reactor = peripheral.wrap("back")
fluxIn = peripheral.wrap("flux_gate_0")
fluxOut = peripheral.wrap("flux_gate_1")

reactor.activateReactor()

while true do

daten = reactor.getReactorInfo()
feldstart = daten.fieldStrength/1000000
temperatur = daten.temperature
puffer = daten.energySaturation/10000000
rate = daten.generationRate
status = daten.status
convers = daten.fuelConversionRateN
tmp=fluxOut.getSignalLowFlow()-fluxIn.getSignalLowFlow()

print(" ")
print(" ")
print(" ")
print(" ")
print(" _____________________________________________ ")
print("/           ----Reactor status: "..status.."----")
print("|fluxIN= "..fluxIn.getSignalLowFlow().."   fluxOut= "..fluxOut.getSignalLowFlow().."   Gewinn= "..tmp)
--tmp = daten.fieldStrength
--print("|Eindämmungsfeld Stärke: "..feldstart.."%)--     "..tmp.."RF")
print("|Reaktor Temperatur: "..temperatur.."C")
--tmp = daten.energySaturation
print("|Energie Speicher: "..puffer.."%     ")--..tmp.."RF")
print("|Generierte Energie: "..rate.."RF/t")
print("|Umsetzungsrate: "..convers.."nb/t")
print("\_____________________________________________/")
print(" ")
print(" ")
print(" ")
print(" ")
print(" ")

if (feldstart < 30) then
 fluxIn.setSignalLowFlow(fluxIn.getSignalLowFlow()+1000)
end
if (feldstart >= 30 and fluxIn.getSignalLowFlow() > 75000) then
 fluxIn.setSignalLowFlow(fluxIn.getSignalLowFlow()-1000)
end

if (temperatur > 7000 or feldstart < 15) then
 reactor.stopReactor()
 print("SCHALTE AB!!!!!")
 break
end
if (temperatur > 6000) then
 fluxOut.setSignalLowFlow(fluxOut.getSignalLowFlow()-1000)
 print("temperatur LIMIT ERREICHT!!!!!")
end

if (fluxOut.getSignalLowFlow() < rate and temperatur < 6000 and puffer > 50) then -- and rate < 500000) then
 fluxOut.setSignalLowFlow(rate)
end

if (fluxOut.getSignalLowFlow() > rate and puffer < 40) then
 fluxOut.setSignalLowFlow(fluxOut.getSignalLowFlow()-1000)
end

sleep(1)
end