reactor.lua

local component = require("component")
local event = require("event")
local reactor = component.nc_fission_reactor
local modem = component.modem
local term = require("term")
local gpu = component.gpu
local serialization = require("serialization")
local w, h = gpu.getResolution()

local colors = {}
colors.red = 0xff0000
colors.gray = 0x555555
colors.lime = 0x00ff00

local data = {}
data.heat = 0.0
data.energy = 0.0
data.active = False

local cnt = 0

function label(x, y, color, message, ...)
  local color = color or gpu.getForeground()
  local oldColor = gpu.getForeground()

  gpu.setForeground(color)
  term.setCursor(x,y)
  print(string.format(message, ...))
  gpu.setForeground(oldColor)
end


modem.open(10)
term.clear()

repeat
  data.energy = (reactor.getEnergyStored()/reactor.getMaxEnergyStored()) * 100
  data.heat = (reactor.getHeatLevel()/reactor.getMaxHeatLevel())*100
  data.active = reactor.isProcessing()

  label(1, 1, colors.lime, "Fission Reactor")
  label(1, 3, colors.lime, "Energy Buffer %.2f", data.energy)
  label(1, 5, colors.red, "Heat Buffer %.2f", data.heat)
  if (data.heat > 30) then
    --generating heat, unbalanced fuel
    reactor.deactivate()
    label(w/2, 1, colors.red, "Off")
  end

  if (data.active and data.energy > 98) then
    --conserve fuel
    reactor.deactivate()
    label(w/2, 1, colors.red, "Off")
  end

  if (not data.active and data.energy < 20 and data.heat < 1) then
    reactor.activate()
    label(w/2, 1, colors.lime, "On ")
  end

  local msg = {}
  msg.type = "reactor_update"
  msg.id = os.getenv("HOSTNAME")
  msg.data = data
  modem.broadcast(10, serialization.serialize(msg))

until event.pull(0.5, "interrupt")

modem.close(10)
os.exit()