Tank samo jedan FINAL

-- INFO: For this to work, you need a Advanced Computer and a Advanced Nuclear Information Reader with liquid sensor location cards in it

-- peripheral

nir = peripheral.wrap("left") --Nuclear Information Reader
local  mon = peripheral.wrap("top")  --Advanced Monitor
mon.setTextScale(1)
term.redirect(mon)

--Basic function
id, state, title, data = nir.get(1)

term.setTextColor( colors.purple)
print("Dezinliquidator 3000")
print("--------------------")

-- liquid search starts here

if data.liquidId == 8 then
term.setTextColor( colors.blue)
print("Water: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 10 then
term.setTextColor( colors.red)
print("Lava: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 255 then
term.setTextColor( colors.white)
print("Oil: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 4064 then
term.setTextColor( colors.lime)
print("Fuel: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 7773 then
term.setTextColor( colors.green)
print("Creosite: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 7776 then
term.setTextColor( colors.lightGray)
print("Steam: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 8799 then
term.setTextColor( colors.magenta)
print("Liquid DNA: "..(data.amount/1000).." / "..(data.capacity/1000))
-- MFR LIQUIDS start
elseif data.liquidId == 12244 then
term.setTextColor( colors.white)
print("Milk: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 12245 then
term.setTextColor( colors.blue)
print("Sludge: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 12246 then
term.setTextColor( colors.brown)
print("Sewage: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 12247 then
term.setTextColor( colors.lime)
print("Mob Essence: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 12265 then
term.setTextColor( colors.purple)
print("BioFuel: "..(data.amount/1000).." / "..(data.capacity/1000))
-- MFR LIQUIDS end
-- FORESTRY LIQUIDS start
elseif data.liquidId == 12390 then
term.setTextColor( colors.white)
print("Milk: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 13267 then
term.setTextColor( colors.lime)
print("Apple Juice: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 13273 then
term.setTextColor( colors.orange)
print("Biofuel: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 13274 then
term.setTextColor( colors.lime)
print("Biomass: "..(data.amount/1000).." / "..(data.capacity/1000))
-- bees? start
elseif data.liquidId == 13387 then
term.setTextColor( colors.orange)
print("Honey: "..(data.amount/1000).." / "..(data.capacity/1000))
elseif data.liquidId == 13391 then
term.setTextColor( colors.yellow)
print("Seed Oil: "..(data.amount/1000).." / "..(data.capacity/1000))
-- bees end
-- FORESTRY LIQUIDS end
elseif data.liquidId == 30103 then
term.setTextColor( colors.cyan)
print("Coolant: "..(data.amount/1000).." / "..(data.capacity/1000))

-- test data & metdata
-- 69
elseif data.liquidId == 21269 then
    if     data.liquidMeta == 0 then
        term.setTextColor( colors.Blue)
        print("Hydrogen: "..(data.amount/1000).." / "..(data.capacity/1000))
    elseif data.liquidMeta == 4 then
        term.setTextColor( colors.gray)
        print("Wolframium: "..(data.amount/1000).." / "..(data.capacity/1000))
    elseif data.liquidMeta == 5 then
        term.setTextColor( colors.lightBlue)
        print("Lithium: "..(data.amount/1000).." / "..(data.capacity/1000))
    elseif data.liquidMeta == 7 then
        term.setTextColor( colors.brown)
        print("Silicon: "..(data.amount/1000).." / "..(data.capacity/1000))
    elseif data.liquidMeta == 10 then
        term.setTextColor( colors.green)
        print("Berylium: "..(data.amount/1000).." / "..(data.capacity/1000))
    elseif data.liquidMeta == 12 then
        term.setTextColor( colors.cyan)
        print("Sodium: "..(data.amount/1000).." / "..(data.capacity/1000))
    elseif data.liquidMeta == 16 then
        term.setTextColor( colors.pink)
        print("Mercury: "..(data.amount/1000).." / "..(data.capacity/1000))
    end
-- 70
elseif data.liquidId == 21270 then
    if     data.liquidMeta == 1 then
        term.setTextColor( colors.yellow)
        print("Deuterium: "..(data.amount/1000).." / "..(data.capacity/1000))
    elseif data.liquidMeta == 2 then
        term.setTextColor( colors.red)
        print("Tritium: "..(data.amount/1000).." / "..(data.capacity/1000))
    elseif data.liquidMeta == 3 then
        term.setTextColor( colors.yellow)
        print("Helium: "..(data.amount/1000).." / "..(data.capacity/1000))
    elseif  data.liquidMeta == 6 then
        term.setTextColor( colors.yellow)
        print("Helium-3: "..(data.amount/1000).." / "..(data.capacity/1000))
    end
-- 71
elseif data.liquidId == 21271 then
    if     data.liquidMeta == 3 then
        term.setTextColor( colors.yellow)
        print("Helium Plasma: "..(data.amount/1000).." / "..(data.capacity/1000))

    elseif data.liquidMeta == 1 then
        term.setTextColor( colors.yellow)
        print("Deuterium: "..(data.amount/1000).." / "..(data.capacity/1000))
    elseif data.liquidMeta == 2 then
        term.setTextColor( colors.red)
        print("Tritium: "..(data.amount/1000).." / "..(data.capacity/1000))
    end
elseif data.liquidId == 0 then
print("Tank empty")
end