BigReactor Ongoing

--[[ Some usefull commands
getFuelAmount
getFuelAmountMax
getFuelConsumedLastTick
getActive
getCaseingTemperature
getControlRodLevel
getEnergyCapacity
getEnergyProducedLastTick
GetEnergyStored
setAllControlRodLevels
--]]

--[[ NOTE
// With automode on the code will try to keep
// around 10% RF in its internal storage, it does this by regulating the control rod
// after the demand OF rf, moving up slowly. due note that the 10% is changeable in the var
// "targetP"
--]]


-- Wrapping and requireing essentials API's and components --
component = require("component")
reactor = component.br_reactor
event = require("event")
term = require("term")
gpu = component.gpu
event = require("event")
keyboard = require("keyboard")

------------------

-- Color table --
colors = { black = 0x000000, white = 0xf8f8ff, blue = 0x0000ff, lightGray = 0xd9d9d9, red = 0xff0000,
purple = 0x9b30ff, carrot = 0xffa500, magenta = 0xcd00cd, lightBlue = 0x87cefa, yellow = 0xffff00,
lime = 0x32cd32, pink = 0xffc0cb, gray = 0x696969, brown = 0x8b4500, green = 0x006400, cyan = 0x008b8b,
olive = 0x6b8e23, gold = 0x8b6914, orangered = 0xdb4e02, diamond = 0x0fa7c7,crimson = 0xaf002a,fuchsia = 0xfd3f92,
folly = 0xff004f, frenchBlue = 0x0072bb, lilac = 0x86608e, flax = 0xeedc82, darkGray = 0x563c5c,
englishGreen = 0x1b4d3e, eggplant = 0x614051, deepPink  = 0xff1493, ruby = 0x843f5b, orange = 0xf5c71a,
lemon = 0xffd300, darkBlue = 0x002e63, bitterLime = 0xbfff00 }
-------------------------

-- Settings for screen --
gpu.setBackground(colors.black)
gpu.setForeground(colors.orange)
gpu.setResolution(50,10)
term.clear()
-------------------------
--Vars --
auto = false
numm = 100
targetP = 30 -- This is the target percentage the computer will strive for to keep in the reactor
--
-- Functions --
Border_bg = colors.white
Default_bg = colors.gray
text_col = colors.white
status_col = colors.black
failsafe = true
failSafeTemp = 6400
auto = failSafeTemp
startt = nil
------------------------------------------------------------------------------------------------------------------
                                                 --[[ FUNCTIONS ]]--
------------------------------------------------------------------------------------------------------------------
function guiBorders(x,y,len,height,str) -- BORDER FUNC FOR GUI
  gpu.setBackground(Border_bg)
  gpu.fill(x,y,len,height,str)
  gpu.setBackground(Default_bg)
end

function GUI() -- SETS THE GUI LAYOUT (GRAPHICAL USER INTERFACE)
  gpu.setBackground(Default_bg)
  term.clear()
  w,  h = gpu.getResolution()
  guiBorders(1,1,w,1," ")
    for i = 1,h do
      --guiBorders(1,i,1,1," ")
      --guiBorders(w,i,1,1," ")
    end
  guiBorders(1,h,w,1," ")
  gpu.setForeground(text_col)
end

function Center(y,text) -- CENTERS TEXT
  w, h = gpu.getResolution()
  term.setCursor((w-string.len(text))/2+1, y)
  term.write(text)
end

function info(y,title) -- Rewriting of gpu.set
  gpu.set(2,y,title)
end

    function display()
        RP = math.floor((reactor.getEnergyStored()/reactor.getEnergyCapacity()*100))
        if auto == false then
            if stat == true  then
                gpu.set(19,2, "ON             ")
            else
                gpu.set(19,2, "OFF            ")
            end
        elseif auto == true then
            gpu.set(19,2, "----         ")
        end
        Center(2,"Reactor Info")
        info(3,"Reactor status..: ")
        info(4, "RF Production...: ".. string.format("%.2f", reactor.getEnergyProducedLastTick()).." RF/T          ")
        info(5, "RF Internal.....: ".. reactor.getEnergyStored() .."/"..reactor.getEnergyCapacity().."(".. RP .."%) RF          ")
        info(6, "Fuel use........: ".. string.format("%.2f", reactor.getFuelConsumedLastTick()) .."mB")
        --[[gpu.setBackground(colors.white)
        gpu.setForeground(colors.black)
        gpu.set(2,6, " ON ")
        gpu.set(6,6, " OFF ")
        gpu.set(11,6, " Auto ")
        gpu.setBackground(colors.black)
        gpu.set(17,6,"      ")
        gpu.setBackground(colors.black)
        gpu.setForeground(colors.orange)--]]
  end

function buttonPress()
    if x~=nil and y ~= nil then
        if x >= 1 and x <= 4 and y == 6 then
            if auto == false then
                gpu.setBackground(colors.black)
                gpu.set(2,6," ON ")
                reactor.setAllControlRodLevels(0)
                stat = true
            end
        elseif x >= 5 and x <= 9 and y == 6 then
            if auto == false then
                gpu.setBackground(colors.black)
                gpu.set(5,6,"  OFF ")
                reactor.setAllControlRodLevels(100)
                stat=false
            end
        elseif x >= 11 and x <= 17 and y == 6 then
            if auto == false then
                auto = true
            else
                auto = false
            end
        end
    end
end

function autoMode()
    if auto == true then
        gpu.set(1,6, "         ")
        gpu.set(9,6, "AUTO MODE ON")
            if reactor.getEnergyStored() >= (reactor.getEnergyCapacity() / 100 * 10) then
                reactor.setAllControlRodLevels(100)
                stat = false
                numm = 100
            elseif reactor.getEnergyStored() <= (reactor.getEnergyCapacity()/100 * 10) then
                startinit()
                reactor.setAllControlRodLevels(numm)
                stat = true
            elseif reactor.getEnergyStored() <= (reactor.getEnergyCapacity()/100 * 2) then
                reactor.setAllControlRodLevels(0)
                stat = true
             end
    end
end

function startinit()
    os.sleep(.3)
    numm  = numm - 5
end
------------------------

-- Main Loop --
term.clear()
GUI()
while true do
    display()
    autoMode()
    gpu.set(1,15, tostring(auto))

    _,_,x,y = event.pull(1, "touch")
        buttonPress()
        if keyboard.isKeyDown(keyboard.keys.w) and keyboard.isControlDown() then
            term.clear()
            w,h = gpu.maxResolution()
            gpu.setResolution(w,h)
            os.exit()
        end
  os.sleep(0.5)
end