View difference between Paste ID: yPd7g0Kf and uEaRpsdV

             --jxwQsiHD
             --(multi) ME Level Emitter using turtle
             --supports custom functions on high or low level, compress cobble is implemented
 	    --optional different id not a very userful option since it doesnt know how much to drop how often, craft would work better
 
 
             local config = {}
-            local turtlefacing = "south"
+            local turtlefacing = "south"	--must be set to turtles facing dir
-            local meside = "south"
+            local meside = "south"		--must be set to me controller side, should probably be same
-            local polltimer = 5
+
             local polltimer = 0.1		--you can set this very low to compress maximum cobble, higher to reduce me system crash
 
-                    -- edit this function to change your configuration
+
                     -- you must edit this function to change your configuration
                     -- {"ItemIDToMeasure", "> or <", ThresholdAmount, FunctionToCall, "DropSide/Arg1", "OptionalDifferentItemIDToExport"}
                     -- valid sides are north, south, east, west, up, and down
 
 
                     config[1] = {"3:0",      ">",  64, dropItemToSide, "up"                    }
                     config[2] = {"14276:9",  "<",  64, dropItemToSide, "north",   "8565:0"     }
                     config[3] = {"297:0",    "<",  64, craftItem,      nil,       "297:0"      }
                     config[4] = {"4:0",      ">",  96, compress                                }  --compress cobble
                     config[5] = {"2506:0",   ">",  8, compress                                 }
                     config[6] = {"2506:1",   ">",  8, compress                                 }
                     config[7] = {"2506:2",   ">",  8, compress                                 }
                     config[8] = {"2506:3",   ">",  8, compress                                 }
                     config[9] = {"2506:4",   ">",  8, compress                                 }
                     config[10] = {"2506:5",   ">",  8, compress                                 }
                     config[11] = {"2506:6",   ">",  8, compress                                 }  --up to octuple
 
                     -- turtle needs to be next to ME Controller to use craftItem
                     -- crafting turtle required to use compress() for compressed cobblestone
             end
 
 
             local me
             local mepull
             local count = 0
             local stack = {}
 
 
             function dropItemToSide(info, count)
                     local maxreps = 10
                     local chest = peripheral.wrap(info.side)
                     if(chest == nil) then print("Failed to wrap inventory side " .. info.side) end
                     local size = chest.getInventorySize()
                     local stacks = chest.getAllStacks()
                     local stacksize
 
                     stack.id = info.id2
                     stack.dmg = info.dmg2
                     stack.qty = me.countOfItemType(stack.id, stack.dmg)
                     if count < stack.qty then stack.qty = count end
 
                     while (stack.qty > 0) and (maxreps > 0) do
                         maxreps = maxreps - 1
 			stacksize = me.extractItem(stack, mepull)
 			if stacksize == nil or stacksize < 1 then
                            break
                         end
 			stack.qty = stack.qty - stacksize
                         for slot = 1, size do
                             if stacks[slot] == nil or (stacks[slot].id == stack.id and stacks[slot].dmg == stack.dmg) then
                                     stacksize = stacksize - chest.pullItem(info.pull, 1, stacksize, slot)
                                     if stacksize  <= 0 then
                                             break
                                     end
                             end
                         end
                         if stacksize ~= 0 then
                            break
                         end
                     end
                     returnInventory()
             end
 
             function craftItem(info, count)
                     stack.id = info.id2
                     stack.dmg = info.dmg2
                     stack.qty = count
 
                     local jobs = me.getJobList()
                     for k, v in pairs(jobs) do
                             if v.id == stack.id and v.dmg == stack.dmg then
                                     stack.qty = stack.qty - v.qty
                             end
                     end
 
                     me.requestCrafting(stack)
             end
 
             function returnInventory()
                         print("Returning Inventory To ME")
                     for slot = 1, 16 do
                             if turtle.getItemCount(slot) > 0 then
                                     me.insertItem(slot, 64, mepull)
                             end
                     end
             end
 
             local craftingSlot = {1,2,3,5,6,7,9,10,11}
             function compressSmall(info, count)
                     if count < 9 then return end
                     if count > 63 then count = 63 end
                     count = math.floor(count / 9)
                     stack.id = info.id2
                     stack.dmg = info.dmg2
                     stack.qty = count * 9
 
                     me.extractItem(stack, mepull)
                     for slot = 2, 9 do
                     turtle.transferTo(craftingSlot[slot], count)
                     end
                     turtle.craft()
                     returnInventory()
             end
 
             function compress(info, count)
                     if count < 704 then
                             compressSmall(info, count)
                     end
                     stack.id = info.id2
                     stack.dmg = info.dmg2
                     stack.qty = 64
 
