GLTime V2

    local sizemul = 1



    local txthi = 2

epoch_mul = 72000
norm_clr = {255, 255, 255}
prev_col = nil
cur_col = norm_clr
first_time = 1
    local widsize = 80
    local hisize = 10

    hisize = hisize * txthi
    local dedwid = 2
    local dedhi = 5

    os.loadAPI("AndysPrograms/gltime/api/getmnth")

    local mineminute = 60 / 72
    --mineminute = mineminute * 0.999
    local sizediv = 1
    widsize = widsize / sizediv
    hisize = hisize / sizediv
    local scaletsize = sizemul / sizediv

    local canvas = peripheral.wrap("back").canvas()
    canvas.clear() -- Get rid of our previous clock

    local group = canvas.addGroup({ 0, 0 })

    -- Look, we add items to our group instead
    --group.addRectangle(0, 0, widsize, hisize, 0xFF000064)

    local text = group.addText({ 5, 5 }, "")
    local text2 = group.addText({ 5, 5 }, "")
    text.setScale(scaletsize)
    --text.setColour(255,1,255)

    local x, y, dx, dy = 0, 0, 5, 5

    -- Compute the dimensions we can move within
    local width, height = canvas.getSize()
    width = width - widsize
    height = height - hisize
    width = width - dedwid
    height = height - dedhi
    y = height

trans_time = 15 * 1000000
trans_time = 5 * epoch_mul
col_prev_time = 0
prev_col = {1,1,1}
function mix(mix_end, mix_start)
    if (((os.epoch() - (col_prev_time - trans_time)) / trans_time) - 1) > 1 then
        -- term.setCursorPos(1,13)
        -- term.clearLine()
        -- print("done")
        -- term.setCursorPos(1,11)
        -- term.clearLine()
        -- print(mix_end)
        return mix_end
    end

    --local temp_start = mix_start * (((os.epoch() - (col_prev_time - trans_time)) / trans_time) - 1)
    --local temp_end = mix_end * (1 - (((os.epoch() - (col_prev_time - trans_time)) / trans_time) - 1))

    local temp_start = mix_start * (1 - (((os.epoch() - (col_prev_time - trans_time)) / trans_time) - 1))
    local temp_end = mix_end * (((os.epoch() - (col_prev_time - trans_time)) / trans_time) - 1)
    -- term.setCursorPos(1,7)
    -- term.clearLine()
    -- print(1 - (((os.epoch() - (col_prev_time - trans_time)) / trans_time) - 1))
    -- term.setCursorPos(1,8)
    -- term.clearLine()
    -- print(os.epoch())

    -- term.setCursorPos(1,9)
    -- term.clearLine()
    -- print(((os.epoch() - (col_prev_time - trans_time)) / trans_time) - 1)
    -- term.setCursorPos(1,10)
    -- term.clearLine()
    -- print(temp_start)
    return temp_start + temp_end
end

disp_col = {1,1,1}
function table_to_textcol(tab)
    disp_col = {1,1,1}
    if tab ~= nil then
        prev_col = cur_col
        cur_col = tab
        --prev_col = nil
        col_prev_time = os.epoch()
    end
    if prev_col == nil then
        if tab ~= nil then
            text.setColour(tab[1], tab[2], tab[3])
            prev_col = tab
        end
    end

    if prev_col ~= nil then
        --disp_col[1] = prev_col[1] / (((os.epoch() - (col_prev_time - trans_time)) / trans_time) - 1)
        for i=1,3 do
            disp_col[i] = mix(cur_col[i], prev_col[i])
        end
        if disp_col[1] == nil then
            disp_col = {1,1,1}
        end
        --print(disp_col[1])
        text.setColour(disp_col[1], disp_col[2], disp_col[3])
        term.setCursorPos(1,6)
        --print(disp_col[1])
    end



end
prev_time = 0
loops_gltm = 0
cur_color = {-1,-1,-1}

function req_color_change(table)
    istrue = 0
    first_time_do = 1
    while first_time_do == 1 do
        if cur_color[1] ~= table[1] or first_time == 1 then
            if cur_color[2] ~= table[2] or first_time == 1 then
                if cur_color[3] ~= table[3] or first_time == 1 then
                    table_to_textcol(table)
                    cur_color = table
                    --print("true")
                    istrue = istrue + 1
                    if istrue > 20 then
                        istrue = 20
                    end
                    if istrue >= 2 then
                        first_time_do = 0
                        first_time = 0
                    end
                end
            end

        end
        if first_time == 0 then
            first_time_do = 0
        end
    end

    if istrue == 0 then
        --print("false")
    end
end

--req_color_change({1,1,1})
--req_color_change(norm_clr)

time_sub = 0
    while true do
        loops_gltm = loops_gltm + 1
        if os.epoch() >= prev_time + (mineminute * (epoch_mul / 8)) - (time_sub * epoch_mul) then
            time_st = os.epoch()

            local _, day, month, _ = getmnth.getmnth()
            print(os.epoch())
            group.setPosition(x, y)

            if true then
                otftim2 = string.gsub(textutils.formatTime( os.time(), true ), ":", "")
                norm_clr = norm_clr
                warn_clr = {252, 136, 3}
                night_clr = {191, 72, 61}
                print(otftim2)
                print(tonumber(otftim2))

                if tonumber(otftim2) >= 1600 and tonumber(otftim2) < 1800 then
                    req_color_change(warn_clr)
                elseif tonumber(otftim2) >= 1800 and tonumber(otftim2) <= 2359 then
                    req_color_change(night_clr)
                elseif tonumber(otftim2) >= 0 and tonumber(otftim2) <= 600 then
                    req_color_change(night_clr)
                else
                    req_color_change(norm_clr)
                end

                -- if tonumber(otftim2) % 30 == 0 then
                --     req_color_change(norm_clr)
                -- elseif (tonumber(otftim2) + 15) % 30 == 0 then
                --     req_color_change(night_clr)
                -- end

            end
            -- And update the time

            time_nospace_zero = string.gsub(textutils.formatTime(os.time(), false), " ", " ")
            time_nospace_10error = string.gsub(time_nospace_zero, "0:", "12:")
            time_nospace = string.gsub(time_nospace_10error, "112:", "10:")

            text.setText(time_nospace)
            text2.setText("\n"..day.." "..month)
            if time_en == nil then
                time_sub = 0
            end
            mineminute = 60 / 72
            time_en = os.epoch()
            time_sub = time_en - time_st
            if time_sub < 0 then
                time_sub = time_sub / -1
            end
            mineminute = mineminute - (time_sub / 1000)
            prev_time = os.epoch()
            if prev_time< 0 then
                prev_time = prev_time / -1
            end
            --sleep(mineminute)
        end
        table_to_textcol()
        if loops_gltm >= 50 then
            sleep(0)
            loops_gltm = 0
        end
    end