rednet.open("front")
TurtleState = 1
while true do
  Renewnum = 0
  Table = {}
  if fs.exists("disk/state") then
    FState = fs.open("disk/state", "r")
    state = tonumber(FState.readLine())
    FState.close()
    if fs.exists("disk/reactor_data") then
      file = fs.open("disk/reactor_data", "r")
      amount = tonumber(file.readLine())
      table.insert(Table, amount)
      if Table[1] ~=0 then
        for i=1,Table[1] do
          local SubTable = {}
          for j=1,5 do
            temp = tonumber(file.readLine())
            table.insert(SubTable, temp)
          end
          table.insert(Table, SubTable)
        end
      end
      file.close()
      Sides = {"right", "back", "left"}
      if fs.exists("disk/turt_answer") then
        TurtAns = fs.open("disk/turt_answer", "r")
        Reacnum = tonumber(TurtAns.readLine())
        if Reacnum>0 then
          for i=1,Reacnum do
            local temp = tonumber(TurtAns.readLine())+1
            Table[temp][1]=tonumber(TurtAns.readLine())
            print(Table[temp][1])
            Table[temp][5]=tonumber(TurtAns.readLine())
            Table[temp][4]=0
            Table[temp][3]=1
          end
        end
        TurtAns.close()
        if Reacnum>0 then
          TurtAns = fs.open("disk/turt_answer", "w")
          TurtAns.writeLine(0)
          TurtAns.close()
        end
      end
      if state == 1 then
        if Table[1]>3 then
          local temp = math.floor(Table[1]/3)
          for i=1,temp do
            for j=1,3 do
              table.insert(Sides[j])
            end
          end
        end
        time = {}
        for i=1,Table[1] do
          table.insert(time, 0)
          reactor = i+1
          if Table[reactor][1] <= (10000*Table[reactor][5]) then
            if Table[reactor][3] == 1 then
              if i <= 3 then
                redstone.setOutput(Sides[i], true)
              else
                rednet.broadcast(i)
                rednet.broadcast(Sides[i])
                rednet.broadcast("true")
              end
              Table[reactor][2]=1
              time[i]= os.clock()
            else
              if i <= 3 then
                redstone.setOutput(Sides[i], false)
              else
                rednet.broadcast(i)
                rednet.broadcast(Sides[i])
                rednet.broadcast("false")
              end
              Table[reactor][2]=0
            end
          else
            if i <= 3 then
              redstone.setOutput(Sides[i], false)
            else
              rednet.broadcast(i)
              rednet.broadcast(Sides[i])
              rednet.broadcast("false")
            end
            Table[reactor][2]=0
            Table[reactor][3]=0
            Table[reactor][4]=1
          end
        end
        sleep(10)
        for i=1,Table[1] do
          reactor = i+1
          if Table[reactor][2] == 1 then
            Table[reactor][1]=math.floor(Table[reactor][1]+os.clock()-time[i] )
          end
        end
        for i=1,Table[1] do
          reactor = i+1
          Renewnum = Renewnum + Table[reactor][4]
        end
        TurtState = fs.open("disk/turt_state", "r")
        TurtleState=tonumber(TurtState.readLine())
        TurtState.close()
        if TurtleState == 0 then
          TurtAsk = fs.open("disk/turt_ask", "w")
          TurtAsk.writeLine(Renewnum)
          if Renewnum>0 then
            for j=1,Table[1] do
              reactor = 1+j
              if Table[reactor][4] == 1 then
                TurtAsk.writeLine(j)
              end
            end
          end
          TurtAsk.close()
          if Renewnum>0 then
            TurtAsk.close()
            TurtState = fs.open("disk/turt_state", "w")
            TurtState.writeLine(1)
            TurtState.close()
          end
        end
        file = fs.open("disk/reactor_data", "w")
        file.writeLine(Table[1])
        for i=1,Table[1] do
          reactor = i+1
          for j=1,5 do
            file.writeLine(Table[reactor][j])
          end
        end
        file.close()
      else
        for i=1,Table[1] do
          if i <= 3 then
            redstone.setOutput(Sides[i], false)
          else
            rednet.broadcast(i)
            rednet.broadcast(Sides[i])
          end
        end
      end
    else
      print("fill table")
      break
    end
  else
    FState = fs.open("disk/state", "w")
    FState.writeLine(1)
    FState.close()
  end
end