CC mine v2

Dima99

Aug 15th, 2020 (edited)

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--[[
Turtle tunnel miner for computer craft.
Anti gravel mode can effectively counter up to 4 blocks
of gravel on top of the tunnel on default settings
(optimal perfomance/stability balance).
*updated: 19.01.23
]]--
--settings
local torch_distance = 10
local torches_slot = 1
local delay = 0.7
local function dig_step()
repeat
turtle.dig()
until not turtle.detect()
turtle.forward()
turtle.digUp()
sleep(delay)
turtle.digDown()
end
local function get_args()
term.clear()
term.setCursorPos(1,1)
if #args == 0 or tonumber(args[1]) == nil then
print("Distance not set")
print("Usage: " .. shell.getRunningProgram() .. " distance [r] [t] [d]")
print("r - return to start".."\n".."t - disable torches placing".."\n".."d - disable digging".."s - immediate start")
return false
end
for i = 2, #args do
if args[i] == "r" or args[i] == "R" then
return_mode = true
print("Return mode activated")
end
if args[i] == "t" or args[i] == "T" then
torches = false
print("Torches placing disabled")
end
if args[i] == "d" or args[i] == "D" then
digging = false
print("Digging disabled")
end
if args[i] == "s" or args[i] == "S" then
autoStart = true
end
end
return true
end
local function check_torches_count()
local need_torches = math.floor(args[1]/(torch_distance+1))
print(need_torches.." torch(es) required")
while (turtle.getItemCount(torches_slot) < need_torches) do
term.setCursorPos(1,4)
print(" ")
sleep(0.5)
term.setCursorPos(1,4)
print("Not enought torches in "..tostring(torches_slot).." slot")
sleep(0.5)
end
return need_torches
end
local function place_torch()
turtle.select(torches_slot)
while not turtle.down() do
turtle.digDown()
end
if not turtle.detectDown() then
if torches_slot > 1 then
turtle.select(1)
else
turtle.select(2)
end
turtle.placeDown()
end
turtle.up()
turtle.select(torches_slot)
turtle.placeDown()
end
local function writeProgress(cDist, fDist, tDist)
local left = math.ceil(cDist/fDist*100)
term.setCursorPos(1, 1)
term.clear()
print("Done "..left.."%")
if tDist then
term.write("Next torch in "..tDist.." blocks")
end
end
--main
args = { ... }
return_mode = false
torches = true
digging = true
autoStart = false
if not get_args(args) then return end
local needTorches = 0
if torches then
light_level = torch_distance
needTorches = check_torches_count()
end
local neededFuel = needTorches * 2 + args[1]
if return_mode then neededFuel = neededFuel * 2 end
print(" ")
term.write("Fuel: "..turtle.getFuelLevel().." / "..neededFuel)
if turtle.getFuelLevel() < neededFuel then
print("\n\nNot enought fuel.\nProgram will be aborted")
return nil
else print(" ...OK")
end
if not autoStart then
print("\nPress <Enter> to start".."\n".."Or hold <Ctrl + T> to abort")
read()
end
for i = 1, args[1] do
if digging then
dig_step()
else
turtle.forward()
end
if torches then
if light_level == 0 then
place_torch()
light_level = torch_distance
else
light_level = light_level - 1
end
end
writeProgress(i, args[1], light_level)
end
if return_mode == true then
turtle.up()
for i = 1, args[1] do
turtle.back()
end
turtle.down()
end
term.clear()
term.setCursorPos(1, 1)
print("Done!")

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