rednet.open("right")
local mon = peripheral.wrap("front")

-- reactor id = 43
-- turbine1 id = 47
-- turbine2 id = 48
-- turbine3 id = 49
-- turbine4 id = 50

while true do

local id,mes = rednet.receive()

if id = 43 then
reactor = {
  active = mes.active,
  casetemp = mes.casingtemp,
  steamtick = mes.energylasttick,
  fuel = mes.fuelamount,
  fuelmax = mes.fuelmax,
  fueleat = mes.fueleatlasttick,
  temp = mes.fueltemp,
  waste = mes.wasteamount,
}
elseif id = 47 then
t1 = {
active = mes.active,
rotorspeed = mes.rotorspeed,
stored = math.floor(mes.stored,0),
produce = math.floor(mes.produce,0),
}
elseif id = 48 then
t2 = {
active = mes.active,
rotorspeed = mes.rotorspeed,
stored = math.floor(mes.stored,0),
produce = math.floor(mes.produce,0),
}
elseif id = 49 then
t3 = {
active = mes.active,
rotorspeed = mes.rotorspeed,
stored = math.floor(mes.stored,0),
produce = math.floor(mes.produce,0),
}
elseif id = 50 then
t4 = {
active = mes.active,
rotorspeed = mes.rotorspeed,
stored = math.floor(mes.stored,0),
produce = math.floor(mes.produce,0),
}
end

totalproduce = t1.produce + t2.produce + t3.produce + t4.produce
totalstored = t1.stored + t2.stored + t3.stored + t4.stored

--monitor x = 82
--monitor y = 19

term.clear()
term.redirect(mon)
mon.setTextScale(0.5)

-- reactor status

print("~~~~~~~~~~~~~~~~~~~~ Reactor Status ~~~~~~~~~~~~~~~~~~~~")
print()
write("REACTOR: ")
if reactor.active == true then
mon.setTextColour(colors.lime)
write("ACTIVE")
elseif reactor.active == false then
mon.setTextColour(colors.red)
write("OFFLINE")
end
mon.setTextColour(colors.white)
print()
print()
print("Steam: " .. math.floor(reactor.steamtick,0) .. " mB/t")
print()
print("Fuel:              " .. reactor.fuel .. "/" .. reactor.fuelmax .. " mB")
print("Fuel Usage:        " .. math.ceil(reactor.fueleat*100)/100 .. " mB/t")
print("Fuel Temp:  " .. math.floor(reactor.temp,1) .. " C")
print("Waste:             " .. reactor.waste .. " mB")
print()



print("~~~~~~~~~~~~~~~~~~~~ Turbine Status ~~~~~~~~~~~~~~~~~~~~")
print()
write("Turbine 1: ")
if t1.active == true then
mon.setTextColour(colors.lime)
write("ACTIVE")
elseif t1.active == false then
mon.setTextColour(colors.red)
write("OFFLINE")
end
mon.setTextColour(colors.white)
print()
print("Rotor Speed: " .. t1.rotorspeed .. " RPM")
print("Energy Production: " .. t1.produce .." RF/t")
print("Energy Stored: " .. t1.stored .." RF")
print()

write("Turbine 2: ")
if t2.active == true then
mon.setTextColour(colors.lime)
write("ACTIVE")
elseif t2.active == false then
mon.setTextColour(colors.red)
write("OFFLINE")
end
mon.setTextColour(colors.white)
print()
print("Rotor Speed: " .. t2.rotorspeed .. " RPM")
print("Energy Production: " .. t2.produce .." RF/t")
print("Energy Stored: " .. t2.stored .." RF")
print()

write("Turbine 3: ")
if t3.active == true then
mon.setTextColour(colors.lime)
write("ACTIVE")
elseif t3.active == false then
mon.setTextColour(colors.red)
write("OFFLINE")
end
mon.setTextColour(colors.white)
print()
print("Rotor Speed: " .. t3.rotorspeed .. " RPM")
print("Energy Production: " .. t3.produce .." RF/t")
print("Energy Stored: " .. t3.stored .." RF")
print()

write("Turbine 4: ")
if t4.active == true then
mon.setTextColour(colors.lime)
write("ACTIVE")
elseif t4.active == false then
mon.setTextColour(colors.red)
write("OFFLINE")
end
mon.setTextColour(colors.white)
print()
print("Rotor Speed: " .. t4.rotorspeed .. " RPM")
print("Energy Production: " .. t4.produce .." RF/t")
print("Energy Stored: " .. t4.stored .." RF")
print()
print("~~~~~~~~~~~~~~~~~~~~ Total Stats ~~~~~~~~~~~~~~~~~~~~")
print()
print("Total Energy Production: " .. totalproduce .." RF/t")
print("Energy Stored: " .. totalstored .." RF")

sleep(1)
end