power1

--Energy Monitor

--Energy Cells
cells = {
    peripheral.wrap("cofh_thermalexpansion_energycell_19"),
    peripheral.wrap("cofh_thermalexpansion_energycell_20")
}

--Max Energy
function getMaxEnergy(Str)
    return cells[Str].getMaxEnergyStored("unknown")
end

--Stored Energy
function getStoredEnergy(Str)
    return cells[Str].getEnergyStored("unknown")
end

--Percentage
function percent(minVal,maxVal)
    return math.floor((minVal/maxVal)*100)
end

--Monitor
monitor= peripheral.wrap("top")
monitor.setTextScale(0.5)
monitor.setBackgroundColor(colors.white)
monitor.clear()
monitor.setBackgroundColor(colors.white)
monitor.setTextColor(colors.black)

--Cursor

function Cursor()
  local oldX, oldY = monitor.getCursorPos()
  return oldY
  monitor.setCursorPos(1, oldY+1)
end

--Redstone Operator
full1 = false
full2 = false

--Loop Body
while true do
    for i=1, 2 do
  monitor.write("Cell# "..i)
  Cursor()
        monitor.write("     > Capacity:"..getMaxEnergy(i))
  Cursor()
  monitor.write("     > Stored:  "..getStoredEnergy(i))
  Cursor()
  monitor.write("     > Percent: "..percent(getStoredEnergy(i),getMaxEnergy(i)).."%")
  Cursor()
  monitor.write("------")
  Cursor()
  sleep(1)
  if getStoredEnergy(i) == getMaxEnergy(i) and i==1 then
    full1=true
  elseif getStoredEnergy(i) == getMaxEnergy(i) and i==2 then
    full2=true
  end
  if full1==true and full2==true then
    peripheral.wrap("right")
    rs.setBundledOutput("right", 1)
  else
    rs.setBundledOutput("right", 4)
  end
 end
sleep(10)
term.clear()
end