MDC_Stairs_Cut2

mdc_tjc

Jan 30th, 2026 (edited)

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-- This program digs a mining stairs with a five levels down per filght of stairs
-- Pastebin code = "TaFFELNp"; Pastebin name is "MDC_Stairs_Cut2"
-- This program assumes that you place the turtle down on the forward end of the upper pad (a 2 stone x 2 stone)
-- Place coal into Turtle slot #1 to assure adequate fueling
-- Place stone into Turtle slot #2 and #3 to assure adequate placement resources
-- This program begins by asking you to indicate whether you want to cut an upper hall (H response) or stairs (S response)
if turtle.getFuelLevel() < 200 then
print( "Your fuel level is less than 200; refueling with 240." )
turtle.refuel(3)
end
local function fixHall() -- This function fixes one row of hallway
if not turtle.detect() then turtle.select(2); turtle.place() end -- Check right and place
if not turtle.detectUp() -- Move up
then turtle.up()
else turtle.digUp(); turtle.up() end
if not turtle.detect() then turtle.select(2); turtle.place() end -- Check right and place
if not turtle.detectUp() -- Move up
then turtle.up()
else turtle.digUp(); turtle.up() end
if not turtle.detect() then turtle.select(2); turtle.place() end -- Check right and place
if not turtle.detectUp() then turtle.select(2); turtle.placeUp() end -- Check up and place
turtle.turnLeft(); turtle.down(); turtle.down()
if not turtle.detect()
then turtle.forward(); turtle.turnRight()
else turtle.dig(); turtle.forward(); turtle.turnRight() end
end
print ( "Checking Entry." )
local text_input = { ... } -- Obtain indicator of either H: Hallway cutting or S: Stairway cutting
print( "1 text_input = ", text_input )
if not (( text_input[1] == "S" ) or ( text_input[1] == "H" )) then
print( "Error: You must respond with either a H for Hallway cutting or a S for Stairway cutting." )
return
end
local desired_length = 5 + 2
local desired_depth = 5
while text_input == "H" do
if not turtle.detect() -- Move forward and turn right
then turtle.forward(); turtle.turnRight()
else turtle.dig(); turtle.forward(); turtle.turnRight() end
for iter1 = 1, desired_length do
fixHall() -- Fix hallway for desired length
end
turtle.turnLeft(); turtle.turnLeft()
if not turtle.detect() -- Reposition turtle for second cut
then turtle.forward(); turtle.turnLeft()
else turtle.dig(); turtle.forward(); turtle.turnLeft() end
if not turtle.detect()
then turtle.forward(); turtle.turnRight()
else turtle.dig(); turtle.forward(); turtle.turnright() end
for iter1 = 1, desired_length do
fixHall() -- Fix hallway for desired length
end
turtle.turnLeft(); turtle.turnLeft(); turtle.forward(); turtle.turnLeft()
text_input = "Done"
end
print( "2 text_input = ", text_input )
while text_input == "S" do
print( "3 text_input = ", text_input )
for iter1 = 1, 1 do
print( "Outer Loop")
if not turtle.detect() then turtle.forward() -- Position turtle
else turtle.dig(); turtle.forward(); end
for iter2 = 0, ( desired_length - 1 ) do
if not turtle.detectDown() then turtle.down(); turtle.turnRight()
else turtle.digDown(); turtle.down(); turtle.turnRight(); end
if not turtle.detect() then turtle.select(2); turtle.place(); end -- Check right and place
turtle.up(); turtle.turnLeft()
end
end
text_input = "Done"
end
print( "The program has ended successfully." )