ReactorControl

--Methods:

  --getMaxHeat
  --isActive
  --getAllStacks
  --getEUOutput
  --getHeat
  --getInventorySize

--Config:

  reactorSide = "top"
  redstonSide = "back"

--Function:

reactor = peripheral.wrap(reactorSide)

function firstRun()
  if fs.exists("log.txt") then
   -- Open data
   print("Uranium Slot file Ok")
   file = fs.open("log.txt","r")
   slotFile = file.readAll()
   file.close()
   print(slotFile)
   slotCell = textutils.unserialize(slotFile)
  else
   shell.run("pastebin get 1JHBtb20 searchCell")
   shell.openTab("searchCell")
    for i = 5,0,-1 do
     term.setCursorPos(1,2)
     print("Searching Uranium Cell ...")
     term.setCursorPos(1,3)
     term.clearLine()
     print("Wait "..i.." s")
     sleep(1)
    end
  end
term.clear()
end

function uranium()
  for k,v in pairs(slotCell) do
   slot = v
   --print("slot: "..slot)
   --print(k..": "..tostring(v))
   --sleep(1)
   slotData = reactor.getStackInSlot(slot)
    if slotData ~= nil then
      for k,v in pairs(slotData) do
       dispName = slotData.display_name
       name = slotData.name
       dmg = slotData.dmg
      end
     maxDmg = 10000
     timeInSec = 10020
     ratio = maxDmg/timeInSec
     calTime_1 = (timeInSec - (dmg*ratio))/60
     --print("Cal_1: "..calTime_1)
     calTime_2 = math.floor(calTime_1)/60 -- hour decimal
     --print("Cal_2: "..calTime_2)
     calTime_3 = (calTime_2 - math.floor(calTime_2)) * 60
     timeH = math.floor(calTime_2)
     timeM = math.floor(calTime_3)
     --print("Cal_3: "..calTime_3)
     --print("H: "..math.floor(calTime_2))
     --print("Min: "..math.floor(calTime_3))
     strg = string.format("%s: %s - %s h %s min",slot,dispName,timeH,timeM)
     print(strg)
     yPos = yPos + 1
     --print(name)
     --print(dmg)
    end
  end
end

--for k,v in pairs(reactor) do
 --print(k..": "..tostring(v))
 --sleep(2)
--end
term.clear()
term.setCursorPos(1,1)
firstRun()
while true do
 yPos = 7
 if slotCell == nil then
  firstRun()
 end
 sleep(1)
 temp = reactor.getHeat()
 tempMax = reactor.getMaxHeat()
 energyOut = reactor.getEUOutput()
 energyReal = energyOut*5
 term.setCursorPos(1,4)
 term.clearLine()
 print("°C: "..temp.."/"..tempMax)
 term.setCursorPos(1,5)
 term.clearLine()
 print("Output: "..energyReal.." EU/t")
 term.setCursorPos(1,yPos)
 term.clearLine()
 uranium()
end