deforestation

local deforestation = {trees = {
"minecraft:oak_log",
"minecraft:birch_log",
"minecraft:acacia_log",
"minecraft:dark_oak_log",
"minecraft:jungle_log",
"minecraft:spruce_log"}
}



----------movement library
movement = {}
movement.curXPos = 0
movement.curYPos = 0
movement.curZPos = 0
movement.orientation = "north"


movement.forward = function()
    local k = turtle.forward()
    if k == true then
        if movement.orientation == "north" then
            movement.curXPos = movement.curXPos + 1
        elseif movement.orientation == "east" then
            movement.curYPos = movement.curYPos + 1
        elseif movement.orientation == "south" then
            movement.curXPos = movement.curXPos - 1
        elseif  movement.orientation == "west" then
            movement.curYPos = movement.curYPos - 1
        end
    end
    return k
end

movement.up = function()
    local k = turtle.up()
    if k == true then
        movement.curZPos = movement.curZPos + 1
    end
    return k
end

movement.down = function()
    local k = turtle.down()
    if k == true then
        movement.curZPos = movement.curZPos - 1
    end
    return k
end

movement.turnLeft = function()
    local k = turtle.turnLeft()
    if movement.orientation == "north" then
        movement.orientation = "west"
    elseif movement.orientation == "west" then
        movement.orientation = "south"
    elseif movement.orientation == "south" then
        movement.orientation = "east"
    elseif movement.orientation == "east" then
        movement.orientation = "north"
    end
    return k
end

movement.turnRight = function()
    local k = turtle.turnRight()
    if movement.orientation == "north" then
        movement.orientation = "east"
    elseif movement.orientation == "east" then
        movement.orientation = "south"
    elseif movement.orientation == "south" then
        movement.orientation = "west"
    elseif movement.orientation == "west" then
        movement.orientation = "north"
    end
    return k
end
---------------these functions are useful for specific situations (NOTE: you should probably use movement.faceDirection() instead of turtle.turn as it updates orientation which is relevant for the other functions)


movement.goHome = function()
    local savedPos = {}
    savedPos.x = movement.curXPos
    savedPos.y = movement.curYPos
    savedPos.z = movement.curZPos
    print("Facing direction: "..movement.orientation)
    if movement.curYPos > 0 then
        movement.faceDirection("west")
        for i=1,savedPos.y do
            movement.forward()
        end
    elseif movement.curYPos < 0 then
        movement.faceDirection("east")
        for i=1,math.abs(savedPos.y) do
            movement.forward()
        end
    end
    if movement.curXPos > 0 then
        movement.faceDirection("south")
        for i=1,savedPos.x do
            movement.forward()
        end
    elseif movement.curXPos < 0 then
        movement.faceDirection("north")
        for i=1,math.abs(savedPos.x) do
            movement.forward()
        end
    end
end

movement.faceDirection = function(orientation)
    if orientation == "north" then
        if movement.orientation == "south" then
            for i=1,2 do
                turtle.turnLeft()
            end
        elseif movement.orientation == "east" then
            turtle.turnLeft()
        elseif movement.orientation == "west" then
            turtle.turnRight()
        end
        movement.orientation = "north"
    elseif orientation == "west" then
        if movement.orientation == "south" then
            turtle.turnRight()
        elseif movement.orientation =="east" then
            for i=1,2 do
                turtle.turnLeft()
            end
        elseif movement.orientation == "north" then
            turtle.turnLeft()
        end
        movement.orientation = "west"
    elseif orientation == "south" then
        if movement.orientation == "east" then
            turtle.turnRight()
        elseif movement.orientation == "north"  then
            for i=1,2 do
                turtle.turnLeft()
            end
        elseif movement.orientation == "west" then
            turtle.turnLeft()
        end
        movement.orientation = "south"
    elseif orientation == "east" then
        if movement.orientation == "north" then
            turtle.turnRight()
        elseif movement.orientation == "west" then
            for i=1,2 do
                turtle.turnLeft()
            end
        elseif movement.orientation == "south" then
            turtle.turnLeft()
        end
        movement.orientation = "east"
    end
end


