energyLevel

local monitor = peripheral.wrap("monitor_1")
local battery = peripheral.wrap("Induction Matrix_1")
local white = 1
local orange = 2
local magenta = 4
local lightBlue = 8
local yellow = 16
local lime = 32
local pink = 64
local gray = 128
local lightGray = 256
local cyan = 512
local purple = 1024
local blue = 2048
local brown = 4096
local green = 8192
local red = 16384
local black = 32768
function setTextScale(size)
    monitor.setTextScale(size)
end
function setTextColor(color)
    monitor.setTextColor(color)
end
function setCursorPos(x, y)
    monitor.setCursorPos(x, y)
end
function setBgColor(color)
    monitor.setBackgroundColor(color)
end
function write(str)
    monitor.write(str)
end
monitor.clear()
setBgColor(black)
setTextScale(0.5)
setTextColor(green)
setCursorPos(1,1)
write("Capacity:")
setCursorPos(1,2)
write("Input:")
setCursorPos(1,3)
write("Output:")
setCursorPos(1,4)
write("Energy level")
setCursorPos(1,5)
setTextColor(lightBlue)
for i = 1, 36 do
    write("#")
end
for i = 1, 4 do
    setCursorPos(1, i + 5)
    write("#")
    setCursorPos(36, i + 5)
    write("#")
end
setCursorPos(1, 10)
for i = 1, 36 do
    write("#")
end
setTextColor(green)
local cof = 10000000
local capacity
local output
local proc
--Cycle

setCursorPos(10,1)
capacity = battery.getEnergy()
write(math.floor(capacity / cof * 4) / 1000)
write(" GRF")
setCursorPos(10,2)
input = battery.getInput()
write(input / 4)
write(" RF/t")
setCursorPos(10,3)
output = battery.getOutput()
write(output / 4)
write(" RF/t")
proc = capacity / battery.getMaxEnergy()
if proc > 0.7 then
    setTextColor(green)
    setBgColor(green)
elseif proc > 0.3 then
    setTextColor(orange)
    setBgColor(orange)
elseif proc <= 0.3 then
    setTextColor(red)
    setBgColor(red)
end
for i = 1, 4 do
    for j = 1, 34 * proc do
        setCursorPos(j + 1,i + 5)
        write("i")
    end
end