ReaktorAnzeige

local m = peripheral.wrap("monitor_0")
local r = peripheral.wrap("back")
local epp
local estored
local eproz
local heatcasing
local heatcore
local fuel
local fproz
local waste
local wproz
local ractive
local rodlevelarray = {}

function check()
    ractive = r.getActive()
    estored = r.getEnergyStored()
    epp = r.getEnergyProducedLastTick()
    heatcasing = r.getCasingTemperature()
    heatcore = r.getFuelTemperature()
    fuel = r.getFuelAmount()
    waste = r.getWasteAmount()

end

function RodAnpassung()
  for i = 0,23 do
    rodlevelarray[i] = r.getControlRodLevel(i)
    --print(rodlevelarray[i])
    if estored >= 9900000 and ractive == true then
      r.setControlRodLevel(i, (rodlevelarray[i] + 2))
      print(i.." "..(rodlevelarray[i] + 2))
    elseif estored <= 8000000 and ractive == true then
      r.setControlRodLevel(i, (rodlevelarray[i] - 2))
      print(i.." "..(rodlevelarray[i] - 2))
    end

  end
end

function rechnen()
    eproz = (estored / 10000000) * 100
    eps = math.ceil(eproz * 0.5)
    fproz = (fuel / 1152000) * 100
    fps = math.ceil(fproz * 0.5)
    wproz = (waste / 1152000) * 100
    wps = math.ceil(wproz * 0.5)
end

function display()
    m.setTextScale(1)
    m.setBackgroundColor(colors.black)
    m.clear()
    m.setCursorPos(23,2)
    m.write("Reaktor Monitor")
    m.setCursorPos(7,4)
    m.write("Fuel Temperature: "..math.floor(heatcore + 0.5).."壟F½82壟F½B0C")
    m.setCursorPos(43,4)
    if ractive == true then
        m.setTextColor(colors.green)
        m.write("Aktiviert")
    else
        m.setTextColor(colors.red)
        m.write("Deaktiviert")
    end
    m.setTextColor(colors.white)
    m.setCursorPos(7,6)
    m.write("Casing Temperature: "..math.floor(heatcasing + 0.5).."壟F½82壟F½B0C")
    m.setCursorPos(43,6)
    m.write("Producing: "..math.floor(epp + 0.5).."RF/T")
    m.setCursorPos(7,10)
    m.write("Energy Stored")
    m.setCursorPos(52,12.5)
    m.write(math.floor(estored + 0.5).."RF")
    m.setCursorPos(7,19)
    m.write("Fuel/Waste")
    m.setCursorPos(52,15.5)
    m.write(math.floor(eproz + 0.5).."%")
    m.setCursorPos(52,21.5)
    m.write(math.floor(fproz + 0,5).."%")
    m.setCursorPos(52,24.5)
    m.write(math.floor(wproz + 0,5).."%")

    box(0,11,50,16,colors.red)
        box(0,11,eps,16,colors.green) --Gespeicherte Energie Graph
    box(0,20,50,25,colors.red)
        box(0,20,fps,22,colors.green) --Fuel
        box(0,23,wps,25,colors.blue) --Waste
end

function box(xa,ya,xe,ye,col)
    m.setTextScale(1)
    m.setBackgroundColor(col)
    for y = ya, ye do
        for x = xa, xe do
            m.setCursorPos(x,y)
            m.write(" ")
        end
    end
end

--shell.run("bg ReaktorAnzeigeGraphen")

while true do
    check()
 RodAnpassung()
--  rechnen()
--  display()
    sleep(1)
end