Nebulae API

-- Thanks for downloading the Nebulae API!
-- You can change this API any way you want as long as you leave this in
-- Made by GamerNebulae

data = peripheral.getNames(side)

for i,j in pairs(data) do
    type_peripheral = peripheral.getType(j)
    if type_peripheral == "monitor" then
        mon = peripheral.wrap(data[i])
    elseif type_peripheral == "nuclearReader" then
        information_reader = peripheral.wrap(data[i])
    end
end

mon.clear()
mon.setBackgroundColor(colors.black)
mon.setTextColor(colors.white)

function clear()
    mon.clear()
    mon.setTextColor(colors.white)
    mon.setBackgroundColor(colors.black)
end

function dataTable(name, slot, heading, liquid)
    dataTable = {}
    dataTable[name] = {}
    dataTable[name]["side"] = side
    dataTable[name]["slot"] = slot
    dataTable[name]["heading"] = heading
    dataTable[name]["liquid"] = liquid
    drawBar(dataTable)
end

function drawBar(info)
    for name, progress_bar in pairs(info) do
        Math(progress_bar)
        if (length_bar >= begin_text) then
            before_text = begin_text - 1
            after_text = begin_text + #text
            for i = 1, before_text do
                mon.setBackgroundColor(colors.blue)
                mon.setCursorPos(i, y_bar)
                mon.write(" ")
            end
            if (length_bar >= begin_text and length_bar <= end_text) then
                splitText(text)
            else
                mon.write(text)
            end
            for j = after_text, length_bar do
                mon.setBackgroundColor(colors.blue)
                mon.setCursorPos(j, y_bar)
                mon.write(" ")
            end
        else
            for i = 1, length_bar do
                mon.setBackgroundColor(colors.blue)
                mon.setCursorPos(i, y_bar)
                mon.write(" ")
            end
            mon.setBackgroundColor(colors.black)
            mon.setCursorPos(begin_text, y_text)
            mon.write(text)
            end
        end
    mon.setBackgroundColor(colors.black)
end

function Math(progress_bar)
    mon_size_x, mon_size_y = mon.getSize()
    y_bar = 2 * progress_bar["slot"]
    x_heading = math.floor(((mon_size_x - #progress_bar["heading"]) / 2) + 1)
    y_heading = 2 * progress_bar["slot"] - 1
    mon.setCursorPos(x_heading, y_heading)
    mon.write(progress_bar["heading"])
    if progress_bar["liquid"] then
        a, b, c, data = information_reader.get(progress_bar["slot"])
        value = math.floor((data.amount / data.capacity) * 100)
    else
        a, b, c, data = information_reader.get(progress_bar["slot"])
        value = math.floor((data.energyL / data.maxStorageL) * 100)
    end
    begin_text = math.floor(((mon_size_x - #(value.."%")) / 2) + 1)
    end_text = math.floor((begin_text + #(value.."%")) - 1)
    y_text = y_bar
    text = tostring(value).."%"
    length_bar = math.floor(mon_size_x * (value / 100))
end

function splitText(text)
    colored_text = length_bar - begin_text + 1
    dataText = {}
    for k,v in text:gmatch"." do
        dataText[#dataText + 1] = tostring(k)
    end
    if colored_text <= #dataText then
        mon.setCursorPos(begin_text, y_text)
        for i = 1, colored_text do
            mon.setBackgroundColor(colors.blue)
            mon.write(dataText[i])
        end
        if colored_text < #dataText then
            for j = colored_text + 1, #dataText do
                mon.setBackgroundColor(colors.black)
                mon.write(dataText[j])
            end
        end
    end
 end