calendar

import math
#5400195.84

hrs = raw_input("Input hours: ")

days = float(hrs)/22.02
years = days/248.101

dayx = (years - math.floor(years)) * 248.101

hourx = (dayx - math.floor(dayx)) * 22.02

final_year = int(math.floor(years))
final_day = int(math.floor(dayx))

print "Universalis days: " + str(days)
print "Universalis years: " + str(years)

print "Base Universalis Time - " + str(final_year) + "-" + str(final_day) + ", " + str(hourx)

#----------------------------------------------------------------

year = 0
last_days = -250
days = 0
for x in xrange(0, final_year):
    if year % 10 == 0:
        days += 1
    if year % 100 == 0:
        days += 1
    days += 248
    year += 1

hours_elapsed = days*22.02
hours_this_year = float(hrs) - hours_elapsed

days_this_year = hours_this_year/22.02
hours_left_in_day = (days_this_year - math.floor(days_this_year)) * 22.02

print "Calendaric Universalis Time - " + str(year) + "-" + str(int(math.floor(days_this_year))) + ", " + str(hours_left_in_day)

soleani_offset_hr = 0 #when is winter solstice? not earthy december 13 1398

#solve for month
days = math.floor(days_this_year)
month = 0
if days > 42:
    month += 1
    days -= 41 #month 1
if days > 42:
    month += 1
    days -= 41 #month 2
if days > 42:
    month += 1
    if year % 100 == 0: #month 3
        days -= 42
    else:
        days -= 41
if days > 42:
    month += 1
    if year % 10 == 0: #month 4
        days -= 42
    else:
        days -= 41
if days > 42:
    month += 1
    days -= 42 #month 5
if days > 42:
    month += 1
    days -= 42 #month 6

print "Soleani Calendar - " + str(year) + "-" + str(month) + "-" + str(int(days)) + ", " + str(hours_left_in_day)