                     local maxreps = 10
 
                     while (count >= 704) and (maxreps > 0) do
                             maxreps = maxreps - 1
                             for slot = 1, 11 do
                                     me.extractItem(stack, mepull)
                             end
                             me.insertItem(4, 64, mepull)
                             me.insertItem(8, 64, mepull)
                             turtle.craft()
                             me.insertItem(1, 64, mepull)
                             count = count - 576
                     end
             end
 
             local direction = {[0]="east", [1]="south", [2]="west", [3]="north"}
             local side = {[0]="front", [1]="right", [2]="back", [3]="left"}
 
             local function sideToDirection(side)
                 if side == "front" then
                             return direction[turtlefacing%4]
                 end
                 if side == "right" then
                             return direction[(turtlefacing+1)%4]
                 end
                 if side == "back" then
                             return direction[(turtlefacing+2)%4]
                 end
                 if side == "left" then
                             return direction[(turtlefacing+3)%4]
                 end
                 if side == "top" then
                             return "up"
                 end
                 if side == "bottom" then
                             return "down"
                 end
                 return side
             end
 
             local function directionToSide(dir)
                 if dir == "east" then
                             return side[(-turtlefacing+4)%4]
                 end
                 if dir == "south" then
                             return side[(-turtlefacing+5)%4]
                 end
                 if dir == "west" then
                             return side[(-turtlefacing+6)%4]
                 end
                 if dir == "north" then
                             return side[(-turtlefacing+7)%4]
                 end
                 if dir == "up" then
                             return "top"
                 end
                 if dir == "down" then
                             return "bottom"
                 end
                 return dir
             end
 
             local function negateDirection(dir)
 
                 if dir == "east"   then return "west"  end
                 if dir == "west"   then return "east"  end
                 if dir == "north"  then return "south" end
                 if dir == "south"  then return "north" end
                 if dir == "up"     then return "down"  end
                 if dir == "down"   then return "up"    end
                     return dir
 
             end
 
             local function processConfig()
                     local id, dmg
                     local pretty = {}
 
                     if turtlefacing == "east" then turtlefacing = 0 end
                     if turtlefacing == "south" then turtlefacing = 1 end
                     if turtlefacing == "west" then turtlefacing = 2 end
                     if turtlefacing == "north" then turtlefacing = 3 end
 
                             mepull = negateDirection(meside)
                             meside = directionToSide(meside)
 
                     for k, v in pairs(config) do
                             print("Processing config item " .. k)
                             pretty[k] = {}
 
                             pretty[k].id1, pretty[k].dmg1 = string.match(v[1], "([0-9-]+):([0-9-]+)")
 
                             pretty[k].compare = v[2]
                             pretty[k].threshold = v[3]
                             pretty[k].func = v[4]
 
                                             pretty[k].pull = negateDirection(v[5])
                             pretty[k].side = directionToSide(v[5])
 
                             if v[6] then
                                     pretty[k].id2, pretty[k].dmg2 = string.match(v[6], "([0-9-]+):([0-9-]+)")
                             else
                                     pretty[k].id2 = pretty[k].id1
                                     pretty[k].dmg2 = pretty[k].dmg1
                             end
 
                             pretty[k].id1 = tonumber(pretty[k].id1)
                             pretty[k].dmg1 = tonumber(pretty[k].dmg1)
                             pretty[k].id2 = tonumber(pretty[k].id2)
                             pretty[k].dmg2 = tonumber(pretty[k].dmg2)
 
                             if (not pretty[k].id1) or (not pretty[k].dmg1) then
                                     print("Failed getting ItemID:Metadata on item " .. k)
                                     pretty[k] = nil
                             else
 
                             end
                     end
 
                     config = pretty
             end
 
             print("Running Setup")
             setup()
             print("Processing Config")
             processConfig()
 
             me = peripheral.wrap(meside)
             if me == nil then
                 print("ME Controller Not Found")
                 return
             end
 
             turtle.select(1)
             returnInventory()
 
             local hitthreshold = "false"
             while true do
                     timeradjustment = 0
                     for k, v in pairs(config) do
                                     print("Processing Item: " .. k)
                                     hitthreshold = "false"
                                     count = me.countOfItemType(v.id1, v.dmg1)
 
                                     if v.compare == ">" then
                                             if count > v.threshold then
                                                     hitthreshold = "true"
                                                     v.func(v, count - v.threshold)
                                             end
                                     else
                                             if count < v.threshold then
                                                     hitthreshold = "true"
                                                     v.func(v, v.threshold - count)
                                             end
-                                    print(v.id1 .. ":" .. v.dmg1 .. " " .. v.compare .. " " .. v.threshold .. " = " .. hitthreshold)
+
                                     print(v.id1 .. ":" .. v.dmg1 .. " * " .. count .. " " .. v.compare .. " " .. v.threshold .. " = " .. hitthreshold)
 
                     end
                     sleep(polltimer)
             end