SECOND = 1
MINUTE = SECOND * 60
HOUR = MINUTE * 60
DAY = HOUR * 24
WEEK = DAY * 7
MONTH = DAY * 30
YEAR = DAY * 365

def seconds(secs):
    return secs

def minutes(secs):
    return secs // MINUTE

def hours(secs):
    return secs // HOUR

def days(secs):
    return secs // DAY

def weeks(secs):
    return secs // WEEK

def months(secs):
    return secs // MONTH

def years(secs):
    return secs // YEAR

def stamp(secs):
    time = secs

    y = years(time)
    time -= (y * YEAR)

    M = months(time)
    time -= (M * MONTH)

    w = weeks(time)
    time -= (w * WEEK)

    d = days(time)
    time -= (d * DAY)

    h = hours(time)
    time -= (h * HOUR)

    m = minutes(time)
    time -= (m * MINUTE)

    s = seconds(time)

    return f"{y} Years, {M} Months, {w} Weeks, {d} Days, {h} Hours, {m} Minutes, {s} Seconds"


tracks = 4669

ehour = 0
eminute = 3
esecond = 0
eavglen = (ehour * HOUR) + (eminute * MINUTE) + (esecond * SECOND)

expected = eavglen * tracks
actual = 1070972

aavglen = (actual // tracks)
ahour = (aavglen // HOUR)
aminute = ((aavglen % HOUR) // MINUTE)
asecond = (aavglen % MINUTE)

estamp = stamp(expected)
astamp = stamp(actual)

print(f"Expected Average Seconds: {eavglen}")
print(f"Actual Average Seconds  : {aavglen}")

print(f"Expected Seconds: {expected}")
print(f"Actual Seconds  : {actual}")

print(f"Expected Time: {estamp}")
print(f"Actual Time  : {astamp}")

print(f"Expected Average Song Length: {ehour} Hours, {eminute} Minutes, {esecond} Seconds")
print(f"Actual Song Length          : {ahour} Hours, {aminute} Minutes, {asecond} Seconds")