woodFarm

local res = {}
local tool = require"import"
local log = require"log"
local t = turtle
local sens = 0 -- 0 face aux logs, 1: regarde a droite, -1 regarde a gauche
local slotMax = 14

function res.ramasser()
    t.select(16)
    t.turnLeft()
    t.suck()
    tool.fd(slotMax )
    t.turnLeft()
    for i = 0,1 do --premiere descente
        t.suck()
        tool.fd(slotMax )
    end
    t.turnRight()
    t.suck()
    tool.fd(slotMax )
    t.turnRight()
    for i = 0,3 do --grosse remontée a gauche
        t.suck()
        tool.fd(slotMax )
    end
    t.turnRight()
    t.suck()
    tool.fd(slotMax )
    for i = 0,2 do
        t.suck()
        t.turnRight()
        t.suck()
        t.turnLeft()
        tool.fd(slotMax )
    end
    t.turnRight()
    t.suck()
    tool.fd(slotMax )
    for i = 0,2 do
        t.suck()
        t.turnRight()
        t.suck()
        t.turnLeft()
        tool.fd(slotMax )
    end
    t.turnRight()
    for i= 0,1 do
        t.suck()
        tool.fd(slotMax )
    end
    t.turnRight()
    t.suck()
    tool.fd(slotMax )
    t.select(1)
    tuple, name = t.inspectDown()
    if tuple then
        if not string.find(name['name'], "cobblestone") then
            error()
        end
    end
end



function res.planter()
    t.select(16)
    if t.getItemCount(16)==0 then
        error("plus de sappling")
    end
    t.place()
    t.select(1)
end

function res.tryLog()
    tuple, name = t.inspectDown()
    if tuple then
        if string.find(name['name'], "cobblestone") then
            if sens==1 then
                t.turnLeft()
            end
            if sens==-1 then
                t.turnRight()
            end
            if log.mineTree() then
                res.ramasser()
                res.planter()
            else
                res.planter()
            end
            if sens==-1 then
                t.turnLeft()
            end
            if sens==1 then
                t.turnRight()
            end
            if sens  ==0 then
                sens =1
                t.turnRight()
            end
            return
        end
    end
    if sens  ==0 then
        sens =1
        t.turnRight()
    end
end

function res.changeDir()
    tuple, name = t.inspect()
    if tuple then
        if string.find(name['name'], "torch") then
            t.turnLeft()
            t.turnLeft()
            sens = -sens
            sleep(180)
        end
    end
end

function res.farm()

    while true do
        res.tryLog()
        res.changeDir()
        tool.fd(slotMax )
    end
end



res.farm()




return res