bigReactorRegulator

Reactor = {
    direction = "south"
}

Chest = {
    chest = peripheral.wrap("gold_chest_2")
}

EnergyCell = {
}
EnergyCell_mt = {__index = EnergyCell}
function EnergyCell:create()--{{{
    local newEnergyCell = {}
    setmetatable(newEnergyCell, EnergyCell_mt)
    return newEnergyCell
end--}}}

energyCells = {}
energyCells[1] = EnergyCell:create()
energyCells[1].cell = peripheral.wrap("redstone_energy_cell_2")
energyCells[2] = EnergyCell:create()
energyCells[2].cell = peripheral.wrap("redstone_energy_cell_3")
energyCells[3] = EnergyCell:create()
energyCells[3].cell = peripheral.wrap("redstone_energy_cell_4")
energyCells[4] = EnergyCell:create()
energyCells[4].cell = peripheral.wrap("redstone_energy_cell_5")
energyCells[5] = EnergyCell:create()
energyCells[5].cell = peripheral.wrap("redstone_energy_cell_6")
energyCells[6] = EnergyCell:create()
energyCells[6].cell = peripheral.wrap("redstone_energy_cell_7")
energyCells[7] = EnergyCell:create()
energyCells[7].cell = peripheral.wrap("redstone_energy_cell_8")

function Chest:findFuel(name)--{{{
    for slot=0,self.chest.getSizeInventory() do
        local slotContents = self.chest.getStackInSlot(slot)
        if name == slotContents.name then
            return slotContents
        end
    end
end--}}}

function getTotalStoredEnergy(energyCells)
    local total = 0
    for key, energyCell in pairs(energyCells) do
        total = total + energyCell.cell.getEnergyStored()
    end
    return total
end

function Chest:insertIntoReactor(fuelType, quantity)
end

function refuelReactor(chest, reactor)
    chest.chest.condense()
    for slot=0,chest.chest.getSizeInventory()-1 do

    end
end

reactor = Reactor
chest = Chest
cell = EnergyCell

while true do
    os.startTimer(60)
    event, param1, param2, param3 = os.pullEvent("timer")
    if event == 'timer' then
        print(total)
        total = getTotalStoredEnergy(energyCells)
        if total < 600000 then

        end
    end
end