reactor.lua

API = require("buttonAPI")
local filesystem = require("filesystem")
local component = require("component")
local keyboard = require("keyboard")
local event = require("event")
local gpu = component.gpu
local reactor = component.nc_fission_reactor

local versionType = "NEW"

local DEBUG = false
local debugList = {}
local debugVars = {}

local autoV = false


local colors = { blue = 0x4286F4, purple = 0xB673d6, red = 0xC14141, green = 0xDA841,
  black = 0x000000, white = 0xFFFFFF, grey = 0x47494C, lightGrey = 0xBBBBBB}
-- set size of the screen for lvl 3
gpu.setResolution(132,38)
gpu.setBackground(colors.black)
gpu.fill(1, 1, 132, 38, " ")

local sections = {}
local graphs = {}
local infos = {}


-- defninitions

reactor["stats"] = {}
local running = true
local maxRF = 0
local reactorRodsLevel = {}
local currentRodLevel = 0
local currentRf = 0
local currentRfTick = 0
local currenFuel = 0
local CurrentFuelTime = 0
local TotalFuelTime = 0
local MaximumStorage = 0

local minPowerRod = 0
local maxPowerRod = 100


-- functions

function toint(n)
    local s = tostring(n)
    local i, j = s:find('%.')
    if i then
        return tonumber(s:sub(1, i-1))
    else
        return n
    end
end

function setSections()
  sections["graph"] = { x = 5, y = 3, width = 78, height= 33, title = "  INFO  "}
  sections["controls"] = { x = 88, y = 3, width = 40, height = 20, title = "  CONTROLS  "}
  sections["info"] = { x = 88, y = 25, width = 40, height= 11, title = "  NUMBERS  "}
end

function setGraphs()
  graphs["tick"] = { x = 8, y = 6, width = 73, height= 8, title = "FUEL USAGE"}
  graphs["stored"] = { x = 8, y = 16, width = 73, height = 8, title = "ENERGY STORED"}
  graphs["rods"] = { x = 8, y = 26, width = 73, height= 8, title = "HEAT LEVEL"}
end

function setInfos()
   infos["tick"] = { x = 90, y = 27, width = 73, height= 1, title = "RF PER TICK : ", unit = " RF"}
   infos["heatlevel"] = { x = 90, y = 34, width = 73, height = 1, title = "HEAT: ", unit = " HU/t"}
   infos["stored"] = { x = 90, y = 28, width = 73, height = 1, title = "ENERGY STORED : ", unit = " RF"}
   infos["efficiency"] = { x = 90, y = 29, width = 73, height = 1, title = "EFFICIENCY : ", unit = "%"}
   infos["fuelname"] = { x = 90, y = 30, width = 73, height = 1, title = "FUEL NAME: ", unit = " "}
   infos["fueldecaytime"] = { x = 90, y = 31, width = 73, height = 1, title = "FUEL USED: ", unit = " "}
   infos["fueltotaltime"] = { x = 90, y = 32, width = 73, height = 1, title = "FUEL TOTAL: ", unit = " "}
   infos["heat"] = { x = 90, y = 33, width = 73, height = 1, title = "HEAT: ", unit = " HU/t"}
 end

function debugInfos()
  debug["print"] = { x = 1, y = 38, width = 73, height= 1, title = "DBG : "}
end

function setButtons()
  API.setTable("ON", powerOn, 91, 5, 106, 7,"ON", {on = colors.green, off = colors.green})
  API.setTable("OFF", powerOff, 109, 5, 125, 7,"OFF", {on = colors.red, off = colors.red})

  API.setTable("lowerMinLimit", lowerMinLimit, 91, 15, 106, 17,"-10", {on = colors.blue, off = colors.blue})
  API.setTable("lowerMaxLimit", lowerMaxLimit, 109, 15, 125, 17,"-10", {on = colors.purple, off = colors.purple})

  API.setTable("augmentMinLimit", augmentMinLimit, 91, 19, 106, 21,"+10", {on = colors.blue, off = colors.blue})
  API.setTable("augmentMaxLimit", augmentMaxLimit, 109, 19, 125, 21,"+10", {on = colors.purple, off = colors.purple})
end



function printBorders(sectionName)
  local s = sections[sectionName]

  -- set border
  gpu.setBackground(colors.grey)
  gpu.fill(s.x, s.y, s.width, 1, " ")
  gpu.fill(s.x, s.y, 1, s.height, " ")
  gpu.fill(s.x, s.y + s.height, s.width, 1, " ")
  gpu.fill(s.x + s.width, s.y, 1, s.height + 1, " ")