movement.goToCoords = function(toX, toY, toZ, orientation)
    local savedPos = {}
    local changeInPos = {}
    savedPos.toX = toX
    savedPos.toY = toY
    savedPos.toZ = toZ
    savedPos.orient = orientation
    local placeholder = {}
    placeholder.x = math.abs(savedPos.toX - movement.curXPos)
    placeholder.y = math.abs(savedPos.toY - movement.curYPos)
    placeholder.z = math.abs(savedPos.toZ - movement.curZPos)
    if savedPos.x > movement.curXPos then
        movement.faceDirection("north")
        for i=1,placeholder.x do
            movement.forward()
        end
    elseif savedPos.x < movement.curXPos then
        movement.faceDirection("south")
        for i=1,placeholder.x do
            movement.forward()
        end
    end
    if savedPos.y > movement.curYPos then
        movement.faceDirection("east")
        for i=1, placeholder.y do
            movement.forward()
        end
    elseif savedPos.y < movement.curYPos then
        movement.faceDirection("west")
        for i=1,placeholder.y do
            movement.forward()
        end
    end
    if savedPos.z > curZPos then
        for i=1,placeholder.z do
            turtle.digUp()
            movement.up()
        end
    elseif savedPos.z < curZPos then
        for i=1,placeholder.z do
            movement.down()
        end
    end
    movement.faceDirection(savedPos.orient)
end

-----------------
-----------------
----------------deforestation movement functions dedicated to climbing over obstacles

deforestation.parseArgs = function()
    print("Do you want the turtle to refuel using wood farmed? (y/n)")
    deforestation.selfSufficient = read()
end


deforestation.mineTree = function()
    local tablee = {}
    local goDown = false
    repeat
        local mineTree = false
        for i,v in pairs(deforestation.trees) do
            x, tablee = turtle.inspect()
            if tablee.name == v then
                mineTree = true
            end
        end
        if mineTree == true  then
            turtle.dig()
            turtle.digUp()
            movement.up()
            goDown = true
        end
    until mineTree == false
    if goDown == true then
        if turtle.detectDown() == false then
            repeat
                movement.down()
            until turtle.detectDown() == true
        end
    end
end

deforestation.forward = function()
    if turtle.detectDown() == false then
        repeat
            local k = movement.down()
            if k == false then
                turtle.digDown()
            end
        until turtle.detectDown() == true
    end
    deforestation.mineTree()
    if movement.forward() == false then
        deforestation.mineTree()
        while movement.forward() == false do
            deforestation.mineTree()
            if movement.up() == false then
                repeat
                    turtle.digUp()
                until movement.up() == true
            end
        end
    end
    check = true
end



deforestation.goHome = function()
    local savedPos = {}
    savedPos.x = movement.curXPos
    savedPos.y = movement.curYPos
    savedPos.z = movement.curZPos
    print("Facing direction: "..movement.orientation)
    if movement.curYPos > 0 then
        movement.faceDirection("west")
        for i=1,savedPos.y do
            deforestation.forward()
        end
    elseif movement.curYPos < 0 then
        movement.faceDirection("east")
        for i=1,math.abs(savedPos.y) do
            deforestation.forward()
        end
    end
    if movement.curXPos > 0 then
        movement.faceDirection("south")
        for i=1,savedPos.x do
            deforestation.forward()
        end
    elseif movement.curXPos < 0 then
        movement.faceDirection("north")
        for i=1,math.abs(savedPos.x) do
            deforestation.forward()
        end
    end
end

deforestation.goToCoords = function(x, y, z, orientation)
    local savedPos = {}
    savedPos.x = x
    savedPos.y = y
    savedPos.z = z
    savedPos.orient = orientation
    if savedPos.x > 0 then
        for i=1,savedPos.x do
            deforestation.forward()
        end
    elseif savedPos.x < 0 then
        for i=1,2 do
            turtle.turnLeft()
        end
        for i=1,math.abs(savedPosX) do
            deforestation.forward()
        end
    end
    if savedPos.y > 0 then
        movement.faceDirection("east")
        for i=1, savedPos.y do
            deforestation.forward()
        end
    elseif savedPos.y < 0 then
        movement.faceDirection("west")
        for i=1,savedPos.y do
            deforestation.forward()
        end
    end
    if savedPos.z > 0 then
        for i=1,savedPos.z do
            turtle.digUp()
            movement.up()
        end
    elseif savedPos.z < 0 then
        for i=1,savedPos.z do
            movement.negZ()
        end
    end
    movement.faceDirection(savedPos.orient)
end

