function Create(self)
   self.Dir = 0;
end
--Update function, I'm just using pseudocode here since it's straightforward
function Update(self)
   --Cast an obstacle ray from start to the max range of the gun, if it hits a target do stuff
   if ObstacleRay from muzzleoffset pos using Vector(Gunrange, 0):RadRotate(self.RotAngle) ~= -1 then
      --Check for HFlipped, swap Dir's value if this is backwards
      if self.HFlipped == true then
         self.Dir = -1;
      else
         self.Dir = 1;
      end
      --Make the starting lightning glowball effect or whatever (lazy nonworking version)
      MovableMan:AddMO(CreateMOPixel("starting glowball"));
      --Call the function to make inbetween lightning effects, where startpos is the muzzleoffset and endpos is the point where it hit an obstacle
      MakeRecursiveLightning(self, startpos, endpos, self.RotAngle + RangeRand(-0.8, 0.8), 0); --The 2 0s are prevangle and count, prevangle is the previous angle it was fired at and count lets us make somewhat straight lines instead of complete messes
      --Now make the lightning hit effects at the endpos (lazy nonworking version)
      MovableMan:AddMO(CreateAEmitter("ending glowball"));
   end
end

--This is the recursive function that will generate our in between lightning for us
function MakeRecursiveLightning(self, startpos, endpos, prevangle, count)
   if SceneMan:ShortestDistance(startpos, endpos).Magnitude < 5 --5 should be some small number, basically if we're pretty much at our endpos
      return; --We've finished making all the lightning, so we can return and ultimately go back to the update function
   else
      --If we've travelled more than 6 - 10 pixels in one direction, change the direction
      if count > math.random(3, 5) then
         --Because we want to try to hit the endposition, we reverse the direction and then add a bit of randomness to it
         prevangle = -prevangle + RangeRand(-0.8, 0.8); --NOTE: I think reversing the direction is probably not what should be done, more likely we have to add 90 degrees to it or something
      end
      local offset = Vector(2*self.Dir, 0); --The amount we want to offset by each time (with direction), 2 pixels in this case
      --Make the glow, change its position based on the angle we picked, then add it to the scene
      local glow = CreateMOPixel("Glow Here");
      glow.Pos = startpos + offset:RadRotate(prevangle);
      MovableMan:AddMO(glow);
      --Now that this glow is done, call the recursive function again, setting the startpos as the glow's pos and adding one to count
      MakeRecursiveLightning(self, glow.Pos, endpos, prevangle, count+1);
   end
end