local fuel_power = 504
local fuel_heatgen = 75
local reactor_heatmultiplier = 6.34
local reactor_coolingrate = 2400
local reactor_heatmaxlevel = 900000
local reactor_currenttemperature = 0
local reactor_active = 1
local heat_count = fuel_heatgen * reactor_heatmultiplier - reactor_coolingrate
if heat_count < 0 then
    heat_count = 0
end

power_cube = peripheral.wrap("top")
local power = power_cube.getEnergy() * 4
local Max_power = power_cube.getMaxEnergy() * 4

local function power_status()
    if power < 1000000 then
        reactor_active = 1
    else if power > 45000000 then
        reactor_active = 0
    end
    end
    return reactor_active
end

local function heat_status()
	if reactor_heatmaxlevel/2 < reactor_currenttemperature then
		reactor_active = 0
	else
		reactor_active = 1
	end
	return reactor_active
end

local function nuclear_control()
    while true do
    if power_status()+heat_status() = 0 then
		redstone.setOutput("right", true)
	else
		redstone.setOutput("right", false)
		if heat_status() > 0 then
			sleep(reactor_currenttemperature/reactor_coolingrate + 1)
			reactor_currenttemperature = 0
		else
			while power_status() > 0 do
			sleep(10)
			end
		end
	end

	reactor_currenttemperature = reactor_currenttemperature + heat_count * 100
    sleep(5)

	print("Power: "..string.sub(power/1000000,0,4).." MRF || Temperature: "..reactor_currenttemperature.." C*")

    return nil
end

nuclear_control()