local mLayerOffset1 = tonumber(read())
    -- Обратимся к майнеру как к периферийному устройству
    miner1 = peripheral.wrap("mininglaser_645")
    miner2 = peripheral.wrap("mininglaser_644")
    miner3 = peripheral.wrap("mininglaser_643")
    miner4 = peripheral.wrap("mininglaser_642")
    miner5 = peripheral.wrap("mininglaser_641")
    miner6 = peripheral.wrap("mininglaser_640")
    miner7 = peripheral.wrap("mininglaser_651")
    miner8 = peripheral.wrap("mininglaser_652")


    miner1.setStartLayerOffset(mLayerOffset1)
    miner1.startQuarry()

    miner2.setStartLayerOffset(mLayerOffset1)
    miner2.startQuarry()

    miner3.setStartLayerOffset(mLayerOffset1)
    miner3.startQuarry()

    miner4.setStartLayerOffset(mLayerOffset1)
    miner4.startQuarry()

    miner5.setStartLayerOffset(mLayerOffset1)
    miner5.startQuarry()

    miner6.setStartLayerOffset(mLayerOffset1)
    miner6.startQuarry()

    miner7.setStartLayerOffset(mLayerOffset1)
    miner7.startQuarry()

    miner8.setStartLayerOffset(mLayerOffset1)
    miner8.startQuarry()

while miner1.isMining() do
   -- Получаем информацию о состоянии майнера
   state, energy, currentLayer, mined, total = miner1.getMinerState()

   -- Выводим
   term.clear()
   term.setCursorPos(0,0)

   print("State: " .. state)
   print("Energy: " .. energy .. " Eu")
   print("Mined " .. mined .. "/" .. total .." at layer " .. currentLayer)

   sleep(1)
end