--Redstone Energy Cell Methods
--setEnegyRecive()
--setEnergySend()
--getEnergySend()
--getEnergyRecive()
--getActivationEnergy()
--getLatency()
--getMinEnergyRecived()x
--getMaxEnergyRecived()x4
--getMaxEnergyStored()
--getEnergyStored()
--getPowerProvider()
--
--
--
--
--



function boot (side)
	if peripheral.isPresent(side) == true then
		return peripheral.wrap(side)
	else
		os.exit()
	end
end

function toltSzaz (re)
	stor = re.getEnergyStored()
	storMax = re.getMaxEnergyStored()

	return  stor / storMax * 100
end


function setOffSend (re)
	re.setEnergySend(0)
end

function setOnSend (re)
	re.setEnergySend(100)
end

function checkArray (perArray)
	toltArray = {}
	for i=1, #perArray do
	toltArray[i] = toltSzaz(perArray[i])
	end
	return toltArray
end

perID ={"redstone_energy_cell_0","redstone_energy_cell_1","redstone_energy_cell_2","redstone_energy_cell_3","redstone_energy_cell_4"}
perWrapped = {}

while true do

for i = 1, #perID do
perWrapped[i] = boot(perID[i])
end

toltott = checkArray(perWrapped)

ossz = 0

for i = 1, #toltott do
ossz = ossz + toltott[]

end

ossz = ossz / 5
print(ossz)
rsSide = "top"
if ossz > 50 then
	redstone.setOutput(rsSide, false)
else
	redstone.setOutput(rsSide, true)
end
end