startup

if shell.getRunningProgram() ~= "startup" then
  print("script not properly installed")
  print("do you want to install autoreactor to this computer and reboot? [y/n]")
  input= read("*")
  if input  == "y" or input == "Y" then
    if fs.exists("/startup") == true then
      print ("setup has detected a startup on this computer, overwrite? y/n")
      input = read("*")
      if input == "N" or input == "n" then
        os.exit()
      else
        shell.run("rm /startup")
      end
    end
    shell.run("cp "..shell.getRunningProgram().." /startup")
    print ("Copy compleete, please remove anny disks")
    while true do
      if fs.exists("/disk/startup") == false then
        os.reboot()
      end
    os.sleep(5)
    end
  end
end


sides = {"top","front","back","bottom","left","right"}
reactorstring = "BigReactors-Reactor"
turbinestring = "BigReactors-Turbine"
monitorstring = "monitor"
modemstring = "modem"
modemchannel = 666 -- dont ask me why
modemsendrate = 1.0
reactorside = nil
turbineside = nil
monitorside = nil
modemside = nil
mincoolant = 5000
targetspeed = 1839.2
speedupto = 1500
panniccoolant = 1000
delay = 0.2
print "detecting sides "
for a= 1,6 do
  if peripheral.isPresent(sides[a]) then
    device = peripheral.getType(sides[a])
    print (sides[a]..": "..device)
    if device == reactorstring then

      print("Found a reactor on side: ".. sides[a])
      reactorside = sides[a]
    elseif device == turbinestring then
      print("Found a Turbine on side: ".. sides[a])
      turbineside = sides[a]
    elseif device == modemstring then
      print("Found a modem on side: "..sides[a])
      modemside = sides[a]
    elseif device == monitorstring then
      print("Found a monitor on side: "..sides[a])
      monitorside = sides[a]
    end
  end
end
if reactorside ~= nil and turbineside ~= nil then
  error("You cant controle both with one computer")
elseif reactorside==nil and turbineside==nil and monitorside == nil then
  error("You need to place this computer agianst a computerport or a monitor!")
elseif monitorside ~= nil and modemside == nil then
  error("Found a monitor but no modem")
end

if monitorside ~= nil then
  print("monitor started")
  modem = peripheral.wrap(modemside) -- bothway
  modem.open(modemchannel)
  local event, modemSide, senderChannel, replyChannel, message, senderDistance = os.pullEvent("modem_message")
  print("The message was: "..message)
  print("The sender is: "..(senderDistance or "an unknown number of").." blocks away from me.")

end
print("setup fase finished!")
if reactorside ~= nil then
  if modemside ~= nil then
    modem = peripheral.wrap(modemside)
    modem.open(modemchannel)
    modem.transmit(modemchannel,modemchannel,"test")
  end

-- reactorscript
  term.clear()
  reactor = peripheral.wrap(reactorside)
  maxfluid = reactor.getHotFluidAmountMax()
  pump = false
  while true do
    hotfluid = reactor.getHotFluidAmount()
    coolant= reactor.getCoolantAmount()
    if coolant < mincoolant then
      for a=1,6 do
        rs.setOutput(sides[a],true)
      end
      pump = true
    elseif pump == true then
      pump = false
      for a=1,6 do
        rs.setOutput(sides[a],false)
      end
    end
    t = hotfluid / maxfluid
    if coolant < panniccoolant then
      t = 1
    end
    reactor.setAllControlRodLevels(t*100)
    term.setCursorPos(1,1)
    -- reminder we can also catch fuel levels
    sendstring = "RDATA"
    print ("rodlevel: "..(t*100).."%")
    sendstring = sendstring .. ":"..t
    print ("Fuel temp: "..reactor.getFuelTemperature().." C")
    sendstring = sendstring .. ":".. reactor.getFuelTemperature()
    print ("Casing temp: "..reactor.getCasingTemperature().." C")
    sendstring = sendstring .. ":".. reactor.getCasingTemperature()
    print ("Steam : "..reactor.getHotFluidProducedLastTick() .." Mb/t")
    sendstring = sendstring .. ":".. reactor.getHotFluidProducedLastTick()
    print ("coolant: "..reactor.getCoolantAmount() .." Mb")
    sendstring = sendstring .. ":".. reactor.getCoolantAmount()
    print ("is running: "..tostring( reactor.getActive()) )
    sendstring = sendstring .. ":".. tostring(reactor.getActive())
    print ("reactor rods: "..reactor.getNumberOfControlRods())
    print ("reactor fuelspace :"..reactor.getFuelAmountMax())
    local maxx,maxy,maxz = reactor.getMaximumCoordinate()
    local minx,miny,minz = reactor.getMinimumCoordinate()
    print ("Reactorsize : ".. (1+(maxx-minx)).." X "..(1+(maxz-minz)).." X "..(1+(maxy-miny)))
    print ("Cyanide : "..reactor.getWasteAmount())
    print ("Fuel: "..reactor.getFuelAmount())
    print ("Consumtion rate: "..reactor.getFuelConsumedLastTick())
    print ("Fertilization: "..reactor.getFuelReactivity())
    modem.transmit(modemchannel,modemchannel,sendstring)
    os.sleep(delay)
  end
end
if turbineside ~= nil then
if modemside ~= nil then
  modem =peripheral.wrap(modemside)
  modem.open(modemchannel)
  modem.transmit(modemchannel,modemchannel,"Ttest")
end
  -- turbine script
  term.clear()
  turbine = peripheral.wrap(turbineside)
  turbine.setVentNone()
  vent = false
  while true do
    if turbine.getOutputAmount() > (turbine.getFluidAmountMax()/2) then
    turbine.setVentAll()
    vent = true
    elseif vent == true then
    vent = false
    turbine.setVentNone()
    end

    term.setCursorPos(1,1)
    speed = turbine.getRotorSpeed()
    if speed < speedupto then
      turbine.setInductorEngaged(false)
      turbine.setFluidFlowRateMax(2000)
    elseif speed > targetspeed then
      if turbine.getEnergyStored() > 900000 then
        turbine.setInductorEngaged(false)
      else
        turbine.setInductorEngaged(true)
      end
      overspeed = speed - targetspeed
      turbine.setFluidFlowRateMax(2000 -math.pow( overspeed,overspeed))
    else
      turbine.setFluidFlowRateMax(2000)
      if turbine.getEnergyStored() > 900000 then
        turbine.setInductorEngaged(false)
      else
        turbine.setInductorEngaged(true)
      end
    end
    print("speed: "..speed.. " RPM")
    print ("producing: "..turbine.getEnergyProducedLastTick ().." rf/t")
    print ("Flowrate: "..turbine.getFluidFlowRate().." Mb/t")
    print ("inductor: "..tostring(turbine.getInductorEngaged()))
    print ("is running: "..tostring(turbine.getActive()) )
    print ("RotorMass: "..turbine.getRotorMass())
    print ("Efficiency: "..turbine.getBladeEfficiency())
    print ("Output: "..turbine.getOutputAmount())
    print ("Blade: "..turbine.getNumberOfBlades())
    print ("Energy: "..turbine.getEnergyStored())
    print ("Input: "..turbine.getInputAmount())
    print ("Flow: "..turbine.getFluidFlowRate())
        local maxx,maxy,maxz = turbine.getMaximumCoordinate()
    local minx,miny,minz = turbine.getMinimumCoordinate()
    print ("turbineSize: "..(1+(maxx-minx)).." X "..(1+(maxz-minz)).." X "..(1+(maxy-miny)))
    os.sleep(delay)


  end
end