actor.Vel.Y = actor.Vel.Y - (>50< / diff * math.sin(ang))
   actor.Vel.X = actor.Vel.X - (>100< / diff * math.cos(ang))

if (particle.sharpness < 1) then
<blarglcodeblargl>
end

function Create(self)
end

function Destroy(self)
end

function Update(self)
   --This code sees if an actor is within range and then gravitates them to the middle of the object.
   for actor in MovableMan.Actors do
      local diff = math.sqrt(math.pow((actor.Pos.X-self.Pos.X),2) + math.pow((actor.Pos.Y - self.Pos.Y),2))
      if diff < 2 then
         diff = 2
      end
      if diff < 65 then --Range of effect. 65 pixels for this case.
         local diffx = actor.Pos.X - self.Pos.X
         local diffy = actor.Pos.Y - self.Pos.Y
         local ang = math.atan2(diffy,diffx)
         --To be honest I dont how these two below work but if you
         --make them have higher values, they will make the pull stronger.
         actor.Vel.Y = actor.Vel.Y - (20 / diff * math.sin(ang))
         actor.Vel.X = actor.Vel.X - (200 / diff * math.cos(ang))
--         if diff < 35 then
--            actor:GibThis()
--         end
      end
   end
   --The following is the same for items.
   for item in MovableMan.Items do
      local diff = math.sqrt(math.pow((item.Pos.X-self.Pos.X),2) + math.pow((item.Pos.Y - self.Pos.Y),2))
      if diff < 5 then
         diff = 5
      end
      if diff < 70 then --Range within it will affect. In this case 70 pixels.
         local diffx = item.Pos.X - self.Pos.X
         local diffy = item.Pos.Y - self.Pos.Y
         local ang = math.atan2(diffy,diffx)
         item.Vel.Y = item.Vel.Y - (20 / diff * math.sin(ang))
         item.Vel.X = item.Vel.X - (200 / diff * math.cos(ang))

      end
   end
end