veinminer

os.loadAPI("movement")

miner = {}

miner.blacklist = {
"minecraft:stone",
"minecraft:dirt",
"minecraft:diorite",
"minecraft:andesite",
"minecraft:granite",
"minecraft:gravel",
"minecraft:deepslate"
}

miner.logCoords = {}
miner.logCoords.x = {}
miner.logCoords.y = {}
miner.logCoords.z = {}
miner.logCoords.orient = {}

miner.parseArgs = function()
    term.clear()
    term.setCursorPos(1, 1)
    print("Welcome to turtle miner, please input Y level of quarry.")
    miner.yLevelArg = read()
    print("Now please input the current Y level of turtle.")
    miner.curYLevelArg = read()
    print("Commencing mining..")
end




miner.checkStraight = function()
    local self = false
    for i,v in pairs(miner.blacklist) do
        success, tablee = turtle.inspect()
        if tablee.name == v then
            self = false
        else
            self = true
        end
    end
    return self
end

miner.checkUp = function()
    local self = false
    for i,v in pairs(miner.blacklist) do
        success, tablee = turtle.inspectUp()
        if tablee.name == v then
            self = false
        else
            self = true
        end
    end
    return self
end

miner.checkDown = function()
    local self = false
    for i,v in pairs(miner.blacklist) do
        success, tablee = turtle.inspectDown()
        if tablee.name == v then
            self = false
        else
            self = true
        end
    end
    return self
end

miner.spinCheck = function()
    local self
    for i= 1,4 do
        movement.turnRight()
        if miner.checkStraight() == true then
            self = true
        else
            self = false
        end
    end
    return self
end


miner.fullCheck = function()
    local self
    if miner.checkStraight() == false then
        if miner.checkUp() == false then
            if miner.checkDown() == false then
                if miner.spinCheck == false then
                    self = false
                else
                    self = movement.orientation
                end
            else
                self = "down"
            end
        else
            self = "up"
        end
    else
        self = movement.orientation
    end
    return self
end

miner.mineOre = function()
    local mineOre = false
    local allOrient = {
    "north",
    "south",
    "east",
    "west",
    "up",
    "down"}
    for i,v in pairs(allOrient) do
        if v == miner.fullCheck() then
            if v == "up" then
                turtle.digUp()
                movement.up()
                table.insert(miner.logCoords.x, movement.curXPos)
                table.insert(miner.logCoords.y, movement.curYPos)
                table.insert(miner.logCoords.z, movement.curZPos)
                table.insert(miner.logCoords.z, movement.orientation)
                mineOre = true
            elseif v == "down" then
                turtle.digDown()
                movement.down()
                table.insert(miner.logCoords.x, movement.curXPos)
                table.insert(miner.logCoords.y, movement.curYPos)
                table.insert(miner.logCoords.z, movement.curZPos)
                table.insert(miner.logCoords.z, movement.orientation)
                mineOre = true
            else
                turtle.dig()
                movement.forward()
                table.insert(miner.logCoords.x, movement.curXPos)
                table.insert(miner.logCoords.y, movement.curYPos)
                table.insert(miner.logCoords.z, movement.curZPos)
                table.insert(miner.logCoords.z, movement.orientation)
                mineOre = true
            end
        else
            mineOre = false
        end
    end
    return mineOre
end

miner.veinMine = function()
    local repeatBoolean = false
    repeat
        if miner.mineOre() == true then
            repeat
                sleep()
            until miner.mineOre() == false
            repeatBoolean = true
        end
        if repeatBoolean == true then
            local tArgs = #miner.logCoords.x
            while repeatBoolean == true do
                movement.goToCoords(miner.logCoords.x[tArgs], miner.logCoords.y[tArgs], miner.logCoords.z[tArgs], miner.logCoords.orient)
                tArgs = tArgs - 1
                if miner.mineOre() == false and tArgs == 1 then
                    repeatBoolean = false
                end
            end
        end
    until repeatBoolean == false
    newTArgs = #miner.logCoords.x
    for i= newTArgs, 1, -1 do
        table.remove(miner.logCoords.x, i)
        table.remove(miner.logCoords.y, i)
        table.remove(miner.logCoords.z, i)
        table.remove(miner.logCoords.orient, i)
    end
end




miner.goToY = function()
    local changeInY = math.abs(miner.yLevelArg - miner.curYLevelArg)
    for i=1, changeInY do
        turtle.digDown()
        movement.down()
    end
end


miner.refuel = function()
    local savedPos = {}
    savedPos.x = movement.curXPos
    savedPos.y = movement.curYPos
    savedPos.z = movement.curZPos
    savedPos.orient = movement.orientation
    local smartFuel = turtle.getFuelLevel()
    local smartFuelMovement = math.abs(movement.curXPos) + math.abs(movement.curYPos) + math.abs(movement.curZPos)
    if smartFuel + 50 < smartFuelMovement then
        if turtle.getItemCount(16) ~= 0 then
            turtle.select(16)
            turtle.refuel()
            turtle.select(1)
        else
            movement.goHome()
            movement.faceDirection("south")
            turtle.up()
            turtle.select(16)
            if turtle.suck(32) == false then
                print("Out of fuel, please add fuel to my 16th slot or the chest.")
                repeat
                    sleep(1)
                until turtle.suck(32) and turtle.refuel() == true or turtle.refuel() == true
            end
            turtle.select(1)
            movement.goToCoords(savedPos.x, savedPos.y, savedPos.z, savedPos.orient, "z", "x", "y")
        end
    end
end



miner.empty = function()
    local savedPos = {}
    savedPos.x = movement.curXPos
    savedPos.y = movement.curYPos
    savedPos.z = movement.curZPos
    savedPos.orient = movement.orientation
    local garbageAmount = 0
    for i=1,15 do
        garbageAmount = garbageAmount + turtle.getItemCount(i)
    end
    if garbageAmount == 960 then
        movement.goHome()
        movement.faceDirection("south")
        for i=1,15 do
            turtle.select(i)
            if turtle.drop() == false then
                print("Inventory full, please make room.")
                repeat
                    sleep(1)
                until turtle.drop() == true
            end
        end
        turtle.select(1)
        movement.goToCoords(savedPos.x, savedPos.y, savedPos.z, savedPos.orient, "z", "x", "y")
    end
end


miner.mineForward = function()
    miner.refuel()
    miner.empty()
    print("VeinMine status: "..miner.veinMine())
    turtle.dig()
    self = movement.forward()
    return self
end


miner.mine = function()
    local amount = 1
    miner.goToY()
    while true do
        for i=1, amount do
            miner.mineForward()
        end
        movement.turnRight()
        for i=1, amount do
            miner.mineForward()
        end
        amount = amount+1
        movement.turnRight()
        for i=1, amount do
            miner.mineForward()
        end
        movement.turnRight()
        for i=1,amount do
            movement.forward()
        end
        movement.turnRight()
        amount = amount + 1
    end
end

miner.startFuel = function()
    if turtle.getFuelLevel() == 0 then
        turtle.select(16)
        if turtle.refuel() == false then
            print("Oops!, You forgot to input fuel into the 16th slot.")
            repeat
                sleep(1)
            until turtle.refuel() == true
        end
        turtle.select(1)
    end
end

miner.startFuel()
miner.parseArgs()
miner.mine()