  -- set title
  gpu.setBackground(colors.black)
  gpu.set(s.x + 2, s.y, s.title)
end

function printGraphs(graphName)
  local g = graphs[graphName]

  -- set graph
  gpu.setBackground(colors.lightGrey)
  gpu.fill(g.x, g.y, g.width, g.height, " ")

  -- set title
  gpu.setBackground(colors.black)
  gpu.set(g.x, g.y - 1, g.title)
end

function printActiveGraphs(activeGraph)
  local g = activeGraph

  -- set graph
  gpu.setBackground(colors.green)
  gpu.fill(g.x, g.y, g.width, g.height, " ")
  gpu.setBackground(colors.black)
end

function printStaticControlText()
  gpu.setForeground(colors.blue)
  gpu.set(97,12, "MIN")
  gpu.setForeground(colors.purple)
  gpu.set(116,12, "MAX")
  gpu.setForeground(colors.white)
  gpu.set(102,10, "AUTO-CONTROL")
  gpu.set(107,13, "--")
end

function printControlInfos()
  gpu.setForeground(colors.blue)
  gpu.set(97,13, minPowerRod .. "% ")
  gpu.setForeground(colors.purple)
  gpu.set(116,13, maxPowerRod .. "% ")
  gpu.setForeground(colors.white)
end

function printInfos(infoName)
  local maxLength = 15
  local i = infos[infoName]
  local spaces = string.rep(" ", maxLength - string.len(reactor.stats[infoName] .. i.unit))
  gpu.set(i.x, i.y , i.title .. reactor.stats[infoName] .. i.unit .. spaces)
end

function getInfoFromReactor()
  local reactorEnergyStats = reactor.getEnergyStats()
  currentRf = reactor.stats["stored"]
end

function getInfoFromReactorOLD()
     reactor.stats["tick"] = toint(math.floor(reactor.getReactorProcessPower()))

     --Fuel Information
     reactor.stats["fuelname"] = tostring(reactor.getFissionFuelName())
     reactor.stats["efficiency"] = toint(reactor.getEfficiency())
     reactor.stats["fueldecaytime"] = toint(reactor.getCurrentProcessTime())
     reactor.stats["fueltimeused"] = toint(reactor.getReactorProcessTime())
     reactor.stats["fueltotaltime"] = toint(reactor.getFissionFuelTime())

     --Energy Information
     reactor.stats["stored"] = toint(reactor.getEnergyStored())
     reactor.stats["maxenergy"] = toint(reactor.getMaxEnergyStored())

     --Heat Information
     reactor.stats["heat"] = toint(reactor.getReactorProcessHeat())
     reactor.stats["heatlevel"] = toint(reactor.getHeatLevel())


  CurrentFuelTime = reactor.stats["fueldecaytime"]
  TotalFuelTime = reactor.stats["fueltotaltime"]

  currentRf = reactor.stats["stored"]
  MaximumStorage = reactor.stats["maxenergy"]
end

function augmentMinLimit()
  modifyRods("min", 10)
end

function lowerMinLimit()
  reactor.activate()
end

function augmentMaxLimit()
  modifyRods("max", 10)
end

function lowerMaxLimit()
  modifyRods("max", -10)
end

function powerOn()
  reactor.activate()
end

function powerOff()
  reactor.deactivate()
end

function modifyRods(limit, number)
    local tempLevel = 0

    if limit == "min" then
        tempLevel = minPowerRod + number
        if tempLevel <= 0 then
            minPowerRod = 0
        end

        if tempLevel >= maxPowerRod then
            minPowerRod = maxPowerRod -10
        end

        if tempLevel < maxPowerRod and tempLevel > 0 then
            minPowerRod = tempLevel
        end
    else
        tempLevel = maxPowerRod + number
        if tempLevel <= minPowerRod then
            maxPowerRod = minPowerRod +10
        end

        if tempLevel >= 100 then
            maxPowerRod = 100
        end

        if tempLevel > minPowerRod and tempLevel < 100 then
            maxPowerRod = tempLevel
        end
    end

  setInfoToFile()
  calculateAdjustRodsLevel()
end

-- Calculate and adjusts the level of the rods
--[[function calculateAdjustRodsLevel()
    local rfTotalMax = 10000000
  currentRf = reactor.stats["stored"]

    differenceMinMax = maxPowerRod - minPowerRod

    local maxPower = (rfTotalMax/100) * maxPowerRod
    local minPower = (rfTotalMax/100) * minPowerRod

