receiver

local m = peripheral.find("monitor")
local side_bundle = ("front")

local t = {
    purple = {
        desc = "Purple ",
        side = "right",
        flux_level = 0,
        flux_max = 7,
        output = colours.purple, -- used for bundle
        enderio_output = pink
    },

    lime = {
        desc = "Lime   ",
        side = "bottom",
        flux_level = 0,
        flux_max = 7,
        output = colours.lime, --
        enderio_output = cyan
    },

    orange = {
        desc = "Orange ",
        side = "left",
        flux_level = 0,
        flux_max = 7,
        output = colours.orange, --
        enderio_output = yellow
    },

    brown = {
        desc = "Central",
        side = "top",
        flux_level = 0,
        flux_max = 5,
        output = colours.brown, --
        enderio_output = black
    }
}

---------------------------
--Rednet sender, receiver
---------------------------
peripheral.find("modem",rednet.open)

local function receiveTable()
    id, msg = rednet.receive()
    t = textutils.unserialise(msg)
    print("Rednet received")
end


---------------------------
--Monitor related stuff
---------------------------
--term.redirect(m)

local monitors = {peripheral.find("monitor")}


m.setCursorPos(0,0)
m.setBackgroundColor(colors.black)
m.setTextColor(colors.white)
m.clear()
m.setTextScale(3)


----------------------------
--Prints Table for debugging
----------------------------
local function printTable(e)
    if type(e) == "table" then
        for k,v in pairs(e) do
            print(k,v)
            printTable(v)       -- recursively repeat the same procedure
            sleep(2)
        end
    else
    end
end

---------------------------
--Updates table
---------------------------
local function getUpdate()
    for k,v in pairs(t) do
    v.flux_level = rs.getAnalogInput(v.side)
    end
end

---------------------------
--Emits bundled redstone when flux max is exceeded
---------------------------
local function stopProduction()
    for k,v in pairs(t) do
        sleep(0)
        if v.flux_level >= v.flux_max then
        rs.setBundledOutput(side_bundle,colours.combine(rs.getBundledOutput("front"),v.output))
        rs.setAnalogOutput(v.side,1)
        print("Stoped:", v.desc, v.flux_level)
        else
        sleep(0)
        rs.setBundledOutput(side_bundle,colours.subtract(rs.getBundledOutput("front"), v.output))
        rs.setAnalogOutput(v.side,0)
        print("Good")
        end
    end
end

---------------------------
--Visual table
---------------------------
local w = 0
local h = 0

local function displayFlux()
    for k,v in pairs(t) do
    h = h + 1
    if h > 4 then h = 1 end
    m.setCursorPos(1,h)
    m.setBackgroundColor(v.output)
    m.write(v.desc)

    m.setBackgroundColor(colors.black)
    m.setCursorPos(8,h)

    if v.flux_level < v.flux_max * 0.5 then
    m.setBackgroundColor(colors.green)
    m.write(v.flux_level.."/"..v.flux_max)
    elseif v.flux_level < v.flux_max * 0.8 then
    m.setBackgroundColor(colors.yellow)
    m.write(v.flux_level.."/"..v.flux_max)
    else
    m.setBackgroundColor(colors.red)
    m.write(v.flux_level.."/"..v.flux_max)
    end
end
end


---------------------------
--Starts the script
---------------------------
local n = 0
local function start()
    while true do
           n = n + 1
           print("--------------------------------")
           print("--------------------------------",n)
           receiveTable()
           displayFlux()
    end
end

start()