Reactor New

function round(num, idp)
  local mult = 10^(idp or 0);
  return math.floor(num * mult + 0.5) / mult;
end

function formateNumber(n) --http://richard.warburton.it
    if type(n) == "number" then
        n = string.format("%.f", tostring(n))
    else
        n = string.format("%.f", n)
    end
    local left,num,right = string.match(n,'^([^%d]*%d)(%d*)(.-)$');
    return left..(num:reverse():gsub('(%d%d%d)','%1,'):reverse())..right;
end

local monitor = peripheral.wrap("monitor_1")
local reactor = {}
local i = 0

monitor.clear()
monitor.setTextColor(colors.combine(colors.orange, colors.yellow))
monitor.setTextScale(.75)

for i = 0, 5, 1 do
    reactor[i] = peripheral.wrap("Reactor Logic Adapter_" .. i)
end

while true do

    i = 0
    local totalEnergy = 0

    for _ in pairs(reactor) do

        local Energy = reactor[i].getEnergy()
        local MaxEnergy = reactor[i].getMaxEnergy()
        local EnergyOut = reactor[i].getProducing()
        local PlasmaHeat = reactor[i].getPlasmaHeat()
        local CaseHeat = reactor[i].getCaseHeat()
        local MaxCaseHeat = reactor[i].getMaxCaseHeat()
        local MaxPlasmaHeat = reactor[i].getMaxPlasmaHeat()
        local IgnitionTemp = reactor[i].getIgnitionTemp()
        local Tritium = reactor[i].getTritium()
        local Deuterium = reactor[i].getDeuterium()
        local FuelInjectionRate = reactor[i].getInjectionRate()
        local Water = reactor[i].getWater()
        local Steam = reactor[i].getSteam()
        local isOn = reactor[i].isIgnited()
        local canStart = reactor[i].canIgnite()


        monitor.setCursorPos(1,1)
        monitor.clearLine()
        if isOn then
            monitor.setTextColor(colors.lime)
            monitor.write("Reactor " .. i+1 .. " is ON")
        else
            monitor.setTextColor(colors.red)
            monitor.write("Reactor " .. i+1 .. " is OFF")
        end


        monitor.setTextColor(colors.combine(colors.orange, colors.yellow))
        monitor.setCursorPos(1,3)
        monitor.clearLine()
        monitor.write("Case Temperature:   " .. formateNumber(CaseHeat) .. " K this corresponds to " .. round((CaseHeat/MaxCaseHeat)*100,2) .. " % of the max Case Temperature.")
        monitor.setCursorPos(1,5)
        monitor.clearLine()
        monitor.write("Plasma Temperature: " .. formateNumber(PlasmaHeat) .. " K this corresponds to " .. round((PlasmaHeat/MaxPlasmaHeat)*100,2) .. " % of the max Plasma Temperature.")
        monitor.setCursorPos(1,7)
        monitor.clearLine()
        monitor.write("Need Temperature for Ignition: " .. formateNumber(IgnitionTemp) .. " K this corresponds to " .. round((PlasmaHeat/IgnitionTemp)*100,5) .. " % of the current Plasma Temperature.")

        monitor.setCursorPos(1,10)
        monitor.clearLine()
        monitor.write("Currently Producing:      " .. formateNumber(EnergyOut/2.5) .. " RF/t at an Fuel Injection Rate of " .. FuelInjectionRate .. " mB/t.")
        monitor.setCursorPos(1,12)
        monitor.clearLine()
        monitor.write("Current stored Energy:    " .. formateNumber(Energy/2.5) .. " RF this corresponds to " .. round((Energy/MaxEnergy)*100,4) .. " % of the max storable Energy.")
        monitor.setCursorPos(1,14)
        monitor.clearLine()
        monitor.write("Current stored Tritium:   " .. formateNumber(Tritium) .. " mB.")
        monitor.setCursorPos(1,16)
        monitor.clearLine()
        monitor.write("Current stored Deuterium: " .. formateNumber(Deuterium) .. " mB.")

        monitor.setCursorPos(1,18)
        monitor.clearLine()
        monitor.write("Current stored Water: " .. formateNumber(Water) .. " mB.")

        monitor.setCursorPos(1,20)
        monitor.clearLine()
        monitor.write("Current stored Steam: " .. formateNumber(Steam) .. " mB.")

        monitor.setCursorPos(1,23)
        monitor.clearLine()

        if canStart then
            monitor.setTextColor(colors.lime)
            monitor.write("Reactor could be re- started.")
        else
            monitor.setTextColor(colors.red)
            monitor.write("Reactor could NOT be re- started without a Laser Impuls.")
        end

        monitor.setTextColor(colors.combine(colors.orange, colors.yellow))

        i = i + 1
        totalEnergy = totalEnergy + EnergyOut
        os.sleep(3.5)
    end

    monitor.setCursorPos(1,25)
    monitor.clearLine()
    monitor.write("Total Energy Production: " .. formateNumber(totalEnergy/2.5) .. " RF/t")

end