View difference between Paste ID: a1NnAtSp and fWv2CjLq

 -----------------
 --Name: miningLIB
 --Version: 1.0.0
 --Requires: riewestLIB
 --By: Riewest (AKA Riewest14)
 -----------------
 
 os.loadAPI("riewestLIB")
 lib = riewestLIB
 
 --junk item array
 junkItems = {"stone", "gravel", "dirt", "sand"}
 
 function test()
   --strip(10, true, false, 15)
   branchMine(10, 2, 2, true, 16, 15, true)
   --lib.turnAround()
   --dropJunk()
 end
 
 --Veinmine the block in front
 --Returning to the starting position
 function veinMine()
   --TODO
 end
 
 --Does a branch mine
 --Length: length of the mine
 --spaceBet: space between branches
 --branchLength: length of branches
 --retStart: returns to start if true
 --chestSlot: if not nil will dump items
 --            into that chest
 --fuelSlot: slot to attempt refueling
 --          from if not nil
 
 function branchMine(length, spaceBet, branchLength, retStart, fuelSlot, chestSlot, dropjunk)
   if not length then
     length = 15
   end
   if not spaceBet then
     spaceBet = 1
   end
   if not branchLength then
     branchLength = 5
   end
   if not retStart then
     retStart = false
   end
   if not fuelSlot then
     fuelSlot = false
   end
   if not chestSlot then
     chestSlot = false
   end
   local count = 0
   local lengthLeft = length
   for i = 1, length do
     if count > 100 then
       count = 0
     end
     if lengthLeft < spaceBet then
       strip(lengthLeft, false, fuelSlot, chestSlot)
       break
     end
     local moved = strip(spaceBet + 1, false, fuelSlot, chestSlot)
     i = i + moved
     count = count + math.fmod(moved, 100)
     lengthLeft = lengthLeft - moved
     turtle.turnLeft()
     local s1 = strip(branchLength, true, fuelSlot, false)
     local s2 = strip(branchLength, true, fuelSlot, false)
     count = count + (math.fmod(s1, 100) + math.fmod(s2, 100))
     print("Count: " .. count)
     doChestG(chestSlot, count, 100, fuelSlot, dropjunk)
     turtle.turnRight()
   end
   if retStart then
     lib.turnAround()
     lib.tMoveF(length)
   end
 end
 
 --Drops junk items
 function dropJunk(fuelSlot, chestSlot)
   local slotsToKeep = {}
   if fuelSlot then
     table.insert(fuelSlot)
   end
   if chestSlot then
     table.insert(chestSlot)
   end
   for k, v in pairs(junkItems) do
     lib.dropItem(v, slotsToKeep, "bottom")
   end
 end
 
 --Method to check if chest should be
 --placed above and empty the inventory
 --chestSlot: slot the chest is in if nil
 --           will not empty inventory
 --dist: Distance the turtle has traveled
 --interval: interval inventory should
 --          be checked
 --fuelSlot: optional fuelslot
 --dropjunk: drops the junk items
 function doChest(chestSlot, dist, interval, fuelSlot, dropjunk)
   if chestSlot and (math.fmod(dist, interval) == 0) and (turtle.getItemCount(chestSlot) > 0 ) then
     local oldSlot = turtle.getSelectedSlot()
     turtle.select(chestSlot)
     local chestData = turtle.getItemDetail()
     lib.tMoveU()
     turtle.digUp()
     lib.tMoveD()
     while not turtle.placeUp() do
       turtle.digUp()
       sleep(.1)
     end
     local slotsToKeep = {chestSlot}
     if fuelSlot then
       lib.sortItem(fuelSlot)
       table.insert(slotsToKeep, fuelSlot)
     end
     if dropjunk then
       dropJunk()
     end
     lib.emptyInvExcept(slotsToKeep, "top")
     turtle.select(chestSlot)
     if not (chestData.name == "minecraft:chest") then
       while not turtle.digUp() do
         sleep(.1)
       end
     end
     turtle.select(oldSlot)
   end
 end
 
 --Slight variation on do chest where
 -- it does the function if blocks
 -- moved is greater than chest interval
 -- takes same parameters
 function doChestG(chestSlot, dist, interval, fuelSlot, dropjunk)
   if not chestSlot then
     return
   end
   if dist > interval then
     dist = interval
   end
   doChest(chestSlot, dist, interval, fuelSlot, dropjunk)
 end
 
 --Mine a 1b wide 3b tall tunnel
 --for length passed. Returns to
 -- the start if retStart is true
 -- chestSlot: if not nil will dump items
 --             into that chest
 -- fuelSlot: if not nill will refuel from
 --            that slot.
 function strip(length, retStart, fuelSlot, chestSlot, dropjunk)
   if not length then
     length = 5
   end
   if not retStart then
     retStart = false
   end
   if not chestSlot then
     chestSlot = false
   end
   if not fuelSlot then
     fuelSlot = false
   end
 
   for i = 1, length do
     lib.tMoveF()
     turtle.digUp()
     turtle.digDown()
     if fuelSlot then
       lib.tRefuel(fuelSlot)
     end
     doChest(chestSlot, i, 100, fuelSlot, dropjunk)
   end
   if retStart then
     lib.turnAround()
     lib.tMoveF(length)
   end
   return length
 end
 
 
 
 
 test()