    if currentRf >= maxPower then
        currentRf = maxPower
    end

    if currentRf <= minPower then
        currentRf = minPower
    end

    currentRf = toint(currentRf - (rfTotalMax/100) * minPowerRod)
    local rfInBetween = (rfTotalMax/100) * differenceMinMax
  local rodLevel = toint(math.ceil((currentRf/rfInBetween)*100))

  if versionType == "NEW" then
    AdjustRodsLevel(rodLevel)
  else
    AdjustRodsLevelOLD(rodLevel)
  end
end

function AdjustRodsLevel(rodLevel)
  for key,value in pairs(reactorRodsLevel) do
    --reactorRodsLevel[key] = rodLevel
    reactor.setControlRodLevel(key, rodLevel)
  end
  --reactor.setControlRodsLevels(reactorRodsLevel)
end

function AdjustRodsLevelOLD(rodLevel)
  reactor.setAllControlRodLevels(rodLevel)
end]]--

function printDebug()
  local maxLength = 132
  local i = debug["print"]
  local rodsvalues = ""

  rodsvalues = "[0]" .. reactorRodsLevel[0] .. "[1]" .. reactorRodsLevel[1] .. "[2]" .. reactorRodsLevel[2] .. "[Z]" .. reactor.stats["rods"]

  local debugInformations = "maxRF:" .. maxRF .. ", RodsLev:" .. rodsvalues .. ", curRodLev:" .. currentRodLevel .. ", curRf:" .. currentRf .. ", curRfT:" .. currentRfTick .. ", min-max:" .. minPowerRod .. "-" .. maxPowerRod
  local spaces = string.rep(" ", maxLength - string.len(debugInformations))
  gpu.set(i.x, i.y , i.title .. debugInformations .. spaces)
end

function draw()

  if CurrentFuelTime ~= reactor.stats["fueltimeused"] then
    currentRfTick = reactor.stats["fueltimeused"]
    local max = math.ceil(graphs["tick"].width * (currentRfTick/TotalFuelTime))
    local currentRFTickObj = {x = graphs["tick"].x, y = graphs["tick"].y, width = max, height = graphs["tick"].height}
    printInfos("tick")
    printGraphs("tick")
    printActiveGraphs(currentRFTickObj)
  end

  if currentRF ~= reactor.stats["stored"] then
    currentRF = reactor.stats["stored"] - 1
    local max = math.ceil(graphs["stored"].width * (currentRF/MaximumStorage))
    local currentRFObj = {x = graphs["stored"].x, y = graphs["stored"].y, width = max, height = graphs["stored"].height}
    printInfos("stored")
    printInfos("fueldecaytime")
    printGraphs("stored")
    printActiveGraphs(currentRFObj)
  end
end


function startup()
  getInfoFromFile()
   if 1 == 1 then
    getInfoFromReactorOLD()
    event.pull(0.3)
   end
  setSections()
  setGraphs()
  setInfos()
  setButtons()
  if DEBUG == true then
    debugInfos()
    printDebug()
  end

  for name, data in pairs(sections) do
    printBorders(name)
  end
  for name, data in pairs(graphs) do
    printGraphs(name)
  end
  for name, data in pairs(infos) do
    printInfos(name)
  end
  printStaticControlText()


end


-- helpers
function round(val, decimal)
  if (decimal) then
    return math.floor( (val * 10^decimal) + 0.5) / (10^decimal)
  else
    return math.floor(val+0.5)
  end
end

function file_exists(name)
   local f=io.open(name,"r")
   if f~=nil then io.close(f) return false else return true end
end

function getInfoFromFile()
     if file_exists("reactor.txt") then
        file = io.open("reactor.txt","w")
    file:write("0", "\n")
    file:write("100", "\n")
    file:close()
    else
        file = io.open("reactor.txt","r")
        minPowerRod = tonumber(file:read("*l"))
        maxPowerRod = tonumber(file:read("*l"))
    file:close()
    end
end

function setInfoToFile()
  file = io.open("reactor.txt","w")
  file:write(minPowerRod, "\n")
  file:write(maxPowerRod, "\n")
  file:flush()
  file:close()
end

function testVersion()
  reactor.getEnergyStats()
end

function setOldVersion()
  versionType = "OLD"
end
-- starting
xpcall(testVersion, setOldVersion)
startup()
API.screen()

event.listen("touch", API.checkxy)

while event.pull(0.1, "interrupted") == nil do
   if 1 == 1 then
    getInfoFromReactorOLD()
   end
  draw()
  local event, address, arg1, arg2, arg3 = event.pull(1)
  if type(address) == "string" and component.isPrimary(address) then
    if event == "key_down" and arg2 == keyboard.keys.q then
      os.exit()
    end
  end
end