--This table is used to have the turtle know where stuff needs to go. The keys are the itemIds and the valye needs to be a function acepting the itemData which returns the direction
local itemList={}
itemList['arsmagica2:itemOre']=function(data) return "north" end
itemList['ProjRed|Core:projectred.core.part']=function(data) return "north" end
itemList['Thaumcraft:blockCustomOre']=function(data) return "north" end
itemList['arsmagica2:vinteumOre']=function(data) return "north" end
itemList['IC2:item.itemOreUran']=function(data) return "north" end
itemList['TConstruct:ore.berries.one']=function(data) return "north" end
itemList['minecraft:cobblestone']=function(data) return "west" end
itemList['minecraft:flint']=function(data) return "west" end
itemList['minecraft:gravel']=function(data) return "west" end
itemList['minecraft:dirt']=function(data) return "west" end
itemList['NuclearCraft:blockOre']=function(data)
if data.damage==9 or data.damage==7 then
return "north"
else
return "north"
end
end
itemList['ThermalFoundation:Ore']=function(data)
print(table.concat(data," "))
if data.damage==4 or data.damage==3 or data.damage==5 then
return "north"
else
return "south"
end
end
--This function is used if the item can't be found in the itemList. The itemList has priority over this function.
--You can use this function for example to make a default route or to have more general rules like every item containing "ore"
local function fallBack(itemData)
if string.find(itemData.name,"ore") or string.find(itemData.name,"Ore") then
return "south"
end
return "north"
end
local compass=peripheral.wrap("left")
--this is used to make the turtle always aware of where it is.
local at=nil
--used to more easily get the turtle to turn
local function turn(way,amount)
if not amount then
amount=1
end
for times=1,amount do
if way=="left" then
turtle.turnLeft()
elseif way=="right" then
turtle.turnRight()
end
end
end
--called during startup
local function reset()
at=compass.getFacing()
end
--this will have the turtle turn to the direction it needs to face in
function doTurn(need)
print(need," ",at)
if need == at then
return true
elseif(at=="north" and need=="west") then
turn("left")
elseif(at=="north" and need=="south") then
turn("left",2)
elseif at=="north" and need=="east" then
turn("right")
elseif at == "west" and need =="north" then
turn("right")
elseif at =="west" and need=="south" then
turn("left")
elseif at =="west" and need=="east" then
turn("left",2)
elseif at == "south" and need=="west" then
turn("right")
elseif at == "south" and need == "east" then
turn("left")
elseif at =="south" and need=="north" then
turn("left",2)
elseif at == "east" and need =="west" then
turn("left",2)
elseif at =="east" and need == "south" then
turn("right")
elseif at == "east" and need == "north" then
turn("left")
end
at =need
end
local function putAway()
local stacks=0
local inventorySize
peripheral.call("front","condenseItems")
stacks = peripheral.call("front","getAllStacks")
inventorySize=peripheral.call("front","getInventorySize")
if(#stacks) < inventorySize then
turtle.drop()
end
end
local function checkWhere()
local itemData=nil
local direction=nil
itemData=turtle.getItemDetail()
if itemData then
if itemList[itemData.name] then
direction=itemList[itemData.name](itemData)
doTurn(direction)
putAway()
else
print("fallBack")
direction=fallBack(itemData)
doTurn(direction)
putAway()
end
end
end
reset()
while true do
local where=nil
turtle.suckUp()
for slot = 1,16 do
turtle.select(slot)
where=checkWhere()
if where then
doTurn(where)
putAway()
end
end
sleep(1)
end
