Power

use = peripheral.wrap("energyDetector_2")
create = peripheral.wrap("energyDetector_3")
screen = peripheral.wrap("monitor_0")
max = 6400
log = {}
avgLog = {}

function update()
    num = 0
    gen = create.getTransferRate()
    spend = use.getTransferRate()
    genperc = ((gen)) / (max) * 100
    useperc = ((spend)) / (max) * 100

    screen.clear()
    screen.setCursorPos(1,1)
    screen.write("Max Power Generation: " ..(max).. " FE/t")
    screen.setCursorPos(1,2)
    screen.write("Current Power Generation: " .. (gen) .." FE/t")
    screen.setCursorPos(1,3)
    screen.write("Current Power Use: " .. (spend) .." FE/t")
    screen.setCursorPos(68,2)
    screen.write(math.floor((genperc)) .."%")
    screen.setCursorPos(68,3)
    screen.write(math.floor((useperc)) .."%")

--Adds a log. Maxes at an hour
    table.insert(log,1, (spend) )
    table.remove(log, 721)
    for i=1,(#log) do                --Adds values of log
        num = num + log[i]
    end
    avg = math.floor(num / #log)     --Adverages the log based on its current length
    avgperc = ((avg)) / (max) * 100
    screen.setCursorPos(1,4)
    screen.write("Average Power Use: " ..(avg).. " FE/t")
    screen.setCursorPos(68,4)
    screen.write(math.floor((avgperc)) .."%")
--

--Graph based on hourly log
    table.insert(avgLog,1, (avg) )
    table.remove(avgLog, 72)
    for a=1,(#avgLog) do
        for b=1, 10 do
            screen.setCursorPos(a,(20 - b))
            if ((avgLog[a])/(max)) > (b/10) then
                if ((avgLog[a])/(max)) > 1 then
                    screen.setTextColour(16384) --red
                elseif ((avgLog[a])/(max)) > 0.70 then
                    screen.setTextColour(16) --yellow
                else
                    screen.setTextColour(8192) --green
                end
                screen.write("X")
            end
            b = b + 1
        end
    end
    screen.setTextColour(1) --white
--

    sleep(5)
    update()
end
--((avg)/(max)) < ((11-b)/10)
update()