This is a proof-of-concept implementation of a really, really bad calendaring system.

Years are still unchanged, except there's no longer such a thing as a leap year. We disregard that extra day, nobody needs it.

The months of the year are roughly the same, except that instead of a randomly arbitrated numbers of days each month is exactly 1/12 of a year long-or 730 hours long. This fact will soon become important.

To handle dates within the months, we use ... more months. Each month is then broken up into twelve more months, each now being 60.8333 hours long. The sub-months use the same names as the regular months.

This cycle of recursive months repeats until you get as precise as you want to with youre date/time. Time-of-day as a separate item from date doesn't really exist in this system, so times are specified as just more precise dates, and dates are expressed as less precise times.

Converting 2020-Aug-Oct-May-Jun-Apr-Feb-Jun-Oct to regular date format:

1. Year is 2020.
2. Month is August.
3. Divide 10 (Oct) by 12, add that * 730^-1 hours to the start of August 2020.
4. Divide 5 (May) by 12, add that * 730^-2 hours to the cumulative total.
5. Divide 6 (Jun) by 12, add that * 730^-3 hours to the cumulative total.

Repeat until you've exhausted the string of months, then convert the cumulative total plus August 2020 to an ISO date. Done! Easy, right?

Dunno.

Probably not.

Why would anyone want to do this?
-My mom

Hahahahahahahaha!!!
-Coworker/friend

I hate you.
-My roommate