ComputerCraft/Tree_Farm/farmtree.lua

86 lines
2.3 KiB
Lua

--[[Tree Farming App by Al Sweigart
Plants tree and cuts it down.]]
os.loadAPI('modules.lua') -- Load the modules module
local NUM_OF_TREES = 4
local TREE_SAPLING = 'oak'
-- Check if choptree program exists
if not fs.exists('choptree.lua') then
error('You must install choptree app first')
end
while true do
-- First of all, wait a few minutes
os.sleep(300)
-- Sort all Items together
modules.sort_items()
-- Empty everything except for the saplings
for i = 1, 16 do
local item = turtle.getItemDetail(i)
if item ~= nil and item['name'] ~= 'minecraft:' .. TREE_SAPLING .. '_sapling' then
turtle.select(i)
print('Dropping ' .. item['name'] .. ' into chest.')
turtle.drop()
end
end
-- Check if we have saplings in our inventory
if not modules.select_item('minecraft:' .. TREE_SAPLING .. '_sapling') then
error('Out of ' .. TREE_SAPLING .. ' saplings')
end
-- Build a Loop, where we plant and cut trees
turtle.turnLeft()
turtle.turnLeft()
for i = 1, NUM_OF_TREES do
for j = 1, 3 do
modules.check_fuel()
if i ~= 3 * NUM_OF_TREES then
turtle.dig()
end
turtle.forward()
end
turtle.turnLeft()
blockExists, item = turtle.inspect()
if blockExists and item['name'] == 'minecraft:' .. TREE_SAPLING .. '_log' then
modules.select_emptySlot()
shell.run('choptree.lua') -- Run Choptree
elseif blockExists and item['name'] ~= 'minecraft:' .. TREE_SAPLING .. '_sapling' then
print('Error! Wrong block. Found ' .. item['name'])
elseif not blockExists then
turtle.forward()
local success, underneath = turtle.inspectDown()
if underneath['name'] ~= 'minecraft:dirt' and underneath['name'] ~= 'minecraft:grass_block' then
print('Error. No Dirt or Grass underneath to plant a tree. Found: ' .. underneath['name'])
turtle.back()
else
turtle.back()
print('Planting seed.')
modules.select_item('minecraft:' .. TREE_SAPLING .. '_sapling')
turtle.place()
end
end
turtle.turnRight()
end
-- Move forward to the chest again
turtle.turnLeft()
turtle.turnLeft()
print('Heading back to chest.')
for i = 1, (3 * NUM_OF_TREES) do
modules.check_fuel()
if i ~= 3 * NUM_OF_TREES then
turtle.dig()
end
turtle.forward()
end
end