Vel.X = (self.targetx*math.sqrt((self.firevel^2 - self.gravacc*self.targety + self.arcmode * math.sqrt(self.rangetest))/(self.targetx^2 + self.targety^2)))/math.sqrt(2);
			self.mortarshot.Vel.Y = (self.gravacc*self.targetx^2 + self.targety*(self.firevel^2 + self.arcmode * math.sqrt(self.rangetest)))/(math.sqrt(2)*math.sqrt(self.arcmode*(self.targetx^2 + self.targety^2)*(self.arcmode*(self.firevel^2 - self.gravacc*self.targety) + math.sqrt(self.rangetest))));
			--That was not so hard, was it? (yes, yes it was)			
			--Fire!
			self.mortarshot.Angle = self.angle;
			self.mortarshot.Pos = self.Pos;
			MovableMan:AddParticle(self.mortarshot);
			self.ToDelete = true;
		
		
		else
			-- Here I generate a big glowing thing to show you that the target is out of range.
			self.targetpainterbad.Pos = Vector(self.Pos.X + self.targetx, self.Pos.Y + self.targety);
			MovableMan:AddParticle(self.targetpainterbad);
			FrameMan:SetScreenText("Out Of Range!", 0, 0, 1000, false);
			-- Well that was easy.
			self.ToDelete = true;
		end
self.ToDelete = true;
end

function Destroy(self)
	--print("-------------Script Complete-------------");
end