deforestation.refuel = function()
    local tablee = {}
    local savedPos = {}
    savedPos.x = movement.curXPos
    savedPos.y = movement.curYPos
    savedPos.z = movement.curZPos
    savedPos.orient = movement.orientation
    local curSlot = 1
    if deforestation.selfSufficient == "y" then
        if turtle.getFuelLevel() <= savedPos.x + savedPos.y + 20 then
            if turtle.getItemCount(16) ~= 0 then
                turtle.select(16)
                turtle.refuel(16)
            elseif turtle.getItemCount(16) == 0 then
                for i=1,15 do
                    turtle.select(curSlot)
                    for i,v in pairs(deforestation.trees) do
                        local tablee = turtle.getItemDetail()
                        if tablee ~= nil and tablee.name == v then
                            turtle.transferTo(16)
                            turtle.select(16)
                            turtle.refuel(16)
                            turtle.select(1)
                        end
                    end
                    curSlot = curSlot + 1
                    if curSlot == 15 then
                        turtle.select(1)
                    end
                end
            end
        end
    elseif turtle.getFuelLevel() <= savedPos.x + savedPos.y + 20 and turtle.getItemCount(16) ~= 0 then
        turtle.select(16)
        turtle.refuel()
    elseif turtle.getFuelLevel() <= savedPos.x + savedPos.y + 20 and turtle.getItemCount(16) == 0 then
        savedPos.x = movement.curXPos
        savedPos.y = movement.curYPos
        savedPos.z = movement.curZPos
        deforestation.goHome()
        movement.faceDirection("north")
        turtle.select(16)
        if turtle.suckDown(32) == false then
            print("Out of fuel, please add fuel to chest or 16th slot")
            repeat
                sleep(1)
            until turtle.refuel() == true or turtle.suck(32) == true
        end
        turtle.refuel()
        deforestation.goToCoords(savedPos.x, savedPos.y, savedPos.z, savedPos.orient)
    end
end








deforestation.deforest = function()
    local amount = 1
    while true do
        deforestation.refuel()
        deforestation.mineTree()
        for i=1, amount do
            term.clear()
            term.setCursorPos(1, 1)
            print([[X Position: ]]..movement.curXPos)
            term.setCursorPos(1, 2)
            print([[Y Position: ]]..movement.curYPos)
            term.setCursorPos(1, 3)
            print("Orientation: "..movement.orientation)
            term.setCursorPos(1,4)
            print("Amount moving: "..amount)
            deforestation.forward()
            term.setCursorPos(1,5)
            print("Movement check: "..tostring(check))
        end
        movement.faceDirection("east")
        deforestation.refuel()
        deforestation.mineTree()
        for i=1, amount do
            term.clear()
            term.setCursorPos(1, 1)
            print([[X Position: ]]..movement.curXPos)
            term.setCursorPos(1, 2)
            print([[Y Position: ]]..movement.curYPos)
            term.setCursorPos(1, 3)
            print("Orientation: "..movement.orientation)
            term.setCursorPos(1,4)
            print("Amount moving: "..amount)
            deforestation.forward()
            term.setCursorPos(1,5)
            print("Movement check: "..tostring(check))
        end
        movement.faceDirection("south")
        amount = amount + 1
        deforestation.refuel()
        deforestation.mineTree()
        for i=1, amount do
            term.clear()
            term.setCursorPos(1, 1)
            print([[X Position: ]]..movement.curXPos)
            term.setCursorPos(1, 2)
            print([[Y Position: ]]..movement.curYPos)
            term.setCursorPos(1, 3)
            print("Orientation: "..movement.orientation)
            term.setCursorPos(1,4)
            print("Amount moving: "..amount)
            deforestation.forward()
            term.setCursorPos(1,5)
            print("Movement check: "..tostring(check))
        end
        movement.faceDirection("west")
        deforestation.refuel()
        deforestation.mineTree()
        for i=1, amount do
            term.clear()
            term.setCursorPos(1, 1)
            print([[X Position: ]]..movement.curXPos)
            term.setCursorPos(1, 2)
            print([[Y Position: ]]..movement.curYPos)
            term.setCursorPos(1, 3)
            print("Orientation: "..movement.orientation)
            term.setCursorPos(1,4)
            print("Amount moving: "..amount)
            deforestation.forward()
            term.setCursorPos(1,5)
            print("Movement check: "..tostring(check))
        end
        movement.faceDirection("north")
        amount = amount + 1
    end
end

deforestation.parseArgs()
deforestation.deforest()