local modem = peripheral.wrap("bottom")
modem.open(1)
local monitor_ = peripheral.wrap("left")
monitor_.open(1)
local monitor = peripheral.wrap("monitor_26")

print(math.round(((10/6.5548)*10)*0.1)

while (true) do

  local energy = {0,0,0,0,0,0,0,0,0,0,0}
  local maxEnergy = {0,0,0,0,0,0,0,0,0,0,0}
  local allEnergy = 0
  local allMaxEnergy = 0
  local currentCell = 0

  for i=11,1,-1 do
  	for j=0,10,1 do
	    temp = peripheral.wrap("cofh_thermalexpansion_energycell_" .. currentCell)
        maxEnergy[i] = maxEnergy[i] + temp.getMaxEnergyStored("east")
        energy[i] = energy[i] + temp.getEnergyStored("east")
        allEnergy = allEnergy + temp.getEnergyStored("east")
        allMaxEnergy = allMaxEnergy + temp.getMaxEnergyStored("east")
  	  currentCell = currentCell + 1
   end
  end

  monitor.setTextColour(1)
  for k=01,11,1 do
   number = k
   if k < 10 then
     number = "0" .. k
   end
  	text = "Row " .. number .. ": " .. energy[k] .. " RF/" .. maxEnergy[k] .. " RF (" .. math.round(((energy[k]*100)/maxEnergy[k])*10)*0.1 .. "%)"
  	print(text)
  	monitor.setCursorPos(1,k)
  	monitor.clearLine()
  	monitor.write(text)
  end
  text1 = "Summe: " .. allEnergy .. " RF/" .. allMaxEnergy .. " RF " .. math.round(((allEnergy*100)/allMaxEnergy)*10)*0.1 .. "%"
  print(text1)
  monitor.setCursorPos(1,12)
  monitor.clearLine()
  monitor.setTextColour(2)
  monitor.write(text1)
  sleep(0.5)
  print